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Errata
Title & Document Type: 3336A/B/C Synthesizer/Level Generator Service Manual
Manual Part Number: 03336-90001
Revision Date: June 1983
HP References in this Manual
This manual may contain references to HP or Hewlett-Packard. Please note that
Hewlett-Packard's former test and measurement, semiconductor products and chemical
analysis businesses are now part of Agilent Technologies. We have made no changes to
this manual copy. The HP XXXX referred to in this document is now the Agilent XXXX.
For example, model number HP8648A is now model number Agilent 8648A.
About this Manual
We’ve added this manual to the Agilent website in an effort to help you support your
product. This manual provides the best information we could find. It may be incomplete
or contain dated information, and the scan quality may not be ideal. If we find a better
copy in the future, we will add it to the Agilent website.
Support for Your Product
Agilent no longer sells or supports this product. You will find any other available product
information on the Agilent Test & Measurement website:
www.tm.agilent.com
Search for the model number of this product, and the resulting product page will guide
you to any available information. Our service centers may be able to perform calibration
if no repair parts are needed, but no other support from Agilent is available
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4F
HEWLETT
PACKARD
SERVICE MANUAL
MODEL 3336A!BIC
SYNTHESIZER!LEVEL GENERATOR
Serial Number 1930A00101 (3336A)
1931A00101 (3336B)
1932A00101 (3336C)
IMPORTANT NOTICE
This manual applies to instruments with the above serial numbers
and greater. As changes are made in the instrument to improve
performance and reliability, the appropriate pages will be revised
to include this information.
WARNING
To pre vent potential fire or shock hazard, do not
expose equipment to rain or moisture.
Manual Part No. 03336-90001
Microfiche Part No. 03336-90051
©Copyright Hewlett-Packard Company 1979
P.O. Box 301, Loveland, Colorado 80537 U.S.A.
Printed: June 1983
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4P HEWLETT
PACKARD
CERTIFICATION
Hewlett-Packard Company certifies that this product met its published specifications at the time of shipment from the
factory. Hewlett-Packard further certifies that its calibration measurements are traceable to the United States National Bureau of Standards, to the extent allowed by the Bureau 's calibration facility, and to the calibration facilities
of other International Standards Organization members.
WARRANTY
This Hewlett-Packard product is warranted against defects in material and workmanship for a period of one year
from date of shipment [,except that in the case of certain components listed in Section I of this manual, the warranty
shall be for the specified periodi . During the warranty period, Hewlett-Packard Company will, at its option, either
repair or replace products which prove to be defective.
For warranty service or repair, this product must be returned to a service facility designated by -hp-. Buyer shall
prepay shipping charges to -hp- and -hp- shall pay shipping charges to return the product to Buyer. However, Buyer
shall pay all shipping charges, duties, and taxes for products returned to -hp- from another country.
HP software and firmware products which are designated by HP for use with a hardware product, when properly installed on that hardware product, are warranted not to fail to execute their programming instructions due to defects in
materials and workmanship. If HP receives notice of such defects during the warranty period, HP shall repair or
replace software media and firmware which do not execute their programming instructions due to such defects. HP
does not warrant that the operation of the software, firmware or hardware shall be uninterrupted or error free.
LIMITATION OF WARRANTY
The foregoing warranty shall not apply to defects resulting from improper or inadequate maintenance by Buyer,
Buyer-supplied software or interfacing, unauthorized modification or misuse, operation outside of the environmental
specifications for the product, or improper site preparation or maintenance.
NO OTHER WARRANTY IS EXPRESSED OR IMPLIED. HEWLETT-PACKARD SPECIFICALLY
DISCLAIMS THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR
PURPOSE.
EXCLUSIVE REMEDIES
THE REMEDIES PROVIDED HEREIN ARE BUYER'S SOLE AND EXCLUSIVE REMEDIES. HEWLETTPACKARD SHALL NOT BE LIABLE FOR ANY DIRECT, INDIRECT, SPECIAL, INCIDENTAL, OR CONSEQUENTIAL DAMAGES, WHETHER BASED ON CONTRACT, TORT, OR ANY OTHER LEGAL THEORY.
ASSISTANCE
Product maintenance agreements and other customer assistance agreements are available
for Hewlett-Packard products.
For any assistance, contact your nearest Hewlett-Packard Sales and Service Office.
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4P HEWLETT
PACKARD
SAFETY SUMMARY
The following general safety precautions must be observed during all phases of operation, service, and repair of this
instrument. Failure to comply with these precautions or with specific warnings elsewhere in this manual violates
safety standards of design, manufacture, and intended use of the instrument. Hewlett-Packard Company assumes no
liability for the customer's failure to comply with these requirements. This is a Safety Class i instrument.
GROUND THE INSTRUMENT
To minimize shock hazard, the instrument chassis and cabinet must be connected to an electrical ground. The instrument is equipped with a three-conductor ac power cable. The power
cable must either be plugged into an approved three-contact electrical outlet or used with a
three-contact to two-contact adapter with the grounding wire (green) firmly connected to an
electrical ground (safety ground) at the power outlet. The power jack and mating plug of the
power cable meet International Electrotechnical Commission (IEC) safety standards.
DO NOT OPERATE IN AN EXPLOSIVE ATMOSPHERE
Do not operate the instrument in the presence of flammable gases or fumes. Operation of any
electrical instrument in such an environment constitutes a definite safety hazard.
KEEP AWAY FROM LIVE CIRCUITS
Operating personnel must not remove instrument covers. Component replacement and internal
adjustments must be made by qualified maintenance personnel. Do not replace components
with power cable connected. Under certain conditions, dangerous voltages may exist even with
the power cable removed. To avoid injuries, always disconnect power and discharge circuits
before touching them.
DO NOT SERVICE OR ADJUST ALONE
Do not attempt internal service or adjustment unless another person, capable of rendering first
aid and resuscitation, is present.
DO NOT SUBSTITUTE PARTS OR MODIFY INSTRUMENT
Because of the danger of introducing additional hazards, do not install substitute parts or per-
form any unauthorized modification to the instrument. Return the instrument to a HewlettPackard Sales and Service Office for service and repair to ensure that safety features are maintained.
DANGEROUS PROCEDURE WARNINGS
Warnings, such as the example below, precede potentially dangerous procedures throughout
this manual. Instructions contained in the warnings must be followed.
WARNING
Dangerous voltages, capable of causIng death, are present In thIs Instrument. Uee extreme caution when handling, testing, and adjustIng.
A
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SAFETY SYMBOLS
General Definitions of Safety Symbols Used On Equipment or In Manuals.
iN
Instruction manual symbol: the product will be marked with this
symbol when it is necessary for the user to refer to the instruction
manual in order to protect against damage to the instrument.
Indicates dangerous voltage (terminals fed from the interior by
voltage exceeding 1000 volts must be so marked).
1'
Protective conductor terminal. For protection against electrical
(JJ)
shock
in case of a fault. Used with field wiring terminals to in4.- OR
- dicate the terminal which must be connected to ground before
operating equipment.
Low-noise or noiseless, clean ground (earth) terminal. Used for a
signal common, as well as providing protection against electrical
shock in case of a fault. A terminal marked with this symbol must
be connected to ground in the manner described in the installation
(operating) manual, and before operating the equipment.
_J_
-
OR
_J_
%._,
Frame or chassis terminal. A connection to the frame (chassis) of
the equipment which normally includes all exposed metal structures.
Alternating current (power line).
Direct current (power line).
Alternating or direct current (power line).
The DANGER sign denotes a hazard. It calls attention to an
DANGER
operating procedure, practice, condition or the like, which could
result in injury or death to personnel even during normal operation.
WA R N ING
The WARNING sign denotes a hazard. It calls attention to a procedure, practice, condition or the like, which, if not correctly performed or adhered to, could result in injury or death to personnel.
The CAUTION sign denotes a hazard. It calls attention to an
operating procedure, practice, condition or the like, which,if not
correctly performed or adhered to, could result in damage to or
destruction of part or all of the product.
NOTE:
The NOTE sign denotes important information. lt calls attention
to procedure, practice, condition or the like, which is essential to
highlight.
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Model 3336A/B/C
General Information
SECTION I
GENERAL INFORMATION
11. INTRODUCTION.
1-2. This Operating and Service Manual contains information required to install, operate,
test, adjust, and service the Hewlett-Packard Model 3336A/B/C Synthesizer/Level
Generator.
1-3. Supplied with the instrument is an Operating Manual. This supplement is a copy of the
first four sections of the Operating and Service Manual, and should be kept with the instrument for use by the operator. The -hp- part number of the Operating Manual is listed on the
title page.
1-4. Also listed on the title page of this manual is a Microfiche part number. This number
can be used to order 4 x 6 inch microfilm transparencies of the Operating and Service
Manual. Each microfiche contains up to 96 photo-duplicates of the manual pages. The
microfiche package also includes the latest Manual Changes supplement as well as pertinent
Service Notes.
15. SPECIFICATIONS.
1-6. Instrument specifications and supplemental characteristics are listed in Table 1-l. The
specifications are the performance standards or limits against which the instrument is tested.
Supplemental characteristics are included in Table 1-1 as additional information for the
user.
1-7. SAFETY CONSIDERATIONS.
l-8. This product is a Safety Class I instrument (provided with a protective earth terminal).
The instrument and manual should be reviewed for safety markings, instructions, cautions
and warnings to ensure safe operation.
19. INSTRUMENTS COVERED BY THIS MANUAL.
Attached to the instrument rear panel is a serial number plate. The serial number is in
the form: 0000A00000. It is in two parts; the first four digits and letter are the serial prefix
and the last five digits are the suffix. The prefix is the same for all identical instruments; it
changes only when a change is made to the instrument. The suffix, however, is assigned se-
quentially and is different for each instrument. The contents of this manual apply to instruments with the same serial number prefix and higher serial number suffixes listed under
SERIAL NUMBERS on the title page.
If your instrument's serial number suffix is lower than that listed on the title page,
refer to Section VII, Manual Changes. There, you will find information to backdate your
manual, making it apply to your instrument.
l-1
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General Information
Model 3336A/B/C
Table 1-1. Specifications and General Information.
FREQUENCY
Range:
Model 3336A:
75 ohm unbalanced
150 ohm balanced
600 ohm balanced
10Hz to 20.999 999 999 MHz
10kHz to 2.099 999 999 MHz
200 Hz to 109.999 999 kHz
Model 33368:
75 ohm unbalanced
1 24 ohm balanced
135 ohm balanced
10 Hz to 20.999 999 999 MHz
10 kHz to 10.999 999 999 MHz
10 kHz to 2.099 999 999 MHz
200 Hz to 109.999 999 kHz
600 ohm balanced
Model 3336C:
10Hz to 20.999 999 999 MHz
10Hz to 20.999 999 999 MHz
50 ohm unbalanced
75 ohm unbalanced
Resolution:
Hz for frequencies C 1 00 kHz
1 MHz for frequencies
loo kHz
1
instruments without Option 0041
Accuracy:
±5x10
6 of programmed frequency
instruments without Option 004)
Aging Rate:
± 5 x 10_6 per year 1200 to 30°C)
Warm-Up Time:
30 minutes
AMPLITUDE
Range:
Model 3336A:
75 ohm output
1 50 ohm output
600 ohm output
-72.99 to +7.00 dBm
-78.23 to + 1.76 dBm
-72.99 to +7.00 dBm
Model 33368:
75 ohm output
124 ohm output
135 ohm output
600 ohm output
-72.99 to +7.00 dBm
-78.23 to + 1.76 dBm
-78.23 to + 1.76 dBm
-72.99 to + 7.00 dBm
Model 3336C:
50 ohm output
75 ohm output
-71.23 to + 5.76 dBm
-72.99 to + 7.00 dBm
Absolute Accuracy: specified at 10 kHz for the 50, 75 and 600 ohm outputs; specified at 50kHz for the 124. 135 and
150 ohm outputs.
± .05 dB, for the top 9.99 dB of amplitude range (20° to 30°C)
± .08 dB, for the top 9.99 dB of amplitude range (0° to 55°C)
Flatness: referenced to amplitudes at 10 kHz for the 50, 75 and 600 ohm outputs; referenced to amplitudes at 50 kHz
for the 124. 135 and 150 ohm outputs.
Model 3336A
10
200
50K
209M
J±25dB 3
600 ohm output
10
200
10K
50K
109K
209M
109M
209M
± .1 dB 1± .07 dB with Option 005)
75 ohm output
t .l5dBJ
124 ohm output
± .1dB
J
± 12dB
135 ohm output
t 25dB
600 ohm output
50 and 75 ohm outputs
209M
J±12dB
1 50 ohm output
Model 3336C
109K
± .1 dB lt .07 dB with Option 0051
75 ohm output
Model 33368
10k
J
20.9 M
10
± .1 dB 1± .07 dB with Option 0051
1-2
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General Information
Model 3336A/B/C
Table 1-1. Specifications and General Information (Cont'd).
Attenuator Accuracy: (instruments without Option 0051
Attenuation
209M
1 0M
1 MHz
1 0Hz
lOto 19.99 dB
±1dB
20 to 39.99 dB
± 15dB
±15dB
± 2dB
40 to 79.99 dB
± 2dB
± 25dB
±2dB
± 25dB
± 3dB
MOTE
Amplitude Accuracy/s the sum of Absolute Accuracy and, as needed, Flatness and
Attenuato, Accuracy.
Warmup Time:
30 minutes
MAIN SIGNAL OUTPUTS
On Carrier Return Loss:
Model 3336A
10
30K
10K
209M
1 09M
209M
J> 20 dB j > 30 dB
150 ohm output
lo
30K
10K
209M
> 30 dB
75 ohm output
124 ohm output
> 20 dB
> 30 dB
135 ohm output
> 20 dB
> 30 dB j
Model 3336C
109M
> 30 dB
75 ohm output
Model 33368
209M
lo
30K
1 0K
209M
100M
> 30dB
50 ohm output
20.9 M
> 25(18*
> 30 dB
75 ohm output
fleturn Loss ol 50 ohm output is > 30 dB to 20 9 MHz with Option 005,
Bela gee:
Model 3336A
300
10K
150 ohm output
300
10K
108M
60K
209M
109M
> 30 dB
124 ohm output
> 36 dB
135 ohm output
600 ohm output
209M
> 38 dB
600 ohm output
Model 33368
50K
>36 dB
>38dB
SPECTRAL PURITY
Integrated Phase Noise:
Model 3336A and 33368
64 dB, for a 3 kHz band, 2 kHz either side ot a 20 MHz carrier,
Model 3336C
54dB. tor a 30 kHz band, centered on a 20 MHz carrier, excluding 1 Hz about
the carrier,
Phua. Jitter
.3° peak to peak maximum, measured per Bell System Technical Reference PUB 41009, ''Transmission
Parameters Affecting Voiceband Data TransmissionMeasuring Techniques May 1975" and per CCITT Orange
Book, Volume lV.2 "Specifications of Measuring Equipment".
1-3
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General Information
Model 3336A/B/C
Table 11. Specifications and General Information (ConEd).
Harmonic Distortion
No harmonically related signal will exceed these values wkh respect to the carrier:
30
10
50
100K
lOK
- 60dB
J35dB---50dB
1M
209M
5M
- 65dB
- 50dB
Normal Leveling
- 65dB
- 60dB
Fast Leveling
J50dB J 60dB
Spurious: (dc to 200 MHz except where notedl
All non-harmonically related signals from dc to 200 MHz will be more than 70 dB below the carrier or less than one
of the following levels, whichever is greater.
Model 3336A
without Option 005
with Option 005
75 ohm output
150 ohm output
- 1 00 dBm
- 11 5 dBm
- 100 dBm Ito 10 MHzI
600 ohm output'
100 dBrn Ito 10 MHzI
100 dBm (to 10 MHzI
100 dBm (to 10MHz)
Model 3336B
without Option 005
with Option 005
75 ohm output
124 ohm output
135 ohm output
600 ohm output'
- 1 00 dBm
- 1 00 dBm
- 11 5 dBm
- 11 5 dBm
- 100 dBni
- 100 dBm
115 dBm
115 dBm
Model 3336C
without Option 005
with Option 005
50 ohm output
75 ohm output
- 1 00 dBm
- 1 00 dBm
- 11 5 dBm
- 11 5 dBm
'Line related signals from the 600 ohm outputs will be more than 70 dB below the darner or 83 dBm whichever is greater.
Amplitude Blanking:
Maximum signal output during amplitude blanking: < 85 dBm
Impulse Level in adjacent channels caused by amplitude blanking: > 22 dßm O
PHASE OFFSET
Range:
± 719.90 with respect to arbitrary starting phase or assigned zero phase.
Resolution: 0. 1
Increment Accuracy: ± 0.20
Ambient Stability: ± 1 degree of phase per degree C.
FREQUENCY SWEEP
Sweep Flatness:
± .15 dB, Normal Leveling, 50 Hz to 1 MHz, Ss Sweep Time.
± .15 dB, Fast Leveling, 10 kHz to 20 MHz, .03s Sweep Time.
Sweep Time
Linear Sweep: .01 sec to 99.99 sec
Single Log Sweep: 2 sec to 99.99 sec
Continuous Ltg Sweep: .1 sec to 99.99 sec
Minimum Sweep Width
Log Sweep:
1 decade
Linear Sweep: Minimum Bandwidth (HzI = .1 (Hz/sed x Sweep Time sed
1-4
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Model 3336A/B/C
General Information
Table Li. Specifications and General Information (Cont'd).
Phase Continuity:
Sweep is phase continuous over the full frequency range
AMPLITUDE MODULATION
Modulation Depth: O to loo %
Modulation Frequency Range: 50 Hz to 50 kHz
Envelope Distortion: < 30 dBc to 80% modulation
Input Impedance: 20 K ohm
PHASE MODULATION
Range: O to ± 850°
Linearity:
± .5% of peak to peak deviaion from best fit straight line.
Modulation Frequency Range: dc to 5 kHz
Input Sensitivity: ± 5 V peak for
850° phase shift
170°/volt)
Input Impedance: 20 K ohm
HP-IB CONTROL
Frequency Switching lima:
Time to settle to within 1 Hz to final value, exclusive of programming and processing time)
< 10 ms for 100 kHz step
< 25 ms for 1 MHz step
< 70 ms for 20 MHz step
Phase Switching Time: Ito within 90° of phase lock, exclusive of programming and processing time)
< 15 ms
Amplitude Switching Time: fto within 1 dB of final value, exclusive of programming and processing time)
< 500 ms
AUXILIARY OUTPUTS
AUX O dEm:
Frequency range is from 21 MHz to 60.999 999 999 MHz )underrange to 20.000 000 001
MHz). Amplitude is
O dßm ISO ohm).
SYNC OUT:
Square wave with Vhi9h
12V, VIow s 0.2 V into 50 ohms, to synchronize other instruments to the Main Signar
Outputs. Level transition occurs at Main Signal Output zero crossing.
REF OUT:
O dBm 50 ohm), 1 MHz signal for phase-locking additional instruments to the Model 3336.
lO MHz OVEN OUT:
Instruments with Option 004, only. O dBm SO ohml, 10 MHz signal from a temperature stabilized,
crystal oscillator
for phase-locking the Model 3336 or other instruments.
X DRIVE:
Oto > + IO Vdc linear ramp proportional to the sweep frequency. Linearity, ± 1% of final value, 10%
to 90%,
best fit straight Pine,
Z BLANK:
Sweep related TTL compatible voltage levels. Low level is capable of sinking current from
a positive voltage source.
Maximum Current = 200 mA
Maximum Voltage = -t- 45 Vdc
Maximum Power Dissipation = 1 W
MARKER:
TTL compatible high to low level transition at the programmed Marker Frequency.
1-5
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Model 3336A/B/C
General Information
Table Li. Specifications and General Information (Cont'd).
AUXILIARY INPUTS
EXT REF IN:
For phase-locking the 3336A/BÌC to an external frequency reference. Signal from O dBm to * 20 dBm 50 ohml.
Signal frequency must be within 1 x 10-6 of a sub-harmonic of 10 MHz from 1 MHz fo 10 MHz.
AMPTD MOD:
Amplitude modulation input (see AMPLITUDE MODULATION specifications)
PHASE MOD:
Phase modulation input see PHASE MODULATION specifications)
EXTERNAL LEVELING:
Input from an External Leveling voltage source to regulate the signal amplitude at a remote point. Input Sensitivity: .25 dR/volt
OPTION 004, HIGH STABILITY FREQUENCY REFERENCE
Aging Rate:
± S x 10 8 per week after 72 hours continuous operation.
± 1 x 10-i per month after 15 days continuous operation.
Ambient Stability:
± 5 x 10 -8 maximum, 00 to 55°C
Warm-Up Time:
Reference frequency will be within 1 x 10-' of the turn-off frequency, 20 minutes after turn-on, for an off time less
than 24 hours.
OPTION 005, HIGH ACCURACY ATTENUATOR
Attenuation
20 MHz
1 0Hz
lOto 19.99 dB
± .035dB
20 to 39.99 dB
40 to 79.99 dB
06 dB
±
.1dB
GENERAL
Operating Environment:
Temperature: 0° to 55°C
Relative Humidity: 85%, 0° to 40°C
Altitude; < 15,000 ft. 1< 4600 meters)
Storage Environment:
Temperature: - 50° to + 65°C
Altitude: < 50,000 ft. 1<15,000 meters)
Power Requirements:
100/120, 220/240V, -i-5%, -10%, 48 to 66 Hz, 60 VA (100 VA with all options), 10 VA standby.
Size: 132.6mm 5 1/4 in) high x 425.5mm (16-3/4) wide x 497.8 119-5/8) deep
Weight: 10kg )22 lbs.) net, 15.5 kg 134 lbs.l shipping
1-6
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Model 3336A/B/C
General Information
l-12. This manual may have a yellow Manual Change Supplement with it. This supplement
contains information for correcting errors in the manual and new information to keep your
manual current. To keep this manual as current and accurate as possible, Hewlett-Packard
recommends that you periodically request the latest Manual Change Supplement. The supplement for this manual is identified with the manual print date and part number. Both appear on the manual title page. Complimentary copies of the supplement are available from
Hewlett-Packard.
1-13. DESCRIPTION.
l-14. The Hewlett-Packard Model 3336 Synthesizer/Level Generator is an accurate, stable
and spectrally pure sine wave source, producing synthesized frequencies with 11 digits of
resolution from 10 Hz to 20.999 999 999 MHz and precise output levels from 72.99 to
+7.00 dBm (75 ohm output) in .01 dBm steps. A general purpose model and two communications models are available, each having a different combination of balanced and unbalanced outputs, output impedances and output connectors.
1-15. AVAILABLE MODELS.
1-16. The Model 3336 is manufactured as one of three models identified by the letters A, B
or C following the model number. The difference between.models is the configuration of the
front panel outputs. The outputs on each model are:
MODEL
OUTPUTS
ACCEPTS CONNECTOR TYPE
3336A
75 ohm unbal
150 ohm bal
600 ohm bal
75 ohm BNC
Siemens type 3 prong 9REL STP-6 AC
Siemens type 3 prong 9REL STP-6 AC
3336A with
Option 001
75 ohm unbal
150 ohm bal
600 ohm bal
Siemens type 1.6/5mm coaxial
Siemens type 3 prong 9REL STP-6 AC
Siemens type 3 prong 9REL STP-6 AC
3336B
75 ohm unbal
124 ohm bal
135 ohm bal
600 ohm bal
3336B with
Option 001
3336C
WECO type 439A or 440A
WECO type 443A
WECO type 24lA
WECO type 310
75 ohm unbal WECO type 358A
124 ohm bal
135 ohm bal
600 ohm bal
50 ohm unbal
75 ohm unbal
WECO type 372A
WECO type 241A
WECO type 310
50 ohm BNC
75 ohm BNC
1-17. ACCESSORIES SUPPLIED.
1-18. A special BNC to BNC connector is supplied with the High Stability Frequency
Reference (Option 004) to connect the High Stability Frequency Reference to the instrument. This connector is -hp- Part No. 1250-1499.
1-7
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Model 3336A/B/C
General Information
1-19. ACCESSORIES AVAILABLE.
1-20. The following accessories are available for use with the Model 3336A/B/C:
Description
-hp- Part No.
11048C
11094B
11356A
85428B
I 1477A
50 ohm Feedthrough Termination
75 ohm Feedthrough Termination
Ground Isolator
50 to 75 U Minimum Loss Impedance
Matching Pad
High Stability Frequency
Reference Kit (converts standard
instrument to Option 004)
5061-0077
Rack Mount Flange Kit (Option 908)
5061-0083
Rack Mount Flange/Front Handle Kit
(Option 909)
506 1-0089
Front Handle Kit (Option 907)
11473A
(2)-600 U Balanced (WECO 310) to 75 U
Unbalanced (BNC) Balancing
Transformers
I 1473B
(2)-600 U Balanced (Siemens 9REL-STP6AC) 75 U Unbalanced (BNC)
Balancing Transformers
I l474A
(2)-135 fi Balanced (WECO 241) to 75 U
Unbalanced (BNC) Balancing
Transformers
11475A
(2)-150 U Balanced (Siemens 9REL-STP6AC) to 75 U Unbalanced (BNC)
Balancing Transformers
11476A
(2)-124 U Balanced (WECO 408A) to
75 U Unbalanced (BNC)
Balancing Transformers
5061-0743
Telephone connector adapter kit
[adapters convert all 3336B output
to BNC (f)]
1-21. RECOMMENDED TEST EQUIPMENT.
1-22. Equipment required to maintain the Model 3336A/B/C is listed in Table 1-2. Other
equipment may be substituted if it meets or exceeds the critical specifications listed in the
table.
l-8
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General In formation
Model 3336A/B/C
Table 12. Recommended Equipment List.
INSTRUMENT
CRITICAl SPECIFICATION
RECOMMENDED MODEL
REQUIRED FOR
V = Oper. Ver.
P = Performance Test
T = Troubleshooting
A = Adjustments
Electronic Counter
Frequency Measurements
V, P, A
Range: to 20.9 MHz
Resolution: 8 digits
-hp- Model 5328A with Options 010 and
040 or 041
Accuracy: ± i part/i 0°
Time Interval Average
Resolution: i ns
.
Digital Voltmeter
dc Function
T
-hp- Model 3466A
V, P, A
-hp- Model 3455A with Option 001
Ranges: .1V, 1V, 10V, 100V
Accuracy: ± .2%
Resolution: 4/2 digits
ac Function
i V, i 0V. 100V
Accuracy: ± .5%
Ranges:
Resolution: 4 digits
dc function
Ranges:
1V, 1V. 10V. iOOV
Average Responding Converterl
or -hp- Model 3490A
Accuracy: ± .05%
Resolution: 6 digits
ac Function
i V, 10V, i 00V
Accuracy: ± .15% at 10 and
Ranges:
50 kHz
Resolution: 5 digits
Wave Analyzer
Frequency Range: 10 Hz to
50 kHz
Amplitude Accuracy:
Spurious Response:
Y-Axis output
Synthesizer
V. P. A
-hp- Model 3581 A or 3581 C
P
-hp- Model 3335A
l-hp- Model 3325A is acceptable except for
± .5dB
- 8OdBc
Frequency Range: 200 Hz to
20.9 MHz
Amplitude Range: 60 to
+ 1 3 dBm
Phase Noise:
Spurious:
Unbalanced
Directional
Couplers
Phase Noise and Spurious Performance Testsl
70 dßc
75 dBc
50 ohm
Frequency Range: .1 to
20.9 MHz
Directivity:
40 dB
P 13336C only)
-hp- Model 8721A*
75 ohm
P lall modelsl
-hp- Model 872iA* with Option 008
Frequency Range: .1 to
20.9 MHz
Directivity:
40 dB
Unbalanced Directional Couplers are also part of Transmission/Reflection kils
50 0 Reflection/Transmission Ka
750 Reflection/Transmission Kit
hp- Model 11 652M
-hp Model ii 652M with Option 008
1-9
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Model 3336A/B/C
General Information
Table 12. Recommended Equipment List (Cont'd).
CRITICAL SPECIFICATION
INSTRUMENT
REQUIRED FOR
RECOMMENDED MODEL
System Voltmeter
dc Voltage Range: ± 10 V
Trigger: External
Trigger Delay: Programmable
P
-hp- Model 3437A
1 MHz Low Pass Filter
Cut-Off Frequency: 1 MHz
Stop-Band Frequency: 4 to
80 MHz
P
J903
Cut-Off Frequency: 15 kHz
P )3336C only)
15 kHz Low Pass Filter
TT Electronics Inc
2214 5. Barry Avenue
Los Angeles, CA 90064
Consisting of
-hp- Part No- 0757-0340
-hp- Part No. 0160-2223
Resistor: 10K ohm, ± 1%
Capacitor: 1600 pF, ± 5%
500 Hz-3500 Hz
Pass Band: 500 to 3500 Hz
P )3336A/B only)
3100
Kronhite
Avon Industrial Park
Bandpass Filter
Bodwell St. Avon, MA 02327
High Frequency
P
-hp- Model 110968
T
-hp- Model 5004A
50 - 75 ohm
V, P
-hp- Model 854286
124- 75 ohm
R1=15.9 ohm, ± 1%
R2=119.3 ohm, ± 1%
R3=62.0 ohm, ± 1%
A, P 133366 only)
135- 75 ohm
R1=22.5 ohm. ± 1%
R2=112.5 ohm, ± 1%
R3=67.5 ohm, ± 1%
A, P 133366 only)
1 50 - 75 ohm
A, P )3336A only)
Frequency Range: .1 to
20 MHz
Probe
Accuracy: ± .5dB
)Diode Detector)
Signature Analyzer
Signature: 4 digit
Hexadecimal
Characters: O thru 9,
A, C, F, H, P, U
Logic Threshold:
+ 2.2V, high
+ .5 V, low
Minimum Loss
impedance Matching
Pads
-hp- Part No, 0698-4361
-hp- Part No, 0698-6806
-hp- Part No. 0698-6800
-hp- Part No. 0698-4086
-hp- Part No. 0698-7469
-hp- Part No. 0698-8558
R1=31.1 ohm, ± 1%
R2= 106.1 ohm, ± 1%
R3=75 ohm, ± 1%
Terminations
-hp- Part No, 0698-4375
-hp- Part No. 0698-4405
-hp- Pari No, 0757-0710
600- 75 ohm
R1=261.2 ohm, ± 1%
R2=80.2 ohm, ± 1%
R3=300 ohm, ± 1%
A, P 13336A/B only)
50 ohm, ± 2%
V, P, A, T
-hp- Model 11 048C
75 ohm, ± 2%
V, P, A, T
-hp- Model 11 0946
124 ohm, ± 1%
V, P, A 133366 only)
-hp- Part No. 0698-6284
1 35 ohm, ± 1 %
V, P, A 133366 only)
-hp- Part No. 0698-5197
150 ohm, ± 1%
V, P, A )3336B only)
-hp- Part No. 0757-0715
600 ohm, ± 1%
V, P, A
13336A/B only)
-hp- Part No. 0698-5405
-hp- Part No. 0698-3132
-hp- Part No. 0698-4096
-hp- Part No.0698-6982
1-lo
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Model 3336A/B/C
General Information
Table 1-2. Recommended Equipment List (Cont'd).
INSTRUMENT
Balanced
Directional
Couplers
DC Power Supply
Double Balanced
Mix e r
Attenuators
CRITICAL SPECIFICATION
REQUIRED FOR
124 ohm
Frequency Range: .01 to
10.9 MHz
Directivity:
40 dB
P )3336B only)
P 13336B/Opt 001
-hp- Part No. 506 1135
-hp- Part No. 5061-1136 (Opt 001)
150 ohm
Frequency Range: .01 to
20.9 MHz
Directivity:
40 dB
P 13336A only)
-hp- Part No. 5061-1137
P
-bp- Model 621 4A
P
-hp- Model 1 0534A or 1051 4A
P
-hp- Model 8491 A Option 010
2 required)
Output Voltage:
Output Current:
20 mA
Input/Output Z: 50 ohm
Frequency Range: 1 to
20.9 MHz
Attenuation: 10 dB lt,xedl
VSWR:
1.02. dc to
20.9 MHz
Input/Output Z: 50 ohms
Attenuation: O to 70 dB
Attenuation Step Size:
P
10 dB
RECOMMENDED MODEL
Thp' Model 355D
Input/Output?: 50 ohm
Certitication required at
1 MHz, 10 MHz, 20.9 MHz
Spectrum Andlyzer
Frequency Range: .1 to
lOO MHz
Amplitude Accuracy:
Harmonic Distortion:
V, P, A
-hp- Model 141 T/85538/8552B
V, P
-hp- Model 3580A
V, P, A
-hp' Model 11051 AiHO1
A, T
hp- Model i 740A
P, A
'hp- Model 331 2A
P
'hp- Model 400 FL
± 1 dB
6SdBc
Spurious:
70 dBc
Frequency Range: 10 Hz to
50 kHz
Amplitude Accuracy: ± 1 dB
Harmonic Distortion:
65dBc
Spurious:
Thermal Converter
70 dBc
Input Z: 75 ohms
Maximum Input: .5 V rms
Flatness: Certitication
required at 10 kHz, 100 kHz,
1 MHz, 10 MHz and 20 MHz
Oscilloscope
Vertical
Bandwidth: dc to 100 MHz
Deflection: '01V ro 1 Dy/DIV
Horizontal
Sweep: .05 ps to is/DIV
Delayed Sweep
Function Generator
Frequency: 1 and 10 kHz
Functions: Sine, Squarewave
Symmetry: Variab!e
ac Voltmeter
1 mV to 1 V
Frequency Range: 25 Hz to
1 MHz
Scale: Logarithmic
Accuracy:
2%, 100 Hz to
10 kHz
Ranges:
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Model 3336A/B/C
Genera! Information
Table 1-2. Recommended Equipment List (Cont'd).
INSTRUMENT
CRITICAL SPECIFICATION
RECOMMENDED MODEL
REQUIRED FOR
Resistors for
Balance Test
3 of each
required)
62 ohm, ± 1%
P 13336B only)
'hp- Part No. 0698-6800
67.5 ohm, ± 1%
75 ohm, ± 1%
300 ohm, ± 1%
P )3336B onlyl
P )3336A only)
P 3336A/B only)
-hp' Part No. 0698-8558
-hp- Part No. 0757-0710
-hp- Part No. 0698-6982
Resistor
1K ohm, ± 1%
T
-hp- Part No
Amplifier
Gain: 20 dB
P
GB 300
Frequency Range:
Q-Bit Corp.
.1 to
P.O. Box 2208
Melbourne, Flor)da 32901
20.9 MHz
Input/Output Z: 50 ohm
Adapters
BNC If) to WECO 440A
I3336B only)
V, P, A, T
-hp- Part No. 1250-0556 2 required)
BNC If) to WECO 358
)3336B only)
V, P, A, T
-hp- Part No, 1250-0591 12 required)
BNC If) to WECO 347
)3336B onLy)
V, P, A, T
-hp- Part No. 1251-3759 )2 required)
BNC If) to 1.6/5.6 Im)
3336A with Option 001 only)
V, P, A, T
5 230
W & G Instruments Inc.
119 Nay)on Avenue
Livìngtàn, NJ 07039
Cables
BNC )f) toWECO 310
)3336B only)
V, P. A, T
-hp- Part No. 1251-3757
BNC If) to TRIAX Im)
P
-hp- Part No. 1250-0595
BNC 1f) to Dual Banana Plug
V, P, A, T
'hp- Part No. 1250-2277
BNC Im) to Dual Banana Post
V, P, A. T
-bp- Part No. 1250-1264
Dua) Banana P)ug used with
termination resistors)
V, P. A
-hp- Part No. 1251-2816 4 required)
BNC 1f) to Type N )m)
P
-bp- Part No. 1 2500780 12 required)
BNC Im) to Type N If)
P
-hp- Part No, 1250-0077 )2 required)
V, P. A, T
V, P, A. T
V, P, A. T
hp- Model 111 70A 2 required)
-hp- Model 111708 12 required)
-hp- Mode) 111 70C 12 required)
V, P, A, T
V, P, A. T
'hp- Part No. 1 558260010 12 required)
hp- Part Nu. 15582-60020 )2 required)
50 ohm BNC )m) to BNC )m)
1 2''
24"
36''
75 ohm BNC Im) to BNC )m)
36''
75 ohm BNC Im) to
Siemens type
9 REL STP-6AC
Consisting of
Siemens type connecu. r Im)
BNC Im) connector
6'', RG 59 coaxial cable
75 ohm)
V, P, A, T
hp- Part No. 5060-4444
-hp Part No. 1250-1283
1-12
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Model 3336A/B/C
Generai Information
123. OPTIONS.
l-24. The following options are available for the Model 3336 Synthesizer/Level Generator;
Option 001, Special Output connectors (Model 3336A and B only)
See Paragraph l-15
Option 004, High Stability Frequency Reference
Option 005, High Accuracy Attenuator
Option 907, Front Handle Assembly
Option 908, Rack Mount Flange Kit
Option 909, Rack Mount Flange Kit/Front Handle Assembly
Option 910, Additional Operating and Service Manual
1-13
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Model 3336A/B/C
Installation
SECTION II
INSTALLATION
21. INTRODIJCTIOPJ.
2-2. This section contains instructions for installing and interfacing the Model 3336A/B/C
Synthesizer/Level Generator. Included are initial inspection procedures, power and grounding requirements, line voltage selection, environmental requirements, installation instructions, HP-IB connection procedure, and instructions for repackaging for shipment.
2-3. INITIAL INSPECTION.
2-4. Inspect the shipping container for damage. If the shipping container or cushioning
material is damaged, it should be kept until the contents of the shipment have been checked
for completeness and the instrument has been checked mechanically and electrically. This instrument was carefully inspected both mechanically and electrically before shipment. lt
should be free of mars and scratches and in perfect electrical order upon receipt. Procedures
for checking electrical performance are given in Section IV. If there is mechanical damage or
defect or if the instrument does not pass the electrical performance test, notify the nearest
Hewlett-Packard Sales and Service Office listed at the end of this manual. If the shipping
container is damaged or the cushioning material shows signs of stress, notify the carrier as
well as the Hewlett-Packard office. Keep the shipping material for the carrier's inspection.
The warranty statement is located in the front of this manual.
25. PREPARATION FOR USE.
2-6. Power Requirements.
2-7. The Model 3336 requires a power source of 100, 120, 220, or 240V ac, + 5%, IOWa,
48 to 66 Hz single phase. Power consumption is loo VA maximum.
2-8. Line Voltage Selection.
Before connecting ac power to this instrument, make sure the
Model 3336 is set to the line voltage of the Po wer source. Also ensure that the common connection of the power outlet is connected
to a protective earth contact.
2-9. The line voltage selection switches are set at the factory to correspond to the most commonly used line voltage of the country of destination. The serial number plate (located on
the rear panel) is marked at the factory to indicate the selected line voltage. To reduce confu-
sion, update this plate every time the line voltage switches are changed. Information
necessary to change the line voltage selection is in the Power Supply Service Group of the
Operating and Service Manual.
2-1
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Model 3336A/B/C
Installation
Make sure the correct fuse is installed for the selected line voltage!
Line Voltage
100/120 Vac
220/240 Vac
-lip- Part Number
Fuse
¡ Amp
½ Amp
2110-0001
2110-0012
USE FAST BLOW TYPE FUSES ONL Y! Using slow blow type
fuses or fuse values other than those recommended defeats an importan t protection circuit and will damage the Model 3336.
2.10. Power Cable.
2-Il. In accordance with international safety standards, this instrument is equipped with a
three-wire cable. When connected to an appropriate power line outlet, this cable grounds the
instrument cabinet. The type of power cable shipped with each instrument depends on the
country of destination. Refer to Figure 2-1 for the connector configuration and -hp- part
number of the available power cables.
8120-1369
8120-1351
510-B-4195
'UL LISTED FOR USE IN THE UNITED STATES OF AMERICA
Figure 2-1. Power Cables.
2-12. HPIB Connections.
2-13. Interconnection data concerning the rear panel HP-IB connector is provided in Figure
2-2. This connector is compatible siith the -hp- 10631 (A, B, or C) HP-IB cables. The lengths
of these cables are as follows:
10631A
10631B
10631C
1 meter
meters
4 meters
2
2-2
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Model 3336A/B/C
Installation
Up to 15 instruments (including the controller) may be connected in an HP-IB system. The
NP-IB cables- have identical stacking connectors on both ends so that several cables can be
connected to a single source. As a practical matter, avoid stacking more than three or four
cables on any one connector. If the stack gets too large, the force on the stack can produce
enough leverage to damage the connector mounting. Be sure that the connector screws are
tightened firmly in place to keep it from working loose during use, and be sure to observe the
CAUTION of Figure 2-2.
PIN
LINE
0101
4
0102
DIO3
0104
13
DIOS
14
0106
15
DIO?
16
DIOS
5
E0I
17
6
REN
DA V
7
NAFD
LOCKUCREW
NDAC
LONG MOUNT NU STUD
S
1390 0360
SHORT MOUNIINO STUD
034O- 0H40
0080-0644
2
3
The 3336A contains metric threaded HP-IB cable mounting
studs as opposed to English theads. Metric threaded -hp
/063/A B, 0cC HP-IB cable locksccews must be used to
secure the cable to the instrument. Identification of the two
types of mounting studs and Iockscrews is made by their
color- English threaded fasteners are colored silver and
metnc threaded fasteners are colored black. DO NOrmate
silver and black fasteners to each other or the thteads or
either or both will be destroyed. Metric threaded HP-IB
cable hardware illustra tiòns and part numbets follow
9
FC
10
SRO
11
ATN
SHIELDCHASSIS GROUND
PIO TWISTED PAIR WITH PIN 6
PIO TWISTED PAIR WJTH PIN 7
THESE PINS
P/C TWISTED PAIR WITH PINS
P/O TWISTED PAIR WITH PINO
/ INTERNALLY
P/C TWISTED PAIR WITH PIN 10
GROUNDED
PIO TWISTED PAIR WITH PIN 11
ISOLATED DIGITAL GROUND
12
18
19
20
21
22
23
24
L
HI
Figure 2-2. HP-lB Connector.
2-14. Cable Length Restrictions. System components can be interconnected in virtually any
configuration. However, to achieve reliable system performance, proper voltage levels and
timing relationships must be maintained. If the system cable is too long, the lines cannot be
driven properly and the system will fail to perform. The maximum length of cable that can
be used to connect a group of instruments must not exceed 2 meters (6.5 ft.) times the
number of instruments to be connected, or 20 meters (65.6 ft.), whichever is less.
2-15. 3336 Listen/Talk Address.
2-16. The Model 3336 is normally shipped from the factory with the Device address of 4,
(talk address D, listen address S). The address switches are located on the rear panel. The
binary weighted HP-lB address switches 1 thru 5 set the Device address and consequenctly
the Talk and Listen address. All the possible Device, Listen and Talk addresses and the HPIB address switch positions are shown in Table 2-1. Switch 6, marked "Listen Only",
disables the instruments talk capability. This is normally left in the 0 position (talk enabled).
Switch 7 is not used. The instrument will display it's Device address for 1 second after pressing the Blue Shift key and then the LOCAL key.
2-3
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Model 3336A/B/C
Installation
Table 21. HP-IB Addresses.
ASCII Code
Character
Address Switches
Talk
L ¡ steri
sp
O
0
0
F
0
0
0
0
0
0
G
0
B
C
Factory
Selected
Address
-s
D
E
&
O
i
0
1
J
+
K
L
0
0
0
N
0
0
o
0
0
00
1
01
0
0
0
0
0
1
0
0
1
1
0
1
0
0
1
1
1
02
03
04
05
06
07
08
09
1
0
1
1
1
0
1
0
0
0
0
0
1
0
1
1
0
10
1
1
11
1
0
0
1
1
0
1
1
1
1
0
1
1
1
1
0
0
0
1
12
13
14
15
16
p
1
0
0
0
1
0
0
2
3
R
1
0
0
1
0
5
1
0
1
1
4
T
1
0
0
0
17
18
19
0
20
1
21
5
U
1
6
V
1
7
W
X
Y
9
Z
<
2
1
1
0
0
1
1
0
1
1
0
22
23
24
25
26
1
1
27
1
0
0
1
1
1
1
1
0
0
1
1
0
0
0
1
1
1
1
1
0
0
1
1
1
0
0
1
1
1
0
1
1
1
1
1
0
28
29
30
Address Switches
Listen On'y
n
r-'
0
0
H
*
8
r
0
0
0
i
M
5
AS A4 A3 A2 Al
O
A
5-bit
Decimifi Code
4
fl!
rLLL
r r-Jj
3
2
1
NOTE
r--L
---j
r-T
o
The Equivalent Codes shown correspond only to the 5-bit binary
switch code. These bits are the same for both listen and talk addresses. The sixth and seventh bits determine whether the address is listen (01) or talk (10). Some controllers distinguish between talk and listen automatically, requiring only the Device address (decimal equivalent).
2-4
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Model 3336A/B/C
Installation
2-17. HP-IB Description.
2-18. A description of the HP-IB is provided in Section III of this manual. A study of this
information is necessary if you are not familiar with the HP-IB concept. Additional information concerning the design criteria and operation of the bus is available in IEEE Standard
488-1975 "IEEE Standard Digital Interface for Programmable Instrumentation".
2-19. Connecting Oven Option 004.
2-20. In order to use the Oven Option 004, an external connection must be made between
the rear panel 10 MHz OVEN OUTPUT and the REF IN connectors. A special connector
for this purpose, -hp- Part No. 1250-1499, is supplied with instruments having Option 004.
2-21. OPERATING ENVIRONMENT.
WARNING
To prevent potential electrical or fire hazard, do not expose equipment to rain or moisture.
2-22. In order for the Model 3336 to meet the specifications listed in Table 1-1, the
operating environment must be within the following limits:
Temperature
Relative Humidity
Altitude
0 to + 55°C
95% at 40°C
4600 meters
(15,000 feet)
2-23. Cooling System.
2-24. The cooling fan intake and the exhaust vent are located in the rear panel. When
operating the instrument, provide at least 75 mm (3 inches) of clearance at the rear, and at
least 7mm (¼ inch) on all sides of the instrument. Failure to allow adequate air
circulation
will result in excessive internal temperature, reducing instrument reliability.
2-25. It is imperative that the fan filter be inspected frequently and cleaned or replaced as
necessary to permit the free flow of air through the instrument. To clean the filter, remove
the four nuts that secure the filter retainer. Remove the filter and flush with soapy water,
rinse clean, and air dry.
2-26. Bench Operation.
2-27. The instrument has plastic feet attached to the bottom panel. The front feet contain
foldaway tilt stands for convenience in bench operation. The tilt stand raises the front of the
instrument for easier viewing of the control panel. The plastic feet are shaped to make
fullwidth modular instruments self-align when they are stacked. A front handle kit, -hp-Part
No. 5061-0089 (Option 907), can be installed for ease of handling the instrument
on the
bench (see Figure 2-3). The kit is shipped with the instrument if Option 907 is ordered.
Otherwise, the front handle kit is available separately by its -hp- part number.
2-5
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Model 3336A/B/C
Installation
2-30. STORAGE AND SHIPMENT.
2-31. Environment.
2-32. The instrument should be stored in a clean, dry environment. The following environmental limitations apply to both storage and shipment:
Temperature
Relative Humidity
Altitude
40%C to + 75°C
95% at 40°C
15,300 meters
(50,000 feet)
2-33. Instrument Identification.
2-34. If the instrument is being returned to Hewlett-Packard for servicing, attach a tag indicating the type of service required, return address, mode! number, and full serial number.
In any correspondence, refer to the instrument by model number and full serial number.
2-35. Packaging.
2-36. Origina! Packaging. If the original packaging has been retained, pack the instrument
in the same manner as it was received. Be sure to seal the shipping container securely. Also,
mark the container FRAGILE to assure careful handling.
2-37. Other Packaging. The fol!owing general instructions should be used for repackaging
with commercia!!y available materials.
Wrap the instrument in heavy paper or plastic. (If shipping to a Hewlett-Packard office or service center, attach a tag indicating the type of service required, return address,
model number, and full seria! number.)
Use a strong shipping container. A doublewall carton made of 250-pound test material
is adequate.
Use enough shock-absorbing material (3-to-4 inch layer)around a!l sides of the instrument to provide firm cushion and prevent movement inside the container. Protect the control panel with cardboard.
Seal the shipping container securely.
Mark the shipping container FRAGILE to assure careful handling.
2-6
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Model 3336A/B/C
Installation
2-38. Rack Mounting.
2-39. The Model 3336 can be mounted in a rack having an EIA standard width of 482.6mm
(19 inches). The instrument can be rack mounted with or without a handle kit by use of the
following items:
Rack mounting without handles; use Rack Mount Flange Kit -hp- Part No. 5061-0077
(Option 908).
Rack mounting with handles; use the combination Rack Mount Flange/Front Handle
Kit -hp- Part No. 5061-0083 (Option 909).
NOTE
The Rack Mount Flange Kit (item a) will not provide the space re-
quirement for rack mounting when used with the bench handle
assembly (-hp- Part No. 5060-9899, Option 907). To rack mount
with handles, the combination kit of item b (Option 909) must be
used (see Figure 2-3). If either Option 908 or 909 is ordered, the
corresponding kit is shipped with the instrument. Otherwise, both
kits are available separately by their -hp- part numbers.
OPTION 908
<j: H
RACK MOUNT FLANGE KIT
LPL SUC TRIM
HANDLE KIT, BENCH OPERATION
OPTION 909
a
5
RACK MOUNT FLANGE/FRONT HANDLE KIT
Figure 2-3. Rack Mount and Handle Kits.
2-7
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Model 3336A/B/C
Operation
SECTION III
OPERATION
31. INTRODUCTION.
3-2. This section has operating and programming instructions for the -hp- Model 3336 Synthesizer/Level Generator. This section includes:
Descriptions of the controls, annunciators and input/output connectors.
Power and warm-up requirements.
Manual and remote programming instructions.
Operator verification procedures.
Operator maintenance procedures.
3-3. The Table of Contents for this section is organized by subject for quick access to
specific operating information.
34 PANEL FEATURES.
3-5. Figure 3-1 is a picture of the instrument with a brief description of all the controls, annunciators, and input/output connectors. A paragraph number where more detailed information about each feature is located, is supplied with each caption.
Paragraph
3-4.
3-6.
3-8.
3-10.
3-12.
3-20.
3-23.
3-25.
3-29.
3-31.
3-36.
3-45.
3-49.
3-ss.
3-60.
3-85.
3-90.
3-94.
3-97.
3-103.
Panel Features
Power Requirements
Warm-up
Initial (Turn-On) Conditions
Front Panel Signal Outputs
Sync Output
Ext Ref Input
10 MHz Oven Output (Option 004)
Ref Output
Manual Programming
Programming Errors
21-60 MHz Output
Amplitude Leveling
Amplitude Blanking
Frequency Sweep
Amplitude Modulation
Phase Modulation
Operting State Storage
Operator Maintenance
Remote Operation
Page
3-1
3-4
3-4
3-4
3-4
3-6
3-6
3-7
3-7
3-7
3-8
3-9
3-9
3-lo
3-Il
3-ls
3-ls
3-15
3-16
3-16
APPENDICES
Detailed Implementation of Bus Messages
-hp- 3336A/B/C Programming Times
-hp- 9825A Bus Message Implementation Table
3-1
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Model 3336A/B/C
Operation
D
'D'DR
THED:DER/LEVEL SENEP.A' DR
ENTA. =
(,i'
POWER Switch. Applies power to the instrument in ON
position. In STBY standby), applies power to the High
Stability Frequency Option option 004), maintaining
the instrument in a ready state. Paragraph 3-61
DATA Group. Contains a Number/Units keyboard to
BLUE Shift Key. Causes some keys to change to secondary functions printed in blue. The front panel shifts
back to primary functions after the next key is pressed.
Key, the MHz units key selects the Amplitude Blanking
operation mode, and the kHz/SEC key returns the instrument to normal operation mode. Paragraph 3-54) The
SWEEP Group. Contains entry keys for entering sweep
parameters, plus sweep start/stop keys. When preceded by the BLUE Shift Key, the entry keys become sweep
Paragraph 3-85(90)
modification keys, the TIME key selects Linear/Log
sweep, and the SINGLE sweep start/stop key selects
Fast/Slow internal leveling. (Sweep, Paragraph
3-60/Internal leveling, Paragraph 3-49)
LOCAL Key. Switches the instrument from remote to
local (front panel) control unless a Local Lockout statement was executed. When preceded by the BLUE Shift
Key, displays the HP-IB address in decimal code.
Paragraph 3-114)
STATUS Annunciator Group. Indicates the instrument's HP-IB status: REMOTE; Service Request
ISRO); Addressed to TALK; Addressed to LISTEN.
Remote Programming, Paragraph 3-103)
ENTRY Group. Prefix keys for the major operating
parameters. When one of these keys is pressed, the
selected parameter is displayed and can be changed using the Modify Controls or the Number/Units Keyboard.
exactly set the va)ue of a selected parameter.
Paragraph 3-33) Also included are keys to STORE and
later RECALL the operating state of the instrument.
Paragraph 3.94) When preceded by the BLUE Shift
STORE, RECALL, CLEAR, and - keys become the
Amplitude or Phase modulation ON/OFF controls.
MODIFY Group. Consists of a Modify ON/OFF Key,
two Horizontal Arrow keys to move the digit to be
modified left or right. and a Tuning Knob to increase or
decrease the selected (flashing) digit. (Paragraph 3-35)
UNITS Annunciators. Indicates the units of measurement of the displayed value. The ENTRY Annunciator
lights when an entry is in progress.
OUTPUT Group. Main Signal Outputs and Output
Select Keys to activate an output port. Output Select
Keys automatically deactivate all other output ports in
this group.
MODULATION STATUS Annunciators. Appropriate annunciator lights when Amplitude or Phase Modulation is
enabled. (Paragraph 3-85/90)
EXT REF Annunciator. Lit when an external frequency
reference is connected to the EXT REF Input. Flashes if
(Paragraph 3-31) When preceded by the BLUE Shift
the instrument does not lock to the external reference,
Key, the PHASE key assigns zero degrees phase to the
present output. Paragraph 3-57)
(Paragraph 3-231
ALPHANUMERIC Display. Displays the values of the
operating parameters, programming error codes, HP-IB
address, and '' OSC FAIL" if the internal oscillator is not
operating properly. (Error Codes, Paragraph 3-36)
Figure 3-1. Panel Features.
3-2
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Operation
Mode! 3336A/B/C
X DRIVE Output. Supplies a O V to > + 10 Vdc linear
ramp during frequency sweeps. Does not reset after
single sweep until SINGLE key is pressed. Paragraph
3-SII
REAR 21-BO MHz OUTPUT Annunciator. Lit when the
21-60 MHz OUTPUT io activated. Output is activated
by programming frequencies
21 MHz and deactivated by programming frequencies < 20 MHz.
IParagraph 345I
Z BLANK Output. Supplies a TTL low level dune9 fre-
quency sweeps, capable of sinking current from a
positive source. Paragraph 3-711
MARKER Output. Supplies a TTL high to low level transitivo at the programmed Marker Frequency. Oniy occurs during linear sweep up. IParagraph 3-B31
AC Line Fuseholder. Contains the line fuse. Use a 1
Amp fuse for 100/120 volt operation. Use a Y Amp
fuse for a 220/240 Volt operation. IParagraph 3-991
DO NOT USE SLOW BLOW FUSESl
AC Line Input Connector. Accepto power cord supplied
with the iestrareest.
HP-IB Coenector. Used to interface the instrsment
with the Hewlett-Packard Interface Bus IHP-lBI. This
connector accepts metric threaded cable lockscrews
only. Metric lockscrews are black anodized. Figure 2-31
HP-IB Address Selection Switches. Binary weighted
switches that set the HP-IB Italk aed listenl Address of
the instrument. Preset to 14 at the factory. IParagraph
SYNC Output. Supplies a TTL level square wave lieto
50 ohmsl to synchronize other instruments to the Main
Signal Outputs. IParagraph 3-201
EXT REF Input. Allows the instrument's internal
oscillator to phooe-lock to an external frequency standard. IParagraph 3-231
Oto + 20 dBm 50 ohml
lnpct Level:
withìn part per million of 10
Input Frequency:
MHz ora subharmonic of 10
MHz to 1 MHz
lO MHz OVEN Output. Option 004 instruments only.
Output signal from a temperature stabilized crystal
oscillator. Connects to the instrument with a special
BNC to BNC adapter I-hp- part number 1250-14991 to
the EXT REF Input. IParagraph 3-231
1 MHz REF Output. 1 MHz square wave derived from
the instrument's reference oscillator to phase.lock the
reference oscillator of another instrument to the Model
3336. IParagraph 3-291
PHASE MOO Input. Input for phase modolating signal.
IParagraph 3-901
2-151
LON Switch. When set to LON, the instrcment will
Listen ONLY to messages from the HP-IB. The in-
AMPTD MOD Input. lepar for amplitude modulating
strument's transmit capabilities are disabled.
signal. IParagraph 3-851
Air Filter. Cleans air circulated through the instrument
EXT LEVEL Input. Input from an external leveling
voltage source to regulate the signal amplitude at a
remote poiot. Paragraph 3-531
fur cooling. Check and clean this filter periodically.
Paragraph 3-101/
LEA VE DISCONNECTED UNLESS EXTERNAL LEVELING
Figure 3.1. Panel Features (Cont'd}.
3-3
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Model 3336A/B/C
Operation
3-G. POWER REQUIREMENTS.
3-7. The Model 3336 requires a power source of 100, 120, 220 or 240 Yac, + 5% - 10, 48
to 66 Hz, single phase. Instructions to change the line voltage selection are located in the Ser-
vice Section of the Operating and Service Manual. Fuse replacement is described in the
Operator Maintenance chapter of this section, Paragraph 3-97.
3-O. WARMUP.
3-9. A standard instrument (without Option 004) requires 30 minutes to warm-up. Instruments with the High Stability Frequency Reference Option (Option 004) require 30
minutes to warm-up if power has been disconnected for less than 24 hours. If an Option 004
instrument is disconnected from its power source longer than 24 hours, the warm-up period
may be as long as 72 hours.
31Q. INITIAL (TurnOn) OPERATING CONDITIONS.
3-11. When the instrument is turned on, its operating state will be:
10000 Hz
FREQUENCY
Minimum
AMPLITUDE
PHASE
O O deg
OUTPUT PHASE RELATIONSHIP
TO FREQUENCY REFERENCE
Arbitrary
75 ohm (Models A or 8) 50 ohm (Model C)
OUTPUT
Linear
SWEEP
1 -MHz
Start Frequency
10 MHz
Stop Frequency
5 MHz
Marker Frequency
1 sec
Sweep Time
Off
AMPLITUDE BLANKING
Off
PHASE MODULATION
Off
AMPLITUDE MODULATION
Off
FAST LEVELING
NOTE
If the instrument displays "OSC FAIL 'Ç the frequency synthesis
circuits are not operating properly. Refer the instrument to
qualified service personnel for repair.
3-12. FRONT PANEL SIGNAL OUTPUTS.
A
The maximum peak voltage that can be safely applied between the
chassis and the outer conductor of any input or output is ± 42
volts.
3_4
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Model 3336A/B/C
Operation
3-13. The Model 3336 is manufactured as one of three models identified by the letters A, B
or C following the model number. The difference between models is the configuration of the
front panel outputs. The outputs on each model are:
Model
Outputs
Accepts Connector Type
75 ohm unbal
150 ohm bal
600 ohm bal
75 ohm BNC
3336A with
Option 001
75 ohm unbal
150 ohm bal
600 ohm bal
Siemens type 1.6/5mm coaxial
333 6B
75 ohm unbal
124 ohm bal
135 ohm bal
600 ohm bal
WECO type 439A or 440A
WECO type 443A
WECO type 241A
WECO type 310
3336B with
Option 001
75 ohm unbal
124 ohm bal
135 ohm bal
600 ohm bal
WECO type 358A
WECO type 372A
WECO type 241A
WECO type 310
3336A
333 6C
50 ohm unbal
75 ohm unbal
Siemens type 9REL STP-6AC
Siemens type 9REL STP-6AC
Siemens type 9REL STP-6AC
Siemens type 9REL STP-6AC
50 ohm BNC
75 ohm BNC
3-14. Frequency Limits.
3-15. It is possible to enter frequencies from 10 Hz to 20.999 999 999 MHz for any front
panel output. The instrument specifications, however, apply only during operation within
the following frequency limits:
Oulput
50 ohm unbal
75 ohm unbal
124 ohm bal
135 ohm bal
150 ohm bal
600 ohm bal
Lower Frequency Limit
Upper Frequency Limit
10 Hz
10 Hz
10 kHz
20.9 MHz
20.9 MHz
10.9 MHz
2.09 MHz
2.09 MHz
10 kHz
10 kHz
200 Hz
109 kHz
316. Frequency Resolution.
3-17. The frequency resolution for all outputs with programmable frequencies is:
1 0Hz for frequencies below 100 kHz.
1 mHz for frequencies 100 kHz and above.
3-5
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Mode! 3336A/B/C
Operation
3-18. Level Limits.
3-19. Every front panel output has an amplitude range of 79.99 dB with 0.01 dBm resolution. The absolute maximum and minimum amplitudes, however, differ from output to output. The upper and !ower output level limits for each output are:
Oulpul
50 ohm unbal
75 ohm unbal
124 ohm ba!
135 ohm ba!
150 ohm bal
600 ohm bal
Lower Level Limit
Upper Leve! Limit
71.23 dBm
72.99 dBm
7&23 dßm
78.23 dBm
78.23 dBm
+876 dBm
7299 dBm
+ 7.00 dBm
+ 1.76 dBm
+ 1.76 dBm
+ 1.76 dBm
+ 7.00 dBm
NOTE
When changing from one output to another, expect a level change
equal to the difference of the output level limits. For example,
when changing from the 50 ohm to the 75 ohm output, the output
level will decrease ¡.76 dB. Converse/y, expect the level to increase
when changing back to the 50 ohm output.
3-20. SYNC OUTPUT.
3-21. This rear panel output supplies a TTL !evel square wave for synchronizing other instruments to the signa! from any front panel output. The phase relationship between the
front panel signal and the Sync signal is always constant with the transition between !evels
occurring at the zero-crossing of the front panel signal.
3-22. When the SYNC Output is terminated with 50 ohms, the Sync Signal levels are:
Low Level =
+0.2 V
High Level =
+12v
NOTE
If the S YNC Output is connected to a high impedance load, the
voltage levels will be approximately twice the values given. The improper termination of aSO ohm system, however, may cause ringing at the positive and negative transitions.
3-23. EXT REF INPUT.
3-24. The Model 3336's reference osci!lator may be phase locked to an external frequency
standard, transferring the standard's frequency accuracy and aging rate to the Model 3336.
The input signal level must be: from O dßm to + 20 dBm (50 ohm) and the frequency must
be within 10 parts per million of 10 MHz or a submultiple of 10 MHz down to 1 MHz (10
MHz, 5MHz, 3.3333 MHz, 2.5 MHz
1 MHz). The EXT REF annunciator will light con-
tinuously when the instrument and an external frequency reference are phase-locked
together. If they are not phase-locked but a signal is present, the annunciator wil! flash on
and off.
3-6
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Model 3336A/B/C
Operation
3-25. 10 MHz OVEN OUTPUT (Option 004).
3-26. This output is available on instruments equipped with Option 004, only. Option 004 is
a temperature stabilized crystal oscillator with an aging rate specified at ± 5 x l0- per week
after 72 hours operation. Option 004 is connected to the instrument with a BNC to BNC
adapter, -hp- part number 1250-1499, connecting the 10 MHz OVEN Output to the EXT
REF Input. The EXT REF annunciator will be on continuously when the instrument and
Option 004 (or any frequency standard) are phase-locked together. 1f they are not locked,
but a signal is present, the annunciator will flash on and off.
3-27. To reduce the warm-up time and realize the maximum performance from an instrument equipped with Option 004, always leave the instrument connected to a power source.
Power is maintained to Option 004 whenever the instrument is plugged in. The warm-up
time for an instrument equipped with Option 004 is 20 minutes if power has been interrupted
for less than 24 hours. If, however, power is interrupted for longer than 24 hours, it may
take as long as 72 hours before Option 004 will meet its aging rate specification.
3-28. The signal at the 10MHz OVEN Output is a O dBm (50 ohms) square wave and is present when the Model 3336 is connected to a power source.
3-29. REF OUT (Frequency Reference Output).
3-30. This output supplies a 1 MHz, O dBm (50 ohm) square wave derived from the Model
3336's frequency reference. When this signal is applied to the external reference input of a
compatible instrument, the reference oscillator of both instruments will be phase-locked
together.
331. MANUAL PROGRAMMING.
3-32. Programming the Model 3336 from the front panel can be done in two ways. The
value of the operating parameter may be set exactly using the Entry keys and the
Number/Units keyboard, or the value can be modified using the Tuning Knob in the Modify
group.
3-33. To exactly set the value of any operating parameter:
Press the key associated with the desired operating parameter (the light in the center of
any Entry key indicates the active entry parameter).
Press the exact number sequence, including decimal point and minus sign, of the value
to be assigned.
Press the appropriate Units key to execute the entry.
3-34. There are two operating rules to be aware of when modifying frequency.
If the last frequency entered with the Number/Units keyboard is within the specified
frequency limits of the selected output, the frequency can be modified, using the Tuning
control ONLY within those frequency limits.
Frequency can be modified from 10 Hz to 20.999 999 999 MHz if the last frequency
entered with the Number/Units keyboard is outside the specified frequency limits of the
selected output.
3-7
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Model 3336A/B/C
Operation
3-35. To modify the present value of any operating parameter:
Turn the Modify group "ON" by pressing
coN
-_______ MODIFY
o
-:
C
the ON/OFF key. "ON" status is inidicated by the
light in the center of this key.
Press one of the horizontal arrow keys to
move the flashing digit to be modified one position
to the left or right. This flashing digit is the least
significant digit that will be modified.
Rotate the Tuning Knob clockwise to increase
the flashing digit and counterclockwise to decrease
it. This is a two speed control.
That is, if the Tuning Knob is rotated slowly, the flashing digit increases (decreases) by one.
If, however, the Tuning Knob is rotated faster (> .5 rpm) the flashing digit will increase
(decrease) by three.
NOTE
Attempts to enter or modify operating parameters beyond the
capabilities of the instrument are ignored and result in the word
ERROR followed by a number to be displayed for one second.
Refer to the Error Code Messages to determined the exact nature
of the programming problem.
3-36. Programming Errors.
3-37. The word "ERROR" followed by a number will be displayed for one second after a
programming error occurs. Refer to the error code messages to determine the nature of the
programming problem.
Message
Error Code
2
4
6
Numeric entry too large or small
Incorrect units assigned to parameter
Sweep time too long or too short
Sweep bandwidth too small; Start fre-
quency greater than stop frequency
(log sweep)
3-38. F. bound Err. For added flexibility, the actual programmable frequency limit of
every front panel output is from 10 Hz to 20.999 999 999 MHz. However, the instrument
may not meet it's stringent specifications when operated outside the frequency limits of each
output. As a warning, "F. bound Err" will be displayed for 1 second after a frequency is
entered that exceeds these frequency limits. These limits are printed on the front panel just
below each output select key and are listed in Paragraph 3-14.
3-8
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Model 3336A/B/C
Operation
339. Clear Display.
3-40. The jICLEAR key causes the display to clear to zero. This key is useful when an error is
made entering numerical data. This key has no effect on existing programs.
341. Output Selection.
3-42. Pressing the key above any front panel output, activates that output port and deactivates all other output ports in this group. The light in the center of these keys indicates the
active port. When the 21-60 MHz AUX Output on the rear panel outputs are deactivated. At
this time, the light in the center of the Output Select key indicates the front panel output
port to be activated if and when the 21-60 MHz AUX Output is deactivated. Any front panel
output may be selected at any time.
NOTE
When changing from one output to another, expect a level change
relative to the different absolute amplitude ranges of each output.
(Paragraph 3-16)
3.43. Frequency Entry.
3-44. To enter frequency, press the FREQUENCY Entry key (it is not necessary to press this
key if the light in its center is lit indicating that it is already the entry function). Next, enter
the number sequence, most significant digit first, including decimal point of the desired frequency and finally, press the appropriate Units key (MHz, kHz, Hz). Three units keys allow
the frequency to be entered in the most convenient form, however, the instrument always
displays the frequency in Hz.
3-45. 21.60 MHz Aux Output.
3-46. This rear panel output is activated by entering frequencies
by entering frequencies below 20 MHz.
21 MHz and deactivated
3-47. Level Entry.
3-48. Output levels are entered by pressing the AMPLITUDE Entry key followed by the key (if needed), the exact number sequence of the desired level (most significant digit first)
including decimal point and the dBm Units key.
349. Amplitude Leveling.
3-50. Internal Amplitude Leveling. Internal Amplitude Leveling regulates the output power
ensuring accurate output levels throughout the entire frequency range of the instrument.
The Model 3336 has two leveling modes, Normal and Fast, with different settling times. The
settling times are nominally 250 ms for the Normal mode and 1 ms for the Fast mode. At
turn-on, the instrument is in the Normal Leveling Mode and this is the operating mode that
should be used unless the advantage of faster settling time is needed. One advantage of the
Fast Leveling Mode is improved flatness of frequency sweeps above 10 kHz.
3-9
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Model 3336A/B/C
Operation
NOTE
Use discretion when using the Fast Leveling Mode below JO kHz.
At frequencies below IO kHz, the Fast Leveling circuit responds to
the instantaneous amplitude changes of the output signal,
resulting in distortion and degraded amplitude accuracy. As a warning "F. bound Err. " will be displayed when frequencies below 10
kHz are entered while in the Fast Leveling Mode.
3-51. Amplitude Leveling Mode Selection. To change from one leveling mode to the other,
StNÇL
. The light to the lower left of this key will be
press the BLUE shift key followed by
on when the instrument is in the Fast Leveling Mode. Fast Leveling Amplitude Modulation
and Amplitude Blanking are mutually exclusive operating modes. That is, the instrument
cannot have Fast Leveling, Amplitude Modulation or Amplitude Blanking enabled at the
same time. For example, if the instrument is in the Fast Leveling Mode when Amplitude
Modulation is programmed, the instrument will automatically return to the Normal Leveling
Mode. Conversely, Amplitude Modulation will be automatically turned OFF when Fast
Leveling is programmed.
3-52. Normal Amplitude Leveling and Amplitude Modulation. The Amplitude Leveling
circuit senses an increase in output power as the percentage of modulation increases because
of the presence of sideband energy. The Leveling circuit responds by reducing the signal
(carrier and sidebands) until the TOTAL output power equals the amplitude setting of the
instrument. This constant power regulation of the output causes what appears to be carrier
compression. The ratio of the carrier to the sidebands, however, is correct.
3.53. External Amplitude Leveling. An external Amplitude Leveling input (located on the
rear panel) allows regulation of the amplitude at a remote point. This input, marked EXT
LEVEL, has a nominal input impedance of 1 K ohm and a + I V change at this input causes
a + .25 dB change at the signal output.
Terminating or connecting the EXTLEVEL input to circuits other
than an active amplitude leveling voltage source will degrade the
amplitude accuracy. Leave this input disconnected unless externally leveling the instrument.
3.54. Amplitude Blanking.
3-55. When the instrument is making a frequency change, the output signal does not instantaneously change to the new frequency. The potential exists in the Normal (no blanking)
operating mode, to produce unwanted energy at intermediate frequencies during a frequency change. In the Amplitude Blanking mode, the output level is automatically reduced during the frequency change, resulting in the unwanted energy becoming insignificant.
Amplitude Blanking reduces the output level to less than 85 dBm during the time the instrument is changing frequencies.
3-10
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Model 3336A/B/C
Operation
3-56. To select Amplitude Blanking, press the BLUE shift key and then press [1Hz I The
AMPTD BLANK annunciator will be lit when the instrument is in the Amplitude Blanking
Mode. Even though the Amplitude Blanking Mode is selected, the output signal will not be
affected if the frequency is changed using the Modify Group (tuning knob). Fast Leveling
A 'i IÇ
and Amplitude Blanking are mutually exclusive operating modes. That is, the instrument
will automatically return to Normal Leveling when Amplitude Blanking is selected and, conversely, when Fast Leveling is selected, Amplitude Blanking is removed. To return to Normal operation, press the BLUE shift key followed by
357. Phase Entry.
3-58. The phase of the output signal may be shifted up to ± 719.90 with 0.10 resolution. To
enter a phase shift, press the PHASE entry key, followed by the exact number sequence of
SC
the desired phase shift and then the
o] units key. Press the - key before entering the
number of degrees for negative phase shifts.
3-59. After entering a phase shift, the new phase may be assigned the zero phase position.
Subsequent changes in phase will be referenced to this point, extending the 719.9° offset
limit. To assign zero phase, press the BLUE shift key followed by the PHASE entry key.
3-60. Frequency Sweep.
3-61. The Model 3336 produces phase continuous, logarithmic or linear, single or continuous frequency sweeps over its entire frequency range. Three auxiliary outputs provide
sweep related X-axis drive, Z-axis blanking and frequency marking for X, Y axis presentations of the frequency sweep. A special "ZOOM" feature can quickly position and expand a
point of interest in the sweep display.
NOTE
"F. bound Err." will be displayed for i second after a sweep is
started if either the Start or St op frequency is outside the specified
frequency limits of the output selected.
3-62. At instrument Turn-on, the sweep parameters are:
Sweep Mode
Start Frequency
Stop Frequency
Marker Frequency
Time
Linear
i 000 000.0 Hz
10 000 000.0 Hz
s OOO 000.0 Hz
I O Sec
3-1 I
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Model 3336A/B/C
Operation
3.63. Single Sweep Execution.
3-64. The Sihgle Sweep has a two step execution cycle. To begin a Single Sweep:
LE
to set the output and display to the Start Frequency
Press
and reset the X-axis drive.
SINE.
again, to start the sweep. The light in the center of
this key wIl be on when the instrument is sweeping.
Press
[
until the
After a Single Sweep stops, the output and display remain at the Stop Frequency
Vdc).
cycle is initiated again. The X-axis drive remains at its maximum value (+ 10.5
N OTE
The actual stop frequency at the end of a single sweep may be
slightly higher than the programmed value.
3-65- Sweep Entry.
3-66. To exactly set any of the sweep parameters, press the appropriate sweep parameter entry key, and then enter the numerical value followed by the appropriate units key. To change
101E
from linear to log or log to linear sweep mode, press the BLUE shift key followed by
The light to the lower right of this key will be on when the instrument is in the logarithmic
sweep mode.
3-61. Continuous Sweep Execution.
CONI
to start a continuous sweep. The light in the center of this key will be on
3-68. Press
when the instrument is sweeping. ¡n the Linear Sweep Mode, the instrument will sweep from
the Start Frequency to the Stop Frequency in the programmed time and then sweep back to
the Start Frequency. In the Log Sweep Mode, the instrument will sweep from the Start Frequency to the Stop Frequency in the programmed time, immediately reset to the Start Frequency and continue the cycle.
NOTE
The Stop Frequency must be greater than Start Frequency when
the instrument is in the Log Sweep Mode.
3-GB. Log Sweep.
3-70. The Single Log Sweep is a logarithmic approximation made up of 10 linear segments
per decade. The minimum log sweep width is one decade of frequency.
NOTE
The actual Stop Frequency at the end of a Single Log Sweep, will
be higher than the programmed value because of computation
time required by the control circuits. The actual value will always
be within 0.25% of the programmed value and the error will
decrease as the sweep time increases.
3-12
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Model 3336A/B/C
Operation
3-7 1. Sweep Time Limits.
3-72. The maximum sweep time for all sweep types and sweep modes is 99.99 sec. The sweep
time resolution is 0.01 sec for sweep times
1 sec, and 0.001 sec for sweep times c I sec.
The minimum sweep times are:
Linear Sweep
Single
0 01 sec
0 01 sec
Continuous
Log Sweep
Single
2 00 sec
0 10 sec
Continuous
NOTE
In Single Log Sweep, the sweep time is increased between
segments. The time increase in seconds, is approximately equal to:
.045 (10 log
Stop Frequency
Start Frequency ) seconds
373. Sweep Bandwidth Limits.
3-74. The maximum sweep bandwidths are the specified frequency limits of each output.
(See Paragraph 3-14) The minimum sweep limits are:
Log Sweep
Linear Sweep
1 decade
(.1 Hz/sec) x (sweep time)
375. Sweep Modification.
3-76. While the instrument is continuously sweeping, the Sweep Time, Start Frequency,
Stop Frequency, Marker Frequency, Sweep Bandwidth and Output Amplitude can be
modified. When a modification is entered, the sweep stops, resets to the Start Frequency and
then, after a brief computation period, the sweep automatically restarts.
3-77. Sweep Bandwidth Modification. In Linear Sweep Mode, the sweep bandwidth can be
doubled or halved by pressing the Blue shift key followed by M x 2 or M ± 2. When
MKR -. cf is used to set the sweep center frequency equal to the marker frequency in conjunction with these bandwidth modification keys, it is possible to "ZOOM" in on a specific
point of the sweep. For example, during a continuous linear sweep from 1 MHz to 10 MHz
while monitoring the Marker and the response of the swept device on an oscilloscope, an interesting response is noted at about 8 MHz. This point of interest, however, is too compressed to analyze properly. To "ZOOM" in on this point, center it in the display by (1) modifying the Marker frequency until the marker transition occurs at the same time as the point of
interest and (2) pressing the Blue shift key followed by the MKR -. cf. The point of interest
should now be in the center of the display. (3) Expand the display by using the Blue shift key
and the M ± 2 key. Repeat these steps as necessary to modify the sweep until the desired
display is produced.
3-13
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Mode! 3336A/B/C
Operation
3.78. Sweep Marker.
3-79. Sweep Marker Output. The MRKR Output (!ocated on the rear panel) produces a
TTL high to low level transition at the programmed Marker Frequency during the linear
sweep up. This signal resets to the high level at the end of sweep. The marker transition will
not occur in the sweep down or Log sweep. Set the Marker Frequency by pressing ¿L
Liii
followed by the desired frequency and finally the appropriate Units key.
3-80. The Marker Frequency can be set anywhere in the sweep band, but, if it is set within
400 microseconds of the sweep stop, the Stop Frequency will be increased until it occurs approximately 400 microseconds after the Marker. The equation to determine the approximate
maximum Marker Frequencies is:
Max Marker Freq = Stop Freq
-
.0004 x Bandwidth
Sweep Time
3-Bl. X-axis Drive.
3-82. The X DRIVE Output (located on the rear panel) supplies the following signals:
Single Linear Sweep: O V at start frequency, increasing linearly to
> + 10 V dc at stop frequency. Remains at final voltage until reset
prior to start of the next sweep.
Continuous Linear Sweep: Increases linearly from 0 V to > + 10
V dc during sweep up. Resets and remains at O V during sweep
down.
Log Sweep: O V at start frequency, increasing to > + 10 V dc with
the sweep segments.
The X DRIVE Output has a nominal voltage of + 10.5 V dc at the end of a sweep to be compatible with oscilloscopes requiring + 10.0 V for full screen horizontal deflection. At the end
of Single Sweeps (no reset), the X DRIVE voltage decays toward O V at less than 10 mV per
second.
383 Z-axis Blank.
3-84. The Z BLANK Output (located on the rear panel) produces TTL compatible voltage
levels as follows:
Single Linear Sweep: Low level during sweep from Start to Stop
Frequency. High level at all other times.
Continuous Linear Sweep: Low level during sweep up. High level
during sweep down.
Single Log Sweep: Low level during sweep up. High level at all
other times.
Continuous Log Sweep: Low level during sweep up. High level
momentarily at end of sweep.
3-14
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Model 3336A/B/C
Operation
The Z BLANK Output low level is capable of sinking current from a positive voltage source
through a pen-lift relay or other device. The Z BLANK Output ratings are:
Maximum Current
Voltage Range
Maximum Power (output voltage x current)
200 mA
O V to + 45 V dc
I Watt
3-05. AMPLITUDE MODULATION.
3-06. Amplitude Modulation Selection.
3-87. To program Amplitude Modulation, press the BLUE shift key followed by the AM
ON (STORE) key. To disable Amplitude Modulation, press the BLUE shift key followed by
the AM OFF (RECALL) key. The AMPTD MOD annunciator will light when Amplitude
Modulation is enabled.
3-88. When Amplitude Modulation is enabled and no modulating signal is present, the out-
put level is the programmed level. At 100 modulation, the maximum output amplitude
will be twice the programmed level.
3-89. Amptd Mod Input. (Located on the rear panel) is the modulating signal input. This
input is rated:
Maximum Input Voltage
Nominal Input Impedance
Input Sensitivity
Frequency Range
Envelope Distortion
± 5 V peak
20 k ohm, 10 k ohm when
Amplitude Modulation is OFF
<10V p-p for 100 modulation
50 Hz to 50 kHz
30 dB to 80 modulation
3-90. PHASE MODULATION.
3-91. Phase Modulation Selection.
3-92. To program Phase Modulation press the BLUE shift key followed by the PM ON
(CLEAR) key. The Phase Mod annunciator will light when Phase Modulation is enabled.
To disable Phase Modulation, press the BLUE shift key followed by the PM OFF () key.
3-93. Phase Mod Input. The PHASE MOD Input (located on the rear panel) is the Phase
Modulating Signal input. This input is rated:
Maximum Input Voltage
Nominal Input Impedance
Input Frequency Range
Maximum 0 Shift
Input Sensitivity
5 V peak
10 k ohm
dc to 5 kHz
±
± 850°
> ± 170°/volt
3-94. OPERATING STATE STORAGE.
3-95. Up to ten entire instrument operating states (programs) may be saved for use in the
future. Each instrument state is stored in a location identified by a number from O to 9. To
3-15
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Model 3336A/B/C
Operation
Store the current operating state, press the STORE 0-9 key followed by the number of the
desired storage location. If two programs are stored in the same location, the first program
is lost. To Recall an operating state, press the RECALL 0-9 key followed by the number of
the location where the program is stored.
3-96. All stored information is lost when power is removed from the instrument or when the
POWER switch is set to STBY. Any stored phase information is invalid because the phase of
the output signal is arbitrary when recalled. The command to start a frequency sweep is not
saved and therefore, either the CONT key or SINGLE key must be pressed after recalling a
frequency sweep.
3-97. OPERATOR MAINTENANCE.
3-98. Maintenance performed by the operator is limited to checking and cleaning the air
filter and replacing the line fuse.
3-99. Line Fuse Replacement.
3-100. To replace the line fuse (located in a fuseholder on the rear panel) disconnect the
power cord and rotate the fuseholder on the rear panel) disconnect the power cord and
rotate the fuseholder's slotted cap ½ turn counterclockwise. Install the new line fuse in the
fuseholder and secure it by rotating the slotted cap ½ turn clockwise. Generally, if the line
fuse needs replacement, a malfunction exists in the instrument and it must be referred to
qualified service personnel. The correct replacement fuse is:
Line Voltage
Fuse
-lip- Part No.
100/120 V
I Amp
½ Amp
2110-0001
2110-0012
220/240V
WARNING
DO NOT USE SLOWBLOWFUSES
The use of SLOW BLO W fuses prevents the proper operation of
an important protection circuit and may result in damage to the instrument.
3-101. Air Filter Replacement.
3-102. The Air Filter (located over the intake fan on the rear panel) should be inspected frequently and cleaned or replaced as necessary to allow a free flow of air through the instru-
ment. To remove the filter, disconnect the instrument from power and remove the four
thumbscrews from the filter retainer. Remove the filter and wash thoroughly using a mild
soap, rinse clear and air dry. If the filter needs replacement, use -hp- Part No. 3150-0227.
31O3 REMOTE OPERATION.
3-104. Introduction.
3-105. The Model 3336 can be remotely operated via the Hewlett-Packard Interface Bus
(HP-IB). This section describes how the Model 3336 responds to specific messages and how
3-16
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Model 3336A/B/C
Operation
to implement these messages over the HP-IB. Directions to interface the instrument with an
HP-IB system are given in Section II. Since remote operation parallels manual (front panel)
operation, the operator should be thoroughly familiar with the front panel operation of the
instrument before attempting to operate it via the HP-IB.
The Hewlett-Packard Interface Bus. The Hewlett-Packard Interface Bus referred to
as the Hp-IB from now on, is a multi-wire parallel bus interconnecting up to 15 devices providing a means of communication between these devices. The ability to communicate between devices, program and coordinate instrument operation, transfer measurement data
and manage the system, create new and powerful capabilities such as:
3-106.
unattended operation.
data manipulation and storage.
automatic generation of permanent records by using peripherals
such as plotters and printers.
the capabilities created by the coordinated operation of two or
more devices.
In fact, it is not unusual to see all these capabilities used in a single application of the Hp-IB.
NOTE
HP-IB is Hewlett-Packard's implementation of IEEE Std.
488-1975,
"Standard Digital Interface for Programmable In-
strumentation".
Beginner's Guide. The quickest and easiest way to get started with the HP-IB is to
use a Beginner's Guide, if one is available, for the controller in your system. A Beginner's
Guide has been prepared using the -hp- 9825A Desktop Computer at this time. The guide
contains descriptions and excercises that illustrate most of the -hp- 3336 HP-IB operations
and enough of the -hp- 9825A Input/Output characteristics to allow the operator to write
working programs It may take as little as 60 minutes for an inexperienced operator to complete all the exercises in the guide. The Beginner's Guide is published as a Programming
Note and additional copies may be ordered from your -hp- Sales and Service Office. Order
Programming Note 03336-00002, -hp- 3336/9825 HP-IB Beginner's Guide.
3-107.
Quick Reference Guide. A comprehensive yet succinct description the -hp- 3336 HPIB operation has been developed for those operators who are already experienced with the
HP-IB. One important use for this guide is to include it in your system documentation. The
Quick Reference Guide is published as a Programming Note and additional copies may be
ordered from your -hp- Sales and Service Office. Order Programming Note 03336-00001,
-hp- 3336 HP-IB Quick Reference Guide.
3-108.
Special Operating Considerations. If possible, lock all instruments to a single frequency reference. This will greatly simplify the tuning subroutine in the controller's program. Use the most accurate frequency reference availalbie. The -hp- 3336 aging rate is
specified at less than ± 5 x 10-6 per year. The -hp- 3336 with Option 004 aging rate is
specified at less than ± 5 x I08 per week.
3-109.
3-110. HP-IB Operating Principles.
3-111.
Talker. Any device that can, when addressed, send over the HP-IB is a TALKER.
3-17
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Model 3336A/B/C
Operation
The -hp- 3336 is a talker since it can send messages indicated its operating state and the
values of all its programmable functions.
3-112. Listener. Any device that can, when addressed, receive over the HP-IB is a
LISTENER. The -hp- 3336 is a listener since it can receive messages that program its functions. Obviously, it is possible for a device to be both a talker and a listener, though not at
the same time.
3-113. Controller. The device that directs which device will talk and which device or devices
will listen is the CONTROLLER. The system controller (usually a calculator or computer) is
the active controller most of the time. However, it may direct another device to become the
active controller. The system controller is the only device which can unconditionally assume
control of the bus.
3-114. Addressing. The active controller directs which device will talk and which device or
devices will listen by specifically ADDRESSING those devices. Each device has a talk address and a listen address. Therefore, when a controller addresses a device, it also specifies
whether the device will talk or listen. Some controllers require a decimal equivalent of the
talk and listen addresses, called the DEVICE ADDRESS. The factory presets the device address (automatically assigning talk and listen addresses) to:
Device Address
Talk Address
Listen Address
4
D
$
The device address may be changed if desired (see Section II of this manual). Actually, there
is no reason to change it unless another device with the same address is added to the system.
3115. Abridged Description of the HP-IR.
3-116. The Hp-IB consists of 16 active signal lines that are used to interconnect up to 15
devices (e.g., instruments). The 16 signal lines are organized according to function. The
catagories are DATA, HANDSHAKE, and GENERAL INTERFACE MANAGEMENT
lines. The structure of the HP-IB is illustrated in Figure 3-2.
(e.g. calculator)
(e.g. digital voltmeter )
DEVICE B
DEVICE A
TALKS, LISTENS,
EO I
va' uuw'
u
P
REN
SRQ
ATN
I FC
N D AC
p
NRFtt
DAy
--t
---
DIO I..
ua- sauiU
.I,a
I
I
uur
P
DEVICE D
DEVICE C
..p'
uur'
uuur
uur uuurw
u.
-'p- t
TALKS ONLY
n.,
uuuur
(n
Iii
L,
>
L"
uu
r
--PI-at"--
w
BUS MANAGEMENT
(5 signaI tines)
leg. tape reader)
LISTENS ONLY
TALKS AND LISTENS
uuiri
uUIPd
_p
AND CONTROLS
(e.g.signalgenerator)
HANDSHAKE
(3 signaI lines)
DATA INPUT OUTPUT
(8 signaI lines)
Figure 3-2. GeneraI Interface Management lines.
3-18
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o
Ui
I-.
o
Model 3336A/B/C
Operation
3-117. Data Lines. Eight DATA lines are used to carry instrument addresses, instrument
control instructions, measurement results and instruments status information in bit parallel,
byte serial form. Ordinarily, a seven bit ASCII code represents each byte of DATA. The
eighth bit is available for parity checking. DATA is sent over the DATA lines in both directions.
3-118. Handshake Lines (DAY, NFRD, NDAC). Data is transferred between devices using
an interlocked HANDSHAKE technique. This method causes the data to be moved at a rate
determined by the slowest device involved in the transfer. The HANDSHAKE lines coordinate the asynchronous data transfer by communicating the status of the transfer to the
device sending the data (talker), the device receiving the data (listener) and the device controlling the transfer (controller).
3-119. GeneraI Interface Management Lines. These five lines operate independently and in
conjunction to send Bus Management Message to the devices connected to the Hp-IB. Each
line has a precise definition that is either sent or not sent depending on the truth state of the
line. The lines are defined as follows:
Attention (ATN)When TRUE, identifies ASCII characters on the DATA lines as
commands. Identifies ASCII characters on the DATA lines as data when FALSE.
Remote Enable (REN)Places the interface bus in the REMOTE mode.
Interface Clear (IFC)Halts all activity on the HP-IB.
Service Request (SRQ)A device on the bus uses this line to request service from the
controller.
End or Identify (EOI)Indicates the last character of a multi-byte message.
Also used with ATN (true) to indicate a parallel poll.
3-120. Producing Controller Statements for Instrument Operation.
3-121. The interface between the operator and the instrument is changed dramatically when
an instrument is operated over the HP-IB. During non HP-IB operation, the operator actuates front panel controls that are labeled according to function. Often, only a single control is used to activate a function and getting the results of a measurement simply consists of
reading the display! In contrast, during HP-IB operation, the operator typically faces an
alpha-numeric keyboard. Neither the key functions nor their labels correspond to the instrument operation. The natural question arises:
''What instructions must be entered on the controller to cause a
particular action in the instrument?"
This sub-section explains how to answer that question.
3-122. An ideal Hp-IB operating section in an instrument manual would include specific instructions such as:
"To set the frequency of the -hp- 3336 to 19.5 MHz enter wrt 704,
''FRI9.5MH'' on the controller.
This instruction is very specific and leaves no room for error. Unfortunately, it is not possible to supply such specific instructions because it is not possible to predict which instruments
and controllers will be used together. The instrument's operating instructions, therefore, can
only describe how the instrument interfaces with the Hp-IB. An analogous situation exists
for the controller's operating instructions. Almost all statements sent over the HP-IB to
3-19
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Model 3336A/B/C
Operation
operate an instrument, contain a portion that depends upon the individual instrument, and a
portion that depends upon the controller used in the system. The operator must produce the
required statement from information found parially in the controller documentation. The
concept of Bus Messages, presented in the next paragraph, is a significant aid to this process.
3-123. Bus Messages. When all the bus operations are organized according to how they are
physically implemented on the HP-IB, twelve unique Bus Messages are found:
r
System
Management
DATA
Data Send (to -hp- 3336)
Data Receive (from -hp- 3336)
TRIGGER
REMOTE
LOCAL
LOCAL LOCKOUT
CLEAR LOCKOUT/SET LOCAL
CLEAR
REQUIRE SERVICE
STATUS BYTE
PASS CONTROL
ABORT
STATUS BIT
The Data Message implements the primary purpose of the HP-IB. It is used to send the
codes that activate instrument functions and transfer measurement data from one device to
another. This message is subdivided into Data Send and Data Receive for operator convenience. Technically, there is no difference between Data Messages used to send and receive
information. The Trigger Message causes simultaneous action in two or more devices on the
bus. The action executed depends upon the design of the particular instrument. The
-hp-3336 does not respond to the Trigger Message. The remaining ten Bus Messages are used
to manage the system. Their only purpose is to facilitate the implementation of the Data
Trigger Messages.
3-124. Implementing Bus Messages. Recall that the objective is to answer the question:
''What instructions must be entered on the controller to cause a
particular action in the instrument?''
This question is answered by converting the Bus Messages into controller statements that
cause the desired action in the instrument when executed by the controller. Since these
twelve messages describe every possible HP-IB operation, converting them to controller
statements will enable the operator to implement every possible HP-IB operation. A pro-
cedure for converting the Bus Messages to controller statements are in the following
paragraphs.
NOTE
If the controller used in your system is a -hp- 9825A, Desktop
Computer, substitute the appropriate Bus Message Implementation Table in Appendix C for Table 3-1. The appropriate controller statements that implement each bus message are given in
this table. If you do make this substitution, be sure to study the
descriptions of the Bus Messages thoroughly. The information
supplied is not restricted to that required to convert the Bus
Messages.
3-20
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Model 3336A/B/C
Operation
3-125. Step One. Choose one of the Bus Messages for conversion. Begin with the System
Management Messages since they are usually easier to convert to controller statements than
the Trigger or Data Messages. Locate the description of the Bus Message in this manual. The
description of each message contains the following information as applicable:
the response of the -hp- 3336 to the message.
the device dependent information required for the controller statement.
any prerequisite operations.
suggestions for optimizing the use of the message.
The device dependent information required for the controller statement is always found
under the heading Implementation.
NOTE
The Require Service Message originates at the instrument
rather than at the controller. Consequently, there is no controller
message that implements this message. This does not diminish the
importance of this message to the operator. Study it carefully in
turn.
The Status Bit, Pass Control, Abort, and Trigger Messages
can not be implemented because the -hp- 3336 does not have the
capacity or the need to respond to them.
3-126. Step Two. Find the description of the selected Bus Message in the controller
documentation. This description usually consists of the following information:
one or more controller statements that implement the message.
mnemonics for the controller statements.
syntax of the controller statements.
suggestions for optimizing the implementation of the message.
3-12 7. Step Three. Integrate the device dependent information, found in Step One, with the
controller dependent information found in Step Two. The syntax of the controller statement
explains how this should be done.
3-128. Step Four. Record the statements that implement each Bus Message in Table 3-1 as
they are found. The operator needs to translate the Bus Messages only once. Table 3-1 can
be used as a quick reference when writing programs in the future and should be included in
your system documentation.
3-129. When searching for a message in the controller documentation, it is usually best to
start with the Table of Contents. 1f the message is not referenced there, look in the Index. In
order to use the twelve bus messages, the controller documentation must organize the Input/Output Operation programming statements according to the definitions of the twelve
messages. It would be unusual for any manufacturer of controllers to do otherwise. The exact nomenclature, however, used to describe the Bus Messages may vary from one manufacturer to another.
NOTE
If your controller documentation does not contain a programmable statement for a particular Bus Message, the controller may
not be capable of implementing the message.
3-21
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Model 3336A/B/C
Operation
Table 3-1. Bus Message Implementation Table.
Itstreimett #1
Cottetller
I tstrumett #2
hn- 3336
2
Select Code
fl4
Device
Listen
Address
.
Talk
Sample Implementation
Doscriptit»
Bus Mestge
Output text and variables to single
Data
devices.
Output single characters.
Input data from a device.
Input single chatactets.
Specify addressed and sand data in
ASCII form.
Output data to multiple listeners.
Transfer data erom device to device.
Send a ''Croup Execute Trigger'' to
Trigget
no
all devices.
Send e Group Etecutt Trigger
select.ei devices.
to
yes
Cleat ail devices
Clear
Clear selected devices.
Enable remote mode on all devices.
Device will remote when addressed.
Remote
vPt
Set re viote on selected devices.
device to eront
Local
Aeturr. selected
panel control.
Local Lockout
Prevent all devices Irom returning to
local mode.
Cleat Lockout.
Sat Local
Set local mode and disable local
Pass Control
Transfer bus management
yes
--yes
yes
lockout on all devices.
to
another controller.
.00
Input the Status Byte of a selected
Serial Poll
Statut Bytel
Abort I/O
Require Service
device.
yes
Clear all bus operations and return
the bus management to the systeinr
controller.
no
Request Service from the controller
Normally originates from the
ves
device.
Controllers can send the Requires Service message, however, normally this message originates from trie device The -hp- 3336 can send thi srnessage it will not respond t oaserv 'e ereques t Irom another device or controller.
3-22
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Model 3336A/B/C
Operation
313O. System Management Messages.
3-131. The purpose of the ten System Management Messages is to control the system so that
Data and Trigger messages can be sent as desired.
3-132. Remote. When it is first turned on, the -hp- 3336 is in the Local mode and under
front panel control. In order to be operated over the HP-IB,it must be switched to the
Remote mode. The Remote Message switches the instrument to the Remote mode. In this
mode, the only operational front panel controls are the Power switch and the Local key (see
Local Lockout Message, Paragraph 3-136). All other instrument functions are activated
over the MP-IB through the system controller. The instrument configuration does not
change when switched to Remote.
3-133. Implementation. The syntax and mnemonics for the program statement(s) that implements the Remote Message are found in the controller documentation. Only the listen address, which is $ for the -hp- 3336, must come from the instrument documentation. A
technical description of the implementation of the Remote Message is presented in Figure
3-1 of Appendix B.
3-134. Local. The Local Message switches the -hp- 3336 from Remote to Local operation.
The instrument is operated using front panel controls while in the Local mode. Another way
to switch the instrument to the Local mode is to actuate the front panel Local control (see
Local Lockout Message, Paragraph 3-136).
3-135. Implementation. The syntax and mnemonics for the program statement that implements the Local Message are found in the controller documentation. Only the listen address, which is $ for the -hp- 3336, is taken from the instrument documentation. An instrument must be addressed to listen in order for it to enter the Local mode. A technical description of the Local Message implementation is presented in Figure 3-2 of Appendix B.
3-136. Local Lockout. The Local Lockout Message disables the Local control on the front
panel of the -hp- 3336. All devices on the HP-IB with Local Lockout capability will respond
when this message is sent. The instrument can be switched to Local mode by executing the
Local Message. Local Lockout, however, will still be in effect if the instrument is switched
back to the Remote mode. To remove Local Lockout, see Paragraph 3-138, Clear
Lockout/Set Local Message.
3-13 7. Implementation. The entire program statement that implements the Local Lockout
Message is found in the controller documentation. No part of the program statement
depends on the individual instrument. A technical description of the Local Lockout Message
implementation is presented in Figure 3-3 of Appendix B.
3-138. Clear Lockout/Set Local. This message switches all instruments on the Hp-IB to the
Local mode and clears all Local Lockout conditions. Other methods to accomplish the same
thing are to disconnect the HP-IB cable, turn the controller off or turn the individual instruments off.
3-139. Implementation. The entire program statement that implements the Clear
Lockout/Set Local Message is found in the controller documentation. No part of the program statement depends on the individual instrument. A technical description of the Clear
Lockout/Set Local Message is presented in Figure 3-4 of Appendix B.
3-23
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Model 3336A/B/C
Operation
3-140. Clear. The Clear Message resets instruments to a predefined state. The predefined
state of the -hp- 3336 is its turn on state (see Paragraph 3-lo), except that stored instrument
states are retained. The Clear Message can be a universal instruction, resetting all devices on
the bus capable of responding, or an addressed instruction sent to selected devices only.
3-141. Implementation. When the Clear Message is a universal instruction, the entire program statement is found in the controller documentation. When it is an addressed instruc-
tion, the syntax and mnemonics of the program statement are found in the controller
documentation. A technical description of the Clear Message implementation is presented in
Figure 3-5 of Appendix B.
NOTE
The -hp- 3336 will respond to a universal Clear Message when it is
in the Local operation mode.
3-142. Require Service. The Require Service Message is a request for service which is sent
from a device on the HP-IB to the active controller. Any of the following conditions in the
-hp- 3336 can, when enabled, generate a Require Service Message:
Received an unrecognizable program string.
Sweep started.
Sweep stopped.
System failure; External reference unlocked or main oscillator failure,
"OSC FAIL"
All conditions that cause a Require Service Message from the -hp- 3336 are disabled
(masked) at turn-on. The condition or conditions that will cause a Require Service Message
are enabled using the Data Message, Paragraph 3-153. The Require Service Message is completely independent of all other bus activity. It is sent on a single line (wire) called the SRQ
Line, whose state is either true or false. This line is shared by all devices on the MP-IB. If the
controller is programmed to respond when a Require Service Message is received, the controller must determine which device or devices are requesting service. This is accomplished
by conducting a Serial Poll. Each polled device responds by sending a Status Poll. Each polled device responds by sending a Status Byte which indicates, among other things, whether or
not the device requested service. Serial Polling and Status Byte Messages are fully explained
in the discussion of the Status Byte Message (see Paragraph 3-144, Status Byte). The Require
Service Message will be cleared when the device sending it is polled or the condition causing
it disappears. In some applications, the controller is programmed to interrupt its main program and respond to a Require Service Message immediately. In other applications, it may
periodically check the status of the Service Request Line and respond when a request is
discovered.
3-143. Implementation. The Require Service Message originates in the devices on the bus.
A technical description of its implementation is presented in Figure 3-6 of Appendix B.
3-144. Status Byte. A Status Byte Message is sent by a device on the bus to the active controller. The individual bits of the Status Byte indicate the status of various instrument functions and whether the instrument request service. Once the Status Byte of an instrument is in
the controller, the status of the instrument functions may be determined by examining the
truth state of each bit. The controller can be programmed to take the appropriate action based upon the functional status of the bus instruments. For example, if bit 6 of the -hp- 3336
3-24
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Model 3336A/B/C
Operation
Status Byte is true, the -hp- 3336 request service. If bit $ is also true, the reason it requested
service is because the -hp- 3336 received a program string it could not recognize or respond
to. In this case, the appropriate action may be to print a message advising the operator that
the -hp- 3336 received an invalid instruction. Only the instrument status associated with bits
O thru 3 can cause service requests. See Masking Service Requests.
76543
FRFx S
0
2
1
S
SS
Status Byte Bits
F = Flag; R = Request Service; S = Status
L[
Program String Error
- Sweep Stopped
- Sweep Started
'
1
- System Failure (Main Oscillator Unlocked, Ext. Ref. Unlocked)
- Sweep Flag (Sweep in progress)
¼
'
= Service Requested
1 - Busy Flag (3336 is busy processing data)
Does not cause a Request Service Message
3-145. Status Bytes are requested by the controller by conducting a Serial Poll (see
Paragraph 3-131, Serial Polling). Usually, a serial poll is conducted in response to a Require
Service Message received from an instrument on the HP-IB. Occasionally, a Serial Poll is
conducted even though a Require Service Message was not received. The programmer may
wish to check the status of an instrument function that is encoded in the status Byte but does
not generate a Service Request. There are two and up to six such functions in the -hp- 3336.
Bit O through bit 3 of the Status Byte are maskable. That is, the corresponding conditions of
each bit will not cause a Service Request unless programmed to do so. Bit 7 of the Status
Byte is the Busy Flag. This bit will be true (1) when the -hp- 3336 is processing instructions
and is not capable of communicating, except for the Status Byte, over the HP-IB.
3-146. Serial Polling. A Serial Poll is a routine in the program that sequentially requests the
Status Byte from some or all devices on the Hp-IB. The structure of the routine depends on
the way the controller implements the Serial Poll and the purpose of the poll. Some controllers have a single program statement that enables a Serial Poll, polls the addressed device
and then disables the Serial Poll. In this case, a Serial Poll of a system consists of several
Serial Polls (one for each device). Recall that Serial Polls are sometimes conducted on a
single device to learn the status of an instrument that is encoded in the Status Byte but does
not generate a Service Request.
3-147. Implementation. The syntax and mnemonics for the controller statements that implement a Serial Poll are found in the controller documentation. The structure of the Serial
Poll (what instruments to be polled in what order) routine is developed in accord with the
total system. Only the listen addresses of the devices to be polled and the definitions of the
bis in the Status Byte are taken from the instrument documentation. The listen address of
the -hp- 3336 is S. A technical description of the Status Byte Message implementation is
presented in Figure 3-7 of Appendix B.
3-25
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Model 3336A/B/C
Operation
Status Bit. The Status Bit Message is sent from a device on the bus to the active controller. It communicates the truth state of a predefined condition which may describe a
3-148.
specific instrument function or the entire instrument condition. The advantage of the
Parallel Poll is that the status of up to eight devices can be checked at the same time. The
-hp- 3336 does not respond to a Parallel Poll. Refer to the controller documentation or the
documentation of an instrument with Parallel Poll capabilities for more information about
the Status Bit.
Pass Control. The Pass Control Message transfers the management of the bus from
the system controller to another device with controller capability in the system. The -hp-3336
does not have controller capability. See the controller documentation or the documentation
of a device with controller capability for more information about the Pass Control Message.
3-149.
Abort. The Abort Message is used by the system controller to regain control of the
HP-IB from the active controller. See the system controller documentation for more information about the Abort Message.
3-150.
Trigger. The Trigger Message causes a predefined response in each device receiving
it. When more than one device receives the Trigger Message, the predefined response in all
devices occurs simultaneously. The -hp- 3336 does not respond to the Trigger Message. See
the controller documentation or the documentation of a device capable of responding for
more information about the Trigger Message.
3-151.
3152. Remote Operation of the hp- 3336.
Data. Almost every function of the -hp- 3336 can be activated remotely by sending
Instrument Programming Codes over the HP-IB. The Instrument Programming Codes are
sent using the Data Message.
3-153.
3-154. Implementation. Usually, there are several controller statements that will implement
the Data Message. Each statement will have some unique advantage. Thoroughly research
this Bus Message in the controller documentation to be certain you are using the optimum
statement for your application. The syntax and mnemonics for the controller statement
come from the controller documentation. The instrument listen address, which is S for the
-hp- 3336, and the Instrument Programming Codes come from the instrument documentation. The Instrument Programming Codes and their format are presented in the paragraphs
that follow.
Instrument Programming Codes. All of the -hp- 3336 programming codes and their
binary, octal, decimal, and hexadecimal values are presented in Table 3-2. Each programming code is an instruction to the instrument. In most cases, sending these instructions corresponds to pressing front panel controls during local operation. For isntance, receiving the
ASCII characters AM during remote operation has the same effect as pressing the
AMPLITUDE entry key during local operation. There are exceptions to this one to one relationship. They are:
All "ON/OFF" and "FAST/SLOW" type controls have separate
ASCII instructions to select each mode.
These front panel controls or operations are NOT available to the
3-155.
3-26
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Model 3336A/B/C
Operation
Table 3-2. Instrument Programming CodesData Receive.
ASCII
Code
Instruction
Binary
Octal
Decimal
Hexadecimal
Code
Code
Code
Code
Entry
Parameters
Frequency
R
01000110
01000110
01000110
01010010
106
106
106
122
A
M
01000001
01001101
101
P
F
F
or
F
Amplitude
Phase
H
70
70
70
46
46
46
82
52
115
65
77
41
4D
01010000
01001000
120
110
80
72
50
48
SweepStart
S
Frequency
T
01010011
01010100
123
124
83
84
53
54
SweepStop
S
P
01010011
01010000
123
120
83
80
53
50
Marker
Frequency
M
01001101
01000110
115
106
77
70
4D
46
Sweeplime
T
01010100
01001001
124
84
73
54
49
00110000
00110001
00110010
00110011
00110100
00110101
00110110
00110111
00111000
00111001
00101110
00101011
00101101
060
48
49
50
30
32
51
33
52
34
53
54
35
36
37
38
39
Frequency
F
I
111
Digits
O
0
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
+
+
-
061
062
063
064
065
066
067
070
071
056
053
055
55
56
57
31
46
43
45
2E
72
48
48
2B
20
Units
Hertz
H
H
or
H
Z
Kilo-Hertz
K
H
Mega-Hertz
M
H
dBm
D
B
Degrees
D
E
Seconds
S
E
01001000
01001000
110
110
01001000
01011010
110
132
01001011
01001000
113
75
72
SB
110
01001101
01001000
115
110
77
72
4D
01000100
01000010
104
102
68
66
44
42
01000100
01000101
104
105
68
69
44
45
01010011
01000101
123
105
83
69
45
72
72
90
48
9A
48
48
53
3-27
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Model 3336A/B/C
Operation
Table 32. Instrument Programming CodesData Receive.
Instruction
ASCII
Binary
Octal
Decimal
Hexadecimal
Cede
Cede
Code
Codo
Coda
F
01000110
01001100
00110000
46
060
70
76
48
01000110
01001100
00110001
106
114
061
70
46
76
49
4C
01001101
01000100
00110001
115
104
061
77
68
49
4D
44
01001101
01000100
00110010
115
104
062
77
68
50
4D
44
32
01010011
01001101
00110010
123
115
061
83
77
49
4D
01010011
01001101
00110010
123
115
062
83
53
77
50
4D
Leveling Loop Speed
Fast
Leveling
0ff
Fast
Leveling
On
L
0
F
L
1
106
114
4C
30
31
Data Transfer Mode
Model
M
D
1
Mode2
M
D
2
31
Sweep Mode
LinearSweep
S
M
1
Log Sweep
S
M
2
53
31
32
Assign Zero
A
120
65
80
41
P
01000001
01010000
101
Phase
'Start Single
S
S
01010011
01010011
123
123
83
83
53
53
Start Continuous Sweep
5
C
01010011
01000011
123
103
83
67
53
43
StoreProgram
5
01010011
01010010
123
122
83
82
53
01010010
01000101
122
105
82
69
52
01001101
01010011
115
123
77
83
4D
53
100
64
40
101
65
66
67
68
69
70
41
0
01000000
01000001
01000010
01000011
01000100
01000101
01000110
01000111
01001000
01001001
01001010
01001011
01001100
01001101
01001110
01001111
112
113
114
115
116
117
72
73
74
75
76
77
78
79
LF
00001010
12
10
A
00101010
52
42
2A
Sweep
R
50
52
plus one digit (0 thru 91
Recall Program
R
E
45
plus one digit IO thru 9)
Masking Service Requests
M
S
and one of the following
A
B
C
D
E
F
G
H
J
K
L
M
N
102
103
104
105
106
107
110
111
71
42
43
44
45
46
47
48
49
4A
4B
4C
4D
4E
4F
EUS (End of Stringi
LineFeed
orAsterisk
'Start Single code must be sent twice 'SSSS. The first
SS
resets the sweep to start conditions and the second 'SS'' starts the
sweep.
3-28
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Model 3336A/B/C
Operation
Table 32. Instrument Programming CodesData Receive (Cont'd).
Instruction
ASCII
Binary
Octal
Decimal
Hexadecimal
Code
Code
Code
Code
Code
01001111
01001001
00110001
01001111
01001001
00110010
01001111
01001001
00110011
117
79
73
49
49
Output Selection by Model
Model 3336A
75ohm
O
1
l5Oohm
O
2
600ohm
0
3
111
061
117
4F
31
111
79
73
78
79
73
063
51
01001111
01001001
00110001
01001111
01001001
117
111
061
79
73
49
117
111
4F
00110010
01001111
01001001
00110011
01001111
01001001
00110100
062
117
79
73
50
79
73
4F
01001111
01001001
00110001
01001111
01001001
00110010
117
111
116
117
4F
49
4E
4F
49
33
Model 3336B
75ohm
0
1
l24ohm
0
2
l3Sohm
0
3
SOOohm
0
4
Model 3336C
50ohm
0
1
75ohm
0
2
111
063
117
51
4F
49
31
49
32
49
33
79
73
52
4F
79
73
4F
111
061
49
31
117
79
4F
062
062
50
50
32
32
115
77
101
64
48
4D
41
111
064
49
34
49
Modulation
Amplitude
Modulation
M
0ff
0
Amplitude
Modulation
M
On
A
A
1
Phase
M
Modulation
P
ott
0
Phase
M
Modulation
P
On
1
01001101
01000001
00110000
060
01001101
01000001
00110001
115
30
40
102
77
64
49
01001101
01010000
00110000
115
120
060
77
80
48
4D
01001101
01010000
00110001
115
120
061
77
80
49
4D
01000001
01000010
101
65
66
41
102
00110000
060
48
42
30
01000001
01000010
00110001
101
65
41
102
061
66
49
42
101
41
31
50
30
50
31
Amplitude Blanking
Amplitude
A
Blanking
Off
B
0
Amplitude
A
Blanking
On
B
1
31
3-29
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Model 3336A/B/C
Operation
Hp-IB programmer:
Mx2
Xf--2
display BUS ADDRESS
all controls in the Modify Group
MRKRCF CLEAR display
These Hp-IB operations are NOT available from the front panel:
Data Transfer Mode Selection
Service Request Masking
Interrogration of Programming Errors
3-156. Data Transfer Mode Selection. The -hp- 3336 accepts Data Messages in one of two
Data Transfer Modes.
Data Transfer Mode 1. The -hp- 3336 is in Data Transfer Mode I at turn-on and while
in this mode, each Instrument Programming Code is processed when received. That is, the
instrument immediately performs the instruction. The -hp- 3336 can NOT receive another
character until the instrument has completely performed the previous instruction. The time
required to transfer data has been extended by the time -hp- 3336 takes to perform the instruction. The advantage of Mode I is that it is less complicated to use but as your system
sophistication increases, the advantage of faster programming time makes Data Transfer
Mode 2 important.
Data Transfer Mode 2. The -hp- 3336 accepts and stores a string of Program Instruction Codes in an interrnal buffer when it is in Data Transfer Mode 2. These codes are NOT
processed until the buffer is full (48 characters) or the EOS (End of String) character is
received. The advantage of Data Transfer Mode 2 is that after a string of Instructions is sent
to the -hp- 3336, at the fastest rate the instrument can accept them (150-200 jzsec per
character), communication can take place between other devices on the bus. A "Busy" flag,
encoded into bit 7 of the Status Byte, indicates when the instrument is ''Busy'' processing a
string of Instructions. The instrument can NOT accept Data Messages during the time it is
"Busy''. Ifa string longer than 48 characters is sent, the instrument will "hold up" the bus
until the first 48 characters are processed and the remaining characters are accepted.
Therefore, to realize the maximum effectiveness, a program string longer than 48 characters
should be divided and an EOS character sent after (or at a convenient place before) the 48th
character. Data Transfer Mode 2 must be remotely programmed. The instrument will remain in Mode 2 until Mode I is programmed or the POWER switch is set to STBY.
3-157. Masking Service Requests. At instrument turn-on, all four SRQ conditions are
masked (disabled) from generating a Request Service Message. The true states of these four
conditions are encoded into the Status Byte (bits O thru 3). Any combination of these four
3-30
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Model 3336A/B/C
Operation
conditions can be enabled by sending one of the following Program Instruction Codes:
Instrument
Programming
Codes (ASCII)
System
Fail
Bit 3
Sweep
Sweep
Start
Bit 2
Stop
Bit i
MS@
MSA
MSB
MSC
MSD
MSE
MSF
MSG
MSH
MSI
MSJ
MSK
MSL
MSM
MSN
MSO
Mask
Mask
Mask
Mask
Mask
Mask
Mask
Mask
Enable
Enable
Enable
Enable
Enable
Enable
Enable
Enable
Mask
Mask
Mask
Mask
Enable
Enable
Enable
Enable
Mask
Mask
Mask
Mask
Enable
Enable
Enable
Enable
Mask
Mask
Enable
Enable
Mask
Mask
Enable
Enable
Mask
Mask
Enable
Enable
Mask
Mask
Enable
Enable
Program
Error
Bit O
Mask
Enable
Mask
Enable
Mask
Enable
Mask
Enable
Mask
Enable
Mask
Enable
Mask
Enable
Mask
Enable
3-158. Formats for Instrument programming Codes. The format for the programming
codes is identical to the front panel (manual) operation. A unique one, two or three ASCII
character programming code is sent to the instrument to activate the same functions that are
activated by front panel switches in manual operation. For example, the instruction AB!
programs Ampltidue Blanking ON. While the characters comprising each programming
code must be received in a certain order, the order in which the programming codes are
received is not important. Sending "ABO, FLI, MPI" or "MP1, FL2, ABO" result in the
activation of the same functions, Amplitude Blanking OFF, Fast Leveling ON, and Phase
Modulation ON, but in reverse order. Note, the -hp- 3336 ignores commas and spaces. They
are included for operator clarity.
3-159. When the -hp- 3336 is in the Local mode, certain instrument functions are set using
SEVERAL front panel controls. For instance, to enter Frequency, the FREQUENCY key,
the appropriate digits including the decimal point, and then the appropriate frequency
UNITS key (MHz, kHz, Hz) is pressed. Obviously, the order in which the controls are actuated is important. When operating in the Remote mode, the same method is used to set the
Entry Frequency except that ASCII characters are sent over the HP-IB to activate the instrument functions instead of pressing front panel controls. The ASCII character group "FR"
activates the function controlled by the FREQUENCY key, ASCII digits correspond to the
digit keys and the ASCII character groups "MM", "KH", "HZ" correspond to the MHz,
kHz and Hz units keys. For example, to program the -hp- 3336 to output 12.534 763 MHz,
the ASCII character group ''FR12.534763MH'' is sent. As before, the order within the
character group is important, however, the character group can be placed anywhere within a
larger group of instrument instructions.
3-31
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Model 3336A/B/C
Operation
3-160. Data (Receive). ¡n addition to the information about the instrument encoded into
the Status B.yte (see Paragraph 3-144), the following instrument functions may be individually interrogated and the -hp- 3336 will return the value or state of the function using the Data
message:
Sweep Time
Output Impedance
Programming Errors
Sweep Mode (Log/Linear)
Amplitude Modulation (On/Off)
Phase Modulation (On/Off)
Frequency
Amplitude
Phase
Sweep Start Frequency
Sweep Stop Frequency
Sweep Marker Frequency
Amplitude Blanking On/Off
Leveling Loop Speed (Fast/Slow)
3-161. Implementation. The interrogation of an instrument function is a two step process.
That is, the instrument must be sent the Programming Code (1FR for instance) and then the
instrument must be addressed to Talk. At this time the -hp- 3336 will return the data asked
for. The syntax and mnemonics for the controller statements come from the controller
documentation. In the first step, the instrument listen address, which is $ for the -hp- 3336,
and the Instrument Programming Codes come from the instrument documentation. In the
second step, only the instrument Talk address, which is D for the -hp- 3336, comes from the
instrument documentation. The instrument Programming Codes and their binary, octal,
decimal, and hexadecimal values are presented in Table 3-3.
NOTE
When using Data Transfer Mode 2 (see Paragraph 3-156), the Interrogate instruction must be placed at the end of the string of Programming Codes or programming errors will occur. Only one interrogating instructing may be sent in each string.
Table 3-3. Instrument Programming CodesData Send.
Instruction
I
I
F
F
I
A
M
Phase
I
P
H
Sweep start Frequency
I
S
T
sweep Stop Frequency
01001001
01000110
01010010
111
73
70
82
49
46
52
01001001
01000110
01000110
111
73
70
70
49
46
46
01001001
01000001
01001101
111
101
73
65
77
49
01001001
01010000
01001000
111
73
80
72
49
50
48
01001001
01010011
01010100
111
73
83
84
49
123
124
01001001
01010011
01010000
111
73
49
123
120
83
80
53
50
Code
-
R
Amplitude
Hexadecimal
Code
F
or
Oecimal
Code
Binary
Codo
Interrogation
Frequency
Octal
Code
ASCII
I
5
P
106
122
106
106
115
120
110
41
40
53
54
3-32
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Mode! 3336A/B/C
Operation
Table 3-3. Instrument Programming CodesData Send (Cent'd).
Instruction
ASCII
Binary
Octal
Decimal
Code
Hexadecimal
Code
Code
Code
Code
Sweep Marker Frequency
I
M
F
SweepTime
I
T
Output Impedance
I
0
Sweep Type
I
S
M
Amplitude Modulation State
01001001
01001101
01000110
106
73
77
70
01001001
01010100
01001001
111
73
124
49
84
111
73
54
49
01001001
01001111
01001001
111
73
79
73
49
01001001
01010011
01001101
111
73
83
77
49
53
01001001
01001101
01000001
111
111
115
117
111
123
115
49
40
46
4F
49
40
123
101
73
83
65
01001001
01001101
01010000
111
73
123
120
83
80
49
53
50
01001001
01000101
01010010
111
73
69
82
49
45
01001001
01000001
01000010
111
101
49
102
73
65
66
111
73
L
01001001
01000110
01001100
106
114
70
76
49
46
40
Carriage Return
CR
00001101
15
13
D
Line Feed
LF
00001010
12
10
A
I
M
A
Phase Modulation State
M
P
ErrorCodes
I
E
R
Amplitude Blanking State
I
A
B
Fast Leveling
I
F
105
122
49
53
41
52
41
42
3-162. Data Formats. The format of the data that is returned is illustrated in the following
paragraphs. The characters that are used in the illustrations and their definitions are:
D
= ASCII digits 0 through 9
= ASCII digit 0 (zero)
= ASCII decimal point
= ASCII minus sign
CR
= ASCII carriage return
LF&EOI
= ASCII line feed concurrent with EOI message
All other characters are the actual ASCII characters used.
0
Spaces have been added to the illustrations for operator c!arity but are not used by the instrument.
a. Frequency. After receiving "1FR" or "1FF", the -hp- 3336 will return its frequency,
in Hz, formatted as follows:
FR DDDDD.DDDDDD HZ CR LF&EOI
For frequencies with more than 3 significant digits after the decimal point.
or
FR DDDDDDDD.DDD HZ CR LF&EO1
For frequencies with less than 3 significant
digits after the decimal point.
3-33
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Model 3336A/B/C
Operation
Amplitude. After receiving "lAM", the -hp- 3336 will send its output amplitude, in
dBm, formatted as follows:
A minus sign will replace the first zero if
AM øøøøØ DD.DDØ DB CR LF&EOI
the value is less than 0 dBm.
Phase. After receiving "IPH'', the -hp- 3336 will send its phase shift, in degrees, formatted as follows:
A minus sign will replace the first zero if
PH 00000DDD.D00 DE CR LF&EOI
the phase shift is negative.
Sweep Start Frequency. After receiving ''iST", the -hp- 3336 will send the frequency
in Hz, formatted as follows:
For frequencies with more than 3 signifiST DDDDD.DDDDDD HZ CR LF&EOI
cant digits after the decimal point.
or
ST DDDDDDD.DDD HZ CR LF&EOI
For frequencies with 3 or less significant
digits after the decimal point.
Sweep Stop Frequency. After receiving "ISP'', the -hp- 3336 will send the frequency
in Hz, formatted as follows:
For frequencies with more than 3 signifiSP DDDDD.DDDDDD HZ CR LF&EOI
cant digits after the decimal point.
or
For frequencies with 3 or less significant
SP DDDDDDDD.DDD HZ CR LF&EOl
digits after the decimal point.
Sweep Marker Frequency. After receiving "IMF", the -hp- 3336 will send the frequency in Hz, formatted as follows:
For frequencies with more than 3 signifiMF DDDDD.DDDDDD HZ CR LF&EOI
cant digits after the decimal point.
or
MF DDDDDDDD.DDD HZ CR LF&EOI
For frequencies with 3 or less significant
digits after the decimal point.
Sweep Time. After receiving "ITI'', the -hp- 3336 will send the time in seconds, formatted as follows:
Tl 0000ØØDD.DDD SE CR LF&EOI
Output Impedance. After receiving "101", the -hp- 3336 will send a digit indicating
which output is active, formatted as follows:
IO D CR LF&EOI
The digit D returned varies with the instrument model.
75 ohm
3336A
150 ohm
600ohm
D=l
D=2
D=3
3-34
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Model 3336A/B/C
Operation
3336B
3336C
75 ohm
124 ohm
135 ohm
600 ohm
50 ohm
75 ohm
D=1
D=2
D=3
D=4
D=1
D=2
i. Programming Errors. After receiving "1ER", the -hp- 3336 will send a digit indicating
the type of programming error, formated as follows:
ER D CR LF&EOI
The digit D has the following definitions:
= Entry parameter data is absolutely out of bounds.
2 = Invalid units.
4= Sweep time too small.
6 = Sweep bandwidth too small.
Start frequency too small (log sweep).
Start frequency is greater than stop frequency (log sweep).
7 = Unrecognizable program code received from HP-IB.
8 = Unrecognizable character received.
9 = Option does not exist.
O = No error has occured since the last time errors were interrogated.
j. Sweep Mode. After receiving ''15M", the -hp- 3336 will send the digit i or 2 indicating
the sweep mode is linear (1) or logarithmic (2) formatted as follows:
SM D CR LF&EOI
k. Amplitude Modulation. After receiving "IMA", the -hp- 3336 will send the digit 0 or
I indicating amplitude modulation is Off (0) or On (I) formatted as follows:
MA D CR LF&EOI
I. Phase Modulation. After receiving "IMP", the -hp- 3336 will send the digit 0 or lindicating phase modulation is Off (0) or On (1) formatted as follows:
MP D CR LF&EOI
Amplitude Blanking. After receiving "lAB", the -hp- 3336 will send the digit 0 or I
indicating amplitude blanking is Off (0) or On (1) formatted as follows:
AB D CR LF&EOI
Fast Leveling. After receiving ''IFL'', the -hp- 3336 will send the digit 0 or 1 indicating
that fast leveling is Off (0) or On (i) formatted as follows:
FL D CR LF&EOI
3-35
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Appendix A
APPENDIX A
Detailed Implementation of Bus Messages
3-A-1. Introduction.
3-A-2. This appendix contains technical descriptions of the implementation of the Hp-IB
messages. Included at the end are two timing diagrams describing the handshake technique.
The figure that comprise this appendix are:
Message
Remote
Local
Local Lockout
Clear Lockout/Set Local
Clear
Data (send)
Data (receive)
Serial Poll (status byte)
Trigger
Require ervice
Pass Control
Abort I/O
Handshake
Functional Diagram
Timing Relationship
Figure
3-A-1
3-A-2
3-A-3
3-A-4
3-A-5
3-A-6
3-A-7
3-A-8
3-A-9
3-A-10
3-A-11
3-A-12
3-A-13
3-A-14
3-A-3. Codes used in these figures are:
T = True
F = False
X = don't care
The characters sent or received on the Data lines are ASCII. The logic on the HP-IB is low
true, floating high for false.
A-1
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Appendix A
To enter the REMOTE mode:
BUS MANAGEMENT LINES
ATN
IFC
T
F
SRO REN
X
T
EOl
sequence on Data lines
(
X
L-hp- 3336 listen address
universal untalk (1 37e)
universal unlisten (0778)
To remain in the Remote mode:
BUS MANAGEMENT LINES
ATN
lFG
X
X
SRQ REN
X
T
EOI
X
Figure 3-A-1. Remote Message.
To enter the LOCAL mode:
BUS MANAGEMENT LINES
ATN
FC
T
F
SRQ REN
X
T
EOI
i
X
$
sequency on Data lines
SON"
universal "Go To Local" (0018)
[
hp 3336 listen address
controller talk address
s.
universal unlisten (0778)
Figure 3-A-2. Local Message.
To enable LOCAL LOCKOUT;
BUS MANAGEMENT LINES
ATN
IFC
SRQ REN
EOI
(
T
F
X
T
F
f
sent on Data lines
s.'
DC i
universal "Local Lockout" (021
To maintain LOCAL LOCKOUT:
BUS MANAGEMENT LINES
A-2
ATN
IFC
X
X
SRQ REN
X
T
EOI
X
Figure 3-A-3. Local Lockout.
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)
Appendix A
To clear LOCAL LOCKOUT and SET LOCAL:
BUS MANAGEMENT LINES
ATN
IFC
X
X
SRQ REN
X
EOl
X
F
Figure 3A4. Clear Local LockoutlSet Local.
To CLEAR all devices on the HP-IB, capable of responding:
BUS MANAGEMENT LINES
ATN
FC
T
F
SRQ REN
X
EOI
X
sent on Data lines
(
0C4
X
L
universal Device Clear (0248)
The -hp- 3336 will respond to this message while in LOCAL as well as REMOTE.
To CLEAR selected devices:
BUS MANAGEMENT LINES
ATN
IFC
T
F
SAO REN
X
X
E0l
X
sent on Data lines
(
?
$
EOT'
universal Selected Device Clear
(0048)
hp 3336 listen address
universal unlisten (077e)
Figure 3A5. Clear.
A-3
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Appendix A
To send specific programming instructions to the -hp- 3336 using the DATA message:
First:
BUS MANAGEMENT LINES
ATN
FC
T
F
SRQ REN
X
T
sequence on Data lines
EOl
X
t
hp 3336 listen address
[
controller talk address
universal unlisten (0778)
Second:
BUS MANAGEMENT LINES
ATN
IFC
F
F
SRO REN
X
T
sequence on Data lines
EOI
X
'Programming Codes'
NOTE
The -Mp- 3336 must a/ready be in REMOTE.
Figure 3A-6. Data (send).
A-4
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Appendix A
To make the -hp- 3336 return specific information about its operating state:
First:
BUS MANAGEMENT LINES
ATN
IFC
SRO REN
sequence on Data lines
EOl
$
L
[
hp 3336 listen address
controller talk address
universal unlisten (O77)
Second:
BUS MANAGEMENT LINES
ATN
FC
F
F
SRO REN
X
T
sequence on Data lines
EOl
X
'Interrogate Program Instruction
Third:
BUS MANAGEMENT LINES
ATN
IFC
T
F
SRQ REN
X
T
sequence on Data lines
EOl
X
'?
D
5'
Llisten address of device
receiving data
hp 3336 talk address
universal unlisten (O8)
Fourth:
BUS MANAGEMENT LINES
ATN
IFC
F
F
SRO REN
X
T
EOl
F*
1
sequence on Data lines
'The -hp- 3336 will return the interrogated information
no w
*Bus Management Line "EOl" will be true concurrent with the last character of a multi-byte
message. The sending device sets this line.
Figure 3-kl. Data (receive).
A-5
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Appendix A
To SERIAL POLL the -hp- 3336:
First:
BUS MANAGEMENT LINES
ATN
IFC
T
F
SRQ REN
X
X
sequence on Data lines
E0I
X
'?CAN
D
5'
bcontrouer listen address
[
hp 3336 talk address
universal Serial Poll Enable (O3O)
universal unlisten (O77)
Second:
BUS MANAGEMENT LINES
ATN
F
FC
F
SRQ REN
X
X
send on Data lines
EOI
F*
I
'StatusByte'
Third:
BUS MANAGEMENT LINES
ATN
FC
T
F
SRQ REN
X
X
sent on Data lines
E0I
X
'
I
EM
Tuniversal Serial Poll Disable
(0318)
Figure 3-Ai. Serial Poll (obtaining the Status Byte).
A-6
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Appendix A
To cause simultaneous action in all devices capable of responding.:
BUS MANAGEMENT LINES
ATN
IFC
SAQ REN
EOI
sent on Data ines
I
T
F
X
T
X
t
universal Group Execute Trigger
(1018)
To cause simultaneous action in selected devices:
First:
BUS MANAGEMENT LINES
ATN
FC
T
F
SRQ REN
X
T
EOI
sequence on Data lines
5
X
u
Ldevice
#2 listen address
device #1 listen address
controller talk address
universal unlisten (077e)
Second:
BUS MANAGEMENT LINES
ATN
IFC
SRQ REN
EOI
F
F
X
T
sent on Data lines
t
p
X
T
universal Group Execute Trigger
(0108)
Figure 3-Ai. Trigger.
To send the REQUIRE SERVICE message:
BUS MANAGEMENT LINES
ATN
X
FC
X
SRQ REN
T
X
EOI
X
Figure 3-A-10. Require Service.
A-7
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Appendix A
To PASS CONTROL of the Hp-IB from one controller to another:
First:
BUS MANAGEMENT LINES
ATN
FC
T
F
SRQ REN
'?
X
T
X
sequence Data lines
EOI
1
¿J
Llisten
address of controller to
receive bus control
talk address of controller giving
up bus control
universal unlisten (O77)
Second:
BUS MANAGEMENT LINES
ATN
FC
F
F
SAO REN
sent on Data lines
EOI
HT
I
X
T
X
universal Take Control (0116)
Figure 3-A-11. Pass Control.
To halt all activity and return bus control to the system controller.
BUS MANAGEMENT LINES
ATN
IFC
X
T
SRO REN
X
X
EOI
X
Only the system controller has this capability.
Figure 3-A-12. Abort I/O.
A-8
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Appendix A
3-A-4. Handshake.
3-A-5. Every character on the Data Lines is asynchronously transferred among various
devices using a three wire handshake technique. This technique coordinates the transfer by
communicating the status of the transfer to the active controller, talker and listener. The
speed of the transfer is determined by the slowest device involved in the transfer and,
therefore, insures that data is not lost.
3-A-6. Figures 3-A-13 and 3-A-14 are presentations of the Handshake sequence. Handshake Lines NRFD and NDAC are controlled by the listener. The Data Lines and Handshake Line DAV are controlled by the talker.
A-9
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Appendix A
Acceptor Operatron
Source Operurrorr
S
Sta
pl
Ser NRFD &
NDAC Low
PI
Ser DAy Hrq'
Able to
HandsHaKe &
Erro'
Respond to Dura
Conditron
if Acceoted
Ed
Pu
or Ch ange Da ra
on Dic Lrnes
P2 & P4
Dccv for Lirres ro
Sert le
Ser NRFD Hrgft
oarvadj10Hvnor ne
Ser DAy Luca
T4 &T14
Ser NRFD Low
Arc r o
Dura Erre
raDo C srg,ra
r.rrr,: drjl
T6 & T15
I
Ser NDAC H ph
TB & TI?
Ser NDAC Ocras
Er
Figure 3A13. Handshake Functional Block Diagram.
A-lO
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Appendix A
The timing diagram illustrates the handshake process by indicating the actual waveforms
on the DAy, NRFD. and NDAC lines. The NRFD and NDAC signals each represent
composite waveforms resulting from two or more Listeners accepting the same data byte
at slightly differen t times. This is usually due to Variations in the transmission path length
and individual instrument response rates (delays).
The flow chart represents the same sequence of events in a different form.
The subscripted letters on the flow chart and the timing diagram refer to the same event
on the list of events.
HANDSHAKE I ¡ne timing diagram for one talker and multiple listeners using the
handshake process. Two cycles of the handshake sequence are shown. Also refer to the
flow diagram and list of events on this figure.
T1
T2 Ti T4T5
T
Ti T
Te
TH T12 T114
T10
115116 T176
DIO LINES
I@4LY ONE LINE
IS
SOWN AS AN EXAMPLE)
D AV
N REO
?///t///I
L
N DA C
p2-
p4
Period in which data
guaranteed to be valid.
Period
is
in
which
all
listeners become ready for
data.
in
which
listeners accept data.
Period
all
Listai Events for HandshakeProcess
Source initializes DAy to high (False
data not valid).
PI
Acceptors initialize NRFD to low (True - none are ready for data), and set
NDAC to low (True - none have accepted the data).
T5
Source checks for error condition (both NRFD and NDAC high), then
places data byte on DIO lines.
Source delays to allow data to settle on DIO lines.
Figure 3A14. Handshake Timing Relationship.
A-11
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Appendix A
Acceptors have all indicated readiness to accept first data byte; NRFD
12
goes high.
When the data is settled and valid, and the source has sensed NRFD high,
DAy is set low.
T4
First acceptor sets NRFD low to indicate that it is no longer ready, then
accepts the data. Other acceptors follow at their own rates.
T5
First acceptor sets NDAC high to indicate that it has accepted the data.
(NDAC remains low due to other acceptors driving NDAC low).
bist acceptor sets NDAC high to indicate that it has accepted the data; all
16
have now accepted and NDAC goes high.
17
Source, having sensed that NDAC is high, sets DAy high. This indicates to
the acceptors that data on the DIO lines must now be considered not valid.
Upon completion of this step, one byte of data has been transferred.
P3
Source changes data on the DIO lines.
(17TI
)
*
18
Acceptors, upon sensing DAY high set NDAC low in preparation for next
cycle. NDAC goes low as the first acceptor sets it low.
19
First acceptor indicates that it is ready for the next data byte by setting
NRFD high. (NRFD remains low due to other acceptors driving NRFD
T10
Source checks for error condition (both NRFD and NDAC high), then
low).
places data byte on DIO lines (as at T1).
Source delays to allow data to settle on DIO lines.
P4
(T0T12)
List acceptor indicates that it is ready for the next data byte by setting
Tii
NRFD high: NRFD signal line goes high.
Source, upon sensing NRFD high, sets DAY low to indicate that data on
DIO lines is settled and valid.
Ill
First acceptor sets NRFD low to indicate that it is no longer ready, then
accepts the data.
First acceptor sets ND.AC high to indicate that it has accepted the data
L4
lic
List acceptor sets NDAC high to indicate that it has accepted the data (as
at 16).
Source, having sensed that NDAC is high, sets DAY high (as at T,).
6
Source removes data byte from DIO signal lines after setting DAy high.
T1
*
Acceptors, upon sensing DAY high, set NDAC low in preparation for next
cycle.
*
Note that all three handshake lines return to their initialized states, as at
T and T2.
Figure 3-A14. Handshake Timing Relationship (Cont'd).
A-12
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Appendix A
Table 3-A1. ASCII Character Codes.
EQUIVALENT FORMS
OcIal
Dec
ASCII
Char.
Binary
NULL
00003000
000
C
SON
00000001
CCI
STe
0000001-O
ETC
EQUIVALENT FORMS
QCIa1
Dec
ASCII
Char-
Binary
cosce
001 0000C
040
1
00i.3000i
002
2
00000011
003
3
EOT
000001CC
004
ENO
00000101
ACK
BELL
EQUIVALENT FQRMS
QcIaI
Dec
ASCII
Char-
Binary
02
i5
ai OÔOOOO
100
64
041
33
A
01000001
lOI
65
3010000
042
34
8
01000010
102
6
0713001'
043
35
C
01000011
4
S
001001CC-044
36
0
005
5
y,
00100101
045
37
00000112
00E
6
&
00100110
046
00000m
007
7
00100111
85
00001000
010
6
NT
00001001
011
9
LF
00001010
012
lO
00001011
013
11
FF
00001100
014
12
CR
00001101
015
13
SO
00001110
01E
14
52
00001111
017
is
OLE
00010000
020
16
CC-
00010001
021
17
OC:
00010010
022
0Cm
00010011
DC,
ASCII
Char-
EQUIVALENT FQRMS
Binary
OcIal
Dec
01100000
140
96
a
01100001
141
97
66
0
01100010
142
98
103
67
C
01130011
143
99
01000100
104
68
4
0'lOOIOC
144
'00
E
01000101
105
69
e
01100101
145
lOI
36
F
01000110
106
70
f
01100110
146
102
047
39
G
01000111
107
71
g
01100111
147
'03
00101000
050
40
fr4
01001070
110
72
ri
01101000
150
104
00101001
051
41
i
01001001
111
73
01101001
151
105
00101010
052
42
4
01001010
112
74
i
01101010
152
106
001010'l
053
43
K
01001011
113
75
6
01101011
153
107
00101100
054
44
L
Oli370IlQC
'14
76
01101100
154
106
0010i'.Oi
'255
45
M
0100110'
1'S
77
w
01101101
155
109
D0l011'C
058
46
N
01301110
11E
76
I
01101ilC
156
110
00101111
057
47
0
01001111
117
79
0
01101111
157
Il'
00113000
060
45
P
010100CC
120
80
0
01110000
160
112
1
00'lOOCl
061
49
0
01010001
121
81
g
01110001
161
113
16
2
00110010
062
50
R
01010010
122
82
I
01110010
162
114
023
19
3
00110011
063
51
S
01010011
123
80
0
01110011
153
'15
00010100
024
20
4
00110100
064
52
1
01010100
124
84
I
01110100
164
lIE
SAC
00010101
025
21
5
30110101
0ES
53
U
01017101
125
85
e
01'101Oi
155
117
SYNC
00010110
02E
22
6
0011-011O
06E
54
V
01010110
125
86
e
01110,110
'65
118
ETB
00010,1$
027
23
7
00112111
067
ss
w
010.0111
127
87
w
01110111
187
119
CAN
00011200
030
24
8
00'17000
070
5E
X
01011000
130
88
n
01111000
170
120
EM
00011001
031
25
9
00111001
071
57
y
¡31011001
131
89
s
01111001
171121
}
+
.
/
i
SUB
00011010
032
2E
001'1012
072
58
z
01011010
132
90
/
01111010
'72
122
ESO
300i1011
033
27
0C11'Qll
L'7
59
[
01011011133
91
,
01111011
173
123
CS
0001'lOO
034
28
0'011lOC
134
92
01111100
174
124
US
0001115'
035
29
0I0'l'Oi
135
93
01111101
175
'25
RS
3301'liO
035
3L
01011110
13E
94
-
Oil lil10'7E
126
eS
0001-1'l
037
31
7,7 'liii
137
95
0E,
01111111
127
<
>
00111100074
63
001'1'3l
075
51
00111110
075.
52
0011-l''
777
63
3
$
177
A-13
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Appendix B
APPENDIX B
-hp- 3336A1B1C Programming Times
3-B-1. Approximate Programming Times.
3-B-2. The -hp- 3336 processes each programming code as it is received when in Data
Transfer Mode 1. The 3336 can not receive the next program code until the previous code
has been processed. Approximate times are supplied so the operator can predict program
times more accurately. This ability allows the program to be executed at its fastest rate
without any loss of accuracy arising from not allowing for enough settling time. In Data
Transfer Mode 2, these times still apply except, the Program Codes are not processed until
the EOS character is received (see Paragraph 3-156).
3-B-3. In addition to the program times, each character requires 150 to 200 jiseconds to be
received from the NP-IB. This is the transfer rate when Data Transfer Mode 2 is used. The
processing times, however, still exist and processing starts when the EOS character is received. At this time, the controller is free to perform other function while the -hp- 3336 is processing program codes.
NOTE
These times are in addition to the settling times for frequency,
amplitude and phase changes listed in Table 1-1.
Tahie 3-B-1. Programming Code Execution Time.
Numeric Data in Entry Parameter Strings
Frequency
Delimiter
Start Frequency
Stop Frequency
Marker Frequency
Delimiter
Sweep Time
Delimiter
Amplitude
Delimiter
Phase
Delimiter
Output Impedance
FF,FR
HH,HZ,KH,MH
ST
SP
MF
HHHZ,KHMH
ST
SE
5 ms
5 mc
AM
6 mc
DB
165 mc
PH
DE
5 ms
28 mc
9 ms
01
Store (#)
SR
Recall
RE
#1
1.7 ms per digit
6.5 ms
10.9 ms
6.5 ms
6.5 ms
6.5 ms
7.5 ms
Assign Zero Phase
AP
Start Single Sweep
Start Continuous Sweep
Interrogation
Mask Service Request
Sweep Mode
Programming Mode
Amplitude Blanking
Fast Leveling
SS
SC
[l(mnemonicl]
MS
SM
MD
AB
FL
20 mc
975 ms
10 mc
500 ms
500 ms
5 mc + mnemonic timel
2 mc
3 ms
2 mc
2.5 mc
4.5 mc
B-1
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APPENDIX C
-hp- 9825A Bus Message Implementation Table
Controller
Instrument #1
-hp- 9825A
-hp- 3336
7
7
Device
21
04
listen
5
$
Talk
U
D
Select Code
Address
Due Mesage
Instrumett #2
Simple Implementation
Description
Output text and variables to single
Data
devices.
wrt 704,"FR2O.25M1'I"
yes
Output single characters.
wtb 704,A
yes
Input data from a devrce.
red 704,A
yes
Input single characters.
rdb 17041.-A
yes
Specify addressed and send data in
ASCII form.
cmd 7,"i°U$'',"FR2O.25Mf't"
yes
Output data to multiple listeners.
wrt "SYNi ,SyN2"/'AM-24.37DB"
Transfer data from device to device.
cmd 7,20$ i "."AM-24.37D0"
yes
cmd 7, ''701''
yes
Send a ''Group Execute Trigger'' to
Trigger
trq 7
no
selected devices.
trg 711
no
Clear all devices.
dr 7
yes
Clear selected devices.
dr 704
yes
Enable remote mode on all devices.
Device will remote when addressed,
rem 7
yes
Set remote on selected devices,
rem 704
yes
Ici 704
yes
7
yes
IcI 7
yes
pct 723
yes
rds 17041-.A
yes
controller.
cli 7
no
Request Service from the controller.
Originates from the device,
yes
all devices.
Send a ''Group Execute Trigger'' to
Clear
Remote
selected device to
panel control.
front
Local
Return
Local Lockout
Prevent all devices from returning to
local mode.
Clear Lockouti
Set Local
Set local mode and disable local
Pass Control
Transfer bus management to
lockout on all devices,
another controller.
Ib
Input the Status Byte of a selected
Serial Poll
Status Bytet
device.
Abort I/O
Clear all bus operations and return
the bus management to the system
Require Service
Controllers can send the Requires Service message, however, normally this message originates from the device. The -hp- 3336 can send this message. It will not res
pond to a service roques t from another device or controller.
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Performance Tests
Model 3336A/B/C
SECTION IV
PERFORMANCE TEST
4-1. INTRODUCTION.
4-2. This section contains in cabinet test procedures to verify that the -hp- Model 3336 is
operating properly. These performance tests compare the instrument's performance to its
specifications, listed in Table 4-1. Inmost tests, the result is a measure of the actual performance of the instrument; in other tests, the result is a pass/fail indication.
Table 4-1. Specifications.
FREQUENCY
Range:
600 ohm balanced
10Hz to 20.999 999 999 MHz
10 kHz to 2.099 999 999 MHz
200 Hz fo 109.999 999 kHz
Model 33368:
75 ohm unbalanced
124 ohm balanced
135 ohm balanced
600 ohm balanced
10Hz to 20.999 999 999 MHz
10 kHz to 10.999 999 999 MHz
10 kHz to 2.099 999 999 MHz
200 Hz to 109.999 999 kHz
Model 3336C:
50 ohm unbalanced
75 ohm unbalanced
Model 333M:
75 ohm unbalanced
1 50 ohm balanced
10Hz to 20999 999 999 MHz
10Hz to 20,999 999 999 MHz
Resolution
1
Hz for frequencies < loo kHz
1 mHz for frequencies
Aging Rate:
1 00 kHz
instruments without Option 0041
±5x 10 tper year 1200 to 300Cl
Warm-Up Time:
30 minutes
AMPLITUDE
Rango:
Model 3336A:
75 ohm output
150 ohm output
600 ohm output
-72.99 to +7.00dBm
-78.23 to +1.76dBm
Model 33368:
75 ohm output
124 ohm output
135 ohm output
600 ohm output
-72.99 to *7,00 dBm
50 ohm output
75 ohm output
-71.23 to * 8.76 dBm
-72.99 to f 7.00 dßm
Model 33360:
-72.99 to + 7.00 dBm
78.23 to * 1.76 dBm
-78.23 to f 1.76 dBm
-72.99 to * 7.00 dBm
Absolute Accuracy: specified at 10 kHz for the 50, 75 and 600 ohm outputs: specified at 60kHz br the 124. 135 and
150 ohm outputs, after 30 minutes warmup.
± .05 dB, for the top 9.99 dB of amplitude range 1200 to 30°Cl
t .08 dB, for the top 9.99 dB of amplitude range (00 to 55°Cl
4-1
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Performance Tests
Model 3336A/B/C
Table 4-1. Specifications (Cont'd)
Flatness: referenced to amplitudes at 10kHz for the 50, 75 and 600 ohm outputs; referenced to amplitudes at 60kHz
for the 124, 135 and 150 ohm outputs.
Model 3336A
10Hz
200
75 ohm output
60K
1 0K
20. 9M Hz
± .12dB
150 ohm output
± .25 dB
10Hz
200 10K
75 ohm output
60K
109k 209M 109M 20.9MHz
± .1 dB ) ± 07 dB with Option 005)
124 ohm output
± .1 dB
1 6dB
136 ohm output
± .12dB
± 25dB
600 ohm output
Model 3336G
209M
± .1 dB ) ± .07 dB with Option 005)
600 ohm output
Model 3336B
109K
20.9 MHz
1 0Hz
50 and 75 ohm outputs
± .1 dB I ± .07 dB with Option 005)
Attenuator Acruracy: (instruments without Option 005)
Attenuation
1M
10Hz
loto 19.99dB
±1dB
20 to 39.99 dB
40 to 79.99 dB
10M
20. 9M Hz
±15dB
±2dB
± .15dB
± 2dB
± .25dB
± .2dB
± .25dB
± .3dB
NOTE
Amplitude Accuracy is the sum of Absolute Accuracy and, as needed, Flatness and
Attenuator Accuracy.
Warm-Up Time:
30 minutes
MAIN SIGNAI OUTPUTS
On Carrier Return loss:
Model 3336A
10Hz
10K
30k
75 ohm output
10Hz
10K
30k
75 ohm output
2.09MHz
209M
109M
20.9MHz
t' 30 dB
124 ohm output
> 20 dB
135 ohm output
t' 20 dB
Model 3336G
109M
Jt' 20 dB j > 30 dB
1 50 ohm output
Model 3336B
209M
o 30dB
10Hz
1 0K
> 30 dB
> 30 dB
30K
50 ohm output
75 ohm output
j
209M
> 30dB
1 09M
20. 9M Hz
> 26
t' 30 dB
* Return Loss of 50 ohm output is t. 30 dB to 20 9 MHz with Option 006.
4-2
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Model 3336A/B/C
Performance Tests
Table 4-1. Specifications (Cont'd)
Balance;
Model 3336A
300Hz
50K
10K
2,09MHz
>36dB
150 ohm output
>38dB
600 ohm output
Model 3336B
300Hz
f
209M
50K
10K
1 24 ohm output
109MHz
> 30 dB
135 ohm output
> 36 dB
I
>38dB
600 ohm output
SPECTRAL PURITY
Integrated Phase Noise:
Model 3336A and 3336B
- 72 dB, for a 3 kHz band, centered 2 kHz either side of a 20 MHz carrier.
Model 3336G
- 64 dB, for a 30 kHz band, centered on a 20 MHz carrier, excluding 1 Hz about
the carrier.
Phase Jitter:
.3° peak to peak maximum, measured per Bell System Technical Reference PUB 41009, "Transmission
Parameters Affecting Voiceband Data Transmission-Measuring Techniques May 1975" and per CCITT Orange
Book, Volume IV 2 ''Specifications of Measuring Equipment''.
HARMONIC OISTORTION
No harmonically related signal will exceed these values with respect to the carrier:
10Hz
30
50
10K
-35dBj--5OdBJ
100K
1M
209MHz
5M
- 56dB
- 50dB
Fast Leveling 0ff
-50dB j -60dB - 56dB
- 50dB
Fast Leveling On
- 60dB
Spurious: ldc to 200 MHz except where notedl
All non-harmonically related signals from dc to 200 MHz will be more than 70 dB below the carrier or less than one
of the following levels, whichever is greater,
Model 3336A
without Option 005
with Option 005
75 ohm output
1 50 ohm output
600 ohm output*
- 1 00 dBm
- 1 00 dBm (to 1 0 MHzl
- 100 dBm (to 1 0 MHz)
- 11 5 dBm
Model 33368
without Option 005
with Option 005
75 ohm output
124 ohm output
135 ohm output
600 ohm output
-100 dBm
-100 dBm
-100 dBm
- 11 5 dBm
- 11 5 dBm
- 11 5 dBm
- 11 5 dBm
Model 3336G
without Option 005
with Option 005
50 ohm output
75 ohm output
-lOOdBm
-lOOdBm
-ll5dBm
-ll5dBm
- 1 00 dBm
- 100 dBm Ito I O MHzl
-100 dBm (to 10MHz)
* Line related signals from the 600 ohm outputs will be more than 70 dB below the carrier or 83 dBm whichever 's greater
Amplituda Blanking:
Maximum signal output during amplitude blanking; < -85 dBm
Impulse Level in adjacent channels caused by amplitude blanking; > 22 dBm O
4-3
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Model 3336A/B/C
Performance Tests
Table 4-1. Specifications (Cont'd)
PHASE OFFSET
Range:
± 7199° with respect to arbitrary starting phase or assigned zero phase.
Resolution: 0. 1 0
Increment Accuracy: ± 0,20
Ambient Stability:
± 1 degree of phase per degree C.
FREQUENCY SWEEP
Sweep Flatness:
± .15 dB, Normal Leveling, 50 Hz to 1 MHz, . Ss Sweep Time.
± .15 dB, Fast Leveling, 10 kHz to 20 MHz, .03s Sweep Time.
Sweep Time
Linear Sweep: .01 sec to 99.99 sec
Single Log Sweep: 2 sec to 99.99 sec
Continuous log Sweep:
. 1 sec to 99 .99 sec
Minimum Sweep Width
Log Sweep: 1 decade
linear Sweep: Minimum Bandwidth (Hz) =
1 1Hz/sec) x Sweep Time (sec)
Plias. Continuity:
Sweep is phase continuous over the full frequency range
AMPLITUOE MOOULATIOII
Modulation Depth: O to 100 %
Modulation Frequency Range: 50 Hz to 50 kHz
Envelope Distortion: < - 30 dBc to 80% modulation
Input Impedance: >20 k û
PHASE MOOULATION
Range: Oto ± 850°
linearity: < ± .5% of peak to peak deviation from best fit straight line.
Modulation Frequency Range: dc to 5 kHz
Input Sensitivity: ± 5 V peak for
Input Impedance:
850° phase shift (
170°/volti
>20 k û
HP-IB CDNTRDL
Frequency Switching Time: (Time to settle to within 1 Hz to final value, exclusive of programming and processing timel
< 10 ms for 100 kHz step
< 25 ms for 1 MHz step
< 70 ms for 20 MHz step
Phase Switching Time: Ito within 90° of phase lock, exclusive of programming and processing timol
< lSms
Amplitude Switching Time: Ito within .1 dB of final value, exclusive of programming and processing timel
< 500 ms
4-4
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Performance Tests
Model 3336A/B/C
Table 4-1. Specifications (Cont'd)
AUXILIARY OUTPUTS
AUX O dOm:
Frequency range is from 21 MHz to 60.999 999 999 MHz lunderrange to 20.000 000 001 MHz). Amplitude is
O dBm 150 ohm).
SYNC OUT:
0.2 Vinto 50 ohms, to synchronize other instruments to the Main Signal
Square wave with Vhigh
1.2V, V10
Outputs. Level transition occurs at Main Signal Output zero crossing.
REF OUT:
O dßm 50 ohm), 1 MHz signal for phase-locking additional instruments to the Model 3336.
10 MHz OVEN OUT:
Instruments with Option 004, only. O dBm ISO ohm), 10 MHz signal from a temperature stabilized, crystal oscillator
for phase-locking the Model 3336 or other instruments.
X DRIVE:
Oto > + 10 Vdc linear ramp proportional to the sweep frequency. Linearity, ± 1% of final value, 10% to 90%,
best fit straight line.
Z BLANK:
Sweep related TTL compatible voltage levels. Low level is capable of sinking current from a positive voltage source.
Maximum Current = 200 mA
Maximum Voltage = -t 45 Vdc
Maximum Power Dissipation = i W IV x Al
MARKER:
TTL compatible high to low level transition at the programmed Marker Frequency.
AUXILIARY INPUTS
EXT REF IN:
For phase'Iocking the 3336A/B/C to an external frequency reference. Signal from O dBm to + 20 dsm ISO ohm)
Signal frequency must be within 1 x 10-6of a sub-harmonic of 10 MHz from 1 MHz to 10 MHz.
AMPTD MOO:
Amplitude modulation input see AMPLITUDE MODULATION specifications)
PHASE MOD:
Phase modulation input see PHASE MODULATION specifications)
EXTERNAL LEVELING:
Input from an External Leveling voltage source to regulate the signal amplitude at a remote point. Input
Sensitivity: 1 dB/Volt, ± .25 dB
OPTION 004. HIGH STABILITY FREQUENCY REFERENCE
Aging Rate:
± 5 x 10-e per week after 72 hours continuous operation.
± 1 x 10-' per month after 15 days continuous operation.
Ambient Stability:
± 5 x 10-e maximum, 00 to 55°C
Warm-Up Time:
Reference frequency will be within 1 x 10
than 24 hours.
' of the turn-off frequency, 20 minutes after turn-on, for an off time less
OPTION 005, HIGH ACCURACY ATTENUATOR
Attenuation
lOto 1999dB
20 to 39.99 dB
40 to 79.99 dB
1 0Hz
20 MHz
± .035 dB
±
06dB
±
1dB
4-5
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Performance Tests
Model 3336A/B/C
Table 4-1. Specifications (Cont'd)
GENERAI
Operating Environment:
Temperature: 0° to 55°C
Relative Humidity:
Altitude:
85%, 0° to 40°C
oc 15,000 ft. 1< 4600 meters)
Storage Environment:
Temperature: - 50° to + 65°C
Attitude: < 50,000 ft. 1<15,000 meters)
Power Requirements:
100/120, 220/240 V, * 5%, - 100/0, 48 to 66 Hz, 60 VA (100 VA with all options), 10 VA standby.
Size: 132.6mm (5 1/4 ir) high x 425.5mm (16-3/4) wide x 497.8 (19-5/8) deep
Weight: 10 kg 122 lbs,) ret, 15.5 kg (34 lbs.) shipping
4-3. RECOMMENDED EOUIPMENT.
4-4. Each performance test lists the recommended equipment to complete that test. A complete list of the equipment used to perform all the tests is provided in Table 4-2. Substitute
equipment may be used only if it meets or exceeds the critical specifications listed in the table.
For this reason, some of the test procedures contain discussions of measurement techniques.
4-5. OPERATOR VERIFICATION.
4-6. A special sub-set of the Performance Tests, called the Operator Verification, is recommended for:
Incoming inspection.
General after-repair inspection.
Instilling high confidence about the instruments operation when time and equipment
resources are limited.
After repair, there may be one or more Performance Tests, not in this list, that will verify
that the repair is complete. These should also be performed. In some cases, these additional
tests are recommended in Section VIII.
4-7. The recommended Performance Tests that comprise the Operator Verification are:
Test
Frequency Accuracy
Absolute Amplitude Accuracy
Amplitude Flatness (75 ohm output only)
Harmonic Distortion
Spurious Response
Paragraph No.
4-12
4-14
4-16
4-27
4-29
4-6
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Model 3336A/B/C
Performance Tests
Table 4-2. Recommended Test Equipment
INSTRUMENT
CRITICAL SPECIFICATION
RECOMMENDED MODEL
REQUIRED FOR
V = Oper. Ver.
P = Performance Test
T = Troubleshooting
A = Adjustments
Electronic Counter
Frequency Measurements
V, P, A
-hp- Model 5328A with Options 010 and
040 or 041
Range: to 20.9 MHz
Resolution: 8 digits
Accuracy: ± i part/i 0
Time Interval Average
Resolution: .1 ns
Digitai Voltmeter
dc Function
T
-hp- Model 3466A or
-hp- Model 3455A w/Option 001
V, P, A
-hp- Model 3455A with Option 001
Ranges: .1V, 1v, 10V. 100V
Accuracy: ± .2%
Resolution: 4/2 digits
ac Function
Ranges: 1V. 10V. 100V
Accuracy: ± .5%
Resolution: 4 digits
dc function
Ranges: .1V, 1V. 10V. 100V
Accuracy: ± .05%
Resolution: 6 digits
Average Responding Converter)
or -hp- Model 3490A
ac Function
Ranges: 1V. 10V, 100V
Accuracy: ± .15% at 10 and
50 kHz
Resolution: 5 digits
Wave Analyzer
Frequency Range: 15 Hz to V, P, A
50 kHz
Amplitude Accuracy: ± .5 dB
Spurious Response:
-hp- Model 3581 A or 3581 C
-- 8OdBc
Y-Axis output
Frequency Range: 200 Hz to
Synthesizer
P
20.9 MHz
Amplitude Range: 60 to
-hp Model 3335A
-hp- Model 3325A ¡s acceptable except for
Phase Noise and Spurious Performance Tests)
+ 13 dBrn
Phase Noise:
20MHz
Spurious:
Unbalanced
Directional
Couplers
70 dac @
75 dBc
SO ohm
°requency Range: .1 to
20.9 MHz
Directivity:
P 13336G only)
-hp- Model 8721 A
P alI models)
-hp- Model 8721A* with Option 008
40dB
75 ohm
Frequency Range: .1 to
20.9 MHz
Directivity:
40dB
Un balanced Directional Couplers are also part ot Transmission Reflection kits.
50 tI Transmission, Refleclion Kit
75 II Transmission. neffecnon Kit
-hp- Model 11 652A
-tip- Model 11 652A with Option 008
4-7
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Model 3336A/B/C
Performance Tests
Table 4-2. Recommended Test Equipment (Cont'd)
INSTRUMENT
Balanced
Directional
Couplers
DC Power Supply
CRITICAL SPECIFICATION
RECOMMENOED MODEL
REQUIRED FOR
124 ohm
Frequency Range: .01 to
10.9 MHz
Directivity:
40 dB
P (3336B only)
-hp- Part No. 5061-1137
-hp- Part No. 5061-1 36 (Opt 001)
150 ohm
Frequency Range: .01 to
20.9 MHz
Directivity:
40 dB
P (3336A only)
-hp- Part No. 5061-1135
Output Voltage:
Output Current:
P
-hp- Model 621 4A
20 mA
Double Balanced
Mixer
Input/Output Z: SO ohm
Frequency Range: 1 to
20.9 MHz
P
-hp- Model 1 0534A or 1051 4A
Attenuators
Attenuation: 10 dB (fixed)
P
-hp- Model 8491 A Option 010
(2 required)
VSWR: s 1.02, dc to
20.9 MHz
Input/Output Z: 50 ohms
Attenuation: Oto 70 dB
P
-hp- Model 355D
Attenuation Step Size: 10 dB
Input/Output Z: 50 ohm
Certification required at
1 MHz. 10MHz. 20.9 MHz
Spectrum Analyzer
Frequency Range: .1 to
1 00 MHz
V, P, A
-hp- Model 141 T/85538/8552B
V, P, A
-hp- Mode) 358OA
V, P, A
-hp- Model 11051 A/HO]
A, T
-hp- Model 1 740A
P, A
-hp- Model 331 2A
P
-hp- Model 400 E or EL
P
-hp- Model 343]A
Amplitude Accuracy: ± 1 dB
Harmonic Distortion:
s 65dBc
Spurious: s 70 dBc
Frequency Range: 10 Hz to
SO kHz
Amplitude Accuracy: ± 1 dB
Harmonic Distortion:
s 65dBc
Spurious: s 70 dBc
Thermal Converter
Input Z: 75 ohms
Maximum Input: .5 V rms
Flatness: Certification
required at 10 kHz, 100 kHz,
1 MHz, 10 MHz and 20 MHz
Vertical
Oscilloscope
Bandwidth: dc to 100 MHz
Deflection: .01V to 1 OV/DIV
Horizontal
Sweep: .05 s to 1 s/DIV
Delayed Sweep
Function Generator
Frequency: 1 and 10 kHz
Functions: Sine, Squarewave
Symmetry: Variable
1 mV to 1 V
Frequency Range: 25 Hz to
1 MHz
Scale: Logarithmic
Ranges:
ac Voltmeter
Accuracy: ± 2%, 100 Hz to
10 kHz
System Voltmeter
dc Voltage Range: ± 10 V
Trigger: External
Trigger Delay: Programmable
4-8
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Performance Tests
Model 3336A/B/C
Table 4-2. Recommended Test Equipment (Cont'd)
INSTRUMENT
1 MHz Low Pass Filter
CRITICAL SPECIFICATION
Cut-Off Frequency: 1 MHz
Stop-Band Frequency: 4 to
RECOMMENDED MODEL
REQUIRED FOR
P
J903
TT Electronics Inc
2214 S. Barry Avenue
BO MHz
Los Angeles, CA 90064
(2131 478-6224
15 kHz Low Pass Filter
Cut-Off Frequency: 15 kHz
Consisting of
Resistor: 10K ohm, ± 1%
Capacitor: 1600 pF, ± 5%
High Frequency
Frequency Range:
P 13336C only)
P
-hp- Model 110966
T
-hp- Model 5004A
50 - 75 ohm
V, P
-bp- Model 85428B
Terminations
50 ohm! ± .1%
75 ohm, ± .1%
V, P, A, T
V, P, A, T
-hp- Model 11 048C
-hp- Model 1 1094B
Resistor
x 500 .1 % .125W
4 x 620 .1 % .125W
V, P, A, T
V, P, A, T
V, P, A, T
V, P, A, T
V, P, A, T
V, P, A, T
V, P, A, T
V. P. A, T
V, P. A, T
V, P, A, T
-hp- Part No. 0698-6364
-hp- Part No. 0698-6800
-hp- Part No. 0698-7363
-hp- Part No. 0698-7364
-hp Part No. 0698-6774
-hp- Part No. 0757-0980
-hp- Part No. 0698-3242
-hp- Part No. 0698-7408
-hp- Part No. 0698-4194
-hp- Part No. 0757-0340
V, P, A, T
-hp- Part No. 0160-2223
P
QB 300
0-Bit Corp.
P.O. Box 2208
Melbourne. Florida 32901
1 to
20 MHz
Probe
Accuracy: ± .5dB
Diode Detector)
Signature Analyzer
Signature: 4 digit
Hexadecimal
Characters: O thru 9,
A, C, F, H, P, U
Logic Threshold:
+ 2.2 V, high
+ .5V, low
Minimum Loss
Impedance Matching
Pads
1
5 x 750.1% .125W
9 x 1350
1 x 1500,1% .125W
1 x 2250 1% 5W
1 x 3580 1 % .125W
8 x 6000 .1% .125W
1 x 6750 1 % 125W
1 x 1 0kO 1% .25W
Capacitors
1
x
1 600pF 5% 300V
Gain: 20 dB
Amplifier
Frequency Range: .1 to
20.9 MHz
Input/Output Z: 50 ohm
(305) 727-1838
Frequency Counter
Resolution: .1 Hz © 20 MHz
Aging Rate: <1 x 10'8!wk for
standard instruments
<5 x
1 0-91w)< for
'hp' Model 5328A w/Option 10
-hp' Model 5335A w/Option 10
-hp- Model 5345 wlo Option 001
Option 004
4-9
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Performance Tests
Model 3336A/B/C
Table 4-2. Recommended Test Equipment {Cont'd)
INSTRUMEPIT
Adapters
CRITICAL SPECIFICATION
RECOMMENDED MODEL
REQUIRED FOR
BNC (f) to WECO 440A
33368 only)
V, P, A, T
-hp- Part No. 1250-0556 2 required)
BNC If) to WECO 358
(33366 only)
V, P, A, T
-hp- Part No. 1250-0591 (2 required)
BNC If) to WECO 347
33366 only)
V,P,A, T
-hp- Part No. 1251-3759)2 required)
BNC If) to 16/5.6 Im)
V, P, A, T
3336A with Option 001 only)
S 230
W & G Instruments Inc.
9 Naylon Avenue
1
Cables
BNC If) to WECO 310
13336B only)
V, P, A, T
Livington, NJ 07039
1201) 994-0854
-hp- Part No. 1251-3757
BNC )f) to TRIAX Im)
P
-hp- Part No, 1250-0595
BNC If) to Dual Banana Plug
V, P, A, T
'hp- Part No. 1250-2277
BNC Im) to Dual Banana Post
V. P. A, T
-hp- Part No. 1250-1264
Dual Banana Plug used with
termination resistorsi
V, P, A
-hp- Part No. 1251-2816 4 required)
BNC If) to Type N Im)
P
-hp- Part No, 1250-0780 (2 requredl
BNC Im) to Type N If)
P
'hp- Part No. 1 250-0077 12 required)
V, P, A, T
V. P. A. T
V, P. A, T
hp' Model 111 70A 12 required)
-hp- Model 1117DB 12 required)
-hp- Model 111 bC 12 required)
V, P, A, T
V. P. A, T
-hp- Part No. 15582-60010)2 requrred)
'hp- Part No. 15582-60020 )2 required)
50 ohm BNC Im) to BNC Im)
12''
24''
36''
75 ohm BNC Im) to BNC 1ml
6''
36"
75 ohm BNC Im) to
Siemens type
9 REL STP-6AC
Consisting of
Siemens type connector Im)
BNC Im) connector
6", RG 59 coaxial cable
l7 ohm)
V, P. A, T
-hp' Part No. 5060-4444
-hp- Part No. 1 250-1448
-hp- Part No. 8120-1289
4-10
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Performance Tests
Model 3336A/B/C
4-8. PERFORMANCE TEST RECORD.
4-9. A Performance Test Record is located at the end of this section to help you consolidate
the test results, -hp- recommends that copies of the Performance Test Record be used.
Copies of the Performance Test Record can be made at any time without written permission
from Hewlett-Packard.
4-10. PERFORMANCE TESTS.
4-11. The following Performance Tests have been specifically developed to test the -hp3336:
Paragraph No.
Tesi
Frequency Accuracy
Absolute Amplitude Accuracy
Amplitude Flatness
Attenuator Accuracy
Phase Increment Accuracy
On Carrier Return Loss
Output Balance
Harmonic Distortion
Spurious Signals
Amplitude Modulation Envelope Distortion
Phase Modulation Linearity
X Drive Linearity
Integrated Phase Noise
4-12
4-14
4-16
4-18
4-20
4-22
4-25
4-27
4-29
4-31
4-33
4-35
4-37
4-12. Frequency Accuracy.
4-13. The frequency accuracy of the 3336 is not specified. However, the aging rate is. A
standard 3336 should pass this test, one year after the frequency has been calibrated. A 3336
with Option 004 should pass this test, one week after the frequency has been calibrated.
Specification:
(Aging Rate)
±5 x 10 6peryear(20to30°C)
±5 X 10 8 per week, Option 004
Required Equipment:
Electronic Counter
75 ohm Feedthru Termination
-hp- Model 5328A
with Option 010
-hp- Model 11094B
Connect the equipment as shown in Figure 4-1.
Set the 3336 (DUT) output amplitude to + 7.00 dBm (75 ohm output). Set the output
frequency to 20 MHz. If the 3336 has Option 004, disconnect the adapter between the 10
MHz OVEN Output and the EXT REF Input.
Set the electronic counter to measure frequency with .1 Hz resolution. (On the -hp5328A, the counter will overflow, however, the accuracy of the measurement is not affected.
4-11
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Performance Tests
Model 3336A/B/C
To determine the overflow digit, measure the output frequency with 1 Hz resolution.)
Enter the counter reading on the Performance Test Record.
If the 3336 has Option 004, reconnect the adapter between the 10 MHz OVEN Output
and the EXT REF Input.
Measure the frequency again, and enter the reading on the Performance Test Record.
-Hp- 333E
ELECTRONIC
COUNTER
[DUT]
r3
-J
-j
-J
-
A [HIZ)
-J -J -J -J
-J-J -J-J -J
5 cH rn
75cHrn
FEEDTHRU
Figure 4-1. Frequency Accuracy Equipment Set Up.
4-14. Absolute Amplitude Accuracy.
4-15. This performance test verifies that the -hp- Model 3336 meets the Absolute Accuracy
specification in Table 4-1.
Specification: Accuracy applies to the top 9.99 dB of amplitude range (20° to 30° C).
3336A
3336B
3336C
75 ohm output
150 ohm output
600 ohm output
75 ohm output
124 ohm output
135 ohm output
600 ohm output
50 ohm output
75 ohm output
Required Equipment:
AC Voltmeter
± .05 dB at 10 kHz
± .05 dB at 50 kHz
± .05 dB at 10 kHz
± .05 dB at 10 kHz
± .05 dB at 50 kHz
± .05 dB at 50 kHz
± .05 dB at 10 kHz
± .05dB at 10 kHz
± .05 dB at 10 kHz
-hp- Mode! 3455A
with Option 001
(average responding)
Terminations: all 0.1% or better
3336A
3336B
3336C
75 ohm
150 ohm
600 ohm
75 ohm
124 ohm
135 ohm
600 ohm
50 ohm
75 ohm
-hp- Model 110948
-hp- Part No. 0757-0715
-hp- Part No. 0698-5405
-hp- Model 110948
-hp- Part No. 0698-6284
-hp- Part No. 0698-5 197
-hp- Part No. 0698-5405
-hp- Model 11048C
-hp- Model 110948
4-12
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Model 3336A/B/C
Performance Tests
NOTE
The ac voltmeter used in this test must be accurate to ± .15%
a. Connect the equipment as shown in Figure 4-2. Use the proper termination at the
voltmeter's input. For example, if you are testing the 600 ohm output, use a 600 ohm termination.
b
-Hp- 333E
Ç
[DUTI
JE
Figure 42. Absolute Amplitude Accuracy Equipment Set Up.
b. Refer to the following table for Step c.
OUTPUT AMPLITUDE FREQUENCY NOMINAL
3336A
3336B
3336C
759
MINIMUM MAXIMUM
1509
6039
7.00 dBm
1.76 dBm
7.00 dBm
10 kHz
50 kHz
10 kHz
0.6131
0.4743
1.7341
0.6096
0.4716
1.7242
0.6166
0.4770
750
1249
1359
6000
7.00 dBm
1.76 dBm
1.76 dßm
7.00 dBm
10 kHz
50 kHz
50 kHz
10 kHz
0.6131
0.4312
0.4500
1.7341
0.6096
0.4288
0.4474
1.7242
0.6166
0.4337
0.4526
509
759
8.76 dBm
10 kHz
10 kHz
0.6130
0.6095
0.6096
0.6166
0.6166
7.00 dßm
0.6131
1.7441
1.7441
c. Set up the 3336 for each of test conditions above and enter the ac voltmeter readings
on the Performance Test Record. Refer to the minimum and maximum values above to see
if the measured values meet the specifications.
4-13
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Model 3336A/B/C
Performance Tests
Refer to the following table for Step e.
OUTPUT
AMPLITUDE FREQUENCY NOMINAL
MINIMUM MAXIMUM
-2.99 dBm
-8.23 dßm
-2.99 dBm
10 kHz
50 kHz
10 kHz
0.1941
0.1502
0.5490
0.1930
0.1493
0.5459
0.1952
0.1510
0.5522
10 kHz
50 kHz
50 kHz
10 kHz
0.1941
0.1365
0. 1930
0. 1425
0. 1416
6000
-2.99 dBm
-8.23 dBm
-8.23 dBm
-2.99 dBm
0.5490
0.5459
0.1952
0.1373
0.1433
0.5522
500
750
-1.23 dBm
-2.99 dBm
10 kHz
10 kHz
0.1941
0.1941
0.1930
0.1930
0.1952
0.1952
750
3336A
1500
6000
750
3336B
1240
1350
3336C
0.1357
Set up the 3336 for each of test conditions above and enter the ac voltmeter readings
on the Performance Test Record. Refer to the minimum and maximum values above to see
if the measured values meet the specifications.
416. Amplitude Flatness.
4-17. This performance test verifies that the -hp- Model 3336 meets the Amplitude Flatness
specification in Table 4-1.
Specification:
Referenced to amplitudes at 10 kHz for the 50, 75 and 600 ohm outputs. Referenced to
amplitudes at 50 kHz for the 124, 135 and 150 ohm outputs.
3336A
3336B
75 ohm output
150 ohm output
600 ohm output
75 ohm output
124 ohm output
± .1 dB (± .07 dB)*
± .12 dB
±.25 dB
±.1 dB (±.07 dB)'
±.1S dB
±.l dB
3336C
135 ohm output
600 ohm output
50 ohm output
75 ohm output
±.12 dB
±.25 dB
± .1 dB (± .07 dB)*
± .1 dB (± .07 dB)*
10Hz to 20.9 MHz
10kHz to 2.09 MHz
200 Hz to 109kHz
10 Hz to 20.9 MHz
10 kHz to 50kHz
50 kHz to 10.9MHz
lOkHzto2.O9MHz
200 Hz to 109kHz
10Hz to 20.9 MHz
10Hz to 20.9 MHz
*NOTE
Specifications in parenthesis apply to instruments with Option
005.
Required Equipment:
75 ohm, .5 V Thermal Converter
DC V1oltmeter
-hp- Model 11051A/H07
-hp- Mode! 3455A
4-14
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Model 3336A/B/C
Performance Tests
Impedance Matching Pads
3336A
150 to 75 ohm
R1=75 ohm iWo
600 to 75 ohm
-hp- Part No. 0698-7363
R1=225 ohm 1%
-hp- Part No. 075 7-0980
-hp- Part No. 0698-63 19
R2=300 ohm IWo
3336B
124 to 75 ohm
R1=358 ohm 1%
R2=62 ohm 1%
-hp- Part No. 0698-3242
-hp- Part No. 0698-6800
135 to 75 ohm
R1=675 ohm
R2=67.5 ohm (2 x 135)
3336C
-hp- Part No. 0698-4194
-hp- Part No. 0698-7364
(need 2)
600 to 75 ohm
R1=225 ohm iWo
R2=300 ohm IWo
-hp- Part No. 0757-0980
-hp- Part No. 0698-6319
50 to 75 ohm
-hp- Model 85428B
Connect the equipment as shown in Figure 4-3. Connect the thermal converter directly
to the 3336 (DUT), 75 ohm output. If this is not possible, use the shortest cables available.
Use the appropriate impedance matching pad between the other 3336 outputs and the 75
ohm thermal converter.
Set the frequency and amplitude of the 3336 to the values in the following table. The
10 kHz measurement must be taken first because the thermal converter voltage at this frequency will be used as a reference for the other frequencies.
CONVERTER
OUTPUT
FREQUENCIES
AMPLITUDE
VOLTAGE
3336A
759
1500
6000
3336B
750
1249
1350
6009
3336C
509
750
10 Hz, 100 kHz,
1 MHz, 10 MHz,
20.9 MHz
10 kHz, 100 kHz,
1 MHz, 2.09 MHz
200 Hz, 109 kHz
lO Hz, 100 kHz,
1 MHz, 10 MHz,
20.9 MHz
10 kHz, 100 kHz,
1 MHz, 10.9 MHz
10 kHz, 100 kHz,
1 MHz, 2.09 MHz
200 Hz, 109 kHz
10 Hz, 100 kHz,
1 MHz, 10 MHz,
20.9 MHz
10 Hz, 100 kHz
1 MHz, 10 MHz,
5.00 dBm
0.487 V
1.50 dBm
0.230 V
6.50 dßm
0.205 V
5.00 dBm
0.487 V
1.50 dBm
0.209 V
1.50 dßm
0.218 V
6.50 dBm
0.205 V
8.50 dBm
0.377 V
5.00 dBm
20.9 MHz
0.487 V
4-IS
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Model 3336A/B/C
Performance Tests
333E L DUT)
DL VOLTMETER
000
JjJ
jJJ
J
j
J
J
pm
I N1PEDENEE
MATOHINO PADS
[AS REDL'IRED
.5V!
75 OHM
THERMAL
E EN VE PT ER
iMPEDANCE MATCHING PADS
553 TO 75 OHM
153 10 75 OHM
14 AND 135 TO 75 OHM
n
Rl
75 n
BALANCEO
iMPEDANCE
UNE AL A N C ED
75 fl
BALANCEO
IMPEDANCE
ii NEALANC E O
IMP E O AN C E
Rl
R2
r;
B AL A N CEO
75 0
U N BA LANCEO
PC
Figure 43. Amplitude Flatness Equipment Set Up.
Allow time for the thermal converter to settle before taking any measurements. The
accuracy of this test is enhanced if the thermal converter is protected from drafts and other
sources of temperature change. Measure and record the thermal converter's output with the
3336 programmed at 10 kHz.
Use extreme caution when making the following measurements
at the 75 ohm output. The converter voltage will approach
maximum, and the converter will be destroyed if care is not
exercised.
Measure the thermal converter voltage for each output at the frequencies listed above.
At each frequency setting, adjust the amplitude of the 3336 in .01 dßm steps until the converter voltage is equal to the reference voltage recorded at 10 kHz. When the converter level
matches the reference level, record the amplitude setting of the 3336. Do not adjust the
amplitude of the 3336 in increments larger than .01 dßm.
4-16
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Model 3336A/B/C
Performance Tests
If the certified error of the thermal converter being used was given in dBm, enter this
value in the Performance Test Record. If it was given as a percentage, convert it to dBm
using the following formula:
dBm = 2Olog(1 - %error/1000)
Compute the amplitude flatness of the 3336 at each output and frequency setting using
the following formulr
+
=
Reference level (from Step c)
336 Amplitude setting (from Step U)
Thermal converter error (from step e)
3336 amplitude flatness
419. Attenuator Accuracy Verification.
4-19. This performance test verifies that the -hp- 3336 meets the attenuator accuracy
specification listed in Table 4-1 using a "put and take" measurement system at four attenuator settings and three test frequencies. It is preferred that this test be performed in a
screen room. If one is not available, an electrically "clean" environment is a must. It is important that the specified cables be used and that the test equipment be arranged as illustrated. Failure to follow the test procedures explicitly can result in erroneous data.
NOTE
A certification program is available to very the 3336 attenuator
specifications. To recertify, the attenuator must be returned to
Hewlett-Packard. The recertified attenuator will be returned with
the results of each attenuation setting. Contact your nearest
Hewlett-Packard Sales Office for furt her details. A list of these offices is provided at the back of this manual.
Required Equipment:
Attenuator (10 dB, 20 dB, 40 dB, 70 dB
attenuations) with Certification
(2) 10 dB, 50 ohm Coaxial Attenuators
75 ohm to 50 ohm Minimum Loss Impedance
Matching Pad
50 ohm Feedthru Termination
Mixer
Synthesizer
Wave Analyzer
DC Voltmeter
DC Power Supply
20 dB Amplifier
-hp- Model 355D
-hp- Model 8491A Option 010
-hp- Model 85428B
-hp- Model I 1048C
-hp- Model 10514A
-hp- Model 3325A
-hp- Model 358 IA/C
-hp- Model 3455A
-hp- Model. 6214A
Q Bit Corp. Model QB-300
4-17
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Performance Tests
Model 3336A/B/C
Cables:
(1) 50 ohm, 1 ft.
(1) 50 ohm, 2 ft.
(1) 50 ohm, 3 ft.
Adapters: 50 ohm
Type N (m) to BNC (m)
Type N (f) to BNC (m)
(1) Type N (m) to BNC (f)
(1) BNC (f) to Dual Banana
(1) BNC (m) to BNC (m)
Adapters: 75 ohm
(1) BNC (m) to BNC (m)
-hp- 11170A
-hp- lll7OB
-hp- 11170C
-hp- 1250-0082
-hp- 1250-0077
-hp- 1250-0780
-hp- 1251-2277
-hp- 1250-0216
-hp- 1250-1288
NOTE
Q Bit Corporation; P.O. Box 2208; Melbourne, Florida 32901.
Connect the equipment electrically as shown in Figure 4-4 and physically as shown in
Figure 4-5.
NOTE
The quality of the test results depends upon the equipment arrangement. It is important that the physical location of the instruments be as shown in Figure 4-5. Do not cross cables. Allow
the Q-Bit Amplifier 30 minutes to warm-up.
Set the 3336 (DUT) controls as follows:
Ampltiude
Frequency
+ 7.00 dBm (75 ohm output)
20 MHz
Set the Reference Synthesizer as follows:
Amplitude
Frequency
+ 7.00 dBm (50 ohm output)
20.008 MHz
Set the Wave Analyzer controls as follows:
Scale
Resolution Bandwidth
Sweep Mode
Amplitude Reference Level
Input Sensitivity (initially)
Input (358lC)
AFC
AFC
Volts
100 Hz
Manual
Normal
1V
Unbalanced
OUT; Tune Frequency to 8 kHz
Push IN after Tuning to 8 kHz
4-18
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'o
-I
e
-c
n
n
=
nw
o
-V
e
C
-V
e
»
e=
a
ca
e
e=2
-C
n=
rn
e
-n
C=
-V
[3;
i
-J
-J--J-J-J-J
507e-4-4
TOßN C
-n
)
OUTPUT
75
WF
70 OHM MN
__'
-hp-3336 (DUT)
MIN
7
LOSS PAO
TO SO OHM
ST OHM EN)
TO BN)
¡Ti
10db ATTENUATOR
ST)
4H TOOL IT
TO BNL
REFERENCE STEP
ATTENUATOR
ID MHO
50 OHM TYPE H HI
10db ATTENUATOR
50 OHM
2 INMOTO
DC VOLTMETER
TOM PU T
TT THMM
BANANA
LT
CABLE 11Î7OC
CABLE 11170)
TUTFUM
T INPUI
T2_BHC
DUAL
MAIS TUTET!0
H
WAVE ANALYZER
V
XER
p'
FE EDT H R U
TERMINATION
TO BNL
TO BNL
20db AMPLIFIER
OC POWER SUPPLY
REFERENCE SYNTHESIZER
Model 3336A/B/C
Performance Tests
3455
BNC(f) to DUAL BANANA
-hp-111070C
3 ft.
F
Q
-J Q O Q O
[J J J J
-J
-J
-4
-4-4-4-4-4 -4JJ
i
I
I
J J-J J-J
-J_J_J_J_i
t
_J_J_J_J_I
-hp-3336
7511
7511 BNC(m) to BNC(m)
7511 to 5011 MIN. LOSS PAD
BNC(f)toN TYPE(n)
REFERENCE SYNTHESIZER
0dB COAX ATTENUATOR
s
SOn
N TYPE(f)to BNC(m)
REFERENCE ATTENUATOR
BNC(m)toN TYPE(f)
I
- h,, -111070B
2 ft.
j
lOdS COAX ATTENUATOR
N TYPE (f) to BNC(m)
DC POWER
SUPPLY
20dB AMPLIFIER
SOIL BNC(m) to BNC(m)
'
L
X
R
WAVE ANALYZER
-hp- IIIO7OA
IU,
5011
F EE DT H RU
3336 -4-5
Figure 4-5. Physical Location for Attenuator Accuracy
4-20
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Model 3336A/B/C
Performance Tests
e. The objective of this procedure is to compare the reference attenuator against the 3336
attenuator. The 3336 is tested at 10, 20, 40, and 70 dB attenuation levels. Begin each test
by setting up the reference attenuator and the 3336 to the levels shown in the table below
under Step e.
TEST
10 dB
20dB
40 dB
70dB
3336
STEP E
REFERENCE
7 dBm
7 dßm
7 dBm
7 dBm
10 dB
20 dB
40 dB
70 dB
STEP H
3336
REFERENCE
3 dBm
o dB
13 dBm
o dB
o dB
33dBm
63 dBm
O dB
Adjust the wave analyzer sensitivity until the DYM reads approximately 4.6 volts.
Observe the DVM for several seconds to determine the average reading and record it
in the Performance Test Record as Vi.
Reduce the 3336 level to the value shown in the table above under Step h.
Adjust the reference attenuator to O dB.
Again observe the DVM and record the average value in the Performance Test Record,
this time as V2.
Repeat Steps e - h until all four attenuation levels have been tested.
42Q. Phase Increment Accuracy.
4-21. This performance test verifies that the -hp- 3336 meets the Phase Increment Accuracy
specification listed in Table 4-l.
Specification:
Any phase increment will be within 0.2° of the selected value.
Required Equipment:
Electronic Counter
75 ohm Feedthru Termination
-hp- Model 5328A with
Option 040 or Option 041
-hp- Model I lO94B
Connect the REF OUT output, located on the 3336 (DUT) rear panel, to the B input of
the electronic counter. This will be the reference source against which phase increments will
be measured.
Connect the 3336 (DUT), 75 ohm output, to the A input of the electronic counter. Terminate this output with a 75 ohm feedthru termination at the counter's input.
Set the 3336 (DUT) output frequency to 1 MHz and output amplitude to + 7.00 dBm.
4-21
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Model 3336A/B/C
Performance Tests
Set the electronic counter controls to measure the average time interval from input A
to input B (T.1.AVG AB). Set the counter to average lO intervals. Note, the gate time to
average 10 intervals will be i second. Do not use the first reading displayed after changing
phase.
Adjust the 3336 (DUT) output phase until the counter displays a time interval from 190
ns to 210 ns. Each degree incremented on the 3336 will cause a 2.8 ns change in the counter
display.
Assign zero phase to the 3336 signal output. This is a shifted function of the PHASE
key.
Record the electronic counter reading with no phase shift (Ti).
Change the phase of the 3336 output signal by one of these values:
+1000
+100
+10
Record the electronic counter reading with the test phase shift (T2).
Reset the 3336 output phase to zero degrees. The electronic counter should again
display a time interval from 190 ns to 210 ns.
Repeat Steps e thru j until each phase increment has been measured. Reading Ti may
change slightly from test to test and a new value should be recorded for each test increment.
I. Compute the actual time difference of each phase increment by subtracting TI from
T2. Record this value on the Performance Test Record and compare it to the upper and
lower limits.
-hp-3336(DUT)
1MHZ
REF OUT
ELECTRIC COUNTER
g
_IJj
_J_JJ
-J
-J
_J__J_J_J_J
-J
_J-J-J_J_J
I
J
I
-J--J_J -J -J
75nOUTPUT
75
fl
FEED THRU
TERMINATION
3336-4-6
Figure 46. Phase Increment Accuracy Equipment Set Up.
4-22
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Model 3336A/B/C
Performance Tests
4-22. On Carrier Return Loss.
4-23. This performance test verifies that the -hp- 3336 meets the On Carrier Return Loss
specification in Table 4-1
-
Specification:
10Hz
3336A
75 ohm output
150 ohm output
30kHz
10kHz
2.09MHz
10.9MHz
20.9MHz
> 30 dB
j> 20 dB > 30 dßj
3336B
75 ohm output
124 ohm output
135 ohm output
> 30dB
> 20dB
> 30dB
> 20dB > 30 dB]
3336C
>30dB
> 30dB
50 ohm output
75 ohm output
> 25 dB*
*NOTE
509 Return Loss from 10MHz to 20.9 MHz is > 30 dB with option 005.
Required Equipment:
Synthesizer
Wa'e Analyzer
High Frequency Probe (diode detector)
50 - 75 ohm Minimum Loss Impedance
Matching Pad
75 ohm Directional Bridge**
50 ohm Directional Bridge (3336C only)**
124 ohm Directional Coupler (3336B only)
124 ohm Direction Coupler
(3336B with Option 001)
150 ohm Directional Coupler (3336A only)
50 ohm Feedthru Termination (3336C only)
75 ohm Feedthru Termination
124 ohm Termination Resistor (333611 only)
(2x248 ohm)
150 ohm Termination Resistor (3336A only)
Ohmmeter
-hp- Model 3325A or 3335A
hp- Model 3581A/C
-hp- Model 1 1096B
-hp- Model 8542811
-hp- Model 8721A/Option 008
-hp- Model 8721A
-hp- Part No. 5061-1135
-hp- Part No. 5061-1136
-hp- Part No. 5061-1137
-hp- Model 11048C
(2 required)
-hp- Model I 1094B
(2 required)
-hp- Part No. 0698-6793
(4 required)
-hp- Part No. 0698-6774
(2 required)
-hp- Model 3455A
4-23
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Model 3336A/B/C
Performance Tests
**NOTE
Directional Bridges are also part of Transmission/Reflection Kits:
-lip- Model 11652A
50 ohm Transmission/Reflection Kit
-lip- Model 11652A
75 ohm Transmission/Reflection Kit
Option 008
Connect the equipment as shown in Figure 4-7. Use the appropriate impedance Directional Coupler and Termination for the output under test. For example, to test the 124 ohm
output, use the 124 ohm Directional Coupler and 124 ohm Termination Resistors. To test
the 75 ohm output, use the 75 ohm Direction Coupler and 75 ohm Feedthru Terminations.
NOTE
Make sure the frequency references of the synthesizer and the 3336
(D UT) are locked together.
Set the 3336 (DUT) output amplitude to maximum:
50 ohm - + 8.76 dBm
75 ohm - + 7.00 dßm
124 ohm - + 1.76 dBm
150 ohm - + 1.76 dBm
Set the 3336 (DUT) output frequency to one of the following test frequencies:
50 ohm - 100kHz, 1MHz, 10MHz, 20.9MHz
75 ohm - 100kHz, 1MHz, 10MHz, 20.9MHz
124 ohm - 100kHz, 1MHz, 10.9MHz
150 ohm - 100kHz, 1MHz, 2.09MHz
Turn Fast Leveling "ON". This test will not produce valid results if Fast Leveling is
"OFF".
Set the reference synthesizer's output amplitude to - 10 dBm for all test setups except
when testing the 3336's 75 ohm oútput. Set the reference synthesizer's output amplitude to
4 dBm when testing the 75 ohm outputs.
Set the reference synthesizer's output frequency to the test frequency (selected in Step
c) plus 15'Hz.
Tune the Wave Analyzer to lock to and measure the 15 Hz signal from the High Frequency Probe. Use a 3 Hz, or narrower, resolution bandwidth. If you have a -hp- Model
3581A/C Wave Analyzer, set the controls as follows:
90 dB
SCALE
3 Hz
RESOLUTION BANDWIDTH
Manual
SWEEP MODE
Normal
AMPLITUDE REFERENCE LEVEL
Unbalanced
INPUT (3581C)
as required
INPUT SENSITIVITY
OUT: Tune to 15 Hz
AFC
PUSH IN after tuning to 15 Hz
AFC
4-24
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Model 3336A/B/C
Performance Tests
Create an impedance mismatch factor of two by inserting a feedthru termination between the load port of the directional coupler and the 3336 under test. If the output under
test is a balanced output, create a mismatch by placing a termination resistor across the 3336
output. The value of this resistor must be the same as the impedance of the output under
test. (e.g. use a 50 ohm termination when testing the 50 ohm output.)
In all cases, adjust the wave analyzer's input sensitivity controls until it displays 9.5
dB. If the impedance mismatch is a factor of two, all the mismatches produced in Step h
have a return loss of 9.54 dB.
Remove the Feedthru Termination or Termination Resistor and connect the Directional Coupler directly to the 3336 output under test.
Record the Wave Analyzer reading on the Performance Test Record for the output
and frequency tested.
NOTE
Make sure the Wave Analyzer ¿s tuned to the 15 Hz signal before
recording the reading.
I. Repeat Steps c thru k until the return loss at all the test frequencies listed in Step c has
been measured.
m. Repeat Steps b thru I until the return loss of all the 3336's signal outputs has been
measured.
0MHz REF OUTPUT
hp-3336 (DUT)
rL;000E
-
-I
-t---
REFERENCE SYNTHESIZER
-J±TTii1
_j_J_J_J_J
I
I
IJ
¼J
L_IL
FEEDTHRIJ TERMINATION
OR TERMINATION RESISTOR IS INSERTED HERE SO
DIRECTIONAL COUPLER
SEES A GROSS IMPEDANCE
50-75 OHM MINIMUM
M 15M ATC H.
LOSS PAD USED TO TEST
WAVE ANALYZER
7511 OUTPUT ONLY!
FEEDTHRU TERMINATION OR
TERMINATION RESISTOR.
HIGH FREQUENCY PROBE
(DIODE DETECTOR)
3336-4-7
Figure 47. On Carrier Return Loss Equipment Set Up.
4-25
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Performance Tests
Model 3336A/B/C
4-24. On Frequency Return Loss Measurement Technique.
Since this performance test is new, a brief conceptual discussion of the measure follows:
A small signal is launched, in the forward direction, into the active
-hp- 3336 output. The addition of the 3336's output signal (ic) and
the small signal (f0) at the 3336's output could be considered as the
3336 output signal with one sideband. Furthermore, this signal
(the carrier and one sideband) is mathematically equivalent to the
3336 output signal (the carrier) with a pair of AM sidebands and a
pair of PM sidebands, cancelling on one side of the carrier and
reinforcing on the other side. The 3336's amplitude leveling circuits will compensate for any amplitude changes, and effectively
cancel them at the Leveled Node (located on the other side of the
output termination, inside the 3336). Since no AM components
can exist at this Leveled Node, there will be no AM components
reflected, either. Any reflected AM components seen at the output
of the 3336 are solely due to the output termination impedance
and, hence, are a measure of the "ON" Frequency Return Loss. A
directional coupler introduces the small signal to the 3336's output
and isolates the reflected signals. A diode detector recovers the
AM components (recall that there are also PM sidebands) by
demodulating the reflected signals and a wave analyzer, tuned to
the modulating frequency, measures the relative magnitude of this
signal and a signal from a known, gross impedance mismatch, used as a reference. To insure that the measurement is "ON'' Frequency Return Loss, the frequency difference between c and f0
must be well within the bandwidth of the 3336's Amplitude Leveling circuits. When Fast Leveling is "ON", this bandwidth is from
dc to i kHz. When Fast Levling is OFF, this bandwidth is from dc
to 1 Hz. In this particular procedure, the frequency difference is 10
Hz, therefore, Fast Leveling must be ON. Since the only difference
between Fast Leveling ON and OFF is the bandwidth of the leve!ing circuits, results obtained with Fast Leveling ON apply to the
instrument when Fast Leveling is OFF.
Return loss = 2olog](Zi - Zo)/(Zi + Zo)!
where: Zi is the ideal output impedance
Zo is the actual output impedance
4-26
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Model 3336A/B/C
Performance Tests
4-25. Output Balance (3336A and 33368 only).
4-26. This performance test verifies that the -hp- 3336 meets the Balance specification in
Table 4-l.
Specification:
Model 3336A
150 ohm output
600 ohm output
> 36 dE, 10 kHz to 2.09 MHz
> 38 dB, 300 Hz to 50 kHz
Model 3336B
124 ohm output
135 ohm output
> 30 dB, 10 kHz to 10.9 MHz
> 36 dB, 10kHz to 2.09 MHz
> 38 dE, 300 Hz to 50 kHz
600 ohm output
Required Equipment:
AC Voltmeter
Resistors (3 ea. required)
R = 62 ohm (3336B only)
(3 required)
R = 67.5 ohm (3336E only) (3 required)
R = 75 ohm (3336A only)
(3 required)
R = 300 ohm (3336A/3336B) (6 required)
-hp- Model 400E or EL
-hp- Part No. 0698-6800
-hp- Part No. 0698-73M (2 in parallel)
-hp- Part No. 0698-7363
-hp- Part No. 0698-63 19
Connect the equipment as shown in Figure 4-8A. Neither voltmeter input can be connected to ground.
Set the 3336 frequency to 10 kHz.
Set the 3336 amplitude to maximum. The maximum output amplitudes by output are:
124 ohm
135 ohm
150 ohm
600 ohm
+ 1.76 dEm
+ 1.76 dBm
+ 1.76 dßm
+7.00 dEm
Record the voltmeter reading, using the dB scale (Vref).
Connect the equipment as shown in Figure 4-8B.
Set the 3336 frequency to each of the test frequencies listed below. For each frequency,
take a voltage measurement, using the dB scale (Vba9.
OUTPUT
OUTPUT LEVEL
124(1
1.76 dEm
6212
135(1
1.76 dEm
1.76 dEm
7.00 dEm
67.5(1
RESISTOR
TEST FREQUENCIES
10 kHz, 100 kHz, 1 MHz,
10 MHz
150(1
600(1
7511
300(1
10 kHz, 100 kHz, 2.09 MHz
10 kHz, 100 kHz, 2.09 MHz
300 Hz, 10 kHz, 50 kHz
Subtract Vbal (Step d) from Vref (Step f) and enter the results on the Performance Test
Record for each test frequency.
4-27
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Model 3336A/B/C
Performance Tests
A
AC VOLTMETER
-hp- 3336
000
00
__J0000
_j_J_J
_i
-J
film
_i_J
-J
-J_J-J_J_J
-j_j-j - -
-
t
_iJ
00000
i
r'.
i
i
i
e
AC VOLTMETER
-hp-3336
000
00000
00
_j0000
L-JJ
-J
-J
_i -J
_i_j-ij-'
i
-J-J-J-J-J
_i__J__J_J_J
-J_J-J_J-J_
1;
Figure 4-8. Equipment Set Up for Output Balance.
4-21. Harmonic Distortion.
4-28. This performance test verifies that the -hp- 3336 meets the Harmonic Distortion
specification listed in Table 4-l.
Specification:
10Hz
J
30Hz
50Hz
35dBI-50d8[
10kHz
100kHz
- 60dB
J-50dB
I-60dB
20.9MHz
Fast Leveling OFF
50dB
Fast Leveling ON
50dB
5MHz
1MHz
55dB
55dB
Required Equipment:
Spectrum Analyzer (low frequency)
Spectrum Analyzer (high frequency)
50 ohm Feedthru Termination
50-75 ohm Minimum Loss Impedance
Matching Pad
-hp- Model 3580A
-hp- Model 141T/
8552B/8553B
-hp- Model I 1048C
-hp- Model 85428B
4-28
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Model 3336A/B/C
Performance Tests
NOTE
When making harm ank distortion measurements with a spectrum analyzer, make sure that the analyzer's harmonic distortion does not mask the distortion of the device under test. One
technique to ensure this is to increase the analyzer's input attenuation, which results in lower signal levels at the analyzer's
input. This yields better intermodulation and harmonic distortion performance. Adjust the analyzer's reference level controls
to obtain the proper display. For good harmonic distortion
performance in the -hp- Model 141 T/8552B/8553B, the signal
level at its mixer must be less than 40 dBm. If you are using
this analyzer, set its input attenuation to 40dB.
This test will require two different setups: one for frequencies equal to or less than 10
kHz and one for frequencies greater than 10 kHz.
Set the 3336 controls as follows:
OUTPUT
AMPLITUDE
FAST LEVELING
75 ohm
5 00 dBm
OFF
Perform Steps d through f for each configuration listed below.
3336 FREQUENCY
10 Hz
30 Hz
50Hz
10 kHz
10 kHz
100 kHz
100 kHz
1 MHz
1 MHz
5 MHz
5 MHz
20.9 MHz
20.9 MHz
FAST LEVELING
OFF
OFF
OFF
OFF
SETUP
Figure 4-9A
ON
OFF
ON
OFF
ON
OFF
ON
OFF
ON
Figure 4-98
Tune the spectrum analyzer to display the fundamental frequency and at least four of
its harmonics.
Adjust the analyzer's input sensitivity controls until the amplitude of the fundamental
is O dB (full scale display).
4-29
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Model 3336A/B/C
Performance Tests
Measure the value of the largest harmonic, relative to the fundamental, and record this
value in the Performance Test Record.
Repeat Steps d - f until each of the conditions in the table above have been tested.
A
-hp-3336 (DUT)
LOW FREQUENCY SPECTRUM ANALYZER
000
iTh
-J_J_j
-J
-J
-J-J-J-J-J
-J_-j_-J--J-J
- J_-J -J_J -J
-J_J-J_-J_J
HI-z
INPUT
JJ
o
si
75n
OUTPUT
75/50
so n
75/50 fl
FEEDTHR U
MINIMUM
TERMINATION
LOSS PAD
B
-hp-3336 (DUT)
HIGH FREQUENCY SPECTRUM ANALYZER
00
-J-J-J-J--J
-J--J-J-J-J
-J-J-J-J
_J__J_J_J -J
6
n
5011
INPUT
s
75 n_
INPUT
75/SO
75/50 n
MINIMUM
LOSS PAD
Figure 49. Hermonic Distortion Equipment Set Up.
4-30
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Model 3336A/B/C
Performance Tests
429. Spurious Signal.
4-30. This performance test verifies that the -hp- 3336 meets the Spurious Signal specifica-
tion in Table 4-l.
Specification: dc to 200 MHz except where noted.
All non-harmonically related signals from 0 Hz to 200 MHz will be more than 70 dB
below the carrier or one of the following levels, whichever is greater:
Model 3336A
Without Option 005
With Option 005
75 ohm output
- 100 dBm
115 dBm
150 ohm output
100 dßm
100 dBm
(to 10 MHz)
(to 10 MHz)
600 ohm output
- 100 dBm
100 dBm
(to 10 MHz)
(to 10 MHz)
Model 3336B
75 ohm output
124 ohm output
135 ohm output
600 ohm output
- 100 dBm
- 100 dBm
- 100 dßm
115 dBm
115 dBm
115 dBm
115 dBm
100 dBm
100 dBm
115 dBm
115 dBm
100 dBm
Model 3336C
50 ohm output
75 ohm output
NOTE
Line related signals from the 600 ohm outputs will be more than 70
dB below the carrier or 83 dBm whichever is greater.
Required Equipment:
Spectrum Analyzer (High Frequency)
Spectrum Analyzer (Low Frequency)
Synthesizer
Mixer
DC Voltmeter
75 to 50 ohm Minimum Loss Impedance
Matching Pad
50 ohm Feedthru Termination
1 MHz Low Pass Filter
-hp- Model 141T/
8553B/8552B
-hp- Model 3582A
-hp- Model 3335A
-hp- Model 10534A
-hp- Model 3455A
-hp- Model 85428B
-hp- Model 11054C
TT Electronics Model J903
Connect the equipment as shown in Figure 4-lOA.
Set the 3336's amplitude of + 7.00 dßm (75 ohm) and frequency to 20 MHz.
Tune the spectrum analyzer to the 3336's output signal and set a O dB reference level.
4-31
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Model 3336A/B/C
Performance Tests
Without changing any controls which will affect the reference level, tune the spectrum
analyzer to the following frequencies and measure their relative amplitude:
100kHz
2MHz
1MHz
30MHz
All spurious signals should be more than 70 dB below the reference level.
Set the 3336 sweep controls as follows:
SWEEP START FREQUENCY
SWEEP STOP FREQUENCY
SWEEP TIME
11 MHz
19 MHz
5 seconds
Set the spectrum analyzer controls as follows:
10 MHz
START FREQUENCY
SCAN WIDTH
BANDWIDTH
SCAN TIME
i MHz/DIV
30 kHz
20 ms/DIV
Press the 3336 "CONT" key.
Set the spectrum analyzer controls to display the 3336 output signal and a 2:1 mixer
spur. As the 3336 output signal sweeps from 11 MHz to 19 MHz the 2:1 mixer spur will
sweep from 19 MHz to 11 MHz. Measure the amplitude of the spur relative to the 3336 output signal (reference level).
All spurious signals should be more than 70 dB below the reference level.
Connect the equipment as shown in Figure 4-lOB.
I.
Set the 3336's amplitude to + 7.00 dBm (75 ohm) and frequency to i kHz.
Tune the spectrum analyzer to the 3336 output signal at 1 kHz and set a O dB reference
level. Using a battery powered spectrum analyzer enhances the accuracy of this part of the
test.
Without changing any controls that will affect the reference level, tune the spectrum
analyzer to the following frequencies and measure their amplitude relative to the O dB
reference level:
60Hz
120Hz
180Hz
All spurious signals should be more than 70 dB below the reference level.
Connect the equipment as shown in Figure 4-bC.
Set the 3336's output amplitude to + 2.7 dßm (75 ohm) and frequency to 20.001 MHz.
Make sure the frequency references of both synthesizers are locked together and set the
reference synthesizer's output amplitude to + 7.00 dBm (50 ohm) and frequency to 20 MHz.
Tune the spectrum analyzer to the i kHz signal from the mixer and low pass filter and
set a O dB reference level.
4-32
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Model 3336A/B/C
Performance Tests
Change the reference synthesizer output frequency to 20.001 MHz.
Increment the phase of the 3336's output signal until the dc output of the mixer is 0
Vdc, ± .01 V.
Disconnect the dc voltmeter to eliminate a possible noise source.
Tune the spectrum analyzer to the following frequencies and measure their amplitude
relative to the reference level set in Step s.
1kHz
2kHz
3kHz
4kHz
Enter a Pass of Fail indication on the Performance Test Record.. This test checked a
number of the most important (largest) spurious signals. There may be other spurious
signals present, however, they normally are well within the specification and need not be
checked.
A
-"ip- 3336
rJrjin
±tJ±N
-J -JI -J
-J -J_J --J I
L
SPECTRUM ANALYZER(HIGH FREQUENCY)
-
500
750
OUTPUT
MINIMUM LOSS
MPEDANCE MATCHING PAD
B
-hp-3336
SPECTRUM ANALYZER(LOW FREQUENCY)
HI-z
OiLI 75fl
OUTPUT
750 FEEDTHRU
EXT REF IN
TERMINATION
C
-hp- 3336
SPECTRUM ANALYZER (LOW FREQ.)
HI-z
750 OUT'UT
-i-
75/50f'
MIN LOSS
IMPEDENCE MATCHING PAD
IM Hz
LOW PASS
FIL TE R
/
500
FEE 0TH R U
TE R M IN ATIO N
OC VOLTMETER
REFERENCE SYNTHESIZER
EX T
REF
OUT
Figure 41O. Spurious Signal Equipment Set Up.
4_33
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Model 3336A/B/C
Performance Tests
431. Amplitude Modulation Envelope Distortion.
4-32. This procedure verifies that the -hp- 3336 meets the Amplitude Modulation Envelope
Distortion specification listed in Table 4-l.
Specification:
All distortion related sidebands will be more than 30 dB below the first or fundamental
sideband at 80% modulation. fc = 20 MHz, fm = 10 kHz.
Required Equipment:
Sine Wave Source
Spectrum Analyzer
-hp- Model 3325A
-hp- Model 141T/
8552B/8553B
50-75 ohm Minimum Loss Impedance
Matching Pad
-hp- Model 85428B
Connect the equipment as shown in Figure 4-11.
Set the 3336 (DUT) controls as follows:
SIGNAL OUTPUT
AMPLITUDE
FREQUENCY
AMPLITUDE MODULATION
75 ohm
+7.00 dBm
20 MHz
On
Set the spectrum analyzer controls to display the carrier (center frequency = 20 MHz)
and at least four orders of sidebands (frequency span = 100 kHz).
Set the frequency of the modulating signal to 10 kHz. Adjust the amplitude of the
modulating signal until the first sideband is 7.96 dB below the carrier amplitude. This sideband to carrier relationship correpsonds to 80% amplitude modulation. Note, as the percent
of modulation increases, the amplitude of the carrier will decrease slightly. This is normal
and due to the 3336's leveling loop regulating the output power at a constant level.
Measure the amplitude of the distortion related sidebands relative to the first or fundamental sideband. Enter this value on the Performance Test Record.
SPECTRUM ANALYZER
00000
Jj
i
L-LtT
±i±± o
AMPTD
MOD
t
75 flOUTPUT
-hp- 3336 (DUT)
INPUT
75/50
50/7511 MINIMUM
SINE WAVE SOURCE
LOSS IMPEDENCE
MATCHING PAD
s
SI lE WAVE
OU TPUT
4-34
(5011)
Figure 4-11. Amplitude Modulation Envelope Distortion Equipment Set Up.
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Model 3336A/B/C
Performance Tests
4-33. Phase Modulation Linearity.
4-34. This performance test verifies that the -hp- Model 3336 meets the Phase Modulation
Linearity specification in Table 4-1.
Specification:
The phase shift of the main signal, caused by the phase modulation input voltage, will
be linear within .5Wo of the peak to peak phase deviation, compared to a best fit
straight line.
Required Equipment:
dc Power Supply
dc Voltmeter
Electronic Counter
75 ohm Feedthru Termination
-hp- Model 62l6A
-hp- Model 3455A
-hp- Model 5328A
-hp- Model 110948
a. Connect the equipment as shown in Figure 4-12.
Set the 3336 controls as follows:
FREQUENCY
OUTPUT
AMPLITUDE
PHASE MODULATION
1 MHz
75 ohm
+ 7.00 dBm
ON
Set the electronic counter controls to measure the average time interval between input
A and input B (T.I. AVG AB). Set the number of intervals averaged to 106.
Set the power supply voltage to - 5.000 V, ± .002 V. Use the dc voltmeter to adjust
this voltage as precisely as possible. This is the first voltage (xo) from the following list:
'co= 5.000v
= 4.000V
X2 = 3.000V
X3 = 2.000V
X4
1.000V
= 0.000 V
X6 = 1.000V
X7 = 2.000V
X6 = 3.000 V
X9 = 4.000 V
xio = 5.000 V
It may be easier to obtain an accurate 0.000 V by disconnecting the power supply and placing
a short across the 3336's Phase Modulation input.
With the RPG, modify the phase of the 3336's main output until the electronic counter
measures a time interval of 200 ns ± .5 ns. To achieve this accuracy, the final phase increments must be in .10 steps.
Without changing any other controls, set the dc power supply to the next voltage from
the list in Step d. The voltages listed in Step d must be used in sequence and must be accurate
to within .002 V.
Record the time interval (Tn) in column "T" of the work sheet at the end of this procedure.
4-35
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Model 3336A/R/C
Performance Tests
h. Repeat Steps e thru g until time interval measurements have been taken for each
voltage listed in Step d. The repeating sequence is:
Set the time interval to 200 ns.
Increment the dc voltage by i V.
Record the new time interval on the work sheet.
i. Each value entered in column "T" is the incremental time interval for a i volt input
step, plus 200 ns. The accumulative time interval is the sum of all the preceeding incremental
time intervals, less 200 ns per time interval. Find the accumulative time intervals.(ypj and
enter the results in column "C", and in the "Measured Results" column on the Performance Test Record. If, for example, all the incremental time intervals are 700 ns, the accumulative time intervals would be:
0, 500 ns, 1000 ns, 1500 ns, . . . 5000 ns
j. Total all the entries in column "C".
k. Multiply the corresponding entries in column "A" and column "C" together and
enter the results to 5 decimal places in column "D".
1. Total all the entries in column "D''.
The general equations to find the slope and y intercept for a "best fit straight line'' are
rather involved, however, in this particular procedure they reduce to:
D
b=
C
Using the values for C and D from the work sheet and the formula from the previous
step, compute values for m and b.
Using the formula y = mx + b, with the specific values m and b just found, compute a
value y for each x recorded in column "A". Enter the results in the "Specification" column
on the Performance Test Record.
Take the last entry in the "Specification" column and multiply it by .005. Enter this
number in all the spaces in the "Tolerance" column.
In order for the 3336 to pass this performance test, the "Measured Results" must
equal the corresponding "Specification", plus or minus the "Tolerance".
4-36
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Performance Tests
Model 3336A/B/C
DC VO LT ME TER
Dc SUPPLY
PHASE
MODULATION
INPUT
-hp-3336
MHz
RE F O UTPUT
g
_IJ
-J
-j
_J
-.4-4_J J J
_j_j_J_J_J
g°
COUNTER
o]
i
i
t
75(1
OUTPUT
75(1 FEEDTHRU
TERMI NATION
T
Figure 4-12. Phase Modulation Linearity Equipment Set Up.
4-35. X Drive Linearity.
4-36. This performance test verifies that the -hp- 3336 meets the X Drive Linearity specification in Table 4-1
-
Specification:
The X Drive ramp will be linear within .1% of the final ramp votage, from 10% to
90%, compared to a best fit straight line.
Required Equipment:
System Voltmeter
BNC to Triax Adapter
-hp- Model 3437A
-hp- Part No. 1250-0595
Connect the equipment as shown in Figure 4-13.
Set the system voltmeter controls as follows:
RANGE
NUMBER OF READINGS
TRIGGER
10 V
Ext
NOTE
The -hp- 3437A triggers on the negative going edge of the 3336's Z
Blank signaL This occurs at the start of each sweep up.
Starting with the 3336 in its ''turn on" condition, set the Sweep Time to .01 seconds
and press the CONT key.
4-37
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Model 3336A/B/C
Performance Tests
Set the system voltmeter delay to each of the following times (xn). For each delay time,
record the voltage reading (yn) in column C of the work sheet at the end of this procedure
and on the Performance Test Record in the "Measured Results" column. In both places,
record this voltage to 2 decimal places.
= .00ls
x3 = .004s
x = .002s
X4 = MOSs
X6 = .007s
X7 = .008s
X2 = .003s
x
= .006s
x = .009s
Total all the entries in column "C".
Multiply the corresponding entries in column "A" and column "C" together and enter
the results to 5 decimal points in column "D".
Total all the entries in column "D".
The general equations to find the slope and y intercept for a "best fit straight line" are
rather involved, however, in this particular procedure, they reduce to:
b = .527778C - 83.333D
m = 16,667D - 83.333C
Using the values for C and D from the work sheet and the formula from the previous
step, compute values for m and b.
Using the formula y = mx + b, with the specific values m and b just found, compute a
value y for each x recorded in column "A". Enter the results in the "Specification" column
on the Performance Test Record.
In order for the 3336 to pass this performance test, the "Measured Results'' must
equal the corresponding "Specification", plus or minus the "Tolerance".
-hp-3336
z- BLANK
OUTPUt
(DUT)
o -zj
oo
00
_li
-J_J
_i_---J-J
i
- -il--J
---------L
L)
x-DRIVE
OUTPUT
SYSTEM VOLTMETER
00000
EXT
-
TRIG
INPUT
BNC TO TRI AX
ADAPTER
Figure 4-13. X-Drive Linearity Performance Test Equipment Set Up.
4-38
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Model 3336A/B/C
Performance Tests
4-37. Integrated Phase Noise.
4-38. This performance test verifies that the -hp- 3336 meets the Integrated Phase Noise
specification in Table 4-l.
Specification:
3336A/B: >72 dB for a 3kHz band centered 2 kHz either side of the 3336 carrier.
3336C: >60 dB for a 30 kHz band centered on the 3336 carrier, excluding 1 Hz about
the carrier.
Required Equipment:
Low Phase Noise Synthesizer
Mixer
-hp- Model 3335A
-hp- Model 10534A
TT Electronics, Model J903
-hp- Model 3455A
-hp- Model 400FL
1 MHz Low Pass Filter
dc Voltmeter
ac Voltmeter
75to 50 ohm Minimum Loss Impedance
Matching Pad
-hp- Model 85428E
50 ohm Feedthru Termination
-hp- Model I 1048C
15 kHz, noise equivalent, Low Pass Filter, consisting of:
Resistor: 10 k ohm
-hp- Part No. 0757-0340
Capacitor: 1600 pF
-hp- Part No. 0160-2223
Connect the equipment as shown in Figure 4-14. Make sure that the frequency
references of the 3336 and the reference synthesizer are locked together.
Set the reference synthesizer controls as follows:
FREQUENCY
AMPLITUDE
Set the 3336 (DUT) controls as follows:
FREQUENCY
AMPLITUDE
20.001 MHz
+ 7.00 dBm
20 MHz
+ 2.7 dEm (75 ohm)
Record the ac voltmeter reading, using the dB scale (Vref).
Change the reference synthesizer's frequency to 20 MHz.
Disconnect the ac voltmeter and connect the dc voltmeter in its place.
Modify the phase of the 3336's output, using the Tuning control in the Modify group,
until the dc voltmeter reads O V, ± 10 mV.
Disconnect the dc voltmeter and reconnect the ac voltmeter.
Record the ac voltmeter reading, using the dB scale (Vnoise).
4-39
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Model 3336A/B/C
Performance Tests
Using the following formula, compute the integrated phase noise of the 3336:
Yref - Vnoise - 1.05 dB - 3 dB = integrated phase noise
NOTE
Subtract the 1.05 dB term in the formula above only if you are
using an averaging voltmeter. Do not subtract ¡.05 dB if you
are using a true rms meter.
Enter the result in the Performance Test Record and compare it to the specification
(>60 dB).
hp-3336
AC VOLTMETER
r
nio1
z° Loo000J
_LJJ
JJ u
_j__J_J
-J
-J
-J
-
-J_j-J_j_J
750
_J__j_j_J_J
- 75to 500. MINIMUM LOSS
EXT REF
IMPEDANCE MATCHING PAD
IN
1MHz
lOK
,c7&. ww
'<Y FILTER
1600
L
pF
REFERENCE SYNTHESIZER
50(1
REF
OUTPUT
FEEDTHRU
5011
t-
TERM NATION
DC VOLTMETER
Figure 414. Integrated Phase Noise Equipment Set Up.
4-40
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Phase Modulation Work Sheet
A
B
xo=
5
=
4
T
(x)2=
25
T0=
=
16
T1 =
(x1)2
C
200
D
Yi
3
(x2)2
=
9
T2 =
Y2
X4
=
2
1
(x3)2
(x4)2
=
=
4
I
T3
'F4
=
y3
=
O
=
=
=
=
=
+1
+2
+3
+4
+5
(x6)2
(x7)2
(x8)2
(x9)2
=
=
=
=
(x10)2 =
i
4
9
16
25
2ns)
3Y2=
yj + T2 2ns)
2)'3 =
=
Y? + 13
2ns)
14
200ns)
I34 =
=
(y
O
=y0+T
=
(y2
=
Y3 +
T5=
'F6 =
T7 =
T8 =
T9 =
T10 =
0y5=
Yo
y7
Y8
y
0
4y1 =
=
(y1
=
5Yo=
O
Yo
O
T5 - 2ns)
(y5
Y4 +
(Yo
Y + T8 - 200ns)
(y
y6 * T,
2ns)
(Yg = Y7 -f- 18
200fb)
(y9
200fb)
1Yo =
=
=
=
=
3Y8 =
=
=
y8 -f- T9
Yio =
5Yio =
(y10y9-f-Tj0--2ODns)
0
B=
110
C=
4-41
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XDrive Linearity Work Sheet
A
D
C
B
00ly
=
=
.001
(x0)2 =
.000001
yo =
=
.002
(x1)2 =
.000004
Yi =
=
=
.003
(x2)2 =
.000009
Y2 =
003Y2 =
x3 =
.004
(x3)2 =
.000016
y
=
.005
(x4)2 =
.000025
Y4 =
.005y4 =
=
.006
(x5)2 =
.000036
y=
.006y5
=
.007
(x6)2 =
.000049
Y6 =
007Y6 =
=
.008
(x7)2 =
.000064
y, =
.008y7 =
=
.009
(x8)2 =
.000081
y8 =
.009Yg =
A=
.045
=
.000285
C=
B
=
.004y3
D
=
=
=
4-42
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PERFORMANCE TEST RECORD
HEWLETT-PACKARD MODEL 3336A/B/C
Tested By:
SYNTHESIZER/LEVEL GENERATOR
Location:
SERIAL
Date:
NO.
FREQUENCY ACCURACY (4-121
c 20 000 1 00 Hz (should pass for one year)
3336
19 999 900 Hz s
3336 with Option 004
19999999.0Hz s
C 20000001.0 Hz (should pass for one week)
ABSOLUTE AMPLITUDE ACCURACY 4-14)
Full Output - 9.99 dB
Full Output
3336A
75 ohm output
.6096 s
<
6166
.1930 s
C
1952
1 50 ohm output
.4716 s
c
4770
.1493 s
C
1510
600 ohm output
1.7242 s
< 1 7441
.5459 s
C
5522
3336B
75 ohm output
.6096 s
<
6166
.1930 c
s
.1952
1 24 ohm output
.4288 s
-C
4337
.1357 s
C
1373
135 ohm output
.4474 5
C
4526
.1416 s
C
1433
600 ohm output
1.7242 s
C
1 7441
.5459 s
C
5522
50 ohm output
.6095 s
c
.6166
.1930 s
C
1952
75 ohm output
.6096 s
<
6166
.1930 s
C
1952
3336C
AMPLITUDE FLATNESS (4-16)
3336A
--
Reference Level
75 ohm
10Hz
100 kHz
1 MHz
10 MHz
20.9 MHz
+5.00
+ 5.00
+ 5.00
+ 5.00
+ 5-00
+ 5.00
150 ohm
10 kHz
100 kHz
1 MHz
2.09 MHz
+1.50
+1.50
+1.50
+1.50
200Hz
109kHz
+ 6.5
+ 6.5
Amplitude Setting
+
T.C. Error
3336 Flatness
+
ReferenceLevel
Amplitude Setting
+
T.C. Error
3336 Flatness
eOOohm
+
Reference Level
Amplitude Setting
+
T.C. Error
3336 Flatness
4-43
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33368
+
7sohm
Reference Level
10Hz
100kHz
1 MHz
10 MHz
20.9 MHz
+ 5.00
+ 5.00
+ 5.00
+ 5_00
+ 5_00
10kHz
100kHz
1 MHz
10.9 MHz
-t-1.50
-t-1.50
+1.50
+1.50
10kHz
100kHz
1 MHz
2.09 MHz
+1.50
+1.50
+1.50
+1.50
200 Hz
1 09 kHz
-t-6.50
+6.50
10Hz
100kHz
1 MHz
10 MHz
20.9 MHz
+ 8.50
+8.50
+8.50
+8.50
+8.50
10Hz
100kHz
1MHz
10 MHz
20.9 MHz
+ 5.00
+ 5.00
+ 5.00
+ 5.00
+ 5.00
Amplitude Setting
+
TC. Error
3336 Flatness
1 24 ohm
+
Reference Level
-
Amplitude Setting
*
TC. Error
3336 Flatness
135 ohm
+
Reference Level
Amplitude Setting
-t-
T.C. Error
3336 Flatness
600 ohm
+
Reference Level
-
Amplitude Setting
+
T.C. Error
=
3336 Flatness
3 33 6 C
+
Soohm
Reference Level
Amplitude Setting
+
T.C. Error
3336 Flatness
7sohm
+
Reference Level
Amplitude Setting
+
T.C. Error
3336 Flatness
4-44
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ATTENUATOR ACCURACY 14-18)
10 dB
1 MHz
10 MHz
20 MHz
vi
V2
20 log Vi/V2
+ Ref Attenuator Errors
= 3336 Attenuator Error
20dB
1MHz
10MHz
20MHz
vi
V2
20 log Vl/V2
+ Ref Attenuator Errors
= 3336 Attenuator Error
40 dB
1 MHz
10 MHz
20 MHz
vi
V2
20 log V1/V2
+ Ref Attenuator Errors
= 3336 Attenuator Error
70 dB
1 MHz
10MHz
20MHz
vi
V2
20 log V1/V2
+ Ref Attenuator Errors
= 3336 Attenuator Error
PHASE INCREMENT ACCURACY 14-201
Increment Size
+10
Lower Limit
Measured Time 1T2-Ti I
Upper Limit
s
222 ns
3.33 ns
-f- 10°
27.22 ne
s
26.33 ne
+ 1000
277.22 ns
s
s 278.33 ns
4-45
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ON CARRIER RETURN LOSS (4-22)
100kHz
3336A
10MHz
2.09 MHz
1 MHz
20.9 MHz
<-30
<-30
<-30
<-30
<-30
<-30
<-30
<-30
<-30
<-30
Soohm
<-30
<-30
<-30
<_25*
75ohm
<-30
<-30
<-30
<-30
7sohm
lSOohm
<-30
<-30
33 36 B
75ohm
l24ohm
<-30
<-30
<-30
333 SC
< -30 with Option 005.
BALANCE (4-25)
3336A
SPEC
1 50 ohm
> 36 dB
600 ohm
> 38 dB
300Hz
10kHz
50kHz
100kHz
2.09 MHz
3336B
124 ohm
> 30 dB
1 35 ohm
> 36 dB
600 ohm
> 38 dB
HARMONIC DISTORTION (4211
Fundamental Test
Largest Harmonic,
Frequency
Fast Leveling 0ff
Largest Harmonic,
Specification
Fast Leveling On
Specification
10Hz
<-35dB
30Hz
<-50dB
50Hz
<-60dB
10kHz
<-80dB
<-60dB
100kHz
<-60dB
<-60dB
1 MHz
<-60dB
<-60dB
6MHz
<-56dB
<-65dB
20.9 MHz
<-50dB
<-50dB
4-46
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10MHz
SPURIOUS SIGNAI (4-29)
Frequency
all specs: < - 70dB
Source
Frequency Synthesis Clock
1 00 kHz
1 MHz
Reference Output
2 MHz
OAC Clock
30 MHz
LO Feedthru
60 Hz
Power Line
120 Hz
Power Line
180 Hz
Power Line
1 kHz
API 1, ist sideband
2 kHz
API 1, 2nd sideband
3 kHz
API 1, 3rd sideband
4 kHz
API 1, 4th sideband
19-11 MHz
2:1 Mixer Spur
AMPLITUDE MODULATION ENVELOPE DISTORTION 4-31)
Specification: >30 dBc
Result
PHASE MODULATION LINEARITY (4-33)
Input Voltage
Specification
Tolerance
Measured Results
5V
4V
3V
2V
1V
0V
+1V
+2V
+3V
+4V
+5V
4-47
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X-DRIVE LINEARITY (4-35)
Specification (Tolerance)
Measured Results (Step dl
10%
± 0106V
Y0
20%
+ 0105V
Y1
30%
±0105V
Y2
40%
±0105V
Y3
50%
+0105V
Y4
60%
±0105V
Y5
70%
±0105V
Y6
80%
±0105V
Y7
90%
±0105V
Yg
INTEGRATED PHASE NOISE (4-311
Specification: >60 dB
Measured Result
4-48
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WARNING
I
Maintenance described herein is performed
with power supplied to the instrument, and pro-
tective covers removed. Such maintenance
should be performed only by service-trained
personnel who are aware of the hazards involved (for example, fire and electrical shock).
Where maintenance can be performed without
power appiled, the power should be removed.
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Model 3336A/B/C
Adjustments
SECTION V
ADJUSTMENTS
51. INTRODUCTION.
5-2. This section contains adjustment procedures required to make the -hp- 3336 meet its
specifications listed in Table 4-1. These adjustments should be performed after repair and
when the performance tests indicate a deficiency. To identify and locate the individual printed
circuit assemblies inside the -hp-3336, refer to Figure 5-2 on page 5-13/14.
5-3. The equipment required to adjust the -hp- 3336 is listed in each adjustment procedure
and in Table 4-2. Table 4-2 also gives the critical specifications for each piece of equipment.
Other test equipment may be substituted if it meets or exceeds these critical specifications;
however, the adjustment procedure may have to be modified slightly to account for the new
equipment. For this reason, the adjustment procedures are in general terms and in some
cases a discussion of the measurement technique is included.
5-4. If a series of adjustments must be performed, the order that they should be performed
in is the order they are given in this section. An adjustment may affect one or more of the
adjustments that follow it but should not affect those that precede it. It is recommended that
a 30 minute warm-up precede any adjustment unless otherwise noted.
Adjustment
Paragraph
Power Supply Voltage
30 MHz Reference Oscillator Frequency
Option 004, High Stability Frequency Reference
VCO Range
API Current Sources
API Spur
Multiplier Input and Output Offset
2:1 Mixer Spur
- 10.2 Vdc Reference Voltage
DAC Offset Voltage
Leveling Loop Amplifier Zero
Leveling Loop Bias
75 ohm Level Accuracy
Output Amplifier Flatness
124/135/150/600 ohm Level Accuracy
X Drive Final Voltage
5-5
5-7
5-9
5-li
5-13
5-15
5-17
5-19
5-21
5-23
5-25
5-27
5-29
5-31
5-33
5-35
55. Power Supply Voltage Adjustment.
5-6. This adjustment sets all three supply voltages within the operating tolerances of the
-hp-3336.
WARNING
A C Po wer line voltage s present at the rear panel and on the po wer
supply printed circuit board (A 2). When the front panel power
switch is in the STB Y (standby) position, line voltage is still applied to the instrument.
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5-1
Model 3336A/B/C
Adjustments
Required Equipment:
-hp- Model 3466A
dc Voltmeter
Measure the dc voltage at the - 15V test point on the A2 Power Supply printed circuit
board.
Adjust A2R22 until the voltage is 15V, ± 0.03V.
Measure the dc voltage at the + SV and + 15V test points. These voltages should be
+5V, ± 0.05V and + 0.03V, respectively.
If necessary, readjust A2R22 until all three voltages are within tolerance.
57. 30 MHz Reference Oscillator Frequency Adjustment.
5-8. This procedure sets the frequency accuracy of the 30 MHz Reference Oscillator to
within 5 parts per million.
Required Equipment:
Electronic Counter
75 ohm Feedthru Termination
-hp- Model 5328A
with Option 010
-hp- Model I 1094B
NOTE
The -lip- 3336 must be ON for at least 30 minutes before making
this adjustment.
If the -hp- 3336 is equipped with Option 004, disconnect the special BNC to BNC
adapter from the 10 MHz Oven Output and the Ext Ref Input.
Connect the 3336's 75 ohm output to the electronic counter using the 75 ohm Feedthru
Termination at the electronic counter's Hi Z input.
Set the 3336 output amplitude to + 7.00 dBm (maximum) and frequency to 20 MHz.
Adjust A3R30 until the counter reads 20 MHz as accurately as possible. The specification is 20 MHz, ± 100 Hz.
If necessary, reconnect the special adapter removed in Step a.
59. Option 004, High Stebility Reference Frequency Accuracy.
5-10. This procedure sets the frequency accuracy of the High Stability Frequency
Reference, Option 004, to within 1 part in 10 million.
Required Equipment:
Electronic Counter
75 ohm Feedthru Termination
-hp- Model 5328A
with Option 010
-hp- Model I 1094B
5-2
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Model 3336A/B/C
Adjustments
NOTE
The -lip- 3336 must be connected to acpowerfor at least 72 hours
before making this adjustment.
Make sure the special BNC to BNC adapter, supplied with Option 004, is connected
between the 10 MHz Ref Output and the Ext Ref Input, and that the EXT REF annunciator
is ON.
Connect the 3336's 75 ohm output to the electronic counter using the 75 ohm Feedthru
Termination at the counter's Hi Z input.
Set the 3336 output amplitude to + 7.00 dEm (maximum) and frequency to 20 MHz.
Set the electronic counter controls to resolve .1 Hz. On the -hp- 5328A, this may make
the counter overflow. This overflow condition does not affect the accuracy of the measurement, and the overflow digit may be determined by changing the resolution to 1 Hz.
Adjust A9R7 until the counter reads 20 MHz as accurately as possible. The specification is 20 MHz, ± 1 Hz.
If A9R7 does not have enough range, remove the access screw from the Coarse Frequency Adjustment on the Oven assembly.
Adjust A9R7 to mechanical center and then, using a non-conductive tool, adjust the
Coarse Frequency Adjustment until the counter reads 20 MHz as accurately as possible.
Replace the access screw and readjust A9R7.
5-11. Voltage Controlled Oscillator Rango Adjustment.
5-12. This adjustment sets the low frequency tune voltage to the VCO and checks the VCO
frequency versus tune voltage range.
Required Equipment:
dc Voltmeter
-hp- Model 3466A
With the -hp- 3336 in its turn-on condition, measure the dc voltage at test point
A2ITP11
Set the -hp- 3336 frequency to 60 MFIz. Using a non-conductive tool, adjust A21L162
until the voltmeter reads -3.00Vdc ± .05V.
Set the frequency to 10 kHz. The voltmeter should read 10V ±2V.
5-13. Analog Phase Interpolation (API) Current Source Adjustment.
5-14. This procedure adjusts the API current sources, reducing the corresponding API
phase modulation sidebands to their minimum value.
5-3
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Model 3336A/B/C
Adjustments
Required Equipment:
Spectrum Analyzer (low frequency)
ito i Probe
-hp- Model 3580A
-hp- Model 100078
Set the 3336 output frequency to 5 001 000 Hz.
Connect the spectrum analyzer to test point A2 1 TP il using a 1:1 probe.
Manually tune the spectrum analyzer to the 1kHz component. It may be necessary to
misadjust A21R76 to find this signal; however, once it is found, the analyzer will not have
to be retuned.
Adjust A21R76 until the i kHz signal is at its minimum amplitude.
Change the 3336 frequency to 5 000 100 Hz.
Adjust A21R74 until the i kHz signal is at its minimum amplitude.
Change the 3336 frequency to 5 000 001 Hz.
Adjust A21R88 until the 1 kHz signal is at its minimum amplitude.
The current sources that have been adjusted are API 1, API 2, and API 4. API 3 and
API 5 are not adjustable.
5-15. Analog Phase Interpolation (API) Spur Adjustment.
5-16. This procedure minimizes the API 100 kHz spurs.
Required Equipment:
synthesizer
impedance matching pad
spectrum analyzer
DVM
1 MHz low pass filter
-hp- Model 3335A
-hp- Model 85428B
-hp- Model i4lT/ 8552B/8553B
-hp- Model 3466A or
-hp- Model 3455A
TT Electronics Inc.
Model J903
Set up the 3335A as follows:
amplitude
frequency
+ 7.00 dBm (75 ohm output)
20 MHz
Set up the 3336 as follows:
amplitude
frequency
- 10 dBm
20 MHz
Connect the DVM and adjust the phase of the 3336 to obtain O volts ± 10 mV at the
output of the filter, as shown in the following figure.
5-4
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Model 3336A/B/C
EXT REF
i
Adjustments
-hp-3336
SPECTRUM ANALYZER (LOW FREQ.)
HI-z
75fl OUTIJT
i
75/Son
MIN LOSS
IMPEDENCE MATCHINO PAD
R
MHz
LOW PASC
FILTER
'I
DC VOLTMETER
REFERENCE SYNTHESIZER
EXT
REF
OUT
i
Son
Figure 5-1. API 100 kHz Spur Adjustment Set Up
NOTE i
This adjustment procedure applies only to newer -lip- 3336s with
the A21 Frequency Synthesis board, not the original Al board. On
the old Al assembly, R107 is not adjustable.
NOTE 2
Although A21TPI1 is used as a monitoring point in the previous
adjustment (API Current Source Adjustment), paragraph 5-13), it
cannot be used with this adjustment set-up because the
141 T/8552B/8553B has a 50 2 input only.
Set up the spectrum analyzer as follows:
range.
center frequency
scan width
bandwidth
scan time
video filter
ref level
0- 11 MHz
100 kHz
20 kllz/div
3 kHz
IO msec/div
IO kHz
40 dBm
Misadjust A21R107 until the 100 kHz spur is clearly visible.
Zoom in on that spur by adjusting the center frequency and scan width then the bandwidth and scan time until the analyzer is adjusted to:
center frequency
scan width
bandwidth
scan time
- 100 kHz
0 1 kflz/div
0 03 kHz
0 2 sec/div
5-5
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Adjustments
Model 3336A/B/C
Switch the 8552B to manual scan mode and adjust the manual scan until the beam is
on the spur.
Switch the 141T to non-storage
Adjust A21R1O7 to minimize the spur.
Return the analyzer to storage and internal sweep modes to make certain that the beam
was centered on the spur.
It will not be possible to get the spur down into the noise floor, but it should be possible
to get it down in the area of - 60 dBm.
5-17 Multiplier Input and Output Offset Adjustment.
5-18 This procedure optimizes the balance of the voltage multiplier IC (A3U11).
Required Equipment:
oscilloscope
function generator
50 ohm feedthru termination
-hp- Model 1740A
-hp- Model 3312A
-hp- Model I 1048C
Set the -hp- 3312A as follows:
Range
Dial
Offset
Amplitude
Ampl Vernier
Sym
Function
1 kHz
Cal
xIO
Center
Cal
Square Wave
Set the -hp- 1740A as follows:
Channel
Volts/Div
Main Trig
Time/Div
DC
A
0 05V
Ext
O 2msec
Coupled
Set the -hp- 3336A/B/C as follows:
Frequency
Amplitude
10 kHz
7 00 dB
Connect +SVdc to the rear panel AMPTD MOD input on the 3336.
Remove cable W23 on the A3 assembly.
Connect the 3312A 50 ohm output to J23.
5-6
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Model 3336A/B/C
Adjustments
Monitor A3 TP4 with the oscilloscope and a 10:1 scope probe.
Press AM ON (press blue button, then STORE O-9 button).
Adjust A3R69 for minimum modulation.
Disconnect the + 5Vdc source from the 3336 AMPTD MOD input.
Disconnect the 3312A from A3J23 and connect it to the AMPTP MOD input on the 3336.
1. Connect the 50 ohm feedthru termination to A3J23.
Adjust A3R33 for minimum modulation and adjust A3R68 for OVdc.
Disconnect the 3312A and the 50 ohm termination from the 3336 and reconnect cable W23
5-19. 2:1 Mixer Spur Adjustment.
5-20. This procedure minimizes the 2:1 intermodulation products of the mixer. The 2:1 spur
is a product of the second harmonic of the VCO and the reference fundamental.
Required Equipment:
impedance thatching pad
spectrum analyzer
-hp- Model 854288
-hp- Model l4lT/8553B/8552B
Set the 3336 as follows:
Frequency
Amplitude
Output
10 MHz
2.99 dBm
75 ohm
Set the l4lT/3583B/8582ß as follows:
Range
Center frequency
Scan time
Bandwidth
Scan width
Input attenuation
Log ref level
Video filter
0- 11 MHz
10 MHz
1 msec/div
30 kHz
0 05 MHz
O dB
- 10 dB 10 dB/div
10 kHz
Connect the impedance matching pad between the 75 ohm output on the 3336 and the
spectrum analyzer's input.
Adjust the center frequency of the spectrum analyzer to center the signal and adjust
the log ref vernier to achieve a O dB signal.
5-7
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Model 3336A/B/C
Adjustments
while maintaining the signal in the center of the screen, adjust the spectrum analyzer
as follows:
Bandwidth
Scan width
Scan time
Video filter
0 3 kHz
2 kHz/div
1 sec/div
10 Hz
Program the 3336 to 20 MHz and set the log ref level on the spectrum analyzer to - 30 dB.
Switch the spectrum analyzer to manual scan mode and move the beam to the 10 MHz
spur in the center of the screen, then switch to non-storage.
Turn on PHASE entry with MODIFY at 1° on the 3336.
Adjust the phase through 360° and find the worst case spur.
Adjust A3R 115 to minimize the worst case spur. Adjust the phase through a full 360°
again and make sure that the worst case is <50 dB on the screen (<70 dB below the signal).
5-21. 10.2 Vdc Reference Voltage Adjustment.
5-22. This procedure sets the dc reference voltage used in the DAC and the leveling loop.
Required Equipment:
dc voltmeter
-hp- Model 3455A
Connect the dc voltmeter to test point A4TP208.
Adjust A4R269 until the dc voltage at test point A4TP208 is - 10.202V, ± .001V.
5-23. Digital-to-Analog Converter (DAC) Offset Voltage Adjustment
5-24. This adjustment compensates for the offset voltage in the DAC.
Required Equipment:
dc voltmeter
-hp- Model 3455A
Connect the dc voltmeter to test point A4TP AMPL.
Set the output amplitude to maximum (+ 8.76dBm, 50 ohm output or + 7.00 dBm,
75 ohm output).
e. Adjust A4R40 (located between A4J4 and A4J9 - labeled DAC OS) until the dc voltmeter
reads +10.000V, ±lmV.
5-25 Leveling Loop Amplifier Zero Adjustment.
5-26. This adjustment compensates for the voltage offsets of the leveling loop amplifier.
Required equipment:
oscilloscope
-hp- Model 1740A
S-8
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Model 3336A/B/C
Adjustments
Remove cable W24 from A4J24.
Place jumper A4TP207, located midway between A4J2 and A4J23, in the test position
(away from the A3 assembly).
Place switches A4SI and A4S2, located beside A4J2, to the test position (away from
the A3 assembly).
Connect an oscilloscope probe to A4TP AMP ZERO, located beside A4SI.
Set the 1740A in the the ground mode with .005 volts/div and adjust the vertical posi-
tion so that the trace is on the zero reference line in the center of the screen.
Put the oscilloscope in the dc mode and adjust A4R208 (labeled AMP ZERO - located
beside A4J23) for zero dc offset at A4TP AMP ZERO.
Return switches A4S1 and A4S2 and jumper A4207 to their normal positions.
5-27. Leveling Loop Bias Adjustment.
5-28. This procedure balances the bias current to the thermal converter.
Required Equipment:
Oscillscope
-hp- Model l740A
NOTE
The 3336 must be on for 30 minutes before making this adjustmen t.
Remove cable W24 from A4J24.
Ground test point A4TP2OI.
Connect the oscilloscope to test point A4TP AMP ZRO.
Set the oscilloscope to dc coupled, zero center, and i volt/div.
Adjust A4R212 (located between A4J40 and A4TP207) to center the signal and maintain it at the center of the screen.
Increase the sensitivity of the oscilloscope and readjust A4R212.
Repeat Step f until the oscilloscope is set at .005 Volts/div and the trace remains on
the screen for at least 5 seconds.
Remove the short from A4TP2ØI and reconnect W24.
5-29. 75 ohm Output Level Accuracy Adjustment.
5-30. This adjustment sets the absolute amplitude accuracy of the unbalanced outputs by
accurately setting the minimum and maximum values of the amplitude's dynamic range.
5-9
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Model 3336A/B/C
Adjustments
These values are set by adjusting the dc offset and gain of the amplitude reference amplifier.
Required Equipment:
ac voltmeter
50 ohm feedthru termination
75 ohm feedthru termination
75 ohm cable
-hp- Model 3455A with Option 001
or -hp- Model 3490A
-hp- Model 1 1048C
-hp- Model 1 1094B
NOTE
The 3336 must be ON 30 minutes before attempting this adjustment.
Connect the ac voltmeter to one of the unbalanced outputs, using the proper feedthru
termination at the voltmeter's input.
Set the output amplitude to - 2.99 dBm using the 75 ohm output. Set the frequency
to 10 kHz.
Adjust A4R259 until the ac voltmeter reads .1941 Vrms, ± .5 mV.
Set the output amplitude to + 7.00 dBm.
Adjust A4R261 until the ac voltmeter reads .6130 Vrms, ± I mV.
Repeat Steps b thru e until both voltages are within their tolerances. Go to Step h if it is
not possible to set these voltages.
Set the output amplitude to + 3.00 dBm.
The ac voltmeter should read .3868 Vrms, + I mV. If this voltage is out of tolerance,
perform the following adjustments and ther try this adjustment again.
Multiplier Input and Output Offset (5-17)
- 10.2 Vdc Reference Voltage (5-21)
DAC Offset Voltage (5-23)
Leveling Loop Amplifier Zero (5-25)
Leveling Loop Bias (5-27)
5-31. Output Amplifier Flatness Adjustment.
5-32. This adjustment optimizes the ac feedback in the output amplifier, insuring the flattest
possible frequency response.
Required Equipment:
oscilloscope
50 ohm feedthru termination
75 ohm feedthru termination
-hp- Model 1740A
-hp- Model 1 1048C
-hp- Model 1 1094B
5-10
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Model 3336A/B/C
Adjustments
Set the -hp- 3336 controls as follows:
Active Output
Amplitude
Sweep Start Frequency
Sweep Stop Frequency
50 or 75 ohm
Max (+ 7.00 dEm, 75 ohm)
1 MHz
20.9 MHz
0 01 seconds
Linear
ON
Sweep Time
Sweep Type
Fast Leveling
Connect the oscilloscope to test point A4TP203 using an ac coupled 10 to 1 probe.
Adjust A4C109, using a non-conductive tool, until the error voltage is reduced to its
minimum peak to peak amplitude with no discontinuities.
5-33. 124/135/150/600 ohm Output Level Accuracy Adjustment.
5-34. These adjustments set the absolute amplitude accuracy of the balanced outputs.
NOTE
Perform the 75 ohm Output LevelAdjustment before adjusting
these output levels.
Required Equipment:
ac voltmeter
termination resistors
124 ohm, 3336B only
135 ohm, 3336B only
150 ohm, 3336A only
600 ohm, 3336A and 3336B
-hp- Model 3455A with Option 001
or -hp- Model 3490A
-hp- Part No. 0698-6284
-hp- Part No. 0698-5 197
-hp- Part No. 0757-0715
-hp- Part No. 0698-5405
NOTE
The 3336 must be ON for 30 minutes before attempting this adjustment.
Terminate a balanced output with the corresponding termination resistor.
Connect the ac voltmeter to the terminated output.
Activate the output and use the following table to determine:
the -hp- 3336 amplitude setting
the -hp- 3336 frequency setting
the component to adjust
the ac output voltage to adjust to
the ac output voltage tolerance
5-11
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Model 3336A/B/C
Adjustments
Output
124 ohm
135 ohm
150 ohm
600 ohm
Freq.
Setting
Amplitude
Setting
Component
To Adjust
Output
Voltage
Voltage
Tolerance
50 kHz
50 kHz
+ 1.76 dBm
+ 1.76 dBm
.4312
± i mV
+1.76dBm
+7.00 dEm
.4500
.4743
± 1 mV
50kHz
A4R257
A4R255
A4R257
A4R256
10 kHz
1.7341
±1 mV
±7.4 mV
e. Repeat Steps a thru e until all of the unbalanced outputs have been adjusted.
5-35. X Drive Final Voltage Adjustment.
5-36. This adjustment sets the final voltage of the X drive ramp to + 10.5 Vdc.
Required Equipment:
dc voltmeter
-hp- Model 3466A
Connect the dc voltmeter to the -hp- 3336 X Drive output.
Starting with the -hp- 3336 in turn-on condition, set the Sweep Time to .999 seconds.
e. Press the -hp- 3336 SINGLE key twice. The first actuation resets the sweep to the start
conditions and the second starts a single sweep.
At the end of the sweep, the dc voltmeter should read + 10.5 Vdc, ± .05 V. If the
voltmeter reads less than + 10.5 Vdc, adjust A4R6 slightly clockwise. If the voltmeter reads
more than + 10.5 Vdc, adjust A4R6 slightly counterclockwise.
NOTE
The voltmeter will not respond directly to the adjustment of
A4R6. The effect of the adjustment can only be seen after another
single sweep.
Press the SINGLE key twice to execute another single sweep.
Readjust A4R6 and execute single sweeps as necessary until the end voltage is + 10.5
Vdc, ± .05 V.
Check the decay rate of the X Drive voltage. The final voltage should decay at less than
10 mV/second.
5-12
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Model 3336A/B/C
Adjustments
A9
L A5/A1 5/A25
i
Bottom View
(BEHIND FRONT PANEL)
Figure 5-2. Location of Printed Circuit Assemblies.
5-13/5-14
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Model 3336A/B/C
Replaceable Parts
SECTION VI
REPLACEABLE PARTS
6-1. INTRODUCTION.
6-2. This section contains information for ordering replacement parts. Table 6-3 lists parts
in alphanumeric order of their designators and indicates the description, -hp- Part Number
of each part, together with any applicable notes, and provides the following:
Total quantity used in the instrument (Qty column). The total quantity of a part is
given the first time the part number appears.
Description of the part. (See List of Abbreviations in Table 6-1.)
Typical manufacturer of the part is a five-digit code. (See Table 6-2 for List of
Manufacturers.)
Manufacturer's part number.
6-3. Miscellaneous parts are listed in Table 6-3 following their respective assemblies.
General miscellaneous parts are listed at the conclusion of Table 6-3.
6-4. ORDERING INFORMATION.
6-5. To obtain replacement parts, address order or inquiry to your local Hewlett-Packard
Field Office. (See List of Office Locations at the end of this manual.) Identify parts by their
Hewlett-Packard part numbers. Include instrument Model and serial numbers.
6-6. NONLISTED PARTS.
6-7. To obtain a part that is not listed, include:
Instrument model number.
Instrument serial number.
Description of the part.
Function and location of the part.
6-8. PROPRIETARY PARTS.
6-9. Items marked by a dagger (t) in the reference designator column are available only for
repair and service of Hewlett-Packard instruments.
6-10. PRINTED CIRCUIT ASSEMBLIES.
6-il. Printed circuit assemblies are listed in Table 6-3. An itemized parts listing of each
assembly is located in the service group associated with each printed circuit assembly.
6-i
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Model 3336A/B/C
Replaceable Parts
6-12. ATTENUATOR EXCHANGE PROGRAM.
6-13. The repair of the attenuator used in the -hp- 3336 with Option 005 is not easy and is
best done at the factory by experienced personnel. Furthermore, the equipment needed to
verify the attenuator accuracy after it is repaired is expensive and not always immediately
available. For these reasons an exchange program has been established that allows the
customer to trade his bad attenuator for a fully certified rebuilt attenuator at a reasonable
cost. For more information, contact your nearest -hp- Sales and Service Office and ask
about the Blue Stripe Exchange program. A list of Sales and Service Offices can be found at
the back of this manual.
Table 6-1. List of Abbreviations.
ABB&010U°N3
Ag
Al
slice,
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log
OPAl'd0011ie-poietittgif-tlttOttltttA
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stogIe-gAit slngie-IÍT,000
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tetepetatote cot
ftlatTlotttt abside
toggle
1102
tog
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peak Itcttst cohobe
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Manutntur.r N.m.
01121
01295
Allen-Bradley Co.
Texas Instr Inc Semicond Cmpnt Div.
RCA Corp Solid State Div.
KDI Pyrofilm Corp.
Motorola Semiconductor Products
Fairchild Semiconductor Div.
TRW Inc Burlington Div.
Sprague Elect Co, Semiconductor Div.
Signetics Corp.
Mepco/Electra Corp.
Emcon Div. ITW
Transitron Electronic Corp.
Corning Glass Works IBradlordl
Varadyno Inc.
National Semiconductor Corp.
Hewlett-Packard Co. Corporate Hq.
Intersil Inc.
Boums Inc. Trimpot Prod, Div.
Advanced Micro Devices Inc.
Centra Engineering Inc.
Sprague Electric Co.
Electro Motiva Corp. Sub IEC
Johnson E F Co.
TRW Inc. Philadelphia Div.
Littelfuse Inc.
TRW Capacitor Div.
Dale Electronics Inc.
01928
03888
04713
07263
07716
13606
18324
19701
20932
24046
24546
26654
27014
28480
32293
32997
34335
51642
56289
72136
74970
75042
75915
84411
91637
cable
socket
fatgpbglde,
tatoftoldet
yet000t k
Table 6-2. Code List of Manufacturers.
Ne.
tetettttobsteip
U
teslstotipacki000005tttbbe,Ttgttboik,pttotooeii,ttt
Addr.s.
Milwaukee, WI 53204
Dallas, TX 75222
Somerville, NJ 08876
Whippany, NJ 07981
Phoenix, AZ 85062
Mountain View, CA 94042
Burlington, IA 52601
Concord, NH 03301
Sunnyvale, CA 94086
Mineral Wells, TX 76067
San Diego, CA 92129
Wakefield, MA 01880
Bradford, PA 16701
Santa Monica, CA 90404
Santa Clara, CA 95051
Palo Alto, CA 94304
Cupertino, CA 95014
Riverside, CA 92507
Sunnyvale, CA 94086
Stato College, PA 16801
North Adams, MA 01247
Willimantic, CT 06226
Waseca, MN 56093
Philadelphia, PA 19108
Des Plaines, IL 60016
Ogallala, NE 69153
Columbus, NE 68601
6-2
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
Table 6-3. Replaceable Parts
g::r;
rr
g Qty
42
03325.66502
i
42Cl
otoo-jsoa
a
o2C2
A?C3
spCs
¡pOS
0160.3508
0160.3558
0080.3558
0180_263!
&PCÖ
0160.3508
0080.0309
0180.2635
0180.4600
0060.3841
A?C7
*208
47Cc
»CII
2
2
0
2
I
412Ci6
0060.3847
0480.2823
I
82Cl,
*200.
0080.0423
0180.0023
A2C19
A2C20
0180-3008
0180-2823
»CR1
47CR,
42Cc!
1401.066?
1801.0662
1801.0662
1801.0662
902.0025
A2CR7
1902-3214
42090
4,098
POero SUPPLY P.C. &SSE*4LY
28480
03325.66502
COPACI708.rxD ti, +80.20% 5000e CEP
e*P*CjtOP.Fo3 OUF *80-20% 50s00 CEP
CAP&C!t0P.F0D lu, s-20% 50400 CEP
CAP0C0TOP.oD our 4.20% 50000 CEP
28880
28480
28480
28480
28480
l60-35O8
0160.3508
0060.3558
0060.3558
0180.2635
CAP0tfl04.F000 lu' .80-20% 50000 CEP
CAP4C3100.FID 4.IUF4.200 I 0000 TA
28480
56284
28480
28480
0080-3508
C*PAC010P.FoO 1000UF.!0-30% 35000 AL
i
0080.0508
0160.4571
42CR0
Mf r Part Number
CAPICITOP.FAD IO0IIUF+50_lo% 35000 41.
420,0
*?Ci 2
42Cl j
42Cl!
Description
0o.o7oi
2
1
0
0
0l803!47
C400CITO4_rID
UF .80.201 500000 CEP
CAP007TOP.F00 .1uF .80-20% 50oC CEP
CA0000TOO.Fpfl 6.AuF,?0% 8,000 T
CAPACITDP.F4r' .00SuF 4.200 S000C CEP
0424103004.FoL, OTOijF,S0-100 8.8000 IL
28080
28480
56289
28480
28480
0160.3508
01604571
150068500006*2
CA000110p-FoD I00Li,50.l0% 25000 4L
CAP*C1000a00 000uF,so.' 0% 25000 AL
28080
28480
0180.0423
0080.0423
0100E.PnR PECT 100V 64
DI000.PoP PECT 000 6*
01000.00 RECT 1000 60
DIODE-P.R REtI 0000 6*
0100E.ZNP 00 5% DO-0 8D'.0
0
5
0000C.S.ITCHIi.G 30V SOMA ?N5 DO-3!
I
DIODE-lOP INS?! 6.20 5% 30.7 PD.4,
020012
5
0
1401.0iO40
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470013
1901.00"o
1901.0000
0900.0508
4?C0014
4?Coi 5
87Ci 6
1401.0040
I
8
i
A2CR17
A2CR18
1901-0535
1901-0518
47F?
211.0.0702
I
47»
1200_0861
2
71
2I-I
lOP?
4pl
4740
4,05
4708,
4?07
4'OR
LoOp
4o310
1
I 200.0661
07W3
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4785
soRT
0284
A2R10
»Pl.
791,
APR14
A2R15
254?! UI
SOÇKEI.05T9 3.0001
SDCIET.0STP 3-CooT
1902-3214
0400-0040
1N825
lqoI-000
i901.00"o
1901-0040
0
0I0Sl 8
1901-0040
1901-0535
1901-0518
75905
303.500
78480
28480
1200.0661
0200-0660
00o.o745
I
RELAY IC 6ODC-Corl.
28480
0490.0745
9000.3807
i
t01L.L0 lION" 5% 3.50 l5500.37513.000
29480
9I0-3807
1251.3638
1251.37S0
0258.3750
1250.4248
2
CONNECTOR 6-PIN M ROST OPE
CONNECTOR I0.PrN M POST TYPE
CONNECTOR
0-PIN
POST ToPE
CONNECTOR 3-PIN M POST TOPE
25480
28484
28480
28480
1251-3838
1251.3750
0250-3750
1250-4246
TRANSISTOR NON 5j 80.2008+ F1.350MH2
TRANSISTOR P9P 204907 50 P0.?RO'N*
TRANSISTOR OPO SI 80.350M, rT.3008M2
TRANSISTOR PNP p'j0917 SI P0.2008*
TR4NSISTOP NRO SI 00.3500, FT.3004H0
28480
04703
07263
04703
1854-0094
204007
?N3900
204907
203904
I
I
0854.0094
0853.0089
0554.0215
1553.0059
I
3
2
I54-42t5
854.0070
O
'854.0692
i
0757.0283
0757.0283
0683.2035
0511.2546
0683.3975
2
2
0811-0548
0757.04141
£2919
0757.0480
0683.5125
0683.2705
0698.6390
lSSo-00yI
RESISTOR 2k lt
24546
2548
CA.1/8.T0.2000.F
C4.l15.00.2001.F
00020
C82035
01121
083925
25+. F TC.0,.I4o
1 .0254 F 00.0,-too
RESISTOR 20k 5% .25t FC TC..Aoonaoo
RESISToR .56 5% .5+ 0 OCuo+.30o
PESISTOP 3_9k 5% .25+ FC TCì.48001+70o
2
RESISTOR
080
I
I
0% .025' F 00.0+-loo
25
28480
C TCU.40015600
RESISTOR 470 50 .25+ FC Tc.400,,600
RESISTOP 0.5« 5% 25t FC TC..400/.700.
RESISTOR lOO 5% .25+ FC TC..400/+Soo
RESISTOR 130 1 /.
I
I
I
I
I
2
24546
24546
01121
00121
RESISTOR 20K 5% 25* Fc 'C'-400,+800
RflI5TOA II 51 2S+ FC 10.-400/4600
ROSESTOR 1k 5%
4
'5002
It ;125. F tC.0+.100
RESISTOR .47 5% 5W
1
0683.1025
06P3.4715
0883.1525
0683.1015
0757-0404
25a80
04703
07263
I
2
f7283
TRANSISTOO P00 2N09I7 50 P0120080
RESIStOR 1k
0683_0025
lA 1150*0
TROMSISTOR NN SI PD.300* FT.200Mk2
1'RA*SIST(IP NON 51 00.15* FT.50M+Z
RESTSTO0 2k
3
0757.o2go
0757.0280
0683.2035
47Rl6
2i7
I
P751
1902.0025
206400
28480
28480
* 2500 SLO.8L0
88751
00928
28480
28480
28080
28080
010E.SC+0D1Tk0
rusE
9750
'P75l
28480
04703
28080
DiODE SM SIG 10V
DIODE 70V 410Mw
1
1853.0084
4207
THYPIST0R.SCP 2N600 10.220*8 y0RV50
0000E.5,ITC+8Ioc 30V 5084 2N5 00.35
01000.S+,ITC+tlNG 30+ SOMa 205 00.35
I
0180-3008
0180-2823
28480
0000ESCITCMIND 300 5p4* 205 DO-35
010'DE.SV4TCHENG 300 5OO 208 30.35
o
0080.2823
08713
0A713
04703
00783
28480
TC.+.061
3
»CR00
01603547
28480
28480
DIOOE-BKDN 18.2V
1
0180.41610
28*80
1400.0040
902.0777
0854.0266
8?CPO
0080.2635
CAPAflTØP.J00 OISUF t-20% 5090e CEP
CAPACITOR-FOOD 470 UF 35v
CAPACITOR-FOOD 470 UF 83V
1
150D0175000104?
OESESIOR 8.259 It .125+ F 10.04.100
RESISTOR bI_90 It 125t F TCIOt.100
RESISTOR 5j1 5% .25« FC TC..400,+700
RESISTDR 27 5%
25' Fc TC..4100,,500
RESISTOR 00* .80 I ?5 F TC.0,.25
11124
01121
01121
00121
28480
20546
24546
01121
01120
28480
J223
204007
8-.2o.I/2.P58.J
04.1/8.70.0001-F
C4.1/8.tO.10000.F
08203!
080025.
0811-0548
080025
080785
000525
CSIOIS
0757-0404
C4.d/S.T0.82%IF
C4.1/8-T0-6042.F
085025
082705
0698.8360
See introduction to this section for ordering information
51ndicas factory selected value
6-3
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
Table 6-3. Replaceable Parts
g
ApR?,
APR?!
laR?!
Ib3.I IlS
210h11246
nsolB.5519
0ò98.s320
0b53.1015
41515104 lolO St ass FC TCP.aO0/+SrO
T
&
I
RESISTCR.TRMR 0* lOt
S
I
RESISTOR ISO
S
I
7
°o9S.AIl
A1R7
A;R3,
1,43!
28480
RESISTOR 500 5% _!4 CC TCO$529
RESISTOR 3000 5% 25W
01121
28480
28480
28480
1053!!
0683-1005
0683-1625
0683-3025
I
5,07CM-SL SPDT 'ONTO .54 025v11F0C PC
S*ITCH.SL OPIO STO 74 2!OVAC SLOP-LUG
25480
p8480
3101.1162
3101-lOA?
7
0
DIOflEF5 040G 200V 24
3
04713
21014
27014
27014
*05202
0
3
ApR37
A2R41
l#flb.00Qè
102ò-0348
4?U2
flU!
OpUS
A2V1
4?OFp
lAn.0386
iM?6-0348
ca.1/8.10-ISBI-F
RESISTOR 5105%
b
2
ILJt
al!46
CR1045
CR2035
0686-5115
2
OoPó.5115
3101.?011?
MF4Cl/B_191252.B
0698-ohO
O
0686-5115
31011052
CR1015
iToI
28480
I
3
5757
PMI!S.I,ê.T4.S0Ol.5
il 121
RESISTOR B_bObO .11 ,i25, F TC.0.75
t .I2! F TCpo+-l00
RESISTOR 1.1RO
RESTS1C'
7
Ob3.2n3S
1251
IÓRB.6o19
13B88
00121
RESISTOR O.7'< St ?S FC TCs400/+700
0K .1% J2$4 F TC.O+.?5
RESISTOR
RESISTOR 000K 5% j5* FC TC.400,+800
RESISTOO 20K St .25* FC TC.-400,tBOO
i
Ap43ç
A2R36
A2R42
A2R43
2100.3296
aBOBO
CSIOt!
a
0683-1005
0663-1625
0683-3025
CR5005
28480
loo St .25. FC TC.-400,tSOO
RESISTOR 00K St PSod FC TC.4001t700
O64P-3512
459*435Ii
0&P3I0a5
It I25, F TC.Oi-25
RESISTOR 5* .11 J?!' F TCuO,-?S
RESISTOR 000 St a5 FC TCR.000I+500
RESISTOR 02.S _It .12501 F 11.0+-25
OIL?!
'FACL8T*8b4I-B
I
mRlii7?5
TOP.ADJ I7.TRN
011ao
01121
7
0503., 435
C
09700
i
060R.4014fl
0493I01c
Mf r Part Number
Description
Qty
1
O
5
5
3
1
1
i
b
3
O
DC OP 4P GP DUAL. B-DIP-P
IC OP A'P GP DUAL BDIP.P
IC OP 4MP GP DUAL B-DIP-P
n
0637-0120
RESISTOR 105% 25w
RESISTOR 16005% 25W
I
1
VARISTOR 130v
F[JSEHOLDER_CLIP TVPE.250.!U5E
7ioo-n26
Oli?!
Oliai
28480
CR1035
CR4715
L*35SO
LM3S8Ñ
L*35504
0837-0120
28450
2110.0269
28400
20480
20400
03325-61101
03325-21101
I3'+0-0564
01610
28480
02037
TIP36
105'+0800
MECHANICAL PARTS
A2MP1
A2MP2
A2MPI
A2Q1
A2Q2
A2Q3
A2Q12
A2O13
03325-S1501
01325-21101
0340-O564
HT
HT
IS53-0453
8854-0600
1853-0450
55TO
ASSY
INSUL - XSTR
(STR
4
1853-0066
8
1
1
PNP
NEN
PNP
SI
SI
TRANSISTOR MJE371K
TRANSISTOR 2N425O
28480
MJE371K
1853-0450
28480
1853-0066
LBL WARNING
INSULATOR
28480
28480
7120-6712
0340-0620
XSTR
1853-0450
7120-6712
0340-0620
SINK
SINK
51
See introduction to this section for ordering information
*lndlcates factory selected value
6-4
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
Table 6-3. Replaceable Parts
rr
£3
03%36.6b503
AlCI
oI6o-3s!e
A3C2
A3C3
016t0362
¡3CC
£3C6
0I60.o362
83C7
0160220A
ol8O-022t
63CR
63Cc
AlCI I
63Cl?
AICI3
AlEle
£3CI6
A3C7
A3CIR
A3CIP
A3C29
AOC22
£3C20
£3116
63Cr
Qty
t
R
3?
2
tlôo-;807
I
I
11biO.3558
0%bQ-0l74
I
0160_MOl
I
OIAOOIQP
0160-2264
016,0.3847
0160-3867
0140-4206
t
t
0%60.3807
Ojlo.MP7
Otto_o,,,
Ol0.17A6
2
6
0160.3558
0360.3867
0060-3847
0150-3807
0160.3897
0284.0229
Description
FRtQ
1e
REif PSt, ASSEVBLY
Mfr Part Number
28480
i3136..66503
28L110
28480
4160-nsa
t1S03847
28480
4160-0361
4160-3867
CAACITDP-FAD loflF 4.3% 300i/OC "lEA
2880
5o2!Q
tieO.2201
CAPACETÛR.Fs0 22U44.I 0% 1550E TA
CAPACEIOR-FOD
UF t-20% 5097E CEP
CAPACITOP.FXt .47LJ8 480-20% 2550E CEP
CAPACOTUP.FXD 54PF 4.5% 3005DC MICA
28484
28'480
72136
0%60..3558
CAPACITOP.F60 200pr t-5% 30050E MICA
CAP6CITOP-F00 2OPF 5% 30050E CEP 01*30
CAPACITOP-810 o15u l-20% 5050E CEP
0055F?IJIJO300IVICR
CAPACITOP.810 oI5u! t-201 30501 CEP
72136
28480
28480
28010
CAPACITDO.cl0 078F t.5% 500501 TMICA
72,36
CAPOCITOP.FX0 OISLIF 4-20% 5090E CER
CAPACITOP.F0D 22UF4.I0% 2090E TA
CIPSCETOR.F00 2.2LJFI.I0% 2090E TA
CAOACETQRSOD Suifs-10% 2050E IA
CAPACITOP.FX0 OUF 4-20% 505°C CEP
28080
56280
56209
5628q
28480
C6PACEIDQ.Fl0 oI5UF t-201 5o50C CEP
CAPSCTTOP.Fl0 .1l5U8 t-20% 5050C CEP
CAPACITOPFOO OI5uF +20% 5000E CEP
28080
CAPACITOP-iflO
.Iu
.?0t
SIeDE CEP
CAPAC!T0P.FID »Ilsuif 201 5050E CEP
28e0
?84fl
CAPACITOPFID 5IIPF 4.5% 30050E IC
CAPAEETOI.FXD 5itPF 45% 30050E '1C4
CAPACIT0O.Fl0 ,OISUF 120% 5OVOC CEP
70t80
OtS00362
l500226090I502
0l64.0176
OMISLSSOJO300IOICP
0160226A1
0160.38A1
0160.3867
0MI5E670Jr50005tCR
0160.3847
150022500020A2
5002250Q020A2
I!001560002082
0160.3558
0160.3007
0160-3847
0APAC3TOPFID _0I5UF 4-20% 5090E CEO
CAPICITOP.810 33uF4I0% 1050C 00
28480
28400
56289
0160.3t47
0160.3861
CAPACITOP.F00 IÇuFtI0% 2090E TA
CAPACITOP-FlO IUF 4-20% 505DC CE
CAPACITOP.FIO 0I5uF t-20% SOvOC CEP
CAPACITOP.FX0 ,0IStlF 4-20% 5090E CEP
56289
21480
21480
28680
2840e
0500%560g02082
CAPACITOP.,00 015U8 +.20% 50501 CEP
CAPACE009aX0 015U 1-20% 50501 CEP
CAPIC1109-F%0
015u4 t-20% 5053E CEP
28480
28480
28480
28080
28480
0060*3847
0260-3807
0160.3807
0260.3520
0160.2261
CAPICITOP-F00 otsuF t-20% 5090E CEP
CAPOCITOP-FlO SI 08F t-1% 30050E "ECA
COPACITOP.FtD
OI5UF 4.20% 5090C CEP
0160.2255
0160-3847
CAP8E100PFI0 _otSiJF 4-20% 5090E CEP
28480
28480
28680
28480
28480
28000
28080
12136
28480
28480
0160-3807
2
CAPAC1009F%0 OISUF +.l0% 5050E CE4
C1PICITDPFXO OISUF P.20% 50501 CEP
1.5% 30050C MICA
CAPACITOP-FOD l50
CAPACITOP-F00 01SUF t-20% 5050C CEP
CAP&CIT0P.F00 2?PF t-5% 50050E CEP 0+-30
I
28480
20080
28480
28A80
28080
0160.2265
0160-3807
016tl2?52
CAP6CI000.F4D 22P4 4.5% 5005'C CEP nt-30
CAPAC0000aI0 OISUF 420% 5090C CEP
COPAEE700.00 _otSuF t-20% 3050C CEP
CAPAErTOPF50
UF t-20% 5050E CE
CAPACI000.FX0 6.2#F +-25P' SOOt/DC CEP
A3C107
0060.2266
I
LICtOR
AICI0Q
83Cl II
0080_1716
28080
5628g
28080
28080
28480
0160-2266
05001564002082
0160.2201
0060-2260
0160-2307
CLPAEITOP-F00 070F 4.5% 30050E MICA
CAP&CITOPFO0 ISLiFt-l0% 2050E TA
CAPACETOP.F00 _0I5UF 20% 5050C CE
CAPAEI000.F60 »,I5UF t-20% 519CC CEP
38F t-5% 50090E CEP ot30
28080
28080
5628g
20410
28000
0160-2260
0160.2337
15001560902082
0100.0107
0160.3807
CAPACITOP-F00 otSU' l-20% 5050C CEP
CAPAC100P.F40 30F t.25PF 500901 CEP
CAPACITOP-F00 398F t-5% 30050E "ICA
CAPAEETOP_F10 5ÒPF t.258F 50040C CE9
CAPAEITOO.000 3981 t-5% 30050E "ICO
28480
28080
72136
70080
72136
0160-3867
0160-2260
0"l5E0P0J030005lE4
0160.2251
0"l5t3coJ0300o5ICP
CAPACITDP.Fs0 38F t._25P0 coovoC CEP
C&PACI100.FO0 398f t.5% 30050E "lEA
CAP0CITOPFX0 5.8°F 1-5PF 50040C CEP
20080
72236
28480
72136
28080
0160.2200
0"15E390J030069lCP
0A60.225I
DMlSf3goJo300stICP
0160-2264
A0C28
83C2q
13C31
63C32
63C33
01P0_1706
A3C37
0160-3558
0160.1847
0160-3847
0160.3847
¡ICOR
0I60-3817
A3C%A
AlElo
LICo,
AlCol
0160-3847
0160-3807
0260.3520
0160.2261
AlCol
0l60-2255
I3COO
A3CAI
A3C117
0160.3847
0160-3085
A3C49
A3CÇI
0160-3!l7
0060.3847
63C5?
0160.1841
0160.3801
63C41,
A3CSS
83C54
A3C56
63C57
0100-oigo
£3C58
0160.7265
0260.3807
AICIg
AlCol
IICIOI
AlCI06
I
CAPACITOP.FPO o%sUF t-20% 5090E CEO
0
CAPACET0O.F00 758F t.l% IOOVOC
I
CAPACITOP.F%D isifF 4.31 50090E CEP St-lO
t
CAPACjIØPFX0 8.2F ...25PF 500501 CEP
I
I
0160-1867
016G-2765
0I60-IMI
0160_3558
MICO
0160-flOt
I
63Cl,?
0160-2260
0160.2107
2
CAP8CIIOP-FlD P0PF t5% SOOVOOC CEP 04-30
CAPACITOP-FlU lPUFtIO% 2050E TA
COPACOTOP.F00 5IPF t-5% 30050E MICA
CAPAC000R.F10 208F t-5% 50050C CEP 0+-30
CAPAC0100.F00 4780 +5% 30050E MICA
AOCI!
AlCI lA
0180.2260
0160.2307
t
C&PACITOP.FX0
AOCI Ib
OIRO.2 706
£ICI,8
0160_3807
A3CIIO
0160-3807
0160-2210
63Cl II
£3C1?0
ASCOlI
AICI??
0t60.3t67
0110.0180
0160-2251
63CI73
0,40-0I40
A3CI7AI
A3C126
0150.2240
011o-TI Po
0160-2251
A3CI,7
63C128
83CI,9
011o-oleo
0160.2200
-
3
0
2
CA#4CI008.FI0 %cOF t-5% 3011/DC MICO
CAPACE000.F10 38F +25' 50040E CEO
15003360901082
0160.3558
0160.3867
0160.3861
01603867
0I,0..3085
0260.3807
0160.3867
0A603t07
0M15P15IJ0300IVICP
0260.3807
0060-2265
01603807
01603558
0160.2252
See introduction to this section for ordering information
tlndicates factory selected value
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
6-5
Table 6-3. Replaceable Parts
Zrr g Qty
AICISI
oIoo-!euy
A3C153
83C,SiJ
83C1!6
0160.318?
0160-3es?
0160.3807
¡ICI!?
0t0.I7046
jUli12
¡30200
¡35202
A3C203
£35204
A35205
*35206
t$áo-;aiil
*35209
435210
¡35211
¡35300
0160-0576
0160.3877
0160-4*41
0160-3374
A3CPI
0900-0040
1901-0040
1901-0318
1901-0518
0902.3049
*3Cl?
*3513
*3594
*3516
43CR?
43CR!
A3CR9
A3CR1O
1251-6567
4326
4327
1251.2969
1231.2969
0250-2969
1251.2969
*328
125%-2960
*3.29
*3200
43211
*3.205
*3.219
£3.220
*310
43L2
43L3
*314
¡ILS
9000_0458
83LIo2
9IAO-0765
9000.355?
9100.0349
A3LIO6
43L1ó1
9000.0265
9100.0539
9070-0894
9070-0490
*3L105
*31009
*3L000
¡31112
£31113
¡31114
*3L116
A3L117
431118
40L1'I
£31152
A3LIS3
¡31034
LiLO!!
¡390
*302
*303
0306
bObo
6-6
I
CAP001TOR-F0D flfl -t.5% 2009CC CEP 0.-30
*PA501tP-F0D 220F t-20% 1009CC CEP
CIPACIIQP-000 .111, t-201 5040E CEP
CAPAC010P-FID jooF t-20% 200405 CEP
0100E.SCHOTTKI
DIODE.SCHOTTPOY
I
DIODE.ZNR 9.094 50 00.7 PO..4t TCt,_3571
1
0100E.ZNR 3.094 50 00.7 p01.4* TC...4670
0
1
5
Ç
3
I
I
CONNECTOR 3.PIN M POST TyPE
CONNECTOR
001L.MU) IUH 50 0.50 .05500.375LG_NOM
CHORE, tIDE BAND
COIL.MLO 100UH 50 GíSO .15500375LG.NOM
EDIL-OlLO 100UH 53 0.50 .15500375LG.NOH
CORE-SHIELDING BEAD
COIL-MID 100UH 5% 0.30 I5SDX.375LG_NOM
COILMLD IOOUH 5% 9150 _15500.375LG.NOH
001L.MLD 5.6UH 3% 0*95 _I5!0037515_NOM
300NH IX 0145 _85!00375LG_NOM
COIL_Mb
SMOKE, 900E BAND
2
CHOKE, wIDE BAND
CHOKE. slOE BANn
COIL.MLD I _6UH 53 0.33 _05500_375L9.NOM
I
I
COIL_MID LSUM 5% 0.33 _035003751G.NDM
COIL_MID I _IUH 5% 0*33 _IS500.375LG.N0'
2
CoOL_MID I 6UH 5% 0*33 .OSSDO,37519.00M
COIL_Mb bUH 50 3155 _I55D0.375LG.NO
CDPE.SHIELDING PESO
COPESHIELOING 0E4D
2
COOL_MLD 820NH 5% 15500,375LG-NO"
0
COIL_MID S2ONH 5% - 15500_3751G.NOM
531L*MLD I OUH 3% 3.33 .OSSOX.375LG_NOM
COIL.4tLD I ,3UH 50 Gí33 .15503_3?SLG.OoOM
COIL.MLO l_3UH 53 G133 j5304_375L0_NDM
COILMLO I _3UH 50 0U33 JSSD0_375L0.NOM
I
INDUCTOR 2 UN 50/0
9303-3458
CHOKE, *100 BOND
2
3
I
COlL'MIO NOUH 5% 0155 ,ISSOO.375L0.NOM
COOL_MID boUt 5% 0150 .05500375LG_NOM
COIL.HLD 4.7111 3% 0*33 .I5SO0.375LG_OM
COIL_MID 0.7UH 5% 0133 .05500.375L0_NOM
TP4NSISTC4 P'P SI ID-02 POI62SM4Ç
TRANSISTOR 3-FEY N-51100 D.OD5 5'
TRANSISTOR POP 204907 SI 00*203MM
TPANSDSTOP NPN 50 PD.350w 07.390MHZ
TRANSOSTOP PP 80 00-92 POs625o
01603558
0160.3874
1901-0040
o901-0o40
0900.0518
1901.0518
1902.3049
28480
04703
0902.3030
'tVjoQ
28480
I
150D1560902052
28480
284es
28480
28480
28480
CONNECTOR
CONNE000P-PHONO SINGLE PHONO JACKI OI
CONNECTOP.PHONO SINGLE PHONO JACKi DI?
CDNNECTOPPHONO SINGLE PHONO .20041 OIP
CONNECTOP.PHONO SINGLE PHONO JACK, OIP
CONNEITOR.PHONO SINGLE PHONO JACK, DIP
I
0160_0576
0060-357?
0160.4441
28480
28480
I
CDNNECIOP.PHONO SINGLE PHONO JACK OIP
CONI4ECTOP.PHONO SINGLE PHONO JACKI OIP
CONNECTOP.PHONO SINGLE PHONO JACKI DIP
500oNECTOR.PHONO SINGLE PHONO JACK, DIP
I
5024EM150RD221M
20480
28480
9
0160-3558
28080
DIODE SWG 30V 2 PF
DIODE SWO 30V 2 PF
DIOOE.MAICHED
1
-
0560.0128
00603556
20032
OIOOEVVC 29F loo C3#C25.MINIS 599.304
1
2
15001561902082
n16O38°7
5024E02004D6890
200.?OO.NPO.330J
I
1
t1b03887
56289
28480
20932
51642
28*80
C*ACITOP.FID 07U0 t-101 SOYDC CII
0100C.3*ITCtIING 309 SOYA 2i 00.35
9100.3546
9000.3546
4004.3546
0853.0408
0*55.0081
0833.3089
195*-1215
0*53.0448
CAP*C!TOP.000 0515+-00% 2040C 14
CAPACOTDP.FXO .015 t.203 SOYDC CEP
4PACITOP-FX0 ó8P t-_!PF 2050400 CEP
CAPACITOR.FXD 008F +._SPF 2034CC CEP
2
9*00-35*6
9*00-356?
56289
28480
28480
28480
2*480
CAPACCTDP-000 2.PUF 1.20% 50400 CEP
I
9000-3305
410T00334
9040-0200
9003-356?
flIsO-3847
IUbO.385?
OISUF 4.25% 55400 CE*
DIODE_SwITCHING 30V SOYA 2N8 00-35
don-3315
9100-3345
28580
21480
28s80
nI!UF t-201 50400 CEP
2
9,00.3058
431103
13L104
liLlo!
I
9000-3550
9000-3458
9040.0200
9000.0200
9070-0090
A3L001
LILI
I
1251.1822
0238.0040
*3100
¡317
¡318
I
0250-2969
1250.2969
230.2969
1251.2969
4110.0200
9000.0200
9100-3560
9000-0253
0000.3458
0316
I
1901-0040
A3J1
¡3.23
¡3.25
I
19010040
1906.0207
CAPACITOQ-FXb .ntSUF t-201 stvDC CEP
01601847
51603847
CAPAC110P.FXD .115 t-201 50405 CEP
CAPAC1000.F00 .IuF 1.201 50405 CEP
1902.3030
0*22.0089
4351101
aseo
nISUF -20t
CAPACCTOP-FID ISU'tIOl 204CC TA
CAPACIIOR-FOD 0I!uF t-201 SOVOC CEP
I
0110.17*6
0360.3558
¡35208
2S4B5
vDC CCI
CAPACITOPFXO
CAPICITOP.FX0
0160.3558
0160-3558
*3(207
APACTTO.FXD .OISLIF 425t !OVDC CER
CAPAITCR.FXD
016038107
0160_0128
0060-4343
0060-4386
0060.0570
Mfr Part Number
Description
28480
1901-0040
1901-0040
1906.0207
1251-6567
28480
28480
28480
28480
1250.2961
230-2469
0251-2969
28480
28*80
28*80
28080
28480
250.2969
0250.2969
1251-2969
1251-2969
1251.2969
28480
28080
1231.4822
0258.0141
2808e
28480
28480
28480
25480
9*00.3550
9100-3458
9041-0210
9140.0210
9070-0894
28480
28480
28480
28480
28480
9044.0200
28480
28480
25480
25480
9300.3458
02502969
91400210
9003.3560
9144.0253
9000-3458
#0003458
2*480
9003.0265
9003-3552
93*0.0349
2*480
90400265
28480
25480
28480
28480
9003-0339
28*80
28080
9103.3305
28480
28480'
28080
28480
28480
2*480
fl480
28480
28480
04703
01291
07263
04703
14733
41700894
9073.0894
9000-3305
91003546
90003546
9005.3306
9100.3546
9100-3345
9000-3458
9304.0539
9043.0200
9000-0562
9300.3562
OtPSHSI
205245
2N4917
?N3904
MP8H8I
See introduction to this section for ordering information
*Indicates factory solected value
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
Table 6-3. Replaceable Parts
g:r;n
rr
g Qty
TPSNSLSTCP PtP
I$S3-5O4
'e
Description
To-q2
n.Ô!'e
PAtSISTCP NPN 31 TU-Q? P0.e2SYe
1A55_07q5
A30202
A30203
1854-0215
1854-0215
lORi
0th_sb!
'69F_OUI?
I
AIRO
0157.0398
I
05713
00713
28480
28480
J
TRANSISTOR 2N3904
TRANSISTOR 2N39O4
1
1
Fc TC.-leO,.Soo
RtSISTOR 07 St .S
RESISTOR 76.1 ii
01121
IaSs F TC'fltIflO
soRb
06h3-2fl5
SORT
ooQR.30IR
b
RESISTOR 178 lt .1 2Se F TC0+-II'O
33833
2U556
Dl 21
20556
ATRI
03R9
0757s397
F
RflSTOR 65.1 it .225e F TCU0tI00
2555,
03Fi r'
0751-ossI
2
5
RESISTOR ill It .125* F TCUO+.l'IO
25556
74546
11121
¿I
063.sliS
0E55lR 15 II .125e F T CSctI
RESISTOR ?2K S .25e FC TC.-010,0700
0'
li Ill
RESISTOR 570 St 75n FC TC'.000.'*600
Mfr Part Number
psHeI
MPSHIO
1854-0215
1854-0215
CISTeS
PUE!5.IU3.T0-2bRI.F
CU.I/S.T0.75R0.F
CR2225
C0.l#8-tl.ITSR-F
C0.I/8.T0.ÒBRI.F
dM715
C4-IB.T0.I-F
C4l8.T068Ri.F
0683_In!
I
.125* F TCUOt.100
RESISTOR 1205 55 .25* Fc tC.R0Of+R00
I
RESISTOR 0_7K St .25* FC TC..010/+700
01121
055725
*3RI s
ObRO-sl?!
T653107!
CORI6
AIR,,
OTRI,
0b83-1025
0b'3-??25
0757_roAs?
10 St 75n FC TC..08o+oea
Ib St .250 FC TC..400.60ñ
2.2 st .25e FC TCU.A00/+700
IOU lt i?! F TCSO+-I IO
01121
oil2i
00121
70546
03112!
131025
06R3.1055
0683.1025
0757.0219
0757.o033
3
53421
13R27
71120
01121
CSIIOS
150025
°757.O7
0751.0042
089R.3160
0695.3154
2110.3258
I
ATRI I
ATRI,
031113
A;R2;
075703R7
RESISTOR 6F. i
II
O
I
I
0632225
45R26
41h27
CORn
53479
0393n
53437
A3R33
AIRO8
00h37
A3R38
AOROR
S3ROO
43R47
I
I
I
0684IO25
2100-3286
I
1
0757.0270
0683.102!
0757-foOl
°6R8.IlSb
4345R
5159
AOR81
ASR4R
A34#
t
F TC.0+.I0o
lx .125e F TCuO,.IO0
RESISTOR 356K lt .125, F 1110+.100
RESISTOR 0.22K lt .125' F TCuo+-l000
RESISTOR 2k
RESISTOR lOb
75*
2100-osöt
0690.0202
25* FC TCI000/+SOO
RESISTOR 470 St .75e FC Tcu410/+600
RESISTOR lOX 5E 25* FC Tcu400/+700
SORs,
03449
Oser',
A3R1 13
A3R1 14
0B4705
C557I5
11121
01121
CSIO3S
i
I
I
RESISTOR.TRMR 2K lOt E TOP-ADJ I-TRI
RESISTOR 3_37K It ,025, F TCIO+.I00
C4.I/8.T0.I412.F
Cs.1/8.TOOR9(F
C4.1/S.T0.I002.F
01121
01121
01121
155705
184705
F TC*0*.11Oo
It .025e
t
TC.0.-lIo
125* F 0c.0t.Ifl0
F
RESISTOR los lt .125o F TCu0t-S00
RESISTOR 1K st .254 FC Tc--40'I+aoo
RESISTOR 13.7K 1%
3
15470!
C5.1/S.T0.2002.Ç
2101.0561
04.1/8.10.8871-F
08470!
24548
20546
c4.1/3.T0.101.F
14.1/8-10-Sol-F
01121
05102$
28480
0698-3581
24508
70506
74546
C4.1/8.00.301 l-F
RESISTOR 9_76K It 125R F OCu0+1o0
RESISTOR Ib St 25 FC TEi-400/600
RESISTOR 4.755 4 I25e F TCu0tlOO
RESISTOR 4.75K It
255 F TCI0+.IoI0
03588
01121
2454ö
20546
70546
P!S.I/8.TOR7ÔI_F
OESISTUR Ib St ,75* FC TCu.501/8600
RESISTOR 07 St 255 FC TOu-ll001+500
RESISTOR 700 lt .125' F Tcuoe.100
01021
01021
18112!
RESISTOR 3.015 It
RESISTOR 1.01K
175R
F TCuOR.100
5 125s F TEint-I oo
RESISTOR 3.010 II .125e F tCøRt.l00
I
04.l.'B'TO.1472.F
04.1/S.t0.1472.F
01 121
20548
24546
20546
28480
24556
7
0698-3444
0698-3444
24546
24546
RESISTO; 4.7«
RESISTOR A_99K
I
0757.0007
c4.I/S.T0.A184lF
c4.1/S.10.0b0l.F
2558
0757.0437
0757.0437
0'h3.5705
C3RI 12
74S6
PESISTO# 20K It _i25
i
SORIO
c'"A/8T0.201.F
I
0694.5475
0643-1025
CRIS?!
20546
C51025
I'7570773
41097
0757-0437
C4-l/8.TO-I213.Ç
C4.1/8.TO.IO0i.F
RESISTOR lOO It .025* F Tcut..I010
r
2100-3286
C4.I/F.00.AQRR.F
03104!
0757-4401
OoQF-402I
32920R..I.103
01121
01121
RESISTOR 47 St 2ç FC TCu-500eSR0
0683.10?!
C4.1/8.TO.4221-F
25546
RESISTOR 07 St 25 Fc TCu-A1°O/$500
RESISTOR ITO Ix .1 25* F Tc.0e.lOO
CORRO
AORRIJ
altI
20546
4.7K lt .1250 F Tcul+.100
0ò'O.sloS
0757-oslo
0757.0273
0757.0773
C4IISTO.3162.F
01121
0b3s705
06R3.1025
20506
RESISTOR 04.7K it .1255 F ÌIIR+.100
0R76
0698-3581
C0.1/S.TO.I002.F
RESISTOR 4750 1% 125w
PESISTOP Ab 55 .25R FC TC..400/+S0e
AOR7R
03222!
CSl/BTO.IQOIF
RESISTOR lOOK 51 .25* FC Tct.0L08/.800
OESISTOR 10K It .125e F TCI0+-100
RESISTOR Ib St 2S* FC TCI.500/+600
RESISTOR 57 St 25* FO 701-400/+500
e683.U05
0694.3156
0644.5279
0757.0042
C0.I/8.tl.SIIl.F
C51045
2546
RESISTOR 47 st
OÔRO.los!
0757.0007
0843.1075
141f810.3161.F
01121
28480
RESISTOR
I
04.1/8.10.1 002F
COlO?!
3
OSR3aOIS
A3R81
A3RIO
3flR7
C!2225
71121
28480
RESISTOR 499 It .1255 F Tc.00+.loo
RESISTOR lOOK St .251 FC TCt400I,500
0643.5705
40477
A3070
24506
74546
20556
CSI2RS
RESISTOR TMR 10K 10°/s
51077
17I
7SS06
RESESIOR.TRMR lob Ill C TOP-ADJ I7.TRN
RESISTOR 200 lt .125* F TCI°t.100
RESISTOR 4_60K it
754
TCIO.-l00
RESISTOR 4.645 It .1258 F Tc.O+.100
06R3.07005
0757.0009
SORb,
II .125e F TCS0e.l00
RESISTOR 5.1l
RESISTOR 2.2« St 25e FC OCu-soc/elno
7
2
06R8.3158
0883.5035
SORSI
20506
20506
01121
RESISTOR l_21K 71 .125e F TC8Ce.i00
RESISTOR IX 58 .258, FC 1Cu.400/+800
obRU,3iSç
O6RR.3I55
SIRIO
03h48
RESISTOR ion« 51 .250 FC TCI.01Q,+800
#ESISTOO 1K St ?!R FC TC..000/+600
RESISTOR 3.165 1 .125* F TCUO+.I0O
RESISTOR lb St .25* 0C Tcu.000/+600
1
0898.0273
0683.1055
0757-0437
RESISTOR
RESISTOR
RESISTOR
RESISTOR
lt
RESISTOR 2,4 lt .1 25* F TCIO$400
RESISTOR 316 1°/s
RESISTOR 316 1%
20546
28480
28480
C5.1/8.T0.301 A-F
cq-I/8.Te-3OIA.F
CAlO?!
C4.1/8.T0-4751.F
C4.IIS.t0-0751-F
C5.1/S.TO.24RR.F
Ebbs
C0.I/8.00.201.F
0698-3444
0698-3444
See introduction to this section for ordering information
*jndicates factory selected value
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
6-7
Table 6-3. Replaceable Parts
431 5
2100.0566
I
0757-0384
0698.3444
0698-3444
8
1
A3R117
A3R118
1
1
1
1
A3R1 16
430119
430120
43R1pp
630123
43R0!l
*30183
*30154
AIR,!.
43RI57
*30158
0757.0215
0698-3440
0757.0397
0757.0397
0757.0215
0757-0397
I
RESISTOP.TOMR lOO I
RESISTOR 20 I '/o .125W
RESISTOR 3161%
RESISTOR 316 1%
OX C top-ADJ ITRÑ
C4.l,#8.T0.1I3R..F
C4.l.I8.tO.1960.F
24546
24546
24546
C4.1/6.T0.OSRI.F
C4.I /8.TO.I j 3R.F
C4.I ,0.T0.68R1.F
01121
061025
C65025
COlOS!
RESISTIR
F
TCS0+.I0O
RESISTOR 68.1 IX .125e F TC.O+.400
3
3683.1025
9
9
0603.1055
0683.4705
0695.3039
7
RESISTOR IX St ,p8, FC TC..400/.-600
RESISTOR IR St .25' FC TC..40O/+600
RESISTOR 100 5% 25' FC Tc..000+soo
8
RESISTOR 47 5E
Oòfl.1025
75n Fc TC.00E40+S00
RESISTOR 176 It .025e F TC.O,.IO0
SI .254 FC TC.-oeo,+lno
430159
0683.2225
3
A3R160
0757-0276
0757-0278
8150-3375
8150-3375
7
7
5
5
1
A3R164
A3R165
0698-3581
7
1
430201
*3R207
43R203
43R704
0757-030e
3205
*3R206
4;R207
A;R206
430209
0751.0001
0757.0360
0757.0001
0757.0384
0751.0020
£30210
43R2I I
43R213
43R210
*30215
0757.0384
0757.0020
0757.0380
0757.0291
0683.1825
RESISTOR 20 It .125' F TCo+-Ieo
RESISTOR 24_Q It .125' F TCOt.100
RESISTOR l.F
4302,6
0757-0394
RESISTOR 51.1
L3TI
4312
9100-403F
08557.6004
TRAOOSFORMEA
43LJ1
4305
1020-1991
1020.0629
1020.0321
1820-I 199
1820-0693
43U6
1820-3683
A3R161
A3R162
A3R163
43U2
*3U3
43U4
*3U7
43U0
43U9
43010
83011
6500
A3U13
RESISTOR 7.7
1
1
1
8150-3375
1
063-362!
I
0757.0280
0757.0291
1
4
2
1826-0111
41010
.3Uis
1858.0063
1858.0140
A3U18
1858-0059
C8222!
c4.lI8.TI.I090-F
CR3625
C4.l.8.t0.IO0I.F
24546
19701
YFOCI,8.T0.2092F
RESISTOR 100 lt .1250 F TC*0..loO
24546
c4.11S.30.I0l.F
RESISTOR 20
RESISTIR lao
RESISTOR 20
24546
c4.U8.T0.l Il.
lt _I75 F TC0,.110
II .0250 F Tc.0,.I00
It
ai 121
24546
97cl
MFACI,S.T0.2IRI.F
RESISTOR 750 11 .125, F TCUOO.l00
24546
uFACl,!..10.2IRI.F
C4.5/4.10751.F
l256 F TC.4+.I0o
RESISTOR 750 0% .125' F tCfl+.100
19701
MF4Cl/8T0.20R0.F
Ipso F TCO'.180
19101
19701
c'-0/8.T0-751"
MFoclfl.102000.;
j9701
'1121
MF4C,.7.7A97_F
St .254% FC TC.400I.704
COiS?!
IX 575o F Tc.o,.loo
20506
C4jI!.T0.SIRI.F
28480
28180
9100'lJ038
08552.6040
IC CNTR ITL LS OECD DUAL 4-BIT
01295
IC COMPARATOR Qe 10.99
10 IA TTL LS HEX IINP
01295
01295
01295
3474LS3Q0
SN705I 024
5N72710L
IC ENV TTL S °EO I-INS
IC 14V OIL S l'EI
00295
18320
01920
IC MULTIPLIER
o.OIP.0
IC 5IOC' ANUS R.DI'.P
0 op AMP MC14580
TRANSISTOR ARRAY
TRANSISTOR ARRAY
io-FIN PLSTC DI
XSTR ARRAY 8P-DIP
1
RS 121
RESISTOF IO It .125' F Tcsn4..loro
RESISTOR 3_64 5% .256 Fc Tc..Aoo,7oo
l256 F TC.0+.000
RESISTOR 14 lt
RESISTOR 24.9 It 125o F 10.1,-100
IC SATE ECL 400 GUAO 2.PJP
IC GATE OIL S YOR QUAD 2.flP
81U59
l20-062#
I
I
£301
0410.1115
I
CROSTAL.QUARTZ 30.00000 4C7
'820.0802
AIUIF
C4705
C0.I,8.T0.178R-F
0698-3581
2100-3096
1420.1322
43017
25
24546
28480
28480
IC OP AMP GP TO-Rc
IC SFR TTL LS SUS QUAD
IC Fr OIL LS D.TVPE PO84EIOGETRIC 0DM
1
el
RESISTOR 13.7K 1%
JUMPER WIRE
lE FF TTL S D-TYPE POS-EOGE.TOIG
1876.0037
1826.0076
120
nl IRA
0757-0276
0757-0276
8150-3375
8150-3375
IC FF TTL 5 J.K orG-EDGE-TRIG
1820.119!
al
cl.1/e.00-e8Rl.F
28480
28480
28480
28480
TRANSFORMER.6.TURNS
1826.0003
1820.1566
2A5'6
RESISTOR 61.9 1%
RESISTOR 61.9 1%
JUMPER WIRE
JUMPER WIRE
RESISTOR 20 IX
I20.I924
0757-0384
0698-3444
0698-3444
24546
RESISTIR 113 It .1250
I
3
2100.0506
24506
8
7
6
28460
28480
28480
28480
96 IX _125' F TC.0+-100
RESISTOR 66.1 IX .125' F 10.0.-lOO
RESISTOR 66.' IX .175' F TC.0+-,00
250 F 10.0+_loo
RESISTOR 113 I t
6
3
Mfr Part Number
Description
g Qty
IC FF TTL S
J
NEGEDGE.10IG
24546
0l75
11795
01295
00713
01295
28480
01926
0192e
28480
SNI4LSOA%
84745784
54743004
NSTR3N
0A307T
5N74L512544
SN78LSI7SN
'C3495L
TL6OICP
1826-0111
CASIO2E
043027E
1858-0059
14713
11295
01295
"CIOIOPP
54745024
55703j 124
28460
0110.1 IlS
28480
28480
28408
20400
03325-20601
01025-20602
MECHANICAL PARTS
A7002
03025-20501
03325-20602
A3MP3
A3MP4
03335_014101
1
03325-04107
COVER-i
1
COVER -
A3MPI
6-8
SHIELD)
SHIELD,
TOP
3
BOTTOM
0772504101
03325-04107
See introduction to this section for ordering information
'Indicates factory selected valoe
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
Table 6-3. Replaceable Parts
Nr
g Qty
Description
Mf r Part Number
AQ
03316.AÓSOQ
OUTPUT/DAC P.C. ASSEYLY
78080
03336-6e504
AoCI
¡OC?
AOCI
lOCO
esCs
0180.1701
Oleo-Iseo
CApAC7TØp.lD 6.00+20t eeoC ti
CAPAC!ToR.FlD IUF +-2% haVOC °Et.P0LYC
C*ie:TOo.FxO .oI9UF 4.25% S000C CEP
CAPACITÛR.FXO I000PF 4.253 S050C CEP
EAP&CItOR.F0D I!U+I0% 2050C IA
56789
Paseo
28580
28480
56289
l5506851050602
0160.3560
AsCe
AoCi
0l80.t746
0160-3579
0160.3879
0160.3807
0160.3807
CAPOCITOP.F80
CAPICITOP-FID
CAPAC!TCP.F0D
CAPICI100.FxO
CAPAC!TOP.FX0
56289
28080
25080
2848o
28480
15001565902082
0160.3879
0160-3879
0160.3807
0160.3807
28480
0160-3847
¡«Ca
A4C2
*0027
OIeO.30107
I
0160-0532
0180.174e
45C28
A4C29
0160.3847
SOCIO
0160.38A7
0
0160-4571
1
01603807
04Cl!
5164.3466
*5035
*0035
*4C36
*4037
84C38
0060.0532
0160-4571
0160-016?
0160.0162
0160.3807
laCIO
0160.3807
0160.5371
liCol
saCo;
*lC4
AsCos
0060-4537
0160-0128
lOCOS
0160.0128
0060-5335
04047
*0048
04009
0060.3538
0150.0210
018017016
A4C50
*006!
A4C66
0160-0576
*oC7
AoCi?
0160.3807
0160.3847
0140.0196
£00108
£50109
CoEllo
0560-3878
002i-o"5I
0060-0127
0180.0370
0160-0127
*40113
AOCI 0
1
I
1
I
AoCi IO
0160.2252
0160-4640
0160-4640
*50121
0160.3558
0160-3558
04Cl23
loCipo
A4C125
*00526
A4C127
A4C127
000123
£00110
*00531
04011?
*gCi3I
0160.3558
0160_3558
01604640
0360-0570
*5C130
£10115
*00136
ASCII?
*00138
0180.3558
0140-0193
0160-2203
0560-3555
0160-3558
0060.3558
0580.1838
0560.3553
01603558
0060-3558
0560.3555
0160-3558
CAP0CTT0P.FxO .nISUF 4.70% SnoDo CEP
CAPACITOR-FXD .1 UF 20%
CAPACITOP.FID .0ISUF 4.20% 50400 CEP
CAPACITOP-FOD
oisUF 420% 5040C CEP
CAP*ChlOP.Fs0 looP t-ml 5000E CEP
C*PACITOP.F%0 1000FF 4-20% SOVDC CEP
CAP501TOP.FX0
IUF 450.20% 500/DC CEP
CAPACITOP.F0D .02?UF t-lot 20000C POLIE
CAPAE!1OP.FID _02PUF 4-10% 2000/OC POLIE
CAP*CITOP.FID 0ISUF 420% 50000 CEP
28480
28480
28480
28580
28I80
0160.4532
CAP*CITOP.FSD OISUF 4.20% S000C CEP
CAP*CITOP.FXO .IUF +80.20% 5000E CEP
C*PSCO000.F0O IUF +8020% 500/DE CEP
28580
28080
78080
28480
0160-5847
0160.0571
0060.0571
563U0
0160.0528
28080
00600128
CAP0CIIOP.FXD OIUF +.11 5000/DC PULIStI
0*PAET1OP-FSD 2?UF t-20% 500/OC CEP
CAPAC!TOP-000 2.20E 4-20% 300/OC CEO
ÇAPACITOR-FXD 1. 0 UF
CAPAC0T0P.FXD _iUF 4-20% 50400 CEP
CAPACJTOP-F*D 3.3UFt?0% IS4flC 14
E*PA00100-FXD I5UFI-I0% 200/OC 70
CAPACITOA-FXO .1 UF 20% 50V
C*P000TDP-Fl0
11/F t-00% 200500
CAPACITOR-FXD 1. 0 UF
CAPACItOR-POD
0IÇUF t-20% 50v0C CEP
CSPICITOP.F50 _OISU' 420% 500/OC CEP
CAPAE!t0#.FID ISOPE t-5% 3000/OC MOCO
0*P0C0700.FXD 5e' t-5% 3000/DE 'lEA
3
1
OOP0CITOP.FXO 300flPF t-70% 2000/OC CEP
CAPACIIOR-FXD -1 UF
1
CAPACITOR-FXD .1 UF
I
80015
28480
28480
56289
56284
28480
28080
28480
28480
28480
DMISESSOJO30054ICP
0160-3878
0160-5306
0160.3358
0160-5306
74070
#8480
56289
28480
0160.0127
050010609102082
0160-0127
56789
28080
28000
25000
28410
150010609o2o52
0160.3558
0260.3558
0160-3558
0160-3551
78480
0560-2252
CAP*C0700.FID 6.2P
t..2SPF 50040E CEO
28480
28480
CAPACITOR-FXD .1 UF
CAPAC3TOP-FX0 2700F t.2o% 1000/DC CEP
CAPACSTOR-FXD S2PF 300V
187.010fb!
0160-5306
0160-5306
20080
28080
0060-3558
0560.3358
25080
78480
0I603S58
28480
CAPACSTOR-FXD 91 PF 300V
I
0160-5335
CAPOCITOO.0/ 7000.400 1_y-1 0FF 2504
C*POEOTOP-FSD IL/F t-20% 250/OC CEP
CAPACZTOP.FID IOLIEtI0% 200/OC 1*
EAPAE0100-FXD .1/OF 20% 5040E CEP
1
05604640
0160.3878
CAFACI000-FI0 .11/F 5.20% 50000 CEP
1
0160-0576
2880
COPACITOP.F00 _IUF t-20% 500/OC CEP
CAPIC!t0P.10 .11/F 4-20% 5040E CEP
5
0160-5335
0160.3558
150033500015*2
1500056X902082
CSPACITOP.F5O I000PF t-20% I000DC CE0
CAPAOITOR-FXD -1 UF
CAPACITOR-FXD -1 UF
1
0160.0162
8165.0062
0160.1847
72136
28180
23080
CAP000T0P.FSD .iLl' 4.20% 500/DC CEO
CAPSCITOP.F0D .1/JE t.201 500/OC CEP
CAPACITOO.F0D .51/F 4-20% 5050E CEP
I
01604570
01.0.3847
0160.3857
001SFI5%J03000000P
28480
CLP001TOPFXO IpU'tIot 2e0/OE ¶4
COPACITOP.FOD .11/F 20% 500/OC CEP
1
01603847
01603466
72536
28480
s-20% 5040C 000
CAP5COTDP.FXI br 4-20% 250/00 CEP
1
0160-4571
0160.3857
I
2
3
28480
0560.4332
15001565902082
28080
28480
pso8o
CSPACITOP.F0O .iU
0160-4640
44C119
A4C120
000122
29
0160.3558
AoCi II
£40116
1
0160-4640
0180.0370
01A0.3558
0160.3558
0260-3558
0560-3558
40Cn$
6
0160-5335
02sl-oI9I
0160.3878
AOCI,?
I
0160.5640
AsCia?
*00103
A40105
04C106
A4C107
AOCI II
3
2
01600571
A4C46
1oCt01
I
ISUF4.I 0% 2OVOC 70
oluF 4.20% 500000 CEP
.OIUF t-20% '00400 CEP
.otsuo 4-Pst S000C CEP
oisUF 4.20% 550/DC CEP
5560.3Ml
20932
28480
28480
0560.3558
0160-5306
5524E0%008D221M
0140-0193
0160-2203
CAPA0110P-FID .11/F t_20, 5040E EEP
CAPOCITOP-F00 _OUF t-20% 500DC 0ER
CAP100700.F%D
0UF t-20% 5040C CEP
COPOCItOP-FSD 75uFt75-I01 1600E AL
CAPSE0TOP.F00 .11/F t-20% 500/OC CEP
28080
00603558
28480
28050
56289
28080
0160-3358
0560-3558
300756G016002
0160-3558
CAPACOTOPFID
28080
28080
28080
28080
28080
0060_355$
e160-3!58
0560-3558
0060.3558
0560.3553
IL/F t-203 50400
CAPAC!t00.FlD - 111F .201 5040E
1/F t-20% 500/DC
EOPA0001P.FXD
C005COIOP-FX0 .515' t-20% 500/DE
CAPAEOT0P.F0D luF t-20% 500/OC
-
CEP
CEP
CEP
CEP
CEP
See introduction to this section for ordering information
*lndj ates factory selected value
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
6-9
Table 6-3. Replaceable Parts
g
'U! *.ZOt SOVDC CEP
CAPACITOR.FX0 3.3uF.-200 500C IA
CAPAC!ÌDP-FXD
OIbO.35S
0050.0200
1180.o70o
'e
Description
Qty
CiPACiT0-FXD sooFt-In 2OVDC ti
5628Q
Glb0.3S!6
l!oD33S000l5A
0l600128
0160-012$
0160-3556
26000
01000128
CAFAC1000-!XD I5UF4.l00 ?OVDC to
CAPACfl0RXO 2_21)! 4-20% SOVOC CEP
36289
36289
28585
ocCiso
Sitias
0184.0120
flIéo-3555
CAPAC!TOP.FXD ?.2UF t-200 50001 CEP
CSPACOTOP-FXÙ _,UF -20% 500DC CEP
28080
asses
44C202
A4C202
0160-2150
0140-0192
0sC,e
Occis?
CII3
0IRo-Ii6
CAPAOIT0R-FXD 33PF 300V
CAPACITOA-FXD 68 PF 300V
1
1
Mfr Part Number
28460
28480
15001565901062
1500I565901082
0160-2150
0140-0192
C*PACOTOO.FX0 .011)! t-201 I0008C CeP
CAPACnI0-FX0 _oiUF t-20% 10000C CEP
CSPACITOP.FXD IUF t-20% 5040C CEP
CIP101TO0.000 OpP! t-5% 30000C tuCA
C005CI100-FXD 3.6PF t73P0 S000DC CEP
CSPACITOP.000 .10! t-20% S000C CEP
COPOC1100-FX0 'U t-20% 50000 CEP
28080
28080
23480
28080
25080
28080
28080
0560-387e
0160-3679
0860-0576
0160-2200
0060-2246
0060-0576
0060-3558
CAP001IOP.FXD 07UF t-10% 5040C CEP
CSPICITOP-FXD 3300PF t-001 20040C POLIE
CAPACIIOP-!1D 2.20! t-20% SOVDC CEP
28080
28080
28080
28080
28460
0160.4001
CAPOCOTOP-FXD 47!! t-5% 30000C MICA
28080
28080
2848e
28480
28480
0160-355$
0160.3558
0160.3558
0160.0158
0105.2307
20932
20932
20932
28580
28932
5024EM%lOPO220t
CS9ICITOP-080 5!U!tb0% 2OVDC TA
56289
36289
15081560402%82
15000061902082
0100E-00! 3.110 5% 00-7 PD..4w TC._009%
0000E-SIsItCH000 30V 5004 2N8 00-33
28580
28480
28480
28580
28580
1902.0041
1901-1040
1901-0040
1900-0050
1902.3345
28080
28480
28080
28480
28480
1901-0050
1901-0050
1902-3030
1902.3089
0901_0000
1901_0040
1901-0518
8100E.501TCH100 30V SOMA 208 00-3!
0100E.S*ITCHING 304 SOMA 208 00.3!
28480
28480
28480
28480
28480
0902-0041
0901-0000
0901.0000
1900.0000
1001.0040
0700NZNP S_11V 5% 00-7 p0._ow 108-_009%
28480
00D0E3I01tCH0NG 30V SOMA 203 08435
0100E.SOITCH100 30V SOMA 20$ DO-35
oo 203 DO-35
0000E.51001C4001 30v
0000E.3010ICM100 30V 5Ø05 20:3 DO-35
p8tA8o
0902.0045
1901.0000
28080
28080
28080
[950.0000
090.0000
Iqoi.0000
00000.S*ITCH100 30V 50MO 20! 80-35
28480
28480
440020!
IsCP2ta
09000Oa0
1901.0518
000IE-SOuITCM1040 38V SOMA 2048 DO-35
D100E.SCHOITKY
28480
28480
8900-0040
1901.0080
0900-0040
1901-0040
1901_0518
ASCOPI!
09010508
0100E.SCHOTTKY
28480
28480
28480
28480
25080
1901.0518
24086
28080
28880
28480
10827
28080
28480
28080
2281.0343
2110.0303
2110-0343
5(4C?03
5cC205
AsCpol
¡sC700
*cCìO9
AsCio
AoCj 0
OsCao7
ASC?03
AsCa, 4
AtCPI5
85C7I6
0168.3870
lIso-3879
Obi-noie
0150.2280
0060-7246
0160.0576
0168.3538
0
0
0060-cisl
I
0160.015!
2
0160-0128
0160-0128
0160.0035
C-APACOTOP-FOD 2.2U1 4-20% 30401 CEP
CAPAC0100.010 3300!! t-000 200001 P01CC
54C2;o
0060-3058
0160.3338
0060-3558
AoCSso
0160.2307
¡iCono
A5CSOO
00600570
Oleo-oSlo
01600570
AIC506
0060_0570
CAPaCITOR-rID 2209! t-20% 5nOV00 CEP
CAPACITOP.!OD 220!! t-24% 10000E CEP
CAPACITOP.F0i) 220!! t-25% 10000C CEP
CAPACITOP.FOD loon!! t-20% 000400 CEP
C*PACIIOP-FXD 22OP s-20% l0000c CEP
AsCO 0
A4CSI I
0180-1756
0100.0374
CIPACIIOP-F50 bort-50% 2000E tA
SiCPI
1902.0001
1401.0050
1901-0040
0901-0050
1902.3345
14C218
54C219
scC7,i
A4C502
Sotos!
ASCO?
¡SCP3
AOCPS
ASCO!
AICPS
A5CPI
A000IOI
AsCpio
A500IO3
AsCotos
*50925,
AICO30,
*009203
A00O205
A409203
IsCQ7o6
A500207
SSCO?oA
4400,09
84CP200
AOCP2I i
ASCP2I2
4400,06
A4002b7
ASO ? 08
4800209
A4CPP2o
800922
44Es???
84C922!
8400
¡SF7
AoF,oI
A4J1
4539
6-10
COP000IOP.FXD .00! t-20% SOVIC CEP
CAPACIIOPFXD .10! t.25% 5000C CEP
CAPOCITOP-FX0 IUF t-20% 5000E CEP
Otto-0038
o
I
0bb0-378
2
20
3
I
CAPACOTOP-FID 3600P
t100 2000DC POiSE
0000E.301TCH000 30V 50Ml 24S 00.15
0100E.S4ITCMING 80V 200MA 2N8 0O35
DIODE-ZN! SIdO 5% 80.7 PD-_Op TC4_08b%
1901_0050
0000E.500ICMING 504 200MO 2N3 DO-35
I9o2-3b9
0100E.VIP 3.010 5% Do-7 P08.44 TC-_067%
OIODE.10P 9.090 5% Do-7 POSs* TC8t_057%
DIODE.SVdXTCM106 800 200M4 aNS 08433
090,-0050
0902.3030
b
o
0900-0040
8
0100E.SCMOITMY
DIODE.SCHOITKY
0008E-!WIICM100 30V SOMA 7048 Do-35
0000E.3p1TCHDJC 30V SOMA 208 DO-35
09000000
1901.0040
1901.0000
0902.32*5
0000.0050
I
0902.0680
0900-0040
1901.6000
1901.0040
0
0000C.84OTCH050 304 SOMA 208 DO-3!
01000.S010CtlING 304 SOMA 2'43 DO-35
OX 08E-0010 23_SV 5% DO-7 008 - 4* TCt 08%
0000E-8tITCHING 304 SOMA 2048 DO-33
O700E.ZNP 00827 6.24 3% 00.7 P08_4tu
0100E.$tQITCHING 30V SOMA 2043 DO-3!
0000E.StlitC#ING 30V SOMA 2045 DO-35
0100E.SWITCNING 30V SOMA 2045 00-33
2110.0143
2110-0343
2000.0583
1251-6567
0750-2969
0100E.SodItCtu100 300 SoMA 20! DD.35
OIODE.$*ITCtIING 30V SOMA 208 00-35
0901-0050
0000.0318
1901.0518
0900-0040
1901.0080
3
FUSE .258 025V 0*57-810 .2811.093
8
CONNECTOR
C0000ECTDO.Ptt000 SINOLE P4000 JSCMo DIP
1
8
FUSE .254 123V FAST-OLD .2805.093
FUSE .258 023V FAST-OLO _2810_093
28080
28480
28480
0160_0135
5160-0128
0160-012e
0160-0155
SOZ4EMIOOPOZPIM
5O24E010090?ulM
0160-3878
SOjotM504902114
0901.0518
1901_0040
090%-0000
1901-0000
1901_0000
190%-0000
1901-0080
0902-3263
1901_0000
0900-0000
0901_0040
1901_0040
1251-6567
0231-2969
See introduction to this section for ordering information
*1 ndicates factory selected value
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
Table 6-3. Replaceable Parts
g Qty
gEÇ
&UJI, Ji
1251-4504
AsJI nl
1251.2QbQ
AJIn2
AsJIoI
t
I 2SI-?éÇ
A4JSÚ
1251.2959
S
saJaot
I 2510969
P
442202
I
29I_?969
H
1251-4822
SaLt
9I'8.?207
&IIL?6
SaLpi
Asti-H
AAL77
AIsLOP
LAtInI
SALi 02
SOLI 03
4411nA
SALIoS
¡ALbo
AALIOI
°lnc-3ASS
91000458
I
<ISA-0265
9t"Ii-0255
b
b
4100_305
I
IflT04S
9000-naSS
1053.0070
1553-01mb
IPSS.i,2IS
510107
¡40009
Soot o
II
88012
140113
¡50211
00202
410203
I
1
S
4
854.5692
2
1t53{SAAC
A
IR530445
553-005
1854-0233
0000MLO 1.50k 5% 1U33 - SSDA.375LG.NOM
I
15530A45
1555l1795
AALS6
AAR7
8oS!-AHI7
OqR5
1b407550
0757-CAlO
7
0757_114m
¡ISSIR
63I 035
SARI!
0o83iO3S
TRANSISTOR KSPN SI PDU35ow FTUAOOMHZ
TOANSISTOR PNP SI 10.42 P0U62500
TRANSISTDR PNP 51 00-92 POIS2S1m
¡483;
¡453%
AAR3A
SAR3
64537
0683.103S
0503.1025
AiIR3A
0757.0289
0757.3442
2000-0358
SAR3S
ORAl
5A14I
¡5040
0b53pp15
0757.0259
0030015
3
8
I
I
1854-0233
28580
84713
01713
HPSH8I
et928
2N5009
04713
04733
205583
205583
205-0018
SRP5HI0
T000SISTOR NPN SI PD351I85 ffT8300H2
07l3
203904
203904
08713
29480
28180
18530066
1855-1408
RESISTOR 220 55 .250 FC TCU000IHÖS0
RESISTOR ".65< IX I75n F TC.o,.loo
RESISTOR 555< 5 .I25e
TC.0+.IO0
RESISTOR 2.2K 55 ,25s FC 10.-400/,700
RE5ISTOR_TRMR 50K lOt C TOP-ADJ t.TRN
00121
21546
2848e
2100.3253
RESISTOR 953K 1% 25s F TC.0+t00
RESISTOR 4,455K tS .125s F TC.00.25
RESISTOR 301 IX
25o F TCUO+100
RESIsTOR 301 II 125s F 00.0+-too
28480
0645.8817
8PACl/8.19.9455P-S
RESISTOR lOK 5% .25<' FC TC18001+750
24586
11121
25s
FC 10.-400,+700
I 0K 51 ?5a FC TOI-A081+700
01121
RESISTO8 10K St .25<' FC TC..A00,,780
°I121
RESISTOR 1K 5% .25
FC TCU000/+SOA
PESISTOS 18K 5% So FÇ ICt.AOLJ/HSO0
2ss.
55 aSH
0ESISTOR II< St 05,
I
MPSH8I
PSH8I
205109
205583
RESISTOR b0
0553-2225
54P5H81
205109
5% _25' FC TCAIØO,+700
RESISTO0 2.28 t .250 FC TC.-400/,700
I
08713
04713
5853-006e
01925
08713
FC TC..A01/+780
RESISTOIS 2.2K 5% 25e Fr TCU-800fl700
063-Ç63Ç
04713
5553-0020
203900
01428
RESISTOR 7_2K
0653-1035
lIllo
TRANSISTOR PNP pN5553 SI ID-39 P0.14
0037225
A4931
28480
28480
04710
28480
tAT SINK tO-IS.C5
RESISTOR 2,2< 5%
Ob3-7;?Ç
1258-0141
bss-oslo
0683_2225
S0p9
9100-3858
9100.3438
9100-3858
HJE223
I855-0406
AAR2S
003_2225
9140-0385
9140.0263
91400265
254mo
AAR20
542
9100-iAfl
TRANSISTOR J.FET N.CHAN D_MODE TO-IS 51
IRANSISTOR PP SI 0D8300a F0.15001H2
TRANSISTOR PsP SI 10.92 PDØÔ2SMH
003.1035
06S3.535
b
9800.3458
04123
RESISTOR
b
28480
9100-3858
9105.3458
9100.3458
28480
RESISTOR lOK St
0653_1035
obP3.1025
25480
28480
28480
28880
#lO0.38138
J FET P CH
TRANSISTOR NPN SI TO-IS PDU36IIMIH
t
tin-2287
1855-0092
TRANSISTOR NPN SI PD.350'H FT.0008H2
TOANSISTOS PN? SI TD-Qp PD.625a
3
0890.1137
28400
32293
TRANSISTOR PNO
N5503 50 10.34 PDIR
TRANSISTOR ORN ?N5109 51 10.39 PDU800Ha
TRANSISTOR N01I
NSI 09 51 10-39 PDU500M5
A
28483
2588G
28480
TRANSISTOR PNP 2N5553 SI 10.39 PD-Ia
)
1251-29fl
1251-2969
1251 -4822
28880
28480
ISANSISTOR 2-Fr TN_CH AN D.Mo0E ID-15 SI
IPANSOSTOK 2-FEY P_tHAN D_000E 53
TRANSISTOR NON SI PD.ISa FIUSIIAMP
1
IKSAOAOA
l2512969
285mo
JUMPER
3
1550A0215
ISSA-epic
1S53.00bb
28880
2848e
554.075
1553-0293
RS4.o375
IRSA-0375
I 553-0243
28480
28480
28450
5530291
I
last-ant
CHOKE, HIDE SANO
CHOKE, slOE SAND
CHOKE, slOE SAND
TRANSISTOR PNP SI 10.42 PO.b25s
IKANSISTOR NON 51 10-92 P0Ìb25'b
TRANSISTOR NON ,NSIA9 SI 10-39 P0US00H
0bH30?25
7b00-3?53
AARI9
ISSDSJ7SLG_NOM
TRANSiSTOR NPN 2N3866
1
I255.0015
l7570A3°
AARIP
5%
JSSDO.I1SLG.N0t4
TRA,I5I5TOR P'P 5E 0002 PD*o2s,
SARA
AlARIA
I
1
I
I
SARI
IoR3
AARII
I
4
I
AIRS
I
H
1i653.?2I3
8595-3153
SARI
GUAIS
COIL.°LD t .60K 55 0.33
I
IH55.oaoo
54026
o027
8402K
650101
P
3A0'104
Mfr Part Number
i201-4554
2!l2969
1251.2969
28480
28480
28480
CHOKE, '10E SAND
COIL.MLI 330NH 5% 0145 .ISÔDS.OISLG.NOH
C010-"LI
255mo
20480
20080
CHOKE, HIDE SAND
i
'e
2885e
CHOKE, nODE SAND
CHOKE, sIDE SA-ro
I
I855.00IO
AsOmo
CHOKE, aIDE SAND
b
AsOps
ARGlOS
S
3
1 855-0406
¡50005
t
°AA0.2585
A404
040104
COIL.ML-D
I
9100.145e
I 004k 00% 0.34 .095D5.25l.G.NDM
i
9185-03045
1258-0141
840103
I
CONNFCTDP_PHONO SINGLE PHONO JACK, OIP
CDNNECTOP_PHÛÑD SINGLE PHOIO JACKi DIP
D PIN CON N
RELAS.PEIO IA S0O4 2nOV11 SVDC.CDII.
is
t
tO0.38SH
IS5.0092
ASIlO
S
cIso-ossA
SIAQI
AlOI
1
s#n.I 37
A4P203
¡sIp
CONNECTOR- iR-PON M POST
TYPC
COÑRECTOR.PM0ÑD SINGLE PH000 251!<! DIP
CDP!0EC1OP_PMDND SINGLE PHONO JACP<, DIP
CU!NECTOP_PHDNO SINGLE PsOiso JACK, DI
S
S
1251_2950
A4J203
818201
CDNECTOP-PQND SINGLE PHCND JiCp SIP
i
1
Description
C
TCnAIOO/+710
C
TC5O01*70n
RESIS000 1K 55 .25! FC TC400/+b00
RESISTOR 56K 5% p5s FC TC.-aAAnHoo
RESISTOR 225 5% 25<' FC TCU.405/,Soo
RESISTOR 22K 5% .25 FC TC.-AO0/-H700
RESISTOR II_3K O 123+, F 10.0,-les
RESISTOR In< IS b2SAs F TCUO,.I00
RE505105_TRMR 70K lOt C TOPAOJ I.TRN
RESISTOR
125n F TC.0H.I0o
RESISTOR Pon St .25 FC TCA00,+630
3.353
2A5A6
01121
19701
pASOS
052215
C4.I/8.T0-LÖAI.F
C4-l/8-tO-68I1-?
052225
CS-IIS.T0-3OtR.F
04.t/8-T0-30l9.F
18103!
ett2t
051035
081035
081025
T1121
C51835
01121
182225
01121
oliai
081055
cmaaas
01121
00121
01121
082225
C52225
C51035
01121
oliai
01121
01121
81021
051035
181025
C85635
062235
CS2225
9701
25546
28880
a*FOCl.#S-TR-1332-F
19701
01121
08.1/8.10.5102.5
2100-0558
HF4Cl/8T01332F
052015
introduction to this sectio n for orde ring in formation
*Indicates factory selected value
See
6-11
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
Table 6-3. Replaceable Parts
g Qty
*4RM
0757.0442
&/IR4LJ
A4R4!
O7!10541
Ob3-47O5
Ob3.lÓ25
I
I
AiAR7
06A3.2265
2
&4R4
o683-a'p!
n
¡aRaR
*4852
0757.0270
0757.0438
¡oRsi
¡ijR53
0698.6347
0698.6936
0683.1025
¡4R56
*4957
0757.0049
0699.0021
¡aRe!
0683.101S
0683.1028
0683.102!
0683.1015
0683.1035
*aR53
84R67
¡406!
*4069
¡oRlé
*4077
*4RiOi
*0R107
SoRio;
449100
*40005
*10107
*oRloR
*1RO 10
LoRi Ii
SaRi I?
SORO IO
*480 14
laRj 5
*401,6
OIR1 07
¡40118
AIRII R
44R,20
6ll2I
409122
*10173
*40121
LIRIOs
¡ORIOl
*40112
*0R143
¡40144
j_7K 5% .25V
RESISTOR
FC
RESIStOR S.l K it
TCi-ons/t7nn
TCun+-1 ne
RESISTOR 3_teK it .123e F TC.O+.l00
RESISTOR 5_11K 1% .125e F TC.0+-IsO
RESISTOR 1.5K .1% iSe F TC.0+.28
RESISTOR 156K Ç% .025e F TC.s,.So
RESISTOR K 5% .25e FC TC-4O0/+605
RESOSTOR 20K II .125e F TCUO'-IOT
RESISTOR 2.050 t
25 F TC.flt.l°T
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
lOT 5% .250 FC ¶Cs.4001.550
K 5% .25K FC TC.000/640
1K 5% .25e FC TC..0l50,,600
i no St .250 FC TC40O/tS00
lOK 5% .254 FC TC..ii0O/+750
Cb!265
ni 121
?5Ö
Cial?s
C4-1 /8-10-Sil -F
5121
2aso
182225
C4.i/K.T0.3161F
2a!l6
Ca.1/R.Tn.Si il.F
28580
28080
011a,
24546
O6Q8.63a7
28080
06490l2l
oliai
01121
C8IOIS
i 121
COlO?!
C81015
CR1035
00 ial
Ti tal
noqe-eq3e
C81025
C4.O/8.T0.2002.F
C81fl25
Cl.i/8.TO.4T21.I
C4.1/R.T0.002i.F
6QS-F353
19701
MT4OI/8T0.2ORQF
28480
0690.8353
F
T Co+-in o
RESISTOR an t
RESTSTOR 1805%_25e FO TC..4001000v1
RESISTOR 099 lt .125v. F TCFO+.l 00
RESISTOR 499 It .I25, F TCIOK.100
¡25e F TC'O+.I 00
RESISTOR 002K II
I70l
MFaCifl.To.?ORO.F
C8i815
C4.1/8.To.490R.F
C4.I/8.TO.099R.F
0850.0539
449 it .0250 F TCSO+_ler
F TCIOR.101v
049 0% _,25
.125V F 1C.Te.100
099
20546
20546
24546
20546
20546
C4.l,T0.0R9R.F
2
RESISTOR
RESIS000
RESISTOR
RESISTOR
RESISTOR
I 00 01 .125e F TC.0e-100
49_4 lt .125.0 F ¶C.r+.000
20556
20506
20506
20506
28480
C0.i,F.T0.101-F
C0.I/8.T0.4997.F
2
RESISTOR
RESOSTO8
RESTSTOR
RESISTOR
RESISTOR
RESISTOR
RESIS'OR
RESISTOR
PESISTOP
RESISTOR
lOO
5.0 IX .754 F
75 2% 0.0 OvO TC.04.200
7% 2% le O TC.oe.?ln
20 It .125v F TC..J+.100
20 it .125v F TC.Oe.I11'
20480
28080
28080
970%
0699-0389
0760-0026
0760.0026
MFOC1/8.T0.20R0.F
9701
MFaCi/8.T0.2OROF
4
RESISTOR
33 0% .025F F TC.o..100
RESISTOR 34 It .125K F TC.Ot.100
RESISTOR 34 it _125e F 00.0+-100
RESISTOR 34 IX .125+ F TC.O+.iOO
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
4.02K 00
125K F TC.00.i00
250. F TCIO+.100
4.02K 0%
806K 1% .1250 F T ......lOO
F
;5e
TC.0,.l 00
20 lt
1250 F TC.04.l 00
856K It
75n
i
F
0
8
060.4I23
4
i
0898.340!
CBÎC25
28506
74506
20080
2
0840.0082
C!h1705
C4.1/R.TO.0338.F
O0.l,l.T0.0339.F
4
-
ni i2i
Ç4ß.TO_85i_
24046
20506
24546
24506
20586
3
5699.0389
11121
sliPi
RESISTOR 133 It .125K F TC0.i0T
3
0757.0277
0757.000,
2
04.0
lt
IX
.
25V
F TCS0,-i 50
lOO 0% .025V
T C.Oe.I0 Ii
599 0% .125e F TCPOV.I0T
0*9 IX .123e F T CtOe.l0 0
5.0 It 25e F T Can+ 000
RESISTOR 084 lt
RESISTOR 442 it
25°-
F 0Coe.000
25e F TCaO+-T TO
24586
24546
24506
24506
oliai
24546
24546
8a8T
20046
74546
C82225
04.I/8.T0.402R.F
14.I/8.T0.402R.F
04.I/R.T0.402R-F
C4.1/F.10.133R.F
C0.1/i.T0.310R0.F
C4.O/8.Ti}.3480.F
10.1,8_Te_3540_F
C0.t/8.T0.09QR.F
C4.l18.TE.a990-F
04_l/0.004992.F
Ca.I/8.T0.101.F
C4.I/P.T0499R.r
ci,e.To.a9qR.c
08990309
C4.0,8.TO..0640F
CS-I /8.T0.477R.F
20546
C4.I/8.Te.0992F
0737.0271
OESISTO+ 49.9 II .I25
0757.0277
0698.348F
RESISTOR 49.9 0% .075e F
RESISTOR 002 It
25v F TCSO+-100
24506
74506
C4.I/8.T5.4992F
C4.I/8.T0.422RF
YO
RESISTOR 75 ¿t I
RESISTOR lO IX .075K
RISISTC'R IO It .0750
O
OESTSTOM 75 23 lu
RESIsTOR 0K II .075e
78080
0760.0028
0760_0026
757T34b
I
0757-0346
0760.0026
7S7.o280
¡aRo5o
0898.4345
0898.7332
0757.0280
0683.0505
0898.7332
6-12
FC TCU.OflO/+555
fl
rsrsto K SZ 25' FC TC..ion#,öOO
rersîo 22M 5% .?5 FC TCUOOIti?i'O
CLi_I/8..101002
oliai
06984123
0698.8053
¡40052
¡40053
¡sonso
il
PEST5TÛ
4Si4Ö
Mfr Part Number
RESISTOR 2.2K 5% .25e FC TC.000/,700
RESISTOR
02 li .175v F TC.0+-l0'Ù
RESISTOR 002 01 .125e F TCsO..iOfl
RESISTOR 402 0% 025e T TCØO+100
RESISTOR 133 lx i25w F TC.ORIOC
3
0690.0123
0698.4123
¡a0ios
¡sR,ao
¡48007
¡40148
¡46109
¡48050
2
o757-o300
0*03.1815
0698-0123
0698.0123
0898.0339
0699-0389
076T-0026
0760.0026
0757.0304
0757.0584
iliRI39
I
0698.355F
5608.355!
0698.8353
0757.0380
0698.8353
¡aRilo
*1R131
tORI!?
LORI!!
*48,30
400137
£48138
I
0698.3437
0698.3437
0757-0368
0757.0368
0751.036F
0757.0501
0757.0277
0698.4123
LORI 36
i
0683.2225
0698.4453
0698.0433
0698.4453
0898.3037
¡oRlas
LORI?b
A4Rl27
440125
*1R129
*88135
0
?iISaÒ
PESISTOR S.2SX It i25#. F 1ClOt.iflö
125e F
RESISTOR 2_2K 5% .25e FC TCflaOfl/t7TO
0683.2225
¡4R51
fl it .125v F ¶CsOtiO
RES!$7D
5757.0538
'e
Description
9
i
T7ST.072
0600.4082
I
0757.10284
0
0698.0123
2
I
6
3
0
4
2
ESIS0OR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
F
TCICR.100
T C.c.- lOT
00.04-200
F T 0.0+-lu 0
r TC.04l 00
TC.0,.200
F TC.04-Iuil
F TC.04.25
50 .1%
200K lt .125e Ç TC.0+.l0T
i 1_4K ii .125.0 F T C-4 000
iSO IX .125e T T 0.0.-loo
499 II .025e F 0Ce-l0°
I
RESISTOR 804K It .125.0 Ç 00.T.-i0o
RESISTOR 0 lt .125e F TC0+. ion
RESISTOR 0K it i;5' F 00.0+- lOO
RESISTOR 5.0 St pSv FO TC.-4001+!00
0% .125+ r TC.0t lOO'
RESISTOR
0
20546
C4.I,0.T0.l,R0.r
24506
28480
74548
C0.i/8.T0.IORO.F
0780-0026
01718
24546
03888
20546
24S48
¡R5.I.TR.50R0.R
28080
28480
24506
0a48.0305
0698-7302
C4.O/8.T0.I oOiCR5105
069F-7012
no 121
2848e
CO.l,8.TO.0001T
C4.I/8.002003F
RME55.I/4.TI5..0702.F
C4.1/8.T0.lSl.T
C4.1/8.T099R.F
See introduction to this section for ordering information
*Indicstes factory selected alue
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
Table 6-3. Replaceable Parts
g Qty
"Pics
r)157?Ø
UJPIÇ7
AQpIç
thas_7fl?
-??bs
75'.'''2
Astb
&sP,
55Q1
e
Description
3
RFR!TO5
j
ESTSTc
FSTSTC
ESISTO
s
I
K
1757_s?Rfl
I
n7S7_Il?
S757-0?7'
b9S-K3u5
9b°8.35I
A4R202
A4R202
£49203
119201
l2O5
009206
6197o7
0698-4450
0698-4424
00121 I
R7573072
149212
2100-3090
£44713
609210
11008.3059
£00216
00R?i7
0757-0485
5707.n346
0757.5107
0157-0270
£082,8
0757.11275
£o97Q
0oR.030K
£092,1
£48702
0698-0517
0698.0520
0698.0070
£002711
0690_9060
0008.0078
0757.0020
AIIR2IS
008775
£047,6
1o42?7
00R228
048229
°230
009251
0q232
£9733
OuR7Tq
*00235
0o23e
00R737
£61230
£09239
£082440
004707
009713
1
1
I
0698_3951
0690.3052
5695.305?
9698.4005
609210
4448759
0
I
I
1
I
2
009761
2O5SÔ
F ¶C.#
125e
lo It .ISn
C.o+-te
F
TEsoi-lon
RESISTOR 10K (MATCHED TO A4R254)
RESISTOR 324 1 /o
RESISTOR 1400 1%
RESISTOR 0M St .?Sn PC lC.-9195,,I 1011
RESISTOR 00K (MATCHED TO A4R201)
RESISTOR 4105K (MATCHED TO AAR2OS)
RESISTOR 1499K (MATCHED TO 040205)
11118509 374K 5 I25l Ç ¶C.0+-I00
Ctll/e303511.,
25b
C0.I8T1llOi!
21150b
C'JI6.TUISO3.F
245gb
20480
28080
28480
28480
CU.If!-T0-14992-F
9698-0345
0698.395!
0698-4450
0698-4424
nI I?!
CObo!
28080
28080
20080
24506
069K-3951
0698.3952
0698.3952
IESISTOR.TRMR 20K lOt C 700.ADJ I'.1R
RESISTOR 499K (i-lATCHED TO A4R210)
RESISTOR 499K (MATCHED TO A4R209)
RESISTOR 200K I t I 25
10.44.100
RESISTOR.IRMR 55K ITt C TOP-ADJ 17-tRI.
32997
21480
28480
24506
32997
3292K-1.203
5698.3952
0698-3952
RESISTOR
RESISTOR
9(515109
RESISTOR
RESISTOR
0608.3059
0751-0085
0250 F TC.0+-I50
.1250 P 50.0v-lOo
28180
25080
24506
24506
21506
F 10.08.100
20506
C0.I/8-T0-2093-F
C4-l/S-T0-1692-P
00.1/8.50.1273-F
C0-l/0-T0-2013-F
04.I/8.to-6R8l.F
353K
681K
IO
0K
.125° F 70.0+-los
II .1750 F TEint-I so
.1259 F TC5+.I 511
1
II
It
lt
249K
.125*
C'4-I /5-70-2003-F
3292K-1.503
00.! /5TØ.o ORO.!
00.I/!-T0.1002.F
C0.b/8.10.2093.F
CMFI/8T19311F
Cld.I/84T0.b lOI.F
0737-soes
0757-Roes
653.I22S
5757-1050
0757-0058
0698.0073
RESISTOR
005155CR
RESISTOR
RESISTOR
4(515508
100K
.bPSo F TC.0,.100
b 20 55 .25* FC TC.-000/,700
33.20
I250 F TC.0,.l00
50 0K
25v F T008.l 05
8.060
.125v F TCO+-loo
24506
C0.I/s.T0.b503.F
031225
I
5e90ooSS
2
I
2
I
I
0698.0307
5690.8304
0698.3162
0757.0050
0757.5205
1
I
I
R7S7.500j?
lt
.1250 7 5010+.100
F
F
It
lt
lt
It
lt
lt
sI 121
RESISTOR 14_3K
.125* F TC.ot-IOo
RESISTOR 6000 bI .125* F 5C0s1 00
RESISTOR 06.4K
»250 F T0.0+.bOO
It
RESISTOR
I
It
lOK It
RESISTOR Lb
»2540 F TC.o+.105
l
0
2
I
I
I
I
I
I
5CIT.-1 00
TC.O,.150
F
F
Co.1/ß.T0.1432-F
0698-S340
C0.b/8.T0.06I2.F
RESISTOR
RESISTOR
RESISTOR
RESIStOR
RESIStOR
2_55K It
1250v F TC.0s_l 00
20K
25° F TE-St-loo
48.7K 5 125o F TC.o,.boo
08.7K It I25* F TC.11,.lIo
08.7K IX .12501 F T0.0'-loo
19701
20506
24546
ItIt °.1*F
044.1 /5.10.1003-F
24546
28485
20546
20506
20506
28080
Il_3K lt .125* F tC.0,100
l_62K It
1258 F 10.01+-100
bOOK 05 .125+ F TCO,.H 50
15K
TC.0t.lo
1.0K
F T0.O+15
C0.j/8.T0-536R.F
C0-l/8T03322.F
214506
tE-0,-1 50
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTDR
Cli.! /8-TO-SI 12.F
Cíl.I/8.50.8061.F
Co.t/5To.3322F
C4l/8-t0l00lF
00.1/5-T0-b002-F
04-I/S-To-I 501-F
C0.1/0.T0.IOOIF
00.I/8.To.1502-P
0696.7332
'FlJCl/8.TO.l332.F
C0.I/S.T0-16?I-F
C01/5.001503-F
28050
50232I/8.7l3.0002.P
0698-3955
20506
20506
C4.I/S.50.2002F
24506
C0.Ifl.50-0872.F
20506
20506
044.1/8.10.0872-F
21503210
RESOSIDR.TRMR 155K lOt E TOP-AOJ I_TON
28480
25055
20050
RESISTOnO I5
0970!
21003210
502321/8Tl3-1002-F
RESISTOO.TRMR 5K iSt t TOIODJ 17.TIN
32997
3292v-I-502
RESISTO0 9_82K It
0ESI5000_TPMR K
28080
28080
28080
28480
20506
009839S3
It
OEfl5SOR.TR+R lOOK
RESISSDR.TRMR I0l'K
I
F
C0_l/!_T0.1572.F
20506
20506
20506
20506
20506
20S06
. IPSo F 10.0.-100
Il
RESISTOR 1K II .125'
8ESISTO4 04K It l25*
RESISTOR
IX .125+
0698.0097
0000.40#7
5698.3053
2100-329e
0698.3954
0690-395'
6.90
RESISTOR 332K IX .025* F 50.0+-loo
RESISTOR 0K
I25K F 7000-105
5757-0042
0751.0026
0757.0200
0751.005?
0698.7332
2100-3210
2100.3710
2100-3210
0040-8319
2100-0089
?l9K
04.1/8.50-3742-F
91637
24506
I
0
4458763
CU.1/S.T0.5IIRF
(III
F
20506
20546
20586
I
1
0262
C' /!.Ttt.l OUI-F
?5Ua
.l2Çs
0.318 II .125* F 70.0,-100
Il_7K 5
'25, F TC.0,.Ioo
1.10 5 .125' F 50.04.1 00
536
»250 P 50.0+-loo
00K IX .1259 F TflS,.I0O
I
07S7.04I09
10698.4097
£0R765
£49701
20S(la
255t1Ö
t
RESISTOR
RESISTOR
4(515704
RESISTOR
RESISTOR
I
0698-3179
£00257
000258
*44759
rC,0,.i On
F
125e F rC.o,Ioo
fl
20506
20506
20516
20506
004251
10R255
5a
ObQ.733?
It . 250v F TC.ü+.Ioo
It .125e TC.0,-bO0
It .125* TC.o+.l0n
408755
0fl252
00R253
00R250
k
TC.e..ite
527K
210K
6_90K
I
loppog
£04200
0402447
C3R2bS
Câ_t#S.TO.2ot3_F
RESISTOR
RESISTOR
OESISTDP
RESISTOR
PESISTOR
I
0757.57g9
0757-0020
5757.0065
0698.8309
0690.3955
809200
£09205
CB5IGS
')1121
2!O
UESISTOP
F TCul+..I(o
00K IX
I?S
RES!STna 19.9
5
USA F T t.o+-IIIO
ISSISTOR blAU It .1255 F 'C.O.-too
106*3_I 065
2105.3659
SoRS-3952
0698-3952
40920K
51121
#E5t5TOU 3.510
EsrsrnP SII II
RtSISTQR lIlo 15
U5I3Tt
¿'JHS
fl'
I
45R15
£149291 A
I C5+-Ifl O
ass re 1e'-sou,+tn
T tñ+.. IO(
5a C tct-Qos/4?2M
S
IM IX .1'S' F
pslsTrQ ?ta'c n .l?5s
aaPl6l
AcRIbe
Aulle,
.I?$n
l
.l
Mfr Part Number
IX
.0*1
RESISTOR 980 IX
RESIS7C4
OFSISTO0
lot C
lot
F
le
I .TRN
C TOP_AN 1-ORN
TC.0-+-1 5
F
lot C
Is
30.00 IX
lo
I TK IX
.1 2S
TDR.ADJ
9701
F
F
TOto.
0
TOPA)J 07-TRI.
00.04.10
50.11,-Io
F TO-os-Iso
CO-I /5.10.2551
0A.1/8.10.0S72-F
2100-3210
210843296
069843950
069K-3957
00-1/8-50.1002-F
See introduction to this section for ordoring information
Indicates factory selected valuo
6-13
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
Table 6-3. Replaceable Parts
tR_so5Ç
g
Qty
I
£IJP?bb
5757_nfl3
LSP2KI
bqP2h8
O1S7T'IlU
b
h
2
OSQK.19K7
Q
4q2b9
¿Ion-5567
Il
OOKflI
0757.10010
I01QR.eb;s
0q5771
005272
3
I
I
I
I
0757.o?7'
0P2'3
0757.T273
0757.0o0c
ooR2l5
005276
440277
lIb98.tI6I
I
0757_0086
0695-3058
0757-Tabs
I
I
00R270
4401278
440?7R
RESISTeS 3b I 5
RESISTOR ¿K 1% -
.125e F T C.l._ los
RESISTOR 2.21K IX .125',
3K II
RESISTOR 38,3K IX
25450
20506
20506
20506
20506
06953228
C0.i/S.TOSOOI.F
RESISTOR IR IX .1250 F TC.O+.100
24546
00.1/s-tl.I00l-F
5017011_SL SPOT SUIMIN
I2S40CDC
!RItCH.SL SPOT 50X01110 54 125000#DC
28480
28050
3101.1341
3001O301
01295
01295
5N70L5170N
5N74L500N
I
RESISTOR 09_RK Il
7501
I75Y F 10i0+.IIO
IX
I
F tobo-Ib
25e F TC.0+.100
IX .1250 F TC.0+-IRO
5757-TOPO
RESISTOR IR
0690.3558
RESISTOR 4.02K IX .I2Sei
T6Y.3558
RESISTOR 0.502K I X
RESISTOR 10K XX
0452X1
1757.0280
0451
0052
3101.1341
3101-1351
00511
1020.1196
3
I
250
F tCn,. lIlo
F
TCsO+.IlI0
250 F ¶1.0+-loo
IO fl IlL LS O.TYPE PIS.EOGE.TRIG tOM
IC GOTE TTL LS NINO QUAD 2.INP
IC-SW TL6O1CP
28480
BIFET LF355H
28480
IC SOITCH 0ILG 8.DEP.P
001)4
1826_0076
A4U5
1026-0304
0006
I?0-I278
I
I
3
IC CNIR TTL LS 5100 UP/DOeS SYSiORRO
IC INTS TTL LS DECO UP/D3.N S000MKO
I
IC
SOUIO
2o.I27R
1820.1270
1820.1779
1520.1282
OUI I
1020_1112
841)12
841)10
001)10
001)15
1820,1112
1820,1023
0820.0693
1821.0101
A4U16
1826-0304
1826-0304
04U9
A4U1 7
A4U1A
LOUIS
001)20
1020.1144
185$-0147
1820,1140
041)21
I56.0047
041)22
00073
I
2
I
I
I
1826-0416
041)26
001)27
001)28
1820.1730
3
2
001)31
I2o-I I6
2
3
I
I
1826-0416
1826-0416
IC GAIE IlL LS ROIS 01)40 2.ISP
IC GITE TIL LS NOR OcIO 21NP
IC OP ASP 3F S.ISIP.P
1
8106.0522
£00103
000100
£00105
1826.152?
626.0527
1826.052?
1874.1190
I
0051106
1823.11021
I
000107
040201
040202
A4U203
1526.1111
826.0038
I
A4001
1205-0013
0253-0010
4
1854.0+310
1981-0021
I
5
1
8
1
0695-7332
0695-7332
C0.1/5.30.09517
C0.I/8.T0.002I.
COI.'8.T0.0021F
C0.I/StO.I002.F
1826-0476
ILOGIOP
1826-0304
3007051519400
oieQS
SN74LSIRON
01295
01295
01295
500745151900
01295
01295
01295
01295
01925
5N70LS7000
5N70L5590I0
3N70L51090N
5N70L5744
SN74LSI2IN
5N74570N
003006
1826-0304
1826-0304
01295
13606
04295
5N74L5020
ULÑ-23038
13606
01295
27014
UL0H20034
28480
5N71L5021.
50070L50200
L080I000
1826-0416
27010
L01310I4
IC FF IlL LS- 0.TYPE P05.0031.1013 0001
IC DOOR TIL LS 3-10.8.1100E 3-ISP
IC Fr TTL LS O.TYPE PD5EDGE.TRIQ 00M
OC Fr TIL LS D-TYPE 005.EOGE-TRIG tOM
51810LS2734
5N70L513800
II 8F TIL LS 0.105E PIS-lIGE-TRIO 1001
01295
01295
01295
01245
01295
IC F5 TTL LS O-T3'PE POS-EDGE.1#IG C0I
IC SFR 711 LS 00100.1008 HIE 3.INP
01295
01295
5N718L51740
IC OP 0'0
QUAD
IC IO IMP
IC 00 OP
lOSAD II.IIP.P
28480
28480
5R070L517451
5007451527300
3N74515273N
SNIOLS36ILN
1826-0416
1826-0416
01295
1L0741N
TLO7ACN
11074100
IC CIMPARATO0 GP tO9#
01295
01295
01295
01295
01295
IC OP AMP GP 121001 10.99
00713
270,0
OOCIOSKI
LM3OSOH
27014
L0394
IC OP IMP
I
I
C4.I1S.T0.0302-F
01295
28480
28480
IP000S0STIR 4084v 16-PIN
IC 13331-D AN SW
IC 13331-D All SW
1
011)102
6-14
IP500SISTOR ARRAY
IC OP AMP 30 R-OIP.P
1870.1091
2140-0016
IC MV 'IL LS MONOSTSL REIRIG DUAL
IC FF
L S D.tYPE PO5.EOGE-IRIG
IC LF13331-D AN SW
I
441)101
A1+MP2
IC FF TIL LS OT'10t P0S.E000IPIG
IC FF ITL LS O7YE PO5.E036TKIG
IC GATE TTL LS NOR QUAD 2.1000
1820_1216
1820.11 R
1820.1730
1820-1730
TTL LS J.K 500 P05. OGE.TRIG
TRANSISTOR APR40 16P1N
1826.0708
04025
00030
F
Bl FET LF3551-+
1
01295
It INTO TIL LS OECD UP/000N SONCHRO
IC CNTR IlL LS OECD UP/O0,oN SYNCHRO
BIFET LF35SH
1
I 821.1141
1826.0208
A4tJ24
401)25
A4U32
A4U41
A4IJ42
I
0757.0056
0658-3456
C01.l,R_J0.1103.F
CSI/S.T03051.F
IESISTOP
1
14.1 /6.T0.d 533.F
20506
205Kb
2508e
25450
20506
250 F TÇ.Os-IO
'b.3?2E
84117
005+8
2SI0
RESIStOR 13K XX l2SYo F tOut-lOI
RESISTOR I' IX
7
C4.I/S.I0-3S32
205016
QESISTOR 0.501K IX
0157.5007
o.l,e.To.22lI.ç
0655-6625
¿05Kb
RESISTOR I 50K
.125e F IC.5+.I00
C4.lIB.TO.200l_F
C4.l#S.TO.1302.F
e!000/8.T9_7871.E
210T0567
c4.I/s.To-4952-F
ce.I/5.To.3011.F
C01.I/5.T0-I302.F
24548
25480
I
CIJ.1/8.TO-SIbR-F
20506
205Kb
¿4506
Ipso F T00+_I 550
RESISTOR 750K IX .12801 F TC.s+.Ieo
RESISTOR 3IJKK IX .1250 F tt.o+I IO
040787
0o52*A
000290
A4u3
254KO
RESISTOR I SOR IX
&4R?56
1826-0476
2051J6
F ¶c.n.100
125n F ICr'.. 'Os
0001285
1020.0 97
280150
I2S
I
4141)2
Isla!
125s F TCifl+-25
ESTSTcP OIQ,Q II .125e F TCUO+-lflfl
IFSISTOR 0.01K 5 .125e F TC.T+IOe
RESISTOP bR .1%
4002804
80101783
205Kb
F tcuo,.ln°
RESISTOR 4RQK IX .1250 F TC.0+.lOO
040252
2IJSOb
IO! t TOPOOJ ITR%
RESISTORTRMQ 2K
0157.0773
5757.0005
1690.7337
1698.7332
o6R5.327
0oR2R0
040251
2IISIIb
i,5N r TcO+-lOO
IES!STOP IlK IX .I25 F Ictot-loT
RESISTOR q.sx i' .125e F toise-25
RESISTtK
0757.oass
Mf r Part Number
Description
I 0-DIP-P
QUAD I0.OIP.P
QuAD 10-DIP-P
IC I5 TTL LS
ER I.V°P
IC OP IMP LÛ#.00IFt ¶0-99
TR4NSISTOR.DUAL Pe POuSTfl'
OMS CONVERTER (POWER DETECTORI
MECHANICAL PARTS
HT
HT
28480
201+00
211+41
SINK-StMICON
5INK-S1MICON
RPG LIGHT BULB
28480
1L0700N
5007018040
5N727IOL
1561-0020
1205-8033
1205-0018
2140-0016
See in traduction to this section for ordering In fornì ation
9ndi ates factory selected value
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
Table 6-3. Replaceable Parts
g:r;:n
g
Qty
Description
*5
0333S-ÔA*a5
i
!V*OAPD PC
*5Cl
Mé0-38ø
!
CAP*CTtOR.!iD
Oi$o.0062
s
ASC2
*5Cl
iibO.38517
SSC!
QISQ-3807
OiAO-3841
ASCa
0I60.4S,i
ASCe
0180-1146
A5CRi
15CR?
l99o_p533
85CR!
1990.0533
ASCA
*507
A5CRo
*5ER!
P5CRS
*5C57
*SCR$
ABSCU8LY (solaBA
I
io
i990-0533
5082.0658
5082-1655
5052-0655
51I824658
5082.4658
¿8480
¿8o8o
25050
28080
5052.0655
LED-VISIBLE LUM_INTP15MCD IF.p1M4.YaO
LED.VISISLE LUM_IVT.ISYCD IFUP004_-sox
LED.VI5I!L LUM_lN1i5MCD IF.2a'A'Ao
LEO-VISIBLE LUY.INT.I5MCD IF.20M0_M*0
LEO-VISIBLE LU_INTSl5MCD IFI2ii*00_M*I
LED.VISIBLE LUM_INTISMCD IF20Y0_Ml1
LED-VISIBLE LUM_IVcTI5CO IF.2084_iA*V
LED-VISIBLE LUV_IN7IIMCO IFS2000-001V
28480
50820658
78080
25480
28480
28q8o
5057.4458
5082-0658
5087-0658
5082-0684
LED-VISIBLE LUV.IOdT.I**CD IF.20.81.MAO
LED-VISIBLE LUM_IOTI1CD 1F1201*0.0*A0
28050
280*0
5082-4680
0990-0665
251180
1990-0665
78050
28480
28080
28480
25480
990.0665
1990.0665
A5CRi I
*5CR02
8SEP13
6SEP14
*5CRI5
0990-0533
1990.0533
1900-0533
1990-0533
1990.0486
ASERio
I990.0fl6
i990-o665
LED-VISIBLE LUM.INTIIMCO IF20M0.k4*l
LEDVISIOLE LLPI.101IIMCO IFI?OMA_MlX
LED-VISIBLE LUM_INT.IMCII IF.20Ua-MAo
A5CR;i
ASCR2
*5CR;3
*5C8?4
85CR;!
1990-o655
1990-0S65
i#000665
LED-VISIBLE LUM_INTI0000 P12001_MAO
LEO-VISIBLE LUM_INTIIOCO 1F12000.000
ASCRP6
i99o-o665
iQRn-o665
0990-0665
1990-0665
LED_VISIRLE LU-s-1.T.IICD IF.200*_040
4SEP27
15C!,8
1SEP29
ASERiO
ASCR3I
ASE'
A5J2
*5L0
*511
4502
8S03
*510
*505
*506
¡501
*508
*5R
*582
4SR3
¡SRA
*5R5
B5R6
*597
*598
ASRO
ASRI i
*5912
*5813
*5910
ASPI!
¡SRi
9100-333*
1853.0016
1853.0016
*5R75
i
LEO-VISIBLE LUM_INTI1WCD 18.20fl_000
ROO
0
B
28080
201*00
ASSO
CONNEcTOR
1
COIL 25cM 000 _ID-NI-s 59817*4W7
1#IOSISTDP PNP 50 11.92 PDI300Me
TRANSOSTDR NP SI TA-92 P01300Mq
TRANSISTOR POP SI ¶0.92 P01301004
28480
28080
28o80
28860
28080
TRVNSISTDR PP SI Te-92 P0.30000
TRAKISISÎCA POP si TU-92 PD.300'A
1853.0006
28"80
RESISTOR 22 51 .2501 FC 10n4001+500
01121
RESISTOR 22 5! .2500 FC TOI-0001+500
RESISTOR 22 51 .25° PC TCI.A0l/+Snhr
9ESISTDO 27 5% .25V PC tOI-400/.500
RESTSTDR 22 5% .25w FC 70.-400/.500
06R3.2205
0/51-0280
0683.0325
0683.1325
1
B
1810.0164
1510.0135
P10-0055
08iO3069
01121
01121
01120
01121
01021
01120
28480
01121
PC TC..400/+500
RESISTOR 22 5% .25
RESISTOP 27 5% 250 FC TC..400/t5°0
RESISTOR 1000 1°/* 125w
RESISTOR l_3g 5% _?So FC TC..110o,+700
I _30 5% .25V FC TC..400/,700
Oliai
PESISTOP 0.08 5% .210 FC TC..4001+7P0
00520
01120
RESISTOR
0683-tI?!
Pin-0160
01 121
RESISTOR 22 5% .25' 80 70.-000/.500
06R3.22125
RESISTOR I.3s 5% .25° FE TC..000/.700
PESISTOB i_3K St _25o* FC TC.-loIr/.11o
0ESISTOO I,3 Si .2So- C TOI-000/.100
RESISTOR
7
I
*
I
i
3K 5% .2500 FC 70.-000/4000
RESTSTDP I.3 5% _25 FC TC..*J00/+100
NEToORK_PES 9.SIPO.78 IHM X 8
NETeOBS-PES 9-SIP0.7K UP4 0 B
NETtOPK.RES b-51010_0K DH' i 5
NETwDBA.PES 9-SIPIO_OK OHM i 8
RESISTIR
I
5% .5
P
Tçso.i5o
l0900665
0990-0665
1990-0665
0990066S
1990-066!
03502-01020
1251-5041
9000.333*
1853-noia
1851-lOIS
1053-0016
853-0006
C52205
052205
C82205
082205
002205
002205
002205
IRVNSISTIR POP SI 70-92 001300Mo
8
099o-o66S
1B5300l6
1851-onió
28080
28080
28080
0683-2205
0683-2205
0683.2205
0683.7205
0683.2205
0693-2205
l991.0665
1990-0665
1990-0665
i5530006
TRAKISISTOP POP SI TU-9? PDI3000W
T00051SYDO '° SI To-B? PDt300V
l990.0665
l990066S
28450
1853-0016
isSo-0n16
0653I32S
*5Rpi
LED-VISISLE LOp.INTIlMCO IFI2il-sA.001
LED-VISIBLE LUM.INTIIMCO 1FU00_M0l
LEO-VISIBLE LLAK-INTII000 i812r0.MAO
5553-lois
isSi-000a
45818
15R23
28080
28480
28080
78o80
28080
LED-VISIBLE Lu*4INTIICD IF2IlA.'il
1990-0665
07502-61620
*5Riy
ASR?I
LED-VISIBLE L*J0*-INT.IMCD I!2nV*lAl
0990-066!
0683.1325
0683.1325
0683.0325
0683.0375
ASP?;
LED-VISIBLE LL}-INTI'CD 18.200*_MAi
0990.0665
1251-5041
28480
28180
LED.VISIBLE LUM.I'VTIIMCD 18.200*-MAx
19#006a5
So82-a58
5082-0658
5082-0658
SOU-0653
5990-0533
1990-oôeS
0ib0.3807
I500i560902082
2*450
ASERIo
I!
Ciao-osai
¿8080
28050
28050
28080
¿8080
19900533
2
0ibiì307
LEDVISI5LE LU'M_EViT.1SMCD I1.?OMA_MAO
1990_on!
1990-0533
990.0533
OiôOJSii7
oler-cina?
OisO-0S7I
LED-VISIBLE LUM.14tt5'CD 1fl2041-MA0
i990-o533
°iöfll8'i7
28450
25080
56289
LED-VISIBLE LUM4NTII5MCD IPs?OVI-lAI
LEO-VISIBLE LUM_INTII5VCD lF?O'A.'AO
4SEP19
A!CPPO
28ii80
0301b.bbSÜS
CAPACITIP-FID .10F +50200 50V0C CEP
OSP001TORFxD .0050! 4-20! 50000 1ER
CAPSCITOPFBD isuFt-lot 20v0C TA
LED-VISIBLE LUM_INIU15MCD IFs2OV-'&0
LEDVISISLE LUMINT.iSMCD IFS2OVAM*o
LEO-VISIBLE LLIM.IÑT.ISMCI IF.2000_MA0
990.066!
2S80
C*PAC110R-FXo .0I5U! 4-PO! 50400 CE
01600807
1990_osas
28080
?64S0
CAPACITOP.FXD IOOUF.7s-iot AVOC AL
CAPACIIOP-00D .oicU +2OX 50400 CEP
i990rl530
*50Pi5
28480
0I5UP .2O% 5V"C CEP
C*P.01tOPaxD 00SU -20X 50400 CEP
A5CR9
*51901
Mf r Part Number
ni i2i
nI 120
01121
USO-101a
1853_0016
00220!
075/-0280
ESili!
050325
061315
ChOiS
C9i325
CBI325
000325
00121
91eS?
08032!
91637
23080
28080
CSP09007012J
75042
5a20.0.IBO.J
CSPO9C07.012J
0810-OilS
81 0.0055
See introduction to this section for ordering information
*Indicates factory selected value
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
6-15
Table 6-3. Replaceable Parts
g
Mfr Part Number
Description
tv
PUSHBUTTON
PUSH6UTTON
PUSHØUTTON
PUSHBUTTON
PUSHBUTTON
SWITCH
SWITCH
SWITCH
SNITCH
SWITCH
P.C.
P.C.
P.C.
P.C.
P.C.
MOUNT
MOUNT
MOUNT
MOUNT
MOUNT
p8480
28480
28050
28480
p5480
5060-9436
5060.9036
5060.9036
5060.9036
5060.9436
5060.9036
PuSHSuTTON
PUSHBUTTON
PUSHBUTTON
PUSHBUTTON
PUSHBUTTON
SWITCH
SWITCH
SWITCH
SMITCH
SWITCH
P.C.
P.C.
P.C.
P.C.
P.C.
MOUNT
MOUNT
MOUNT
MOUNT
MOUNT
28480
25480
28480
8060.9036
5060.9036
6060.9836
¡55H03
5060.90036
055Ml
5860.9036
5060.9036
PUSHBUTTON
PUSHBUTTON
PUSHBUTTON
PUSHBUTTON
PUSHBUTTON
SWITCH
SWITCH
SMITCH
SWITCH
SMITCH
P.C.
P.C.
P.C.
P.C.
P.C.
MOUNT
MOUNT
MOUNT
MOUNT
MOUNT
¿BABO
26480
2BaSo
25480
28460
5060.9536
*551412
5060.9036
5060-9036
5060_9436
5060.9036
5060.0036
PUSHBUTTON
PUSHBUTTON
PUSHIUTTON
PUSHBUTTON
PUSHBUTTON
SWITCH
SWITCH
SWITCH
SWITCH
SWITCH
P.C.
P.C.
P.C.
P.C.
P.C.
MOUNT
MOUNT
MOUNT
MOUNT
MOUNT
280080
5060.9436
50ö0.9436
5060.9436
75080
28080
606fl.943Ö
5060.4036
5060.4036
PuSHBUTTON SWITCH P.C. MOUNT
A 551422
¡55823
5060 .9436
*55bps
5060.9436
5060.9036
PUSHBUTTON SWITCH P.C. MOUNT
PUSHBUTTON SWITCH P.C. MOUNT
PUSHBUTTON SWITCH P.C. MOUNT
¿8a80
28480
28480
¿8480
5060.9806
50ò09 436
5060-9436
5060.4436
5060.9436
¡558,6
¡55H27
¡55M26
¡55829
¡55830
5060.9436
5060.9036
5060.9436
5060.9436
5060.9436
PUSHBUTTON
PUSHBUTTON
PUSHBUTTON
PUSHBUTTON
PUSHBUTTON
SWITCH P_C
SWITCH P.C.
SWITCH P.C.
SWITCH P.C.
SWITCH P.C.
MOUNT
MOUNT
MOUNT
MOUNT
MOUNT
78460
2B4S0
pgOBO
28480
28060
5060.9436
5040-0418
5060.9436
*55H13l
5060.4436
5060-9036
5060.9036
5060.9436
5060-9436
PUSHBUTTON
PUSHBUTTON
PUSHBUTTON
PUSHBUTTON
PUSHBUTTON
SWITCH
SWITCH
SWITCH
SWITCH
SWITCH
MOUNT
MOUNT
MOUNT
MOUNT
MOUNT
78460
28080
28080
28460
50ô0.03b
!0609436
7808(1
5060.9436
28480
¡551438
8060.9436
5060.0436
5060.4436
5060-9436
5060.9436
5060-9536
A5SW3O
3101.2441
PUSHPUTTON SWITCH P.C. MOUNT
PUSHOUTTON SWITCH P.C. MOUNT
PUSHBUTTON SNITCH P.C. MOUW 1
SW-PSHBIN
5060.9436
5060.9436
5060.9436
5060.9036
5060.9036
858w1
¡55144
¡55145
85586
¡SSMO,
ASSoIS
*55149
¡551400
t
lO
655Ml!
¡55H06
055W??
¡55P015
058w19
*5880?0
¡55W?I
¡5SW32
¡55H33
*5SW34
¡SSWIS
¡55H36
¡55H37
38
MOUN T
PUS HB UT TON S M I TOH P C
1
p.C.
P.C.
P.C.
P.C.
P.C.
28480
28480
5060.0436
5060-9436
5060.9436
506T9430
50609436
5060.9436
5060.9036
50600436
3101-2441
OTSPLAY.1.UMSEG t-C4AR 03-H
TRANsISTOR 44000 16-PIN
OC INV TTL LS HEX
IC SHF.IIITP TTL LB P5 SERIAL-IN PRL.OUT
TRANSISTOR APPAI Ib-PON
28080
00205
o0295
5082.7653
ULN-2003*
SNT4LSOSN
5N74L5?64N
13606
UL.N.20034
00245
01205
i3606
0029!
01245
5N7OLSOSN
!N74LS064(
ULN.20034
5N74L5?73N
I
OC 1ko TTL LS HEX
IC SHF-BGTR TTL LS RS SE6IAL.ON PXL.OUT
TRANSISTOR ¡PRAT 06-PON
IC PF TOI. LS D_TYPE P05.0008-TRIG CO
IC PF TTL LS O.TYPE P05.COGE.TBIC
i
IC MU0R,0000.50L TTL LS 2.TO.I.LINE QUAO
01705
5N74LS?57418
I 990-0542
OISPLAY.8-UM_SEG I .CHAR
0990.0592
0990.0592
0994-0592
0990.0592
OISPL4t_UM.SEG
¡SUSO
65U0,
¡SUIS
¡5U04
¡SUIS
0990.0592-
¡5U16
¡5U17
85U18
W5U19
¡5U20
0820.1200
1820.0033
0858.0007
1820.1730
0820.1002
¡5U71
P20.0438
6-16
2Ssb80
5060453b
5082.7653
5082.7653
05U6
¡5U7
¡5U8
05U9
¡SUIt
190.0592
I .CMAB
_43.H
43.H
43.H
43.H
43.1.
43H
N5_H
OISPLAT.ÑUM.SEG I .CMAR
OISPLOY_WUM.SEG I_CHOP
OISpLAT.NUM.Srr, t-CHAR 43.H
3
2
2
I
1
28051l
5060-9436
5060.9036
5060-9936
28480
28080
28480
aBoBo
28480
0990.0592
'490-0592
DISPLWV.NUM.5fG I -CHAR
OISPLAY.NIJM_SEC 0_CHAP
OOSPL8Y.NUM.SEG 0.CHAH
OISPLAV.NUM.SCC, I_CHAR
Il
I 990.0592
1
2848I1
5oo-436
5l27653
19°l.0592
1200-0473
1200-0636
28480
5060.9436
506o-qsOe
28480
28480
28480
28480
¿848o
DISPLAV.NU.SEG l.CHAP 43.H
¡SUt
¡SU?
¡5U3
¡SUa
¡SUS
l*SS.004T
1820.1200
820.0033
0858.0047
25480
2B480
50Ö09036
50604836
SOCKET-IC 16 DIP
SOCKET-IC 14 DIP
I 3406
26480
28480
5082.7653
5052.7653
5082.7653
5082.7653
50827653
5082.7653
5082.7650
SN74L5741.
1200-0473
1200-0638
See introduction to this section for ordering information
*Indi ates factory selected value
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
Table 6-3. Replaceable Parts
g
Qty
Description
Mfr Part Number
NOTE
KEYOAP OESIGNATORS CORRESPONO TO SWITCH
EXAMPLE:
ASKOI io THE
KOYOAP SOR ASEWE - KEYCAPO ALSO APPLY
OESE SNATORS
TO AIS ANO 025 FRONT PANELS,
A5KSI
ASKS2
ASKS3
ASKS4
ASKES
ASKS8
05K57
ASKSE
ASKS9
ASKS1O
A5KSII
058512
ASKS1S
ASKS14
3141-0943
5041-0384
504i-S30
5041-5354
A5KSIN
A5KSZO
1
7
28480
2848E
2848E
20080
K0YOAF SMOKEPEPE
KNYLAP SMOKEPEPE
KEYCAP ELUEPEPE
KEYOAP SLK W/LEOHT
KEYOAP ELK W/LEOHr
g
i
I
i
1
i
504E-1801
5041-0014
S341 0015
3041-881E
1
1
STORE
KETOAP
KEYOAP
7
0
KEYCAP
9
KEVLAR
KEYCAP
KEYOAP
KEYOAP
KE0LAP
MHZ
284ES
REOALL
28480
28400
KEYCAP
KHZ
OLEAR
5000-8820
504E-094E
5041-2811
5041-0812
504E-0813
5S1-1017
KEVlAR
KEVlAR
A5K527
5041-0758
314E-1819
5040-0008
5040-1708
5041-181E
5041-0285
504E-0322
5841-8922
5841-0310
ASK530
A5KS32
A5K533
ASKS74
A5KS35
A5K538
A5KS77
A5KSSE
5041-0318
584E-0819
5)41-0300
A5K544
5041-0044-
4
284ES
284ES
5
8
554E-0384
5040-0384
5041-0051
5541-0fl9
5041-0309
5041-0319
5841-1822
5041-0817
5041-SEIS
5041-0816
5041-1819
5041-1021
5041-0814
5041-8815
5041-8818
5041-1520
5001-0946
5841-8511
5041-0812
5041-0813
5041-1817
2
3
284ES
HZ
28488
KEYCAP
KEVLAR
KETOAP
OASH
5001--2750
KEVLAR
ORO
28488
28488
284ES
2848E
KEVLAR
OEM
28480
28480
2E480
200ES
28488
500E-1818
5841-0285
5841-0022
5041-0922
5041-0310
20400
2848E
28481
5001-0718
5041-0319
5841-0310
28480
5841-8044
KEYCAP
KLYCAP
KEVlAR
1
2
PERIOO
PEARLRIRF
LEFT
ARROW
2
KEYCAP
i
KEYCAP RIGHTAAROW
I
284ES
280ES
(INVERT)
504E-0943
5841-5384
5041-0354
5041S3E4
5541-0354
28488
28485
28480
28480
KEYLAP
8
28480
28480
28480
KEYLAP
A5K521
A5KS22
A5K523
A5K824
A5KS2S
A5K828
ASKS2E
A5KS2E
A5KS3E
28080
2848E
20480
28480
28455
KEYC .5F ELK W/LEOHT
1
SORE-ESSE
5041-1819
284ES
KEYOAP SMOKEPEPE
KSYOAP SMOKEPIPE
KEYOAP SMOKEPEPE
5041-8310
5841-1822
5041-0017
ASKS18
KEYCAP LOCAL
KEYLAP SMOKEPIPE
5041-0384
5841-5314
5041-045E
5041-0010
5041-0315
5041-001E
ASKEES
8
501C_03E4
A5KS15
A5K517
1
KEYLAR
ELK
W/LIGHT
KEVlAR
EL-K
W/LIOHT
KEVLAR
KEYLAP
ELK
W/L.11HT
8LK
W/LIOH8
(INVERT)
KEYCAP - POWER
5041-1819
5841-OESE
5041-1798
See introduction to this seo-non for ordering o,ofornoario
*Indicates factory selected value
6-17
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
Table 6-3. Replaceable Parts
Don
g Qty
033!o-btsoo
A#,CI
AoCI
0160-0970
0lòo-307
SOrO
SeCo
0060-0037
SeCO
0060-3047
oIen-o337
'oCio
AoC2r,
AsCii
£602?
£6023
£6025
otps
AeCpl
AbCp
*6029
AsCoo
Moco,
SeCO?
AoCi;
4603M
46035
AoC3t
£6037
At,COP
AoCoo
20080
20480
20900
26080
21410
0060-0978
0160-3141
0060-0337
0060-0337
0060.3647
CAPACITOP.000 PPUF4IOI 500f IA
C0PSCITOO.!00 015U t20% 50400 CEP
CAPSCITO0.F0D 005L,F t-201 50000 CEP
CAPACOTOO-000 oISuF t-20% 50000 CEP
56289
28980
0503226X900582
CAPACI100-00 OISLÍF 4-201 50000 CEP
28980
28980
CA0ACDTDP.00i) ooçUF t-203 So0OC CEP
C&PACITOP.F00 OI5UF +200 000DC CEP
0000CITO0aOO .010UF t-201 5000C CEP
0000CITOP-000 005UF t-20% S000C CEP
COPACOTD0.000 .005U0 .201 SavOr CEP
28480
28480
28480
28080
28480
0060-3897
0060-3847
0060-3847
0060-3847
CAP*OITOP-000 _O05UF 4.20% 50000 CEP
CAPACITO0_F00 OISOF t-20% SOVDC CEP
CAPACITØP-FXT 015iJ0 t-200 S000C CEP
CAPACITOR.000 OISUF t-201 SooOC CEP
CAPSCITOR-000 »0501! t-20% 50oDC CEP
28980
28480
28900
28480
28480
0060.3847
0060-3897
0060-3847
0060-3847
0160-3847
CAPACrTOPFoO otSUF t-20% boDE CEP
CAPSCITO0.000 .01SUP t-20% 5000E CEP
28480
28480
28080
28480
28480
0060.3807
0060-3807
0060-3847
0060.3807
0080-2823
28480
00000
00400
28480
28480
0080-2823
3508!L220
28480
28480
28480
28480
28480
00602204
28480
28080
28480
26654
0060-3558
2665MO
2130050100P%041
26654
28480
28480
28980
2030050000P0042
28480
28480
28080
28480
0902-3053
0900.0040
0900-0040
0900-0000
28080
28480
28480
9000-2459
9000-0637
9101.3334
28480
0200-04,3
I
C*PoCjI0P-0D non
ASSEBLV
,I2 500000 Mj00
CAPACITOP-Fo0 OISLJF t_20% 50900 CEP
tAPACIT0P-FD io°P
t-00 30000C 0CA
C00400TOP.FOD 06000 t-II 3000DC UrCA
CAPACITOP.F0D _o100F t-20% 50000 CEP
0050_0219
06C7
0333616506
flCPOPPOCE$500 CONTOOL 0.0
2
0060-36°7
Olbo-OSSO
0060-3047
00603047
0boo.0047
0i60.3007
006r.3A07
0060.3007
0060.3907
OIeo-30'7
0060-307
0000-0047
0060_3847
016o-3047
0060-3857
0160-3007
0160.3047
0160-3847
O
0iR02023
C604CITDP.F00 _oiçUF -201 5000C CEP
CAPACITOP.F0D O700FtSO101 6.3000 AL
0901C010R-FOø olOuFtSO-001 6.3000 AL
0It0069?
2
0lll-l1Ö92
000-2023
C900CITCIP_F00 220LJFt50.00% 3500C AL
C400CITOP.'OO PpOUF+S0.201 35000 AL.
CM0ACITOO-F00 syouF.50-oo1 6_30CC AL
2
cMPscrtoP.Fon 100PF t-5% 300400 t0C4
4oC53
s6C5o
0000_2026
O
oRo.1050
CAACIT00-FSO ooP t-51 300000 IC4
CAPACOTOP.000 _oI5uF t-20% 0000C CEP
COPACITOR.F0O o7OLiFt5O-101 6_30CC 0L
CAPACITOR-POD o000u!t50-I0% I600C AL
o
AsCOS
4605e
0I6o-055P
0060-3007
AOCS°
016035fl
4504,
OSCO;
M6CEI
AsCSo
oslsy
ACS9
A6C60
0060-2204
0I6-2?00
0060.3857
0100.?023
0260.3622
ABOSO
0160-3550
Aboli
'oCRO
o9op-0o50
0000.0000
190l.00hO
1901.0040
AÖL.I
900e_2059
'eL?
9000.0631
Al_Pi
I?0!l-0473
A6P2
A6P3
A6P4
AePo
1251-6567
1251-6567
1251-6561
06042
AoCpo
Aal!
ASOl
AsPi
09P?
SoP!
Aeo
4500
CAPACXTOPFOO _IUI t80201 10000C CEP
CAPACITOR-POD t200F t_5% 300000 MICA
CAP001TOP.FlD B2OPF 4.5% 300000 MeCA
3
DXDOE.ZNP 93iv 21 00-7 P0._4
DXD0ESllITCttNG 300 S0A 245 01.35
0100E-SMITC4ING 30V SOMA 205 DO-35
I
I
COIL-OLD 121U4 II 050 _l5bD0_375LG-NOM
001L.MLD 0200H St QbS ,15500375L0.00M
I
S0080T.0C 06-COOT DIP DIP.SLOP
COOL 25U4 00% .30_NOM 590.7MHp
'250-3150
7
fi-5205
7
P55ii071
7
P54.0235
I
0699.0304
063-75?5
06036015
0a3-i025
0603.0035
0151-0403
1900.0075
0603-0925
o9ß-327q
TC.t0500
0100E_S4ETCttING 300 SOMA 200 00-35
CONNECTOR
CONNECTOR
CONNECTOR
CONNECTCP 00-PON M POST TYPE
AsPe.
6-18
CAPSCXTOP-F00 1UF 400-201 00000C CEP
CAPAC3TOP.F00 .IUF +00-20% i 0090C CEP
CAPA0000P-F0D IUF t-201 S000C CEP
i
000-O334
1810-0055
Asp'o
2
0lbO-209
A6R6
ASPI
A6PQ
IUF t-20% 50000 CEP
CAPACXTOP-F00 oisUF t-plI 50000 CEP
0
0160-3522
0060_1009
0506;
CAP401TOO.FI0
CAP40110P.F00 .110 t-20% 500DC CEP
CAPACXTÛP.F00 0150F t-20% 50000 CEP
0l6n-iPli7
ASCAI
28M8o
CAPACOTOP-FOD oo5uF t-201 SOoDC CEP
0I00-fl20
1
I
I
0
6
S
9
I
5
28480
28480
28480
00603847
350081220
0080-2823
00602200
0060-3807
0080-2823
0080-2826
0060-3558
01603847
0060-3641
20300500000004Z
0060-2009
0060.2009
0060-3558
1251-6567
1250-6567
1251-6567
1251.3750
CONNECTOR 2-PIN M POST TYPE
28480
0250.0245
TRANSISIOP NPN SI P0í30ot FTu200Mtt?
TRSNSISTOP NON SI PDI3500o Pt.3000ttZ
28480
04703
05540070
PESIOTOP 604k II .0254 F TCpOt-iOli
0ESISTOO 7.50 5% 25 FC TC.5001tlOO
OESISO'OP 580 51 .250 FC IC.000/téOO
000150CR 0k 5% .25w FC TC.-4000teOo
P083STOt 00k 51 _25t FC TCU.400/t700
28080
00020
01120
COInS
01121
00020
C81035
I
PESISTOP 4_99k il .025v F TC.Ot-100
0
i
0
0
NETtOPO.PE0 9-5Io 80 QHM
7
3
RESISTOR
-,
0060.3047
0060-3047
0060.3897
0160.3147
28480
NETWORK - RES SIP 00K OHM X 8
1
Mf r Part Number
28080
I
20
'e
Description
RESISTOR Ilk II 025t F TC.Ot-100
4
8
I 8k 5% .25° FC TC.-000/t700
28480
74545
24S6
28480
00120
203904
0698-8344
085805
080025
1810-0055
C0.I#lT0099l-F
CA.0,5.T0-I 002.F
0620-0076
CS%825
See introduction to this section for ordering information
*Indicates factory selected value
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
Table 6-3. Replaceable Parts
g::rn
APRII
AbRI?
LoRis
APRII
g
°63.i$25
l63.I825
Qty
Description
0180310* I 8K 5% .25* Fc 1c..OiOo/t700
7
I
I*10o100
0651.1035
Mfr Part Number
RESISTOR
I 8K 5% .25* Fc TCI.LSiiO/,700
870?2,0l( 04M 8
I
RCIISTOP IlK 5% 25* FC TC..000,.7on
RKSISTOR 3.64 5% 25* Fc 101.000,+784
RIbS?
02121
ill 121
RESOSTOR 3.6K 5% .25* Fc tc.-L00/,leo
allai
3
LORIS
0553.3625
9
LoRIP
AbRIR
lPIO.o229
S
I
1840.o055
0683.1515
N01,ORK.PES 8.815330.0 OHM
5
I
2
i
u
NETLYORK-RES R'SIPI a.ox
g
RESOSTOR ISO 5% .?S
PC TCS.000/,boo
Aspe,
La2l
APPaI
APR26
1bPS1
APR52
ApR53
LORS0
ApR55
OSQI-oolø
8
OÔRR.0107
R
i
O
0683-1835
b
b
9
i
1510.1135
151°-0297
0653.1035
3
I
0653.51 IP
°%35I IS
0b53.5l IS
S
S
1818-1 111
2
1
1
1
A6U3
1818-1109
8
i
A8U4
i8i8-1112
AÖU8
1526.0180
APUIO
AbUt I
A6UI?
AÒUIA
ASUIS
ApUIp
APUI7
A6U18
LOUIR
LÔU?0
AOU2I
L6U2P
ASU2S
LOUaI
16U25
ApLipp
AOUP7
LoUas
APU2R
16U30
LOU!,
lepo-laR,
I820.175R
ISIS-OIRR
AÒU3A
OSU3Ç
1820-0684
Iseo_IRIS
AOU3S
IA20.I7SR
1820.1 lIA
1521.1100
LSUfl
UIO
APUAI
ASUI
152o-l2m
LOUA1
1820.1873
521.8477
UAA
AbUOS
ASUIP
1521.11,2
1920.183'
1520.1107
AbUSI
IRRO.IiOulA
AbUS?
AaU5
R00.0577
AbUSA
A5USS
AbUsa
19R0.iiSJt
1990_hAlbI
1940.016,
1520-liaPi
IC-MEMORY ROM
28480
1818-1112
01295
002R5
50710317514
81471L517A5
85700014
SN7ALSI3SN
SN7SLSI3PN
10 IO IlL HEI
Ic 000% IlL LS 3.10.8-LINE 3.INP
Ic DOOR IlL LS 3TD.SLINE 3.308
IC DIR IlL LS SIN UP/ODIN S100MRO
IC PF TTL LS D-TYPE POS.10GE.TRIG COO
27018
al PRS
112R5
27010
022R5
012R5
01295
27011
02295
o1295
01295
01245
IO 5HF.RQ7R TTL LS KEG-EDGE.TRIG PPL.IN
IC GATE TIL LS NOR QUAD 2.INO
INN IlL LS -E0 NINP
IC GATE ITL LS NOR TPL 3.01 p
IC FF TTL LS 0.TOOl 00S-EDGE-TRIG
IC 5FR IlL LS INN COIL 2_lOP
IC DE AMP GP 1.03°_P
IC C1TP TTL LS PIN 3000*00 Prq.00GE.IQrG
IC GATE ITL LS NANO QUAD 2I.
OPTD,ISiOLATOO LED.P000/OST° OF.?SMA.YAO
2
28480
IC GATE IlL LS NANI QUAD 2-lOP
0E PF TIL LS 0.108E P03.EDGETOIQ
IC 0FR IlL LS RUS QUAD
lt SFR IlL LS 'iON-10V OCTL
2
01295
OI2RS
27014
01295
01205
01295
IC
2
0229!
IC SFR ITL LS NONINV OCTL
30 SHF.RGIR TTL LS 0.5 SERIAL-TN DRL.OUT
IC GATE TTL LS NANI QUIT 2I' p
OC GATE IlL LS TR QUAD 2.100
IC FF TIL LS D-100% 05-EOQE-lR3G CDC
IC SN74805N
¶
1818-1110
IC PF IlL LS D.TYPE °O8.EDGE.IROG co"
IC FF IlL LS O-TYPE P05-EDGE-TRIG 084
IC MIPRoc AYOS
oc SFR IlL LS MON.INV ociL
le SFR IlL LS 1400.10v DCL
I
I
00511$
COsI IS
iSiS-1 109
OC OCDR TTL LS 3.TO.8.LINE 3-lOP
¶
CR1035
28480
IC GAIE ITL LS DR lIJAD 210P
I
181 0-0136
IS1OOOR7
IC-MEMORY ROM
10 GATE TTL LS NANI QUAI 2-ISP
I
02121
11121
01221
1818-lili
IC CNTR IlL LS RIN U5/OOAN SYNCHR0
OC 8FR 110 LS NON_15v OCTL
i
21"8o
CS1535
28480
28480
Ic RFR IlL LS uoN.100 DCL
I
26S80
C-MEMORY ROM
IC-MEMORY ROM
IC SN74SO4N
3
085115
CB5I IS
Il ill
0699.0107
30 N"DS 2K RAM STAT 500-NS
xc oYos 1K RAM STAT 500-NS
2
1*20-III?
oIi2i
MC145501
i
I
mRs-aol,
Il ICI
04713
28480
27014
34335
30335
3
1821.1759
I S201033
I R20.I '97
1520.1208
I 920.1195
081035
28880
28080
IC TOMER IlL MONO/ASTSL
I
2
cSIsis
I
I
1820.1197
1820.1218
1A20-1226
I P20.i75R
1820.1730
L6Ufl
7
053625
205*331
1810.M155
7'M5A843.a5J
SN7ALSI7SN
2
1520.1190
1520-1759
l52o.I568
OHM 0
;5* FC TCs-A0-s7o
083625
01295
OI2ÇS
é
1520-I 197
A6I336
-8IP3j
cslols
01295
I
-
520-I IRS
1820-SIRS
520.0170
1820-1216
1820.1216
I*20.175R
Is2n.ii RO
NETxORK.PE5
ULTI.VALuE
0222
cSPOLcO7-223J
I
3
181840I0R
1820-0683
NET*DRKaES Io-SIP
11121
25850
01121
081*25
C5I825
IC CATE TTL LS SAND QUAD 2.D'O
IC 14*105 0K RAM SlAT ASO_NS 3S
IC PF TTL LS D.TYPE P05-EOGETÇIG COM
S
1815.0138
IR?0i IRS
IpUR
i
520-Il R'
AbU7
RESISTOR 18K 5% .25* FC TC..001,.Poö
RESISTOR StO 5% 250 FC 1Cl-aol/sano
RESISTOR Sb
ps .?5a FC TC-Aoe#,00n
1818-ii lo
A&U
6 l25n F 10.0.-25
RESISTOR Sin 5% 25, FC TcI.100,t000
RESISTOR lox 5%
A6UI
A8U2
A6U5
25* F ¶ c.rl,.25
RESISTOR SIe 5% _25o FC TC..000,.oso
i
I
063.5l IS
RESISTOR 15K
p
RESESTOR Aç75K
I
7
7
X
P850510% lOK 5% 5* Fc 1c..400,+70i0
t
AbRa1
III?!
NET*OPK-R05
0b8336?5
ApRii
11121
Ç
rPTD-ISOLATOP LED-ODIO/O5TO IF.SOVA.MAX
OPTO.ISDLATOR LCD.PII0/03T0 OFSÇOYA_ALA
O#IDISOLATOP LEO-IC CATE 08.1 loa_OSO
DPTO.T5TILATOR LED-IC GAIE IFII 0*0-CAO
IC 5FF TTL NANI DLII ?.I,P
1129!
28480
5N7ALSOOS
1520.IÖRI
D'SILS97N
AM91 12*50
AYRI I2APC
1820-0683
OM8ILSR7N
SN7ALSI R3N
5N7ILSIR3O
DM*ILS9?N
SN7ALSOON
5N70L532N
SN7AL05i18N
OYIILSR7o
S1870LS273N
DMAIL$975
IN7IL5IS4N
SN7ALSOOIO
5N71L532N
SN7ILSIISN
SN1ALS005
SN7OLS7IN
SN7ALSI2SAN
1820-0684
11205
SN7LLSI6SN
27020
DY8ILSR7N
0129!
SN7ALSO2N
S'17ALSOLN
01205
lIaRS
012R5
S\7AL5275
S\7ALS7IN
27004
11324
11295
102R5
280Ko
0'1P1L5RSN
26880
28080
5052.1355
50*2.0355
7A'AAO
5I*p.A364
26060
01295
LTMDIIN
SN7ALSISIAN
5070L5000
60135
5i182.1351
5N703*N
See introduction to this section for ordering informatio
Aindicates factory selected value
6-19
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
Table 6-3. Replaceable Parts
g::n Zrr g Qty
16U57
SbU5
AaU5q
AÔU6O
AAU6I
AbUs;
AbUA
lRPo.i 300
1920-1300
1920.1 300
1920-OASe
1820-1400
A5U57
Is2n-Is5
A5U77
A5U73
Asyls
Asyl!
I
I
7
112V_155W
SNIALSI9SAN
5N7ALS19SAN
SN74LSIQS*Ñ
SN7VLSIAN
!N7ALSP79N
It GAIE TtL LS NANE OvAr) 2.118
0129!
0129!
IC W! IlL LS D-TyPE P05-EDGE-TRIG
IC 78oS V RGLIR 10220
DC nAPI IlL QUAD
01293
09713
09713
SN7ALSOIN
SN74LSQ4N
SN74LSIAN
0007SISCP
Mf3A4QAP
IC UART IlL QUAD
00713
00295
01293
01295
MC3AJAIAP
0129!
SN7VLS0N
01295
01295
09703
01295
!NIOLS010(
IC LCH IlL LS QUAD
IC 'Ç OIL LS 0.108E P05.EDGE.IRIG COO
IC 9!P ITL NANO QUAD 2-INP
IC GAI! IlL LS NANO QUAD 7-INP
IC GATE IIL L! NANO DUAL 4.INP
lW?0-l730
1920-0571
Per_I IO?
I2o.i 2OA
I
DC GATE TOL LS NANO QUAD 2_ENO
10201 IR'
I 920.1211
#05.0095
I
I
920-i
0380-1188
00295
01295
01295
01295
01295
IC SHF-RGtR IlL LS 9-5 PRL.IN RLOUT
IC SH'#QIP IIL LS R-S RRL.-IN PRLDUI
IC 5HFQGIR ITL LS 95 PRL.IN pqL-CUt
IC 5C10111.TPIG IlL LS ENO HEi I-I%P
It SCHMITT_bIG IlL LS INO HEI IINP
l20.l 112
10250140
bbU7o
95U71
7
I ß?011 #7
92U1A15
Abyss
Abyss
AbUSI
3
1
Mfr Part Number
Description
IC DCDP IlL LS p.IO.q.LINE DUAL 2.109
DIODE-FA 890G 200V 7A
IC INY lit LS HÇ0 l.DNP
HEX STANDOFF HP-IB TO REAR PANEL
28480
5N74LS271N
SN74SSN
5N74LSOON
SN7OLSI3RN
'0A202
SNThLS000
0380.1188
See introduction to this section for ordering information
0lndi ates factory selected value
6-20
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
Table 6-3. Replaceable Parts
g
*7
03736-56507
Alci
A7Cp
£703
SyCa
*7C5
016o-057I
4060.4571
Olbi)3558
albo-osti
0160.5571
*ICI
87CR
A7C9
01603558
¡7Cm
Atti I
¡iCi,
87Cj3
87Cl!
ATRI
*787
*703
*704
8700
*702
*703
*104
¡785
4706
A7R7
8798
*709
LIRIo
*7R1 I
Qty
1
C
R
Description
Mf r Part Number
AtTENUATOR P_CS ISSC8L.Y
28480
03337.66507
CA0ACITopFgO - uF 8oìos 50400 CEP
78480
28480
28480
28480
25480
0160-5571
01ö°3358
CAPACITOR.'EO
tiF 80-714 SlivoC CER
CAPACITOR.FxO *U! '-20% SO40C CEP
CAPACITOR.F0O .IUF .80-20% S000C CEO
CAPACITOP.FsO
8o-248 50v0C CEO
.iu'
CAPACITOR-F8fl .!UF +-20t StOIC CEP
CAPACITOR-FoD .ILIF '-208 SOiVOC CEO
05604571
altO-3558
0160.4571
0i605574
0160.1550
SOLO-3558
0160.3558
0160.3558
CAPACITOR-FXO .IUF +.200 5vC CEO
CAPACI100.FXO
UF p.20% SOYIOC CEO
CAP*COTOR-F40 »ElF p_20% 55500 CEP
28480
28480
78580
25580
2808e
0180-3550
0l60-3558
0160.3558
0160.2239
CRPACTTOR.FxO
CIOACITOP.F40
CAPACITOR-F4O
CAP4CITOP.F40
28480
22480
28o80
28480
eIôo-3558
0160.1558
0Iö!03558
0160-2239
780150
0490.1 lOi
72480
28480
28480
05901l5i
0490-1 141
28080
28480
28480
28480
0699-0065
obq9-0065
0699.0273
0699.0774
I
4490-I si
0490-1141
4
0440-1 III
04°i Oli
0694-006!
0699.0065
°699.o273
0ò99.4275
0898.9258
2
I
I
I
0698-798k
0698_7984
0698.7952
0698.7981
2
I
2
06987R81
5648_aol,
I
.ILJF p.20% 50501 COR
.IUF '.202 SriSOC CEP
.IuF +-204 50501 CEP
I 8PF .,75#F 505001 1ER
RELAY
RELAY
RELAY
RELAY
PESOSTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
50.01 .258 .5' F rCpo,-so
51.01 25% .50 F TC.q1,50
2_ISO - it »255 F ThU..?!
350 .14 .1255 F TC.e,25
247.5
lt .25e F TC.O,-25
i t .5" F TCtOt5O
RESISTOR 61.1 - t .5o F ICUOt.50
RESISTOR 71.16 - Ii .75
F 71,0.-so
RESISTOR 96_25 .11 .25' F IC-Os-So
T C.no.. 50
RESISTOR 96.25 .1% .25'
RESISTOR él - i
-
RESISTOR 25 .18 S4 F TC-o+-!o
1160-3558
0160.3558
0160.3558
OIoa-3558
0490.1141
19701
5F52C1040t9247R5.R
28480
28480
0698.7984
0694-7984
19701
19701
19101
MF52Ci/aT2.710ib.8
9701
F52CI /4-ThÇbR25.S
MFS2CI,4.72_96R258
0F5211,4.1?_75R0..8
MECHANICAL FARTS
A7MP1
A7MP2
03035-6060I
53375-64115
A7C21
A7c22
0150-4346
0150-3474
0711, L?
9100-2247
i
BOX MY
1
COVER
I
C-F
C-F
2
COIL
1
33 PF
10 PF
100 NH
20450
24400
0333E-50601
04397
20400
200-200-NPO-7503
0160-3574
28440
9100-2247
03736-5115
See introduction to this section for ordering information
'Indicates factory selected value
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
6-21
Table 63. Replaceable Parts
Zrr g Qty
AB
03336-69210
5
1
A8
03336-64210
5
1
AsSi
I
S3-lq
5
ARG?
0813
isla
8051-9419
5
I
P530009
0
8P53.000#
5
Ç
ASPI
0RSI
2Ç
R
Ç
ABO?
0481.28?!
I
S
AR3
n6A.235
ARPO
0.83_io?!
9
0686-3305
8
A8R5
T
8005
63-IO?5
R
ASP?
1
REBUILT ATTENUATOR CONTROL P.C. ASSEMBLY
OPT 005)- EXCHANGE ASSEMBLY
26480
03336-69210
NEW ATTENUATOR CONTROL P.C. ASSEMBLY (OPT 8)
26480
03336-64210
TRAIU$05308 PNP SI POu3Bflk FTS200HH!
Ft20OMHZ
TRA*.SISTOR PNP 51
D3ifl
TRiNSISTOS PNP SI PD.31IW*A Ft2fl0'4HZ
TRANSISTOR PSP SI P8.316*8 FI2000MH7
08293
sifls
°1295
03295
244003
240003
244403
240400
PESISTOP 'K 5% .25* '<0 TC..400/,ÔRO
RESISTOR 2'< 5% .25* FC TC..4001+700
RESISTOR 2K 5% .250 FC TC..il0fl#+700
RESISTOR 1k 5% 25* FE TC..4Oflìtb0O
RESISTOR 335%
O' Ill
CSAO2S
052025
032025
C51025
FC TCs.q0Ts600
RESISTOR 1K 5% ,25
RESISTOR 2K 5% .250 FC TC..00I'#t700
0ò53-2025
I
A8R8
A8R8
A6R8
A8R8
A8R8
A8R8
A8R8
0757-0443
0698-3359
0698-3156
0688-4482
0757-0199
0698-4488
0757-0123
0
7
2
9
8009
A8RIO
Ob3.oI25
3
q
RESISTOR 127K 1% 125W
RESISTOR 14.7K 1% .125W
RESISTOR 17.4K 1% 125W
RESISTOR 215K 7% 125W
RESISTOR 26.7 1% 125W
RESISTOR 34.8K 1% 125W
RESIST0
K 5%
250 FC TC..40o,,soo
0686-3305
8
RESISTOR 335%
SASLI
5060.9595
S06S-QSRR
2
2
LATCH ASSEOSLY
LAICO ASSEM8LV
ARILO
RESISTOR 11K l°/a .125W
3
5
Mf r Part Number
Description
o1121
01121
TI Tal
28480
0686-3305
00121
01121
26460
28480
28480
26480
26480
28480
28480
051025
CO2025
01121
15102$
26480
0757-0443
0698-3359
0696-3156
0698-4482
0757-0199
0698-4488
0757-0123
0686-3305
25080
23030
50o0.Q598
5060-9598
28483
12501486
28480
28480
28480
07335-89512
03335-89515
07335-89514
8
BYPASS
CONTACT,
CONTACT,
50 OHM OUT
FUZZ,
BUTTON
28480
28480
28480
03335-89513
03335-89511
8160-0255
I
1008
28480
28480
28480
28480
03335-89537
03335-89502
03375-88301
03535-19506
28480
03325-66505
00490
23488
28080
00090
35483L120
0168-3807
0160.3807
25388L1000
01001-POR RECT 508 'SOMA 00-29
01001-PoR PIC! 50V 7SOMA 00.29
OIOOE.ZNR 6198 5% 00..? P84.0A, TCus.022%
OSCiLLATOR, HIGH STABILITY
CONNECTOR 3.PIN Y POST TYPE
28030
28080
28480
28480
28030
1901-0049
Iqoo.0049
2
MECHANICAL PARTS
1250-1485
3
ASMP1
ASHP2
ASMP3
03335-89512
03375-81515
03375-89514
1
A8MPS
ASMP5
ABMPG
07335-89513
03335-895i1
8160-0256
2
ABZU1
03735-81507
03373-81502
03335-89501
03333-89506
AOJO,
ABZu2
ABZU3
ABZU4
AR
£9C1
090?
ARC3
Acea
59CR,
09CR?
000RS
A9E1
09.30
49.3,9
.32,
.33
03325-36509
20
1
OB
5MO
INPUT
PASS THRU
CROSSOVER
PAO
PAO
10 OB
FAO
25 OHM PAO
1
1
I
q
2
HIGH STAB FRE9_ REF. P.0
(OPTION 804)
ASSETMOLY
CAPACTTOR.FXO 2PQUF.p53.13% 3580C AL
CAPACITOR'<IO .01SLIF s-20% 50380 CEP
CAPAOITOR.FXO .nBSuF .200 5030E CEP
01R005R3
I
1901.0049
1911T3049
982.00*9
0960-0405
1251.1208
2
T
1
T
CAPACITOR-FOD ISOOUF,53.101 2530E Al.
1402-loa
0960-0465
125142R6
1251.2969
I
CONNECTIR.PH0NO SINGLE PHONO JACK, OIP
23430
1251.2969
054.0053
551.0050
I
TRANSISTOR NRC ?c221
SI TI-S POS800Mn
TRANSISTOR PSP SI 10.2200! P1'.bOs
00713
00713
74221!
M3E371K
RESISTOR 1K 5% .25v' '<C TCS-400/+609
ollas
01121
CSIO2S
051035
053323
RIF0C08.T0.6I9l.F
C4.O/5.T0.866R.F
0589_1025
0681.T035
0653.3325
6-22
O
T
ARRT
A9LII
1
°I60.8107
I
A#R7
ARPO
ARRR
7
°T6O147
8902
09R6
CONTACT,
CONTACT,
CONTACT,
0Bi0.ob92
B°QT
AQR2
ARRI
ARPA
ARR5
CONNECTOR,
I
P7S7-o2T
T
0695.3090
T
RESISTOR
RESISTOR
RESISTOR
RESISTOR
T
RESISTOR 10K II .025< F Tens.?!
I
T
0690.3270
2100.3?52
1oP3.1015
I
I
0o3.?075
T
T520'.02T6
I
T
lOK 5% .250 FC TC.BOIO/+700
3.3< 5% .253 FC TC..0801,700
b_19K II .825* F TC.o..I0o
0.66< TO .025< F TC.01-T00
RESI5TOR.Tq<R 5K 88% E TDP.ADJ 5-TRIA
RESISTOR TOO St 25Q FC TC..000,+S0O
RESISTOR 2K 5% .25* FE TC.6BOs7Oi3
IC OP IMP GP R.01P.P
01121
10701
20506
28450
28480
069S.32U
01121
02120
ChOIS
28480
1830.0216
7100.3252
102025
See introduction to this section for ordering information
*lndicates factory selected value
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
Table 6-3. Replaceable Parts
g:r;
rr
SIC
0333b663I0
PICCO
0160.3558
0160.3558
0160.3558
0160.3558
Oleo_lOse
111CC?
*IOC3
¡tOCS
¡tOCS
11CC'
¡toce
¡10Cc
SIOCIO
¡lotit
510Cl?
SIOCI3
11OCt11
¡lOCOS
¡lOCOS
0160-0161
0160-2207
0160-2208
0160-2209
0140-0200
0160-2207
0160-2208
0160-2209
0140-0200
AIOC73
810C24
¡lOCOS
£10126
¡lOCfl
0100.0573
0160.0573
o
28080
COPAC001P.F50 IUF t.20% 5003C CEP
ClPAC!TIPFx0 OUF t20% 500CC CEP
281180
IU, t-20% 500CC CEP
6
2
A
2
0
P
4
281180
CIPAC070P-FlO »UF 4.20% 5000E CEP
CAPACITOP-PsO IUF t-20% 5000C CEP
28480
28580
28080
28080
CAPACITCP.FXC 00UF450-10% 2000CC IL 00CL
56289
»0'
4.20% 500CC CEP
CAPACIT0R-FXD 300PF 300V MICA
CAPACIIOR-FXD 330PF 300V MICA
CAPACITOR-FXD 360PF 300V MICA
CAPACITOR-FXD 390PF 30CV MICA
CAPACITOR-FXD 300PF 300V MICA
CAPACITOR-FXD 330PF 300v MICA
CAPACITOA-FX0 360PF 300V MICA
CAPACITOR-FX0 390PF 300V MICA
CAPICITOP-FOD a7ooP11 t-20% 1000CC CEP
CAPACI1OP-OxO 47000F t-20% 1000CC CEP
2
281180
CIPAC!T5P.F50 IU 4202 5000C CEP
CAPACITOR-FXO .O1UF 200V
I
0160_2199
0160-0572
28080
ataCo
28480
28580
28480
28580
3
4
5
0
3
4
5
0
2
0
SIOCII
*10052
OIbn.35!8
4
0
01ff-3914
fl313b.ób!I0
flab
C504C1150FXD
0169-2190
0160-0575
GIn-0575
281180
ClP*C7TOP.lO .IUF t-201 5OVOC CEP
CAP*CITOP.J15
01603910
01603065
010C21
£IOCP#
¡IOC2O
IhLANCED OUTPUT p_C. A$5EMBL, U33Ô5)
CAP*CITOP.F0D _IUF t-20% 500CC CEP
0160-3558
0160.3550
Mfr Part Number
1e
C*PACIOØP.F5D IuF t-202 5000C CEP
CAPAC010P.F53 IUF t-202 5000E CEP
0l60.35S8
0160.3550
A10C10
A10C19
A10C19
Description
CAPACITOP.F0D .IUF 4.201 50V0C CEP
APAC1TQP.XD .IUF t-202 SO40C CEP
CAPACflC,.F0D _IUF 4.20% 500°C CEP
CAPAC!TOP-050 OUF 4.20% S000C CEP
0160-3558
0I'02073
¡tOC??
t
lé
0160-3558
0160.3558
0560-2558
0160.3550
0160-3558
¡lOtIT
A10019
Al0C1
A10C20
A10C2
A10020
A10C20
£10121
g Qty
CAPACITIP-FXC
OIUF -Il% lOt000C CEP
CAPICETQPFIIC I?UF t.l0% lOjC POLYE
00603558
01603558
0160-3558
0160.3558
0560.3558
0160.3558
0160.3558
0160-3558
016e-3558
0160-3558
0160.3558
01603558
SIOOIOSF2000L2
26460
26480
28480
28480
28480
28480
28480
28480
28480
0160-0161
28080
28080
0160-rI573
0161-0573
28080
28480
0160.3914
pta80
C000CITOP..FOD 30P0 t-5% 3000CC MICA
CAPAEITOP-FlD _na7UF t-20% 500CC CEP
CAPAC1108-FID
0470F t-20% 500CC CEP
0160.3558
0560.3553
28480
28080
0160-2207
0160-2208
0160-2209
0140-0200
0160-2207
0160-2208
0160-2209
0140-0200
0160.35ff
0060-2199
0160_05,5
11600575
oioF 4.111% 1000CC CEP
CAPSC3TOP.FIC 07000F t.70% 100001 CEP
COPICTTOP-050 4700PF t-20% I 000CC CE
CAPIC0TOP-010 500F 4.5% 3000CC 1C0
000ACITOP-FIC 27000F 4-701 000000 CEP
28080
20480
78080
28080
28000
056030511
CAPACITCP.10C 22000F o-25% 1nov01 CEP
CIPACITCP-050 a7ooPF t-20% 000CC CEP
CAPACITOP-F00 300F t-5% 3004CC MICA
CAPAC110P.FOC _o%uF t-50% 000CC CEP
CAPACITCP.FIO
010F t-10% 1000CC CEP
¿808e
78400
28080
0160-os'?
1110C37
0160-0572
0160.0573
0160.7199
0550-3911
0160.3954
¡10128
0150.31168
CAPACI100.Fl0 »2LIF t-50% 800CC PaLeE
CAPIC1100.F5D oienPF t-20% 1000CC CEP
COPACITCP-Fx0 p'ooP' t-20% 1000CC CEP
CAPIC0TOP-F50 72ooPF 20% 10000C CEP
CIPACITOP-F51) 300F t-5% 3000CC MICA
20080
28000
110133
SIOC3O
¡lOCOS
11OC36
¡lItIO
AlOne
¡lICol
0161.0573
0060.0573
A10043
0160-0161
0,60.3558
AIIPI
0499.1141
110112
01190.1101
AIOLI
95110.0783
¡lOLO
LIOLA
9ln-o283
9100.0283
0140.0283
AlILo
91400766
510L1
0100.0266
A1OL8
9104-0351
9104-0351
9100-3314
9100-3314
IIOPI
PlOP?
AIOP3
AIOPO
hOPS
¡SOPA
hOP'
¡1098
SloPe
SIOPIO
0698.4005
0757-0276
5698.4005
0751.0276
0757.0032
5s43.o275
06*3.0275
0690-5406
0690-0385
0b984380
CAPACITOR-FXD 010F 200V
I
201180
70580
fl480
2048e
78080
28480
CAPACI100-F0D »UF t-20% 500CC CEP
7
5
0100.0203
PIOUS
AIOL9
0
0l6os572
410Cl?
A1OL1O
A1OL1 I
2
0160.0572
0160-0572
0160-2599
¡lIL2
CAPACOTOP-FOC
I
2
2
9IONt 5% 0.50 »5000.375L0.004
COIL.MLC 910074 5% liSO
155C0.375L5-N010
ECIL-L0 9100t 5% 0*50 155C1375L0.0011
COIL-PLC 91001k 5% 0.50
l55Cl.375L0N0M
COIL.OLO 91001k 0% 0-50 .15505_375L0.004
2
COIL-MUD L8Utt 8% 0.33 »5500.375L0_NCU
C0IL.MLC hOUP 5% 0*33 .ISSCO_375L0_OJOM
I
COIL-MUD .1801-I
COIL-MLD ,I8UH
COIL-MLD 15Uh
COIL-MUD .15Uh
1
I
1
2
QE518700 5.76 0% 125P F IC.0t-100
PESISIOP 61.9 1% - taso F TflOt.l0O
PESI8TOP 5_7K 1% _125t F TC.0t.100
I
O
I
7
PESO8TOP 61.9 1% .125w 11 TCs0t-100
PE1ISTC0 3.3211 1%
075v F TC.Ot.100
PE$rs,Cp 2.7 5% _75t4 FC TC.-000ìtSoe
PESI8TOP 2.7 5% _p5* FC 10.-00014500
PE$I5TOP 267 II »25v F 11.0,-loo
#ESISTDP 500 0% .57511 F 10-et-I on
P081870P 549 IO .17501 F 11104.100
01s0-0573
0150.2199
0160-3915
1160-3914
0150-3460
0060.057;
0160-0572
0150-0572
0160.2199
0160-0161
28080
0160.3558
28480
28480
01190.1101
28080
¿8080
28080
28080
28480
9100-0283
9140-0243
9140.0285
9140-0283
9548-0283
78080
28080
p100-0766
01110026s
RELAY
RELAY
CCyL.ML
0060.0573
0160-0573
0160-2199
0160.0577
28480
28480
28480
28480
70506
20556
?456
2506
24506
01121
01121
20506
20506
74546
0090.1141
9104-0351
9104-0351
9100-3314
9100-3314
C0.I/8.00.576I-F
C4-l/8.00.6102.F
C4.I.'0-T0-5760.F
Cll.I#0.1ll.6192.F
CO.I0.T0.332l.F
C12705
CP27GS
C0.I/8.T0.2679.F
C4-I 18-To-50P9.F
C11-I/0.t5.5o#P.F
See introduction to this section for ordering nformation
tjndi ates factory selected value
6-23
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
Table 6-3. Replaceable Parts
g:?n kirr g
LIBRI I
LIBRI?
AIBRII
*40414
IORIS
A10R06
AIOR17
A1OR18
ii 3''
AOOT2
0698-3540
I
0bR34?75
0648.4085
0683-0275
0698.444e
i
I
0698-4382
0698-3445
0696-4382
9300-0458
9100-3883
03336-61621
Description
y
1
1
1
5
I
i
2
1e
RESISTOR 453 43 i254 F TCt0i+IÓ0
RESISTOR 2.7 53 .254 FC TC-400/4804
RESISTOR 2.614 it i2So, F TC.Ot-100
RESISTOR 2j 5% .23* FC TC.-480/+SOfl
RESISTOR 309 II .125w F TC.T.-IO0
RESISTOR 52.31%
RESISTOR 3481% 125W
RESISTOR 52.3 1°/o
TRANSFORMER
PULSE
50-60G
TRANSFORMER
PULSE
Sû-i2.
OHMS
OF
i
75 OHM CONN (3336B)
1
Mfr Part Number
2546
Cs.I/8.T0.4!34F
p1128
C52745
210546
0i121
24546
26480
28480
28480
pSeäui
28440
28480
C4.i/!.T026Il.F
CS2lfl
CO.i/B-T0.IOQRF
0898-4382
0698-3445
0896-4382
RiGo_esse
9100-3489
03336-61621
MECHANICAL PARTS
AIOMFO
A1OMP2
A1OMPS
A10MP4
AOOMP4
A10MP3
A10NTP5
A1OMP6
03336-60506
07338-61220
07336-6413E
03736-61201
03776-61207
5041-2704
3041-2787
5041-i463
I
2
i
I
I
i
i
i
ASOMPS
5841-1466
AIOMP7
504i-i467
i
3041-1600
1
AX0MPB
6-24
1
28480
2844e
28480
24440
28440
07736-50606
03776-61220
03336-54001
iNSUL INPUT (Ui) 3776E
INSUL INPUT (Ui) 33766/001
iNSUL INPUT (U2) 33366
INSUL INPUT (J2) 33364/001
28480
28480
28480
28480
5041-2304
3040-2303
5041-E459
304E-1466
INSUL INPUT 03) 33369
INSUL INPUT (J4)
28480
24480
5041E467
3041-1600
OUTPUT
OUTPUT
OUTPUT
OUTPUT
OUTPUT
BOX
BOX
BOX
BOX
BOX
ASSY
SUPPORT
COVER
FRONT PANEL (33764)
FRONT PANEL (73754/000)
03336-Si2Oi
0333E-60202
See introduction to this section for ordering information
*tndicates factory selected value
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
Table 6-3. Replaceable Parts
Oty
il I
il
a33.e5I I
)lefl.çi
CI
i.'
ii.3ÇÇS
il iC?
Description
SALSNCED OUTPUT P.C. a5SELY (331#A,
fl4Si'
'3Ob.bbSI I
cipstrrop.rir,
?JIi
ruIi_IS5g
psijAit
]Iib]).3S5S
pgaAp
]'ibO355
?Auß]1
LI iôII-355S
CAPACCTDP_FaO .IUF 5.205 S ¡5CC CE
CAPACECOP.FxO ILIF 5-705 Sh1v-C CE
?'
flue'
plies
Cibi].
CAPAC110P_FED IUF '_2'' cnvOC CE
P8450
'ipOPSSS
tiF,. s
Cts
tiFs. PI], 5vC CEP
tiflC!TOp.Fsfl .I]]F -?lt c'eCC CEP
CAP&CIÎOR-FsO
ihn
flih]!_3P55
i ''Cc
I h':- 1Ç54
CiPACIT])P.Fxc IUF -Vit 5]IQOC CE
CPsC7TflP.F4fl
I jF +.;ifl 5.15CC CE
Al ICI
nlr-5sP
lil4.l_5P
CAPiCITOPai[] ILlr P-pox 5C50C rEs
OIE1L-lScP
Oip'.3555
CAPiCJTÛS.Fsr, .1 U+.?Ot coCon CE
iiICA
A, tp
lIarlocse
EuCh
ilCi'
411Cl']
EI ICI
Ai ICIp
A11C18
A11C19
A11C1r
A11C19
A11C19
AuG20'
A11C2O
A11C20
A1PC2O
1,1Cl?
Ai'C13
All C'4
°iuo-05S
CiPACITUII_Fur'
'i.,ÇÇP
CAPACIT]li.Fit'
.lh 51_355$
CiACtT0P.Fur 1F S-PLIS SVOC CER
CAPECIIOP.FsO IUF -Pit °sr'C CEP
)isi_5558
0160-0161
0160-2207
0160-2206
0160-2209
0140-0200
0160-2207
0160-2208
0160-2209
0140-0200
2 I,L.1577
ii ICPÇ
AIIC3II
b
I
li 4:c7?
I' ha
h
I-,5I2
i
7
7
AI CI?
'Ip'.?lPQ
115:_POIs
I
I
Lihb.I.flSlC
C
I
CRO
flIeu-55s8
CPI
llibO_157?
iI
Ai
I
i
¡I
Al 1C43
Al ICaLI
0160-0161
bIbOi
CA°S_lIAi
i
bI ILl
9i8-n;,'
8
Alit?
AI1LI
Aliso
Rb'i.l'?+O
h
AlItC
R
IPI,i.r'SI?
'lbs_LIS??
4
Q Ial_liVIO
s
'l'_11703
E
COIL-'Lfl
IO'
CUIL_LI) lO°
OluR-riPs-,
Q
IC .fl,-llLj
COSA5
7
'ESISTOP bLP It
REBISTOS 5_Ip' ht
PFSISTCIE
075T..LhiOO
8
0503.11775
6
A1IR17
0696-4421
0698-4386
0757-0418
A11R18
TI
Ah
All t?
I
1
2
9
1
0698-4386
2
1
Q bi''
_tiIIS5
S
Ql ''-0°P
2
AS1MPI
A1SMP2
AOOMP7
A11MP4
03736-SOSSE
S737S-S522S
03336-SOlIO
03335-61203
AI1MPC
ASOMeS
AIiMPS
07376-51204
5041-2352
5041-2351
A11PIP6
501+1-11+93
AS1MPS
5341-1493
Al2
0737E-S5552
2340-0016
1
C533
6LO
l?.'
»25'
i?Ç
It
F
Ç
TC .11._Ill,
III-F IC.,.. 1,1
?7 St 35.1 cC IC. fl'I1451'
P5I$TCiA l_170 It I 7Çs F T C'
'iV
055151(4 » Pl 75o FC IC._os,1,,c 5
RESISTEs
i50n?pp
C".' Io_T,l_5751 _r
hA_j/O_7,l_p5_p
7OS4
OCt's-I'íi
F
PIOII_l'Vil
?A504
CA.I/0_tLI_S?bh_F
74944
1175
Cu.l,s_O._hlq?_F
507745
74548.
r4.I VI_III_33V_F
¡1171
C°3705
RESISTOR 619 1% 125W
RESISTOR 591%
RESISTOR 249 1% 125W
28480
26480
26480
0698-4421
0698-4386
0698-4421
RESISTOR 591%
28480
0696-4386
784811
0
3848]:
0 11.-I. 38+4
MECHANIcAL PARTS
OUTPUT
BOX
ASSO'
OUTPUT
BOX
SUPPORT
OUTPUT
BOX
COVER
OUTPUT CCX FRONT
PANEL (173EA)
25453
2545E
25455
2s400
(3336-55655
53336-51225
0333E-54111
53135-61207
OUTPUT
28'+SO
28410
0s335-612S0
SOCS-2302
5541-2701
SOCS-1417
(J]*)
25450
5041-1493
i
HP-IB CONNECT3R/AOORESS SWITCHES
20h00
03336-65512
3
RPG LIGHT BULB
I
I
i
2
i
i
TRANSFORMER-PULSE
i
BOX
FRONT
INPUT
(Ji)
INPUT
Cui)
INPUT (U2)
i
uNSUL
INPUT
i
1
50-SS? OHMS
TEIIL5FÚOSEhLI_OL)LSE YL.12 L;1hj
INSUL
INSUL
INSUL
S
8
4s5'-
LU b.R,LI- It
7
Al iRis
A11R16
I
A
Al
l 4L.s253
1841-sVIO
PliE_171e
?8o8l
COIL_MLC
COli
7
flO5LI
iSSPs.OISLG-'O'
7
AI11114
'il
78oi
RICIL_OVIS
PESISTLIE S_768 It
Q
0160-0161
¡lifl-355°
7°-osi,
?
IOLAR_UlYS
p8o81'
572
0161.71RO
iSRlx 5054G_50v
A
Ai I'I7
Crshss,,
3848.,
28480
hS5CA.s?5L4,5
805 st 431
lbq°-404S
5757.L1?76
0707.0175
7CC
2848r-
cx
7
'pQ,.l,uoÇ
C15'-'57
lOaSlii, ibLl.r;5??
COIL-'LL) 91011E R' 055cl hSSOO.97ÇLQ.1Ii
Q ll'i.ofl,b
Aliso
0150.(L575
28'eí
?Po8S
&IIOÇ
AtICO
IliòI.èlPi
35081:
I5iIs.R75L0_Ffl-:
hSSoo.OYSLG-,o--
11157
AI l?
QSS
55 2S5°
Ql 4C-S?bb
p
05
755e.;
COIL-'LI' RIS' St 45511 IscoB.slstG.N10
I
flib'-'512
RuOlI.
COlI_MIE R i'N° It
ILS
Al
0160-2207
0160-2208
0160-2209
0140-0200
ie'-n5,2
?PIASLL1h5I
OL3E
I'.,U OC CE
CAPAC!I0x.FxO _I;iF 4_PIS S''511C CE
A
0140-0200
7848',
RELAY
5
0160-0161
0160-2207
0160-2208
0160-2209
78O8nni'. OPIO
i
IIOLIF +7't Ç.1YTC CEP
II
liér.3558
SoS'
780'
CAPACIRLIO_FVI!,PF +_St 000VIC 51CA
CAPÒCITOP_FiC
'ill F s-loll
-ii' sCOOPS
COPACITUB_Fun.,,.r o-Sul °°vflr
0,6113555
CisC-3555
?5118L]
-? t
CAPACITOR-F'XD .O1UF 200V
1
P
4I''-EVI3
28480
26480
28480
28480
CAPECTTOP.FEl PIPE 4.55 Sflì5OC 'SCA
P
'Isr_9SS8
CAPACITOR-FX0 300PF 300V MICA
CAPACITOR-FXD 330PF 300V MICA
CAPACITOR-FXD 38OPF 30CV MICA
CAPACITOR-FXD 390PF 300v MICA
CAPACIIIIC_FsO ?p,nPF 4-?', hI050C CES
CusAC[TOsasr ??'PF
IC-i OC CEP
CAPAn I TOE_Fit 71] 'F ,.?up I CnvnC tEIl
CAPiCITOP.F5I ,;.Pr +-?.t h ,lI.EUC CE
CAPECI100.FAC ?pi.IPF .?.% I o's5C CEO
'
.IibLI.?IQQ
28480
28480
26480
28480
26480
CAPPTIIOO.Fun 33.10sF 8.?
I
AlIlo].
Al ICCI
CAPACITOR-FXD .OIUF 200V
CAPACITOR-FXD 300PF 30CV MICA
CAPAC1TOR-FXD 330PF 300V MICA
CARAC1TOR-EXO 360PF 300V MICA
CAPACITOR-FX0 390PF 300V MICA
CAPECETC1C.F5T
°1ö03558
PSish'
78480
784FF
78450
515CC CEP
4.711%
i'i1.55s$
'CSSUC 151.3554
IU
111F
LlbL1l55P
0160-3558
psis-,
s-pit Ssflr CER
C'iC1TnO-FsO 1 UC?(t 5'VTC CEP
flI5'.3c5,
Al1t13
Mf r Part Number
1e
111811151
PANEL t3336A/OOS)
(7376A)
(7336A/SSI)
PRI
)5L*55
281+00
28480
2140-0016
See introduction to this section for ordering information
*Ïodicates factory selected value
6-25
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
Table 6-3. Replaceable Parts
g Qty
AiS
0333b-6651Ç
013Cl
olbfl.R07
Olor,
8,500
<FYS000D P.C. ASSEMALY (3I3bA
I
I
ni6o.gi7
oIoo-5407
iiSfl
oiso.o371
0lbo-3007
i
OIRO.i 700
I
8,5001
0150e?
9#o-!33
0i5U' 201 ovDC CEP
cAp&CITØP-080
nlu! s-put 50400 CE
CAPACITOR-riO sisur s-20% 5nSDC rIP
&ISC
8,507
iiSC8
CAPACETOP.FXD
C5000ITOP-F*fl _n15u' s-PDX 30400 CEP
eApAc7100-Fio 3C'OLF+7XlO% bOX 8L
i60.3S07
Oi*O&'0b2
'e
Description
COPACflOOFXO iur +80.20% Sosar COP
CAPOC%100-F0t' OI5LJ
io
s-20% srivOC CEP
COPACITOP-FXD isuFii°i 2000C 16
Eo-v!SILE LuM_INIuISMCD ¡r.2006_M60
Mf r Part Number
28080
03136-66355
28480
28480
28080
28080
28080
0l603507
28080
28480
56280
0860-8573
28480
25080
28450
28050
28080
5082-4658
5082.0658
5082-0655
5082-4658
2808e
28080
28480
28080
28080
5082-0638
5082.0638
5082-0658
5082.0638
5082-0658
0360.3847
0150-0062
0160.3801
0160-ThAi
0ie03847
l300i560902082
1900.053%
qQn-0531
LEO.VISISLE LUM_ENTISMCD IF2OMA_M6O
LED-VI019LE LUM.I4TI1SMCD Ifl2OMA_MAO
LEC'.VISIPLE LUM_EVTI5MCD !F.P00à_M0X
l93.05X3
LEO-VISIlLO LUM_INTILS001 IF?0A-00
l°o-n533
LEO-VISIBLE LUM.101_iSMtO IFS?oMA_M0X
usd9
Liscoin
iqqci-n533
1900-0533
1900-0530
LED-VISIBLt LUM_INT_ISMOD IF_23MO_MAI
ioSCii
i0n.n533
LED_VISIOLE LUM_INT8ISMCD IF.?OMA_M00
LEO-VISIBLE LUM_INThIS000 IF_PUMA_MAO
LEO-VISIlLO LUM_IOIT_1SMOD IF_20MO_MAO
28080
28080
28080
28080
28480
5082-0655
5092-0658
5082.0638
5082-0638
3082-0680
LEO_VISIBLE LUM_INIUI000 IF_2000_ROi
28480
28480
28380
28480
28480
5082.06810
28080
p8080
28080
28060
28480
1090-0663
5990-0663
1990.0665
199G-0665
TRANSISTOR POP 51 ¶0-02 P030o0
11004515700 PNP 51 70.02 PO3IIPM0
28080
28080
28480
28480
28480
2V'i8l
28460
28080
28080
28080
28480
28080
28080
II ID-92 'i2300+'
28080
6150D3
005000
0(5003
013006
8,5005
0,5000?
0155101
AiSCOl 0
lqA.o50%
OiSCOie
0180917
I Q9ro4B6
OiSClpl
AISCI??
IISCP2T
6150920
LEO-VTSIBLE LL'.INti5CO IFU20e0_M1i
1000_053%
bOn-0486
815C920
Lr0.01SIBLE LUM_INI8ISMCO IFfl0MAM*0
ioqo.o533
1990.0'33
AISCOIc
0I3C°0+
£130119
LEO-VISIBLE LuYI(4ti3MC0 IflPOUA.YA0
1000.053%
Ini-osoS
P
Ii
IQOn-nooc
LEO-VISIBLE LLIM_INTIS000 IF-20MO_MAi
LED-VISIBLE LUM_INTUIMCD IF_2000_MOI
LED-VISI0LE LUM_INTPIMCO IF.2o6.6i
LEC.VISIBLE LUM.INT.IMCD IF2iI0-MAi
190'-oböS
bOn-0665
LEO.VISIPLE LLiMINT.IMCD IF_200A_040
LED-VISIBLE LU'.INTP1MCD IF200A-MA8
190I1_0065
LED.VISIBLE LLJM_INIIMCD IF2048.0A8
090-osos
LED.VISIOLE LLIM_INTIMCD Ic_200A_MAX
ono.0065
099V.osoS
A1SCP2S
n-°665
LE-VISILE LLJY_IN0IMCD 3F_20MO_frAi
LEOVISIALE LUM_lNTlMCO IFP2006.0A0
LEDOISIILC LLJ'.00TUXMCD IFl20A.°O0
0050026
1000.0603
LEO.VOSIPLE LUM_INT_I000 ffl2006_0100
LED.VISIBLE LUM.INT5000 IF_20010_001
lOgo-0065
190n.n055
1900.0603
L.00.00SIBLE LLIM_INTIMCD It_pOMO_MOR
LED.VISIBLE L1J8_INT_IMCD 1082000_MOl
LED-VISIBLE LLIM_INT.IMCO IF_2000_MAl
0,30027
0150028
6iÇC20
0150031
'no-osos
A0501
03507-01620
A15J2
1251-5041
AISLO
0100_3310
11570
l5X.0°b6
iS3-0Rb6
01500
11300
1M33.00I6
liso;
AiSOS
ReG
CONNECTOR
1
i
8
TRANSISTOR PNP 51 ¶0-92 10_30000
553.000e
no-Voló
¶RANSISTÛO P(jP
I P53iì0i0
0i507
oiSO*
OiSsi
8150?
uSD1
41300
lisos
i5oe
1113_0019
I 835_0016
0643_nUS
0653.2205
8
0983??tjS
0o03?205
0003_2,05
0613-p205
A5P7
V683_??oc
LISO.
0o03-nOS
A15R9
0757-0280
COIL 25U5 lob 3O-NI 5PF70H7
TRANSISTOR PNP SI T092 POI0000
110NSISTOB POP 51 10.92 BO.3oo+
3000-0665
1990.0665
19900665
1090-0663
1990-0n3
1990I665
19900603
990-0665
b990.obaS
b9900663
03502-51620
1251-5041
9800-13Th
1853.0016
853-0006
1853.0056
1853-0016
1853.0l%6
1853-0016
l65300b6
TRANSISTOR PNP SI ID-92 0O3Oo'o
281080
T010.5I5100 POP 31 10-02 PO3Ii0+
28080
1853.0016
PESOSTIP 22 5% _25n FC lC-000/+SO0
RESISTIR 22 5% .280 FC TC.-000.'tSOO
155151CR 22 5% .2S FO ICn000I+500
RESISTOR 22 5% 25P FC tC.-000#+5o0
IESI5TOP 22 5% 250 FC T0400.'4500I
01121
01121
01121
01121
01121
052205
082205
582205
082205
0582%
082205
082205
95505700 22 55 .25° Fr TC.VVOI+500
05515700 22 5% .2Ç Fc TC.-000,+S00
RESISTUB 22 5% pSw Fc TOP-000/,500
01121
01121
26480
RESISTOR 10001% .125W
I
5082.46fl
nazIs
C12203
0757-0260
581325
063325
083325
050325
081325
0,5110
A5R, P
0a5013?S
16B0.1325
RESISTO0
I 38 5% .25° FC IC.000/+700
01121
01121
OiSRi3
0i501
0o0-l3P5
o33.I32S
RESISTOR l_3k 5t_254 Fc TCU_000/+700
RESISTOR I _3 5% 25n FC IC-0100/+79.i
03121
01121
0605_1325
015910
013017
Oo*3.j325
00*3-0325
RESISTOR l_3w 3%
RESISTOR Ijk 51.750 FC TOP-000/+700
RESISTOP l_3K 5% .25,' FC ICi..00014710
oll2i
015010
0003_1325
Ql 1.0860
0810_0000
01515100 1,31 5% .25° FC TC.-000/4i00
081325
0
01121
01637
98637
28080
28080
lo. tc-o+iSo
75002
e+,p0-j.5R0J
0,5115
0,30,1
15n22
0,50,3
0I%Ofl
0BI,-0I35
isi o.00SÇ
0159;3
08b1_00t9
6-26
B
RESISTOR 3_3k 5% .2510 Fc TOP-800,+700
25
FC IC00n/+700
2
NETO000-RES 9_5000_7k OM' 0 8
I
,NE7oORR-OES OSTPIO.ñk QH
57o000055 9_5100_7K IM s 5
oS
I
NETAOOk0ES 9_SIPIO.0k DIM i
I
RESISTOp
I
%
5
1121
08121
06(325
088325
CSP09007OIPJ
C5P095070723
18100035
850.0035
See introduction to this section for ordering information
9ndicates factory selected value
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
Table 6-3. Replaceable Parts
g
Lissil
5060.9436
A155o3
*1536.4
5060-9436
5061.1.436
5060.9.436
£15362
*15545
815366
*155,1
81556.4
OIS5sO
Qty
37
PUSHPUflOÑ s!TC
Mfr Part Number
P.C. so'jrr
2S4i'
MOU.OT
28085
P.C.
Pu3"uTTDN 81TCH P.C.
POJSMSL)TTos 3.41tCk
DLc,
?81480
PUSHOLITTON 30110c6. p.C. 430ÑT
5060.9036
PUS8PLITTQOj BWITC*.
5080.9036
So6n.946
5060.0.36
50611-9436
P.C.
?ssSn
OOJNT
Otogo
PLS4PUTTON SCIÎCH P.C.
0U-T
PUS4P0TTDN 511ÎCH P.C. "3[J1-T
PUSHBuTTON SITC P.C. MCLII T
28480
8o80
28480
PU548UT004 SITC- P.C. "0U T
5060.9438
4155cl 1
4155cl P
Description
PSOPO
PU5ßU7TON 51417CM P.C. MOU-00
5I160.903s
78080
5060.94Th
5060.9036
56-9o36
506.0s36
5060.90Th
SObIl.9o36
50611-943e
Soeo.003ö
5060.9436
S1'609I36
'Oj1T
506ria576
PLISH8UTTC1N SSCTCM P.0
PUSMPLJTTCI.. 5617Cc
PLJ3HPuTTDT. SnITCH P.C.
AiSSciç
5060.9436
PLFSHPUTTON SOITCH p.C.
PUSHRUTTflN SIOITCH 0.C.
01)-jT
8145618
5060.9438
5060.9438
5061i9436
5060-943e
5060.9836
Pu5HsjT7cI. SnITCH P.C.
8.C.
UOUOT
28480
28480
78480
'iSSsPp
5060.9436
5060.9436
50b0.9436
PUSHBUTTON 51TC.. p.C.
OJ[!7
HOU T
24480
7848')
sno.9006
43556.21.
5060.9438.
?PoPn
5,60.903.4
4IS5Ii
*1556.10
âiS5.'i 7
*1556.18
£i55'9
4l55H2
i5s6i
iISSnPS
41556.26
#I55.'27
435546.78
£1556.29
4155s30
£1536.31
I55c3p
41554433
&i55e3a
4153w3Ç
8153db
50609436
56o.q3b
3995.059?
£ISuP
A1SU'
i990.p59p
45-jo
Pi'SWPUTTON 540ITC0
1
II
iiSU,i
I99-0592
'15U13
4I5L00
l820.t200
£151115
558.5007
¡'Sut?
£IS''lb
ilSljI7
AI
SUIB
4i5'jip
415020
4I5u21
854-lisl
3
182'O.iOfl
2
2
18?0.tP00
420.1431
858.0047
8455
P.C.
l2o-Is38
1
1
5081.Q.0e
5060-9436
SO#0.943o
5064.0036
5O6436
Soen-94438
28081'
5060-9036
5060.9436
5060.9416
2808r
S06-9"10
5060-9036
50609036
28480
28080
?BuBo
5060.9036
5060.9036
284080
5060.9436
5060.9436
78o80
5O69,x3o
28481,
28480
I_CHOP 443-4
284480
5082.765!
DI5PLAV.6'UM.5t0 îCH44 43.H
TI3PL*o_\IJM.5E0, t-C'AP 43-'
OISPLOO.Nxjo_5Ec t.C4P '43.'
28580
28s80
28480
28480
5082.7653
TI5PLAT.NLJM..500 t.C',4p .03.H
OISPLO0_NUM.SEß i.CO# .03.6.
O1SPLi0_4.UM_sEG i.004 43.c
DISPL.05.Ñoj0.513 i_CHIP .43_N
DISPLAO.NU'.SEG I-C4R 03-H
74480
78o8,;
28o80
28080
784P0
5082.7653
5082.7653
5082.7653
DISPLs5.0UM.5E
28480
OBSPLAO.NUM_5Eß I_CHAP .41.0
TOANSISTOP APR40p 16.Pp
IC
INS TTL LS HF0
IC S.0GTP flL LS P.S 5EPIiL.10 P°L-OUT
TP4NS15Tn £PPay
8PIr,
IN-V 'L LS -Co
8MW_ROTO TTL LS 95 5EPILIN PPL.00T
TP0N5ISTI)P APAy 38.PIN
I
IC 8F TOL LS DTI PO5.E-700.TRIG CD
CC 8F TTL. LS 0.0000 POSE)Gt.T9IG
I
IC MIjXl/DATA.58L TTL LS 2-TO-I .LlN
I
1820.1 II?
501.0434
28,x81'
284480
?SoBo
?8o8c'
MaUl-T
5560-9j3ò
'USHPUTTON ScOTCH 3.C. MOU..IT
PU5.PIJTTON SNITCH P.C. ODOUr
SW-PSHBTN
IC
IC
I'?r.-1730
1200-0473
1200-0635
o88s
DISPO40.Ntj4.553 I_CHAP .40-H
I9t-oS9ì
£iSuq
8IS'ji 0
so6o-36
44)4 T
PUSHBUTTON SNITCH P.0
'USHPUTTC'N SNITCH P.C. MOUnT
PUSHBuTTON SNITCH _C
.'QuNt
1990.0597
900.059?
990.0492
1990.0502
I#Py.o597
1990.y597
415118
78480
PUSHBUTTON SCOTCH p.C. HO"NT
19900592
£15L,6
UULT
PUS.-8o,TTO' SxITC.. P.C. 4-Our T
5060.9036
£151,1
5o6'9i3b
71j56.SLITTON 50117CM P.C. oCUoT
PU544480'TT00 5417Cc P.C. Houror
5060.91046
3101-2441
28l
28480
PUSHAUTTON SnITCH P.C. M3ur
PUSHSJTTON SnITCH P.C. 00U-T
5060.9036
5060.9038
SObo.9i38
5080-9436
5060-Saio
0U-?T
PLJS.A[!7T04. SnITCH P.C.
POSWBL]TTDN SIOITCH PC
MOUIT
PuSHSLITTDN SPITCH P.0
MOU'JT
PUSH#UTTON S-1Tt
.0
OU3.T
506"-90Th
5060.9438
4000.4.436
5060.9036
415104
Pu5stLflTON SNITCH
5061,-0036
5061.9.438
5060-91.36
A155W39
28480
2845q
T
3L]T
PUSHRS,TTflO. SnITCH P.0 MOU4OT
PL15H#000TN SnITCH P.C. MOO-IT
PU5M8UTTTIN S1TCH P.C. MJIILT
506,'-9036
£1558.38
OL'
284480
SOCKET-pc 16 DIP
SOCKET-b
14 DIP
3101-2441
5°827653
S1'82-7653
5082-7850
5o?-'b53
5'2-7653
8O80
5082.7653
13806
03295
03295
3606
ULN.?003A
00295
5N7OLSOSN
Ql 295
SN7OLSI6ON
13606
01295
OLD
5080-9436
5060.9036
SN7ÜL5OSN
5N75L5l64N
ULN.200344
ULN.?03A
00295
5U74L3273N
5474L5108
01295
50'74o.5?57O\
28480
28480
1200-0473
12000638
See introduction to this section for ordering infornoatiun
5lndi ates factory selected value
6-27
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
Table 6-3. Replaceable Parts
PC *$$teALy.FFB D,'A
28480
01325-66521
b
CAP*CITORFXD 5ÔPF t_SZ 30000C MICA
C*P*CITLiPF0C GIUF l0o-00 SoYDI C(R
CAP&CITÙ4tD 27LJF0.lOX IOVOC 18
C*P*CI0R.F0O ISUFtIOX 2040C TA
72136
28080
56289
56259
DMI!LSÔOJO300AVICR
0Iö0-3847
I50D274090I082
ISODIS6flOÎO82
C8PbCtTORFX0 56P! ,5 3000CC MICA
C*PACITOAFOO .IU' 480204 loyal CC°
72336
DMISESÒOJO300M4ICM
S
*21
O312SbbS2l
2
CI
OIoeIQl
A
02
C3
Co
0I80Ib0
fl
5
3
OI8*llab
5
Ib
oIoot9I
a
0'
08
elba-457)
*140.1807
oIoo.3b47
CiI*o4571
q
q
eq
COO
III
Cil
003
144
045
016
047
018
Co
023
022
CeS
026
CC?
028
029
030
032
033
0131
Ib387
I
3
8
0180-lObi
0lMa.3807
0Ib0.2250
01,0.3847
S
q
O
9
I
0)60-2222
2
I
0160_3807
0100.4061
0)60.2257
0180.I74b
9
5
I
3
I
0I0374b
5
5
0160-5306
t
I
0160-3847
1
71400191
0160.1807
0160.3847
0036
0060.3841
0160-1847
0140.0206
0160-4571
1
0160.3647
0Ib04570
28480
28480
28480
0360-3847
0460-3807
CAPOCIT0R'X0 27UP4.102 0040C 7*
C8P8CIT0PFaO oIUF +000.01 500CC 014
c*PoCriop-o0 5JPF t-.258F 50000C CEO
CAPACITOR-FE) _010F +tOo.08 bODO CEP
CAPACITOR.F80 1500PF 4.5% 3000CC '0108
56289
28480
¿8480
28480
28480
150D2760#00082
0360-3807
0460-2250
28480
28050
28480
56289
56289
OlbO.3847
0160-4460
OIbO.2251
1500I564902082
,500I560902080
26480
0160-5306
28080
Qt60.3847
014I50471J030044104
0160.3847
0160.2243
CAPACITOR.F8C
C9PACITO4.FOD
CAP4CITOP.FIC
CAP*CITO4.000
CAPACITOP.'XO
OIUP .100-0% 50900 CEP
I5ØPF t-2_5% 160400 POL8
jOPO 4.52 500400 CEP 0.-bo
ISLJF"I08 2000C TA
45UF+108 200CC TA
C8PACITOR.000 QIUP +00004 50000 CEO
CAPACITOP.000 0700F +51 3000CC MICA
CAPACITOP.FOD _OIUF 4300.0% 500CC CEO
CAPICITOP.00C 2_7pF ,.,25PF 5004CC 014
I
0060.220+
0160.3947
01,o-1847
0460.4570
240
CAP8CITOR.FX0 olUF tIOo-ut 500CC CEP
CAPACITOPFXD .olu tIOO.01 500CC CEP
C4P4C1104.P00 IUF 080.202 500CC COO
OAPAOITOR-FXD .1UF
1
01*0.3807
OIAO-0109
0360.3807
0160.2243
CII?
CIII
0134
0155
CI7
B
Mf r Part Number
Description
g Qty
72136
28080
28480
0l604!7I
0160-3f?
0160.2222
0360-2208
0160.3847
0360.3847
CAP8CITQP.000 330PF t.5% 3000CC MICA
C404CIIOR-FAD oluF +100-01 500CC CEP
COPACITOP.000 .01UF tlOO&il $00CC CEP
C400CITOPF0D ,jUF +80.203 500CC CEP
CAPACITOR-FXD .O1UF 50V
26080
28080
28480
0160457)
CAPAC1100.FE)
C808CITOR.FXD
CAPACITOR-FE)
OAPACITOR-FXD
CAPACITOP.00C
560F t.58 3000CC MICA
.010! +100.08 504CC COR
0lUF 4000.01 SOVOC CEO
.1UF +60V
.0100 +100.01 50000 CE0O
72436
28080
¿8480
28480
28480
DMIS560Jo30089100
C4PACITD4.030
CA0101TOR-F0C
CAPACITOR_FtC
CAPACITCR-000
CAP4CITOP.00C
.OIu'
.0100
¿700F
.0300
.0I0
+100-02 500CC COP
4,00.01 500CC CEO
t-58 5000CC +ICA
+100.08 504CC COR
4100.00 509CC CEP
28480
28480
72136
¿8080
28480
0460.3807
t!uF+.10l 200CC tA
.0100 ,00-ol so0DC CEO
,0I0F +I00.08 500CC CEP
27000.001 I000C TA
1500+.108 ¿00CC 7*
56289
28480
28480
56289
56289
I50015ÔI9C2O#2
0060.3841
0360.3807
050127ö0404081
1501)56090208?
28480
28480
0160-3847
1160-3847
0160-3847
0160-4571
0160.3807
01603807
DI4l5Fl7lJoS00v.91C4
1138
C139
ClOD
0l*o'-3847
CI4I
0080.1706
CIA?
Cj83
CIAO
ClOS
014.0.3807
01o0-3847
0080.0860
0080.0746
CAPACITOR-tiC
CAPACITOR.000
CAPACITCP.000
CAPACITOP.040
CAPACITOP.F4C
0162
Cibi
0164
Cii?
CIbI
0000.3870
oIbO.3847
0060.3847
0360.1847
OIÖO.220A
CAPACITORF0C .8000 4.208 1000CC CEO
010F +100-0% 5o0CC CEO
C*PACITOR.000
CAP4CITUR.01C otuF .000.02 500CC CEP
C*PACITOP.000 .olu .100-OX 500CC CEP
C*P4CITORJOO 30080 +_51 3000CC MICA
28480
28080
25480
28080
28480
0360-3879
0160-3887
01.0.3841
0160-3847
0160.2200
0369
0171
0173
0171
0176
0Io4-;807
0l80-t74Ö
0I00-0224
0060.2200
CAPACITCR.00C
CAPACITIP.00C
C*PACITOR000
C*PACITOR.040
C8P*CITCP.FOC
22004108 450CC TA
25450
56259
56259
28080
28480
0160.3807
I50C1561902082
l50C226X90I58
0I60.2204
CAPACITOP.00C
CAPACITOP.000
CAPACITDP.00C
CAPACITCP.000
CAPACITOR-FE)
.0100 t-201 1000CC CEP
.010V +100.08 504CC CEP
l000fl t-51 0000CC CEP
3000F t-SI 3004CC MICA
.o700 t-108 500CC CEP
28080
0160.3879
0160.368?
0160-4040
0160.2208
0t60.480I
CAPACITCP.FoO lOF t-208 250CC CEP
CAP8C0TOPFIC 0IUF +100-01 500Cc CEP
CAPACITOP.00C .0100 +300.01 500CC CEO
CAPACIT0R.080 _0I00 +100-08 500CC CEO
CAPACITORFXC .0100 +100.01 500CC CEO
28480
28480
C4PACITOPVID lOF 4.208 250CC CEP
C4PACITOP.FIC
lU! t80.20% 500CC CEP
C APAC 1704-FOC Z 70F t-202 ¿000CC CEP
CAPACITCP.000 loop' t-52 2000CC CEP
CAPACITCP-FAC lOOP! t-SI ¿000CC CEP
¿1480
0160.3847
0160<571
Ch?
0060.3879
0160.3847
0160.4040
0160.2204
0Ib0.0481
0083
0084
0385
0086
008?
0160.0027
91,0.3847
4160.3847
0160.3807
0160.3847
0088
0390
CilS
0096
CI9?
01f-012?
00f-4571
0*60<876
0177
CIII
0179
OlMI
6-28
i
0060.4283
0160.0283
0
3
9
S
6
t
0
0
0
7
0
b
I
0
I
I
2
2
9
9
9
9
2
8
4
t
9
9
2
.0000 +100.08 500CC COR
i500t.I01 200CC TA
1000F t_52 3004Cc M110
4100F t-201 1000CC CEP
¿eolo
28480
28880
28480
28480
28480
28480
28480
28460
51682
5h4?
0160.3847
0360-3847
0160-OPI
0160.0127
0060-3847
0360.38E)
0360.3847
0160.3807
0160-0127
0160.4570
DI 60.3876
150.I0O0400-101J
050-I00.NPO.lOtJ
See introduction to this section for ordering information
*jndì ates factory selected vslue
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
Table 6-3. Replaceable Parts
g Qty
Description
Mf r Part Number
A21
CPI
CPa
CPI
COO
cr1.0 eJe
B
Icrl.nÇIO'
7
9tl.ora
1001.0918
cos
lcll.5001
CRO
Io2-o777
C7
CPA
I0oE_5s1rCHDNG 300 sQA 200 00.35
20000
28080
28o60
28080
28000
1901.0000
0900.0000
lOBES
70001.S011CHENG 300 SO'A 2S DO-35
00713
00713
28080
20080
¿soBo
N5 0045
280811
oI006541TCM109 300 50Mo 20$ DO-35
oI000.$MITCHING 300 SOMA 2N$ DO-35
CI000.2000 3.*Sv 5% 00.35 P0._Op
28000
28080
28000
28080
0901.0091
3900-0090
903.0040
190230S0
28080
28080
28080
28080
0100r.SMITCMINC 300 5oo 2e, 00.35
DOD.SCHOTtk0
0000(.5C0011k9
DIO0.58lTCH1NG 300 5oA 2eS 00.35
2
cr2.077?
IQ0I.eSIlA
CIOt.Z
INBÌS 62V 5% DO_7 P0._ao
rI0D-Tht lN25 b_2V 50 00.7 P0.09
D3000.SC$'ÛIIMY
CR9
OtO_OSlO
0901.0!0IJÜ
COli
190'I.oO0
1901.OrOlj
900.000o
IcI0e4MsIJ
I
190?.OoCbO
2
DIL000ZNO 7,50 5% 00.35 00._op IC..,oSx
1901.0030
902.373e
I
50 5% 00.35 PD 00 IC..4 oSx
0000E.301ICM100 300 50.0 205 0045
100030.ZNR 3.030 5% 00.7 P0.0, OC-o878
1901-0040
1
01003.SCHOIIKV
DIODE-SWG 30V 2PF -20V
0122.OeB°
7
CI I
CROS
CRIb
C817
CRIB
CR09
CR20
CR101
CR061
CR162
CR063
CRI60
CRIbS
CRIbO
JI
J3
DZtDL.SCMOTTMV
_
n1000.SOOItHlNr, 3000 500M3
31 ODL.1N0 7
I 9012.0)0060
o1-o9iP
1901nSlA
19e0.oSl#
p022.0009
1251-6567
1
I
JIS
l0Çl?c*9
I25I.2°Iq
I2S0.90
8
JI70
12512969
7
250.29*9
0
8
8
8
00'0-i*22
7
2
JR
JIb
J70
0381
JoSA
LI
L2
LO
Lili
1251.2069
12912R69
S
9100-0622
7
911-0.5058
0
9000.3058
l 'e-o890
L160
LIBE
9300.3450
I
'10e-0060
3
010c.034°
3
7
0
LObS
II
1553.o440
0$53.0008
0
b
10o-oS3
02
03
90
96
07
08
1950.03005
IOSSOIJOP
0
I
I
0
O
-
5
1953.ol)$9
1401.0538
M0I°9
NLTo0R.OESIITQR i PIN DIP; RES
C00401CTOO.PHOO.D SINGLE PRONI JAC; DIP
C0001CTO0.PH0040 SINGLE PRQNO JACK, DIP
C08NECTUR.PHONO SINGLE PHONO JACK, DI
C0000CTDP.PMDNO SINGLE PHONO lACRO OIP
Oil
Il!
1955.1Io181
28080
28480
28480
28080
9100.31458
TRANSISTOR PNP SI 10,92 P08825K08
00703
90703
00703
00703
01263
MP58581
07263
200917
200917
COIL-OAR 3500M_0290k 9.120 PC-MIS
INDUCT000F.CHHLO lOLO' SI IÖÓOA.3OSLG
rN000To6fl_CH.00LD I .IUH 5% 16600_385LG
TRANSISTOR POoP SI 1092 P0.625',
TIIANSISTOM tIPO 205079 51 T072 P0.200MM
TRANSISTUO P°4P SI TOaj F11625''
1RA051ITDR OPIO SI 10.92 P0.330°'
1000,515104 NPN 51 10.92 00.300°,
TRANSISToR OPto 51 10.92 00.300',
I
IoOOo5I3IOR JFET 200I17A NCHAO D-MODE
0
TRANSISTOR JFET 0-CHAN D_MODE 51
TOAN3ISIOR J.FET 0,-CHAN 0.000E 51
2
5
TRANSISTOR J-PET P-Ct,AN 0-'DlE 51
TRANSISTOR NPN SI P0.35o5, FT1300MM2
0855.0081
105S.oOSì
022
023
I5I-o2oS
ISO-o2IS
020
0550-00209
0553.00049
TR0005ISTOR NPN SI PD3S0p, 011300MHZ
TRANSISTOR POP 200937 51 P01200MW
850.0205
TRANSISTOR OPto 57 PDU3SQMW FT.30100Hz
025
026
TRANSISTOR NPN 31 PD3SOMp 01.300MHZ
027
028
l5S-008I
0050.0290
TRANSISTOR l'OrI NCMAN D'ODE 81
TRANSISTOR NON 31 10-92 P0.31000
379
030
032
033
031
1550o296
TRANS0510R NPN SI 10.92 PO3%0MR
P0A0305TOR PNP 704917 51 PD.30o'
038
039
1853.0056
1055.5051
loi
002
043
1053_oeS9
1654-0830
I
1855.008?
IaSO.0215
OSAoi9b
053.00R9
TRANSISTOR-DUAL NPN
TRANSISTOR J.FET P.CHAN D.'ODE 81
TIOANSISTOR NPN SI P1.350', FT.3000H1
i
5504.0296
1251-29eR
CHOKE, WIDE BAND
CHOKE, 4010E SAND
CHOKE, 4010E SAND
CÇJRE.SHIELDING BEAD
021
019
1251-2909
1251.2969
1251-29*9
T0ANSISTIP PNP 200911 51 PDIZOORW
006
¿808°
1010.0290
1251.2969
0250.2969
1251.2989
9100-1622
9100-0622
06600355L0
2040, SI .16600.385L9
00193.0080
1K90.0296
0954.0206
850.0290
IMBS.0305
1251-6587
28080
28080
24u' SI
002
Ito
2008o
28460
20080
28000
28080
28080
28080
25080
28080
28080
I'ODUCTOOPF.CM-°LD
0'S°.o2o
113
ylQ
284180
1053.0049
II
0°113
CONNECTOR
000
0
I 902-0° 60
1901-0O'0
902-3030
1901-0518
28080
T90103I5IOR POP 2i09l7 51 P0.200',
ISs-029h
1902.00041
DI000SC100ITKY
'4733
T'ANSISTOR POP 200937 01 PD.200M19
0455.0089
1R5300-90
903.0000
1901-0040
1100.515104 Poop pNo9l7 51 P0.2000,
1900513100 NPN 50 ID-92 P0.31000
TIOANSISI04 POP 204911 51 P0.200''
IOOANSI8TOR NPN SI TU_92 PD3l0°'
IR
lol.o5l8
0900-OSI!
I0000T0OPP.CH_MLD
.133
1901.0518
¿boso
0000ECTOPPM000 SINGLE P9000 JACK, DIP
0000ECIOR.P,4000 SINGLE PH000 JACK! DIP
5
10825
28480
0000t-Ooc 290F 00% 031025.MIN.S ovR.300
CÛOJNECIOR.PMOR.Q SINGLE 80NU JACKJ DIP
I
1901.0000
010r,E.$CHOTTKY
0100E-yoD 29PF 'CZ o3/c25-MI°i.S 809.300
101oo;90
1901.051!
1901-oSI!
TRANSISTOR POP SI PD.30I,M, FTI9OMHZ
IMANSISTOR l.FE! NCHAN D-MODE 51
8
TPONSISTOR NN 51 10.92 Po.3100,
1PANSISTO9 NPN 51 10.92 PDI3I000
5
TRANSISTOR POP 200911 51 PO.ZSOMVO
9100305d
9*00.3858
#070.0894
IO0-oobo
9000-0539
9140-oi"9
p030081
205079
PSH8I
2N00#l1
07263
28080
01263
26080
01283
28080
¿8080
28080
11856
¿00907
18S0-0296
00295
ouRS
28980
00713
00713
20,5205
2N5205
00713
07263
00113
01295
28181
28080
01263
28080
25480
00713
27000
01295
28080
25080
01263
0854.0796
200907
1850.0298
I8500296
185°-0296
204117.
0055-0082
2N3900
203900
¿N3900
¿N0937
2N3900
2N5205
1850.0296
1850-0296
200907
1854-0830
1855.0082
203900
205057
2N521S
I850.0196
0854.0296
200907
See introduction to this section for ordering information
0jndicates factory selected value
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
6-29
Table 6-3. Replaceable Parts
g:?;
Nuir
g Qty
Description
1e
Mfr Part Number
A2 i
9132
i0S0057I
QIbI
l053.o'J
0162
lSi03q
TRONSISTOR PNP pi4Qjl SI PDu00M
TRANSISTUk PNP 55 7o-Qj PO.625'0
Tkt55$TQP NPN $1 PDS300M, FT.2OOHZ
I0&NSISTON PNP 51 1092 P0.02500
TRANSISTOP sON ;N5579 SI 1U72 00.20000
0263
libo
0065
lubt
loso-oSes
TRACSISTOR NON 2P45I79 SI TO-7? PD.200°6
20S40305
TANSI8TOR NON 2NSllR SI TU-72 PD.u000N
R,
o757.o345
0757_0025
1737.0019
5g03.47s3
IJ4
iS3-5O9
I3I
IS3-si0ij.M
R?
13
0g
-
1R53.sooiO
2
i
l(
3
23
0757osil
S
0b83-"?lt
5o83.s7oS
ooRB.3O°o
3
Rol
0b'322S
R12
RIS
075,.053o
0757.o038
3
RIO
2
Rub
('757.0008
o757..s000
Rl7
coRP-3152
I
RIB
RI9
0757.0440
0757_0270
0b83.0705
0003.2525
0003.4815
2
Ri?
RES
970
926
R71
R74
Rol
RSE
433
R3
136
R37
938
#39
ROl
0022
ROI
94M
7
il
I
I
3
2
06M3.1825
0257.0395
7S7.o3l7
0757-0317
0*83.0705
I
2
0*83.3325
043-07ES
-
0483.4705
0757.0238
0757.0200
0490.3253
06Re.0083
0757.4401
0.83.6815
0ô98-3153
iNsus
(i4713
¿rostiR
04713
MP5MBj
l25o F TC.01.ltt
RESISTOR 56,2 ii
RESISTOR bOl
.1250 P TÇ.o+- loo
OtSISTOR bel
'25* f tC0t.lOO
IESISTOO 'J? 5% .250 FC TC..400/,500
¿0506
¿"546
20506
cq.l,8.TI-560è-F
c0.i/B.To.ó8I'.F
cOlIS.T0.63l00-F
32 121
c'"7i15
ESOSTOÑ 825 I
125°
TC.o,loo
Otfl5TOw 070 5% .15' FC TC.-000,.600
RESISTOR 47 St 25' FC IC..001/s500
OESISTOR IR. II 125* f rC.O+-loo
RESISTOR 72 St .25' Fc TC'-'oo/'S°o
20526
01121
02121
20546
C0.l,8_lo_825K.F
C047l5
ItSISTOR S,llK
RESISTOR 5,100
RESISTOR OIR
It
lt ,225n
.125*
lt1250
F
F TC.0+.101
F TCUÓ8_loo
TCt00.lOO
RESISTOR 75K st 225' F TC.o,..Ioo
RESISTOR 3,48' lt 125, F TC0t.l0O
lI
RESISTOR 22,2K
125, F TC.0,lOO
F TC.o,-loo
.l2S
RESISTOR 2.784
RESISTOR JI St 25' C TC.-goo,+5oo
RESISTOR I.S St 25* C I'CS.40o,70I
20540
c4..1/8.ToSlll.F
¿0546
10580
24546
24546
cb.l.08.T0.Sll l.F
01121
02121
C0.l'B.10.6190.F
CM.ifl.T0.7500.F
C4.I/8.T0.305E.F
ClJ.l.dB.TI.11ll.F
C4.I,8.To.5781.F
C0o705
08,525
çb.bI5
LOESISTOR 680 5% ;So FC lc.400/t600
02220
RESISTOR l_8K St 2519 FC TC.400/+li0
RESISTOR 56,2 St .125' F TC.0,.l00
.2250 F TCIIQ-lO0
SESIStOR 1.334
RESISTOR j_33K
l25 F TC.O,.l00
0051510W 07 St 25' Fc TÇ.400,,SD0
24506
24546
24546
"1121
cs1825
cA.1/S.l0.56R2.F
C4.IIR.Ti.l331-F
C4.l.#S.T0.l331.F
C04705
RESISTOR 33K 5
2501 FC TC..0000,+700
IESISTOR 070 St .25.' FC tc..400'*bOI
01121
CR3325
oI Ill
RESISTOR 47 St 25' FC TC..40o,Soo
RESISTOR Si I' t 125o F TCU0t-l0O
01121
24546
20546
CSI05
CRabs
It
lt
TC.0.-I0o
0220
C0.1/S.T0.SIlk.F
C4.1/8.l0.II0l.F
205Mb
245Mb
24506
RESISTOR 680 51 250 FÇ TC$.000l0400
RESISTOR 1,838 'S .125, F TC.0,.100
01121
20500
C2-l#S.TO.353S.F
RESISTOR 3.538 lt .023rd F Tç.0..I0O
RESISTOR 2.968 lt
F TC.o,.too
RESISTOR lOO 5% 25W
RESISTOR 3.34 St 25v. FC I ÇUROO OOFUI
2M546
20506
28480
C4.I/8.T0.3S31.F
c0.1/8.lI.1961.F
0683-1015
111Cl
Ç8333
RESISTOR 1005% .25W
28480
0683-1015
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
245'Jb
CM.t.#8.TI.287H.F
ÇIJ.%#8.T0.6l94.F
1
R48
0683-1015
4
049
0*90.0423
I
952
OIS7OOIR
452
053
#54
0757.o444
RSÓ
,o69R.rIo83
R57
R58
ASO
0683-5105
0b&3-s715
0683-1015
RbI
06S3.03S
R62
063
Roo
#65
Obb
0683-1015
0757.0019
0098.0002
3757.0401
0683.2705
Rb?
ROS
169
RIO
0698.0083
0.48.3156
0698.3156
0757.Qlol
R7l
06911.0207
#72
973
970
RIS
Rib
0*03.1025
0683.0705
2100.1211
0757.04*3
2100-SORb
OjSjoEpO
07S7.o280
lt
III
787 lx .1250 F TC.o,.Ioo
*19 lt .125' F TCS0+.l00
l7,i II 115, F tCUot.l00
IO
125, F TC.04.lIO
lt
K lt IJS8 F IC'Ot.lOQ
lt
1
1
I?
7
C4,.1/8To-IRÔR.F
COÌ2o5
.125, F TC.02.l00
RESISTOR 3.834
RESISTOR 1,960 li .1250 F 10.04.200
RESISTOR
lt .1250 F TC.I.-Iou
0b93IS3
I
Co705
sI lEI
20546
20546
't
¿N5179
3
b
O
r
It
It
4P5081
RESISTOR IO lt .0250 F
069801183
0683-1015
0683.3325
6-30
toilS
04713
0050-ton
?N5179
8
ROY
046
itool?
MPSHSI
TRANS3SIOR NON PNSI 19 S 107? D200°ñ
TRANSISTOR PO40 SE lo-Qe PO.SeS°R
l050-03iS
Rb
Rl
RB
09
REI
072b3
00103
?b000
00713
04703
I
I
7
I
II
I
4
I
2'SOb
20546
24506
225Mb
C4.1/8.T0.3831.F
C0118.Tl.lRbl'F
C4.I.'5.Ti.lOI.F
CR6805
C0.I/S.TI.111i.F
C'.4/s.tG.IOOIF
C4.1/S.T0.I001.F
C4.I,8_T0.I961.F
RESISTOR 100 5% 25W
RESISTOR IRK St .25' Fc tC..400,s700
20546
28480
01121
28480
01121
RESISTOR 100 5% -25W
RESISTOR 682 lt 125' F TCs0+.lol
RESISTOR 2_ISO it 115v. F TC.04.l00
RESISTOR lOO lt .125' F Tc.O.-lu0
RESISTOR 27 St 254 FC TCt.010/4S00
28480
24506
24500
245Mb
01121
0683-1015
RESISTOR 1,968 lt .125, F TC.O4.II0
RESISTOR la_7K It 125' F TC.o+.l*o
RESISTOR 14.78 II 223o F TCÍO,.000
RESISTOR 240 lt 1230 F TC'O+-lQO
RESISTOR 44,2k lt I25 F TC.o+.loI
250b
CM.1/8.TO.4Rbl.F
C4.I'!.T0.1472.F
RESISTOR I.Q6K
.125' F ¶C.o,.loo
RESISTOR 51 5% .25W
IESISTOR 470 St .2So FC Tc..400.#+600
AESISTOR 2K 5t .2g.' Fc TC..o00+o00
RESISTOR 27 St .25* Fc TC..000,,500
RESISTOR.TRRIR
III C TOO.A04 l.TRN
RESISTOR loo lt 1250 F TCO4.lO0
RESISTOR.TRMR 50K lOt C TOP-ADJ 17.114
I
24546
74546
70546
24540
01121
01121
28"S0
245Mb
33997
0683-5105
COMbS
0683-1015
CR1035
C4.l,8.To.bSSR.F
cO.S.#5.T0.EISO.F
CM.118.T0.l0l.F
CR4705
4.lS.T0.l4flF
C4.l,8.T0.l01.F
CM.415.lo.0421.F
cR1025
cR4105
2100-3211
Ca.1/S.T0.lO07.F
3292°-0.503
See introduction to this section for ordering information
*jndi ates factoiy selected value
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
Table 6-3. Replaceable Parts
g Qty
Description
Mfr Part Number
A2 1
P77
PT!
0683.lI.bS
t'757.eaAA
v757.rioijI
n«R3.IiIiS
7
I
t
I
RLflSTOR 10F4 5% 25« Fc Tc..900/., IFa
0,121
2'S«o
C4.1R.To.lcl.F
nl 121
all2i
ch1035
f55625
c62025
MFRCl/8.T0«1332.F
Fc ,c..000,.Soo
a1121
19701
20546
01121
2'j8o
çs4lO5
2100.3183
28« Fc TCt.40o/,5oo
al 121
CSsTos
tsisToe 9094 II «125« F rc.a.IrJ 1
P82
0bS3.5ä25
I
RESISTOR IOU 1% .125« F Tc.0,ioo
9151510K lOK 5% .25« Fc 1C.0Oo/,7oo
RESIStOR 5bK 50 .25e Fc TC.M00/7og
P83
IPR.P3.?iI?S
I
984
n!S7.o2«
91515109 2K St .25« FC Tc'.Roos7o
I
RIO
P81
psi
4
ooR3.olos
415051010 13.34 IX .125. F TÇSO4.l00
RESISTOR 6,81k '% 1258 F TC.o,1.loo
IOESISTOO 07 5% 25
P58
2I0l31R5
989
Oo"5.oioS
RESISTOR 117 5%
P02
P93
#94
0083.1025
RESISTOR
Rob
e 157.042 I
'lORS-7225
PcI
p97
P98
P99
Oä'-o0«1
0683.2225
0683.4705
0Ök3.2215
0685.1035
P106
RIO?
RIDS
P109
P113
0757.0421
0757.0014
«III
PlIb
PIll
I
3
0603.11075
lIRA-3167
0757.oö5
I
I
I
0*P3.1525
0683.1075
RISI
P135
06«3.2725
0147.olQR
CiRe-3837
0603.1035
0083.2205
R136
0683.1025
P%38
RilO
0683.1235
0483.1035
I
RIal
0683.472!
2
R1l7
P106
06R3.1025
0643.1015
0683.3325
0683.1025
0683.1035
RII7
0693.1035
RISI
RIlO
R145
P1114
Rias
PilS
06103.7515
06103.11)35
RISO
RISI
0683.3325
0083.1035
RiSi
0683.1035
0483.2015
RIRI
«162
RIbS
9160
RI6S
9166
RI6R
RISO
RIlO
RITI
0172
OIlS
R1711
oa83.olos
0i83.1005
068S.4735
0683.1005
0683.0735
0683.072!
0683.1035
0698.3518
0683.2025
0737.1091
0683.1025
0683.1005
0683.5125
uhu
I
I
CI°25
20546
01121
01121
26546
C 4.1 /8.1 I.825R.F
OU Ill
CR1025
9(815104 2,2k 5% 25« Ft TCI.000/,loo
11121
01121
01121
01121
28480
RESISTOR I.96 II 1250 F TCRQ..IIo
RESISTOR 1005% 25W
RESISTOR 1005% 25W
RESISTOR 825 1% «12$" F ICso,.Ioo
OESISTOR SII It «02510 F Tc.00.l0I0
70546
C0.I/8.TI.196I.F
28480
28480
0683-1015
0683-1015
RESISTOR SII 1% .025e F TCIG*.I00
20546
01621
20546
01121
RESISTOR 07 5% .2510 Fc TC..400/+500
RESISTIR 22 8% 25« FC TC..400,+8o0
RESISTOR 10k St .2510 FC TC.-400nloo
RSIS1OP.TIRMP 2K lOt C TOP_ADJ I-IRK
74506
24506
RESISTOR 14 5% 2!« Fc TCS&100/+b00
RESISTOR 18F St 25« FC TCS.400/tS00
RESIStOR 1k 5% 2!« FC TCs.800/,600
RESISTOR 86_0k It .125« F TCUOK.I00
RESISTOR loOk lt .125« F TCsQt.I00
RESISTOR 2.2k St .25« Fc Tc'-«Oli.loo
RESISTOR 75 It .125« F Tc.00.Ioo
RESISTOR 26.1 It .325« F TC0+.I0O
C82225
Cß2225
CO.1/8.T0.0221.F
C82225
CR1705
C17735
CR1035
2100-0547
C0.h/8.Jo.8258.F
C4.I/8.T0.5IlR.F
co.I/s.!o.slIw.F
CR1705
C4.I/8.T0.6811.F
CR1025
0112%
£81835
01121
c«1025
20506
20506
01121
01111
cl.I/8.T0.4642.F
C4.I/8.00.I003.F
CR1525
CR1025
RESISTOR ID« 5% 75n Fc Tcs.pQo,+700
RESISTOR 22 5% .758 FC TCl.400/,!00
01111
74586
03886
01111
01121
c82225
C0.1/8.IO.OSRO.F
PRIE!5.118.00.26R1.F
RESISTIR IO 5% .25« ,c 1C..l100/4600
0112%
CR0025
CR1035
RESISTOR 12k 51 .258 FC Ic.-0001t80o
RESISTOR lOK 5% .256 Fc Oc-ooø,.7oo
RESISTOR 0_70 5% .2510 Fc Tcu.4001,700
RESISTOR lo, St .2!« Fc Tc..46o,,soo
RESISTOR 00k 5% 2519 FC TC..400.00700
RESISTOR 750 5% .25« Fc TC400/+600
RESISTOR lOk 5% .238 FC TCS.400/+700
RESISTOR 3_3K 5% 2S10 FC Tc..605/,710
RESISTOR lOk 5% .258 Fc Ic..1001t701
RESISTOR 10K St .2510 Fc Tcu.000,,llo
3
2
cO.I#8.T0.1961.F
I z 1250 F IC *04.100
E5ISTO« 2_2K 5% .25« FC TC.-000.'.700
RESISTOR 2.2* 5% .25« Fc 0C.400/.7oo
RESISTOW 0_22k It 12510 F TC.0t.l00
RESISTOR 1k 5% 25' Fc TCS..0I0.#4600
RESISTIR 3.3K 5% .25« Fc TC*.400/4700
RESISTOR IR 5% .25« Fc TCR.000/,600
RESISTOR lOk 5% .25' cc TC000/4700
I
c4.I,s.Io.o8lI.F
0683-1015
0683-1015
RESISTOR 1K 51 .2510 FC TCU.400/,b0O
I
0757-0o88
28450
28480
RESISTOR lOk 5% .2510 FC TCt.000/+700
I
CB1065
RESISTOR 100 5% .25W
RESISTOR 100 5% .25W
RESISTIR I_5k 51 .2510 FC TC..400.#..700
RESISTOR 1K 5% .2!« Fc TCu.000/tbOo
0683.11035
R1019
205116
2S« FC Tc..800,.600
.25* FC TC«.000/10500
RESISTOR 6.81« II .h25. F TC.0t.I00
#120
9126
R132
R133
51
041555104 07 5%
0757_ollo
Pial
RIZ)
1
0683.07115
PuP
P172
I
0757.ç0Ib
0683.1025
06R3.l815
P118
I
04910.0043
0683-1015
0683-1015
Pill
I
2I01.05b7
PIll
1
RE SI STO1 825
0
c,4s.Ilsa
RIal
RIDI
1
1683.2225
0483.lo2S
RESISTOR.TP1R So lot c TOP.A0J 1.190
RESISTOR l,b' lt .125« F TC.o..IO0
0683-1015
0683-1015
RIDI
RIO)
I
28480
RESISTOR 200 51 .2519 Fc TCR.000fl600
PESISTOR Rl st .2!« FC TC..lRØ/+500
RESISTOR 110k St 25« Fc TC..0104/,800
RESISTOR 07k 5* .2319 FC TC.400''800
RESISTOR look 31 25« Fc TCS.000/.Soo
RESISTOR 07K 5% .25* Ft TC*.000/,800
01121
01121
0112%
01121
01121
01121
01121
00121
CR1033
CR2205
cR1235
cR1035
cR4025
CR1025
CR1015
CR3325
CR102!
0111%
CR1035
11121
01121
01121
01121
01121
CR1035
CR7515
CR1135
01121
01121
01121
01121
01121
CR103!
CR1005
CR0735
CR0725
CR132!
cR1035
CR2015
CR4703
CR1003
CR0713
I
RESISTOR Ilk St .25« FC IC..R0014700
RESISTOR 7.32* lt .125* F TCflK.110
01121
01121
01121
01121
24546
I
RESISTOR 2.04 5% .23w FC TCR.000,t700
11121
cR2025
RESISTOR look 5% .25* Fc TCR.Aoo+800
01121
11121
01121
CR1025
RESISTOR 0_7K 5% .25*
i
I
c Tc..000,,780
RESISTOR 1,87« It «125k F Tc.o,.Ioo
RESISTO. 1k 3% .25« Fc TCt.R0Ot600
RESISTOR 5jk 5% .25* 'c TC'.R00',700
24506
CR103!
C4.I/8.T0.7321.F
C0.i,S.T0.IRTI.F
cRIoos
CR5123
See introduction to this section for ordering information
tindi ates factory selected value
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
6-31
Table 6-3. Replaceable Parts
Mfr Part Number
Description
Qty
A2 i
11?b
#I7?
«ii«
R1Th
0P3.s7S
4757.0017
0b3.s«l5
«
0757.0401
0
«lOI
Pbb3.34l5
«loi
Ob«3.1c25
R%«0
I!757_Q7*lI
R Sb
0757-0280
«jOl
«IS?
P1b$3.IliS
rp5040125
«15*
III««
07«7.0#P'
#1*2
fllS7-pi0
p)757.aSl1
0400.3770
IAI«b
n?S7.oOol
7707.0032
0,9R.5000
R202
R2O
«dol
«los
3
1
O
3
3
1
S
I
C63915
0757-0401
Öl 12!
01121
CMl5ì5
25u
CS1025
25* F TCos-I00
26480
¿45Mb
0757-0260
It «125« F 7Cso.lijo
OLSISTON lOO It 125w. F 1C.0,lÖI
2"5O
C4.I,8.TO.l00l.F
C0.I/F.T0.l01F
Cu.IIS.To.l00l.F
RESISTOR 1k It
RESISTOR Su 1% .125W
4S7$TOM
RESISTOR o«qq« it .125* F TCSOt.l00
*1515100 loO lt j2514 F 1Ctpj.l00
FOESISIOR 27.4« II .125* F TCSO,.l0fl
RESISTER 196 1% .125« P TC.o,loO
I
0757-0401
0751.0394
I
0757.o2°
RESISTOR 8,45«
9206
920?
9206
0757.o2RO
0*03.3315
i
RESIStIR 6.81' 1% 125' F IC.*,.IOI
RESISTOR 100 1% 125W
RESISTOR 5%«' 01 «125* F TCUOI.I00
RESISTOR 0k It .125* F TCIIt.Ioo
.««« lt 125* F TEsOs.loo
0k ix ,,25W F TC.Os.I00
«ESISTOR 2« lt .125* F TÇ.4,.I0o
RESISTOR 1k 1% l25* F TCSQs.I00
lTb«303S
I
b«3-s«IS
0*3.o70S
RESISTOR 330
RESISTOR o3*
24506
24546
25ob
24546
24506
C4.l18.TI.5051F
c4.I,8.TObSl&.F
C*.Il8.T0.5&RI.,
CM.1/8.To.I00I.F
c4.IISTO.0991.F
CM.I/STO.1002V
C0.1/8.T0.i000.F
205Mb
01121
CM.Ip18.TO.IOOI.F
01121
C86325
CR3915
CR0715
oii2I
01121
CR3515
oI25
TRANSISTOR ARRAY I0.PIN PLSTC DIP
01928
01295
01295
50745000
Cl0lSlP
C*304b
1*20.0*17
IC
.
l«2o.I2q
IRiU.0UI
Ui9
1*10.2004
1510.0653
1820.0bSI
I
1823-0681
820-0629
1020.0693
*20.0693
I
2
I'200b29
U32
1820.1601
l'20.0629
1ß20.O529
1*20.0104
I'20-0029
U33
U34
182,.1802
0826-0111
I
I
1
i
L03!oH
SN7MSII2N
5574L51#0N
CA3OTT
GATE TTL S NOR lIJAD ¿.INP
IC FT IlL 5 .3.0 NEEDGETiI5
IC MISC NMD5
IC 100 TTL S HEX IINP
IC GATE TTL S NANO QUAD 2.INP
01295
01295
25480
01295
0l29S
50708020
IC GATE TTL
IC FT IlL 5
IC FT III. 5
IC FT IlL S
IC FF ITL 5
01295
01295
01295
01295
01295
51470500N
IC DROP TTL LS sus DROR pill O-ISP
IC FF TTL 5 Ja Ñfl.(DGE.TRIG
IC F' VIL S J0 NEGCOGCTRIG
IC GATE TU. LS NOR QUAD ¿«ISP
IC FF IlL S .3.0 NEG.EOGE.TRIG
0129!
0029$
00295
ot2«5
01295
SO7RLSIO5API
IC OP AMP MC1458G
IC GATE ECL NOR QUAD 2.IMP
26480
0°713
1826-0111
SHIELD. TOP
SHIELD. BOTrOM
COTO flL LS OECD UP/000IN 3Y1C0R0
GATE TTL S NASO GUAU 2-lOP
FF TIL S U.K NEG.ECIGE.TRIG
FF TTL LS D-TYPE PIS.IOLTRIG COTM
FF TOI. LS D-TYPE PDS.E0&E.TRIG COR
IC
S SAND GUAO ¿.INP
J« NES.EDGE.TRIG
DTYPE POSEDGETRIS
D-TYPE P15-EDGE-TRIG
.3.0 Nfl-EDGE.TRD;
COVER -2
RPG LIGHT BULB
26480
1
2140-0016
1820-0697
1
03325-20602
03325-0410.4
0810-0294
i
03325-20601
SN7MLS7OAN
27010
01295
28480
01295
01928
28480
28480
26480
1
51574L81740
26480
574I.5l900l
IC
IC
IC
IC
1R211.0b29
04713
CI.l,18.F0.IOIF
CM..I/6.TO.l0IZ.F
CR2205
01295
o1195
01295
01295
0129$
IC
I'2.I-IIO6
IS2l.5322
FF IlL. 1.3 O..TYPE POS.COGE..TRIG CON
IC CNTR TTL LS DECO UP/DORIS SYNCORI
IC OP ¡P GP 10-99
I«2°.0b2«
101o-11R6
Uil
UI«
22 St .25*
lC-SN74SO4ON
15211_Rig
Uil
lOO It .125' F TC'O+-IOO
10« It «125, F TC.Ot.100
IC op ¡Mp Gp T1«9
IC FF OIL S .3-k NEG-E040-TRIG
1520.0624
1820-0697
«26.0003
07 St
IC FF OIL LS D.TYPE PDS.EDGI.TRIG
NETWORK-RESISTOR 16 PIN DIP
1810-0294
10db_0021
UlO
6-32
0757-0401
1020.lP6SI
IR2ipII 12
MP1
MP2
MP3
28480
C0.tIS.TO3IÔIF
IRI.I Ob
1131
cO.1/8.tO.2lOX«F
C4.iI8.T0.19bN.F
24506
¿45*0
245Mb
I
1521.00IJI
U?S
U29
f30
C4.l-'8.TI.I0l«
¿45Mo
IC GATE TU. S POARID QUAD ¿.INP
IC FF ECL. O-/S DUAL
US
U2b
Uil
C0.,,S.Tô.099IF
RESISTOR 3.164 II .125*. F Tc0t-100
0757-ooI
Uil
UtS
clO.I#8T0.IOOÏ.F
07S7.o27
#216
U23
Ut0
c".i,8.To.fl91.F
Fc 1..*IO',5oo
0757.v44?
04*3.2205
U22
24546
¿45*6
c.t#S.To.looI-F
CRabs
Ct/S.T0.65Il.*
RESISTOR
RESISTOR
RESISTOR
RESISTOR
RESISTOR
U2l
.258 F TCS.MflQ/*500
6.81« lt .125« F TCO,.100
245Mb
245Mb
245Mb
245Mb
C539I5
o1121
205«b
24546
2*546
o1120
0*43.4705
o?S'-o03«
U;2
U13
UlM
UlS
St .25* FC IC..000I+000
St 2S FC TC.M0o/+700
RESISTOR 390 St 25p« Ft TC-.000,s600
RESISTOR 07 St 25' FC TC..400/+500
«iII
#212
9213
R2i
#215
U9
It
.025« F IC.0+-l0O
RESISTOR
RESISTOR
.
I
US
U?
US
It
RESISTOR 10k lt I254 F TCI0..l0I
fl37.odSj
U3
49
4ESI5OR 1k 5% .125« F tCso.*.IOC
1757.0402
UI
25' 'C TCU.«00,.7óo
.25* Fc Fct-000#tbOO
.125« F tEsos-Ion
3
9204
9205
#209
«217
C4.119.îO.543*.F
RESISTOR 100 1% 126W
RLSISTOR 390 5% .25« FC TCU.400/tb00
3
I
CB'705
01121
26480
01121
RESISTES IR
p
a1121
24546
IIESISTON 1k 5%
1
c*98.a07o
0757.0034
ìó9e.527*
P5lSTC« 47 St .25* FC tCu.P000/*S00
«tslsTopO Sb? It .125« F ?C.04-l0O
4tSlSTOP 390 5% .25« Fc 7C..4I00fl-blr
RESISTOR 15k 5
11757.11071
«190
0%«?
9%««
9%««
1
I
50748005
SN7OStI2F*
5N74L5174N
5N?44.51700
507451RO
1820.2000
55705040
55745000
5N705112N
50705740
50705740
507451125
iNioSiiìN
5074511214
S074L5025
5087451RO
MCIOIOZP
03325-20601
03325-20602
03325-041 04
2140-0016
See introduction to this section for ordering information
*Indi ates factory selected vaiue
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
Table 6-3. Replaceable Parts
g
423
03336.66525
4;SCi
0160_3R07
Qty
S
0060.3847
*25ta
4'SCB
'SCÔ
I
0160.3847
0100-1746
I
25CPI
025CR?
1940.0533
la
A?5CO3
0990.0533
425db
'75C07
01801847
025104 I
4251402
0990.0533
&25dB14
1090.0533
'940.0533
1990-0486
425CPI
4250P' s
4;cCRI7
425CpI
sCPo9
4,51920
4SCR?,
CAP4CITOR.F40 IÇUF..40% 2000E Ta
LED-VISIBLE LUM.INT.15400 IF*20+A.A0
09#0.o533
1990.0486
'3
1990-0665
992.0565
0990-0665
I 99s-o665
5082.4684
LED-VISI0LE LuM_INT.IMCD IF.20M4_MA0
LEO-VISIBLE LUM.INTuIMCD Iru20MA.MAx
LED.01SIBLE LUM_INTuOMCD IF20UA.MAl
LED.01SISLE LU.I+t80MCD IFu? 4-4i
28080
5082.4684
1990.0665
28480
28480
28480
28480
28480
0990-0665
1990-0865
28480
28480
28480
78480
¡940.0665
1990-0665
LED.OISIBLE LU-I0T*ICD IF20M4.MAX
*25L'
4250,
LED-VISIBLE LLJM.10TuIMCI IF.20A-MA4
OPG
1251-5041
Y
1t53.0016
P53.0016
1453-0016
4B53.0016
45Oa
1+53.0016
12507
LED-VISIBLE LUM.INTuIMCD IFu20MOMOO
9000-3334
42500
47503
4250
,503
LED-VISIBLE LuM.I4/TIMCO IF.70VA.MOl
1990.0685
1990.0865
03582-61620
P
0,59?
47544
4S0u
1851-oslo
0083.7205
06P3_2205
42008
0?507
*803.27/5
A25R9
4750,1
4?50+ 2
4709, 0
4?ÇRIO
0250,5
4,50,8
0250,7
28480
28480
28480
28480
B
ono-osos
1990.0663
990-0665
0990-0665
ono-osos
0990.0665
0990.0665
03582-61620
1251-5041
1853.0006
1853.0016
1853-0016
0E5I5T00 22 5% .25+
01121
01121
01121
00121
01121
182205
182205
C82205
RESISTOR
RESISTOR
C
TCu-4001+500
I 34 3% .23e FC TCu-A00/i700
I 34 5% .25e Fc TC..400.+7O0
FC TC..O00t704
0ESISTOR 8.3K 5% .7S
0ESIS,00 O 3+ 5% .25
RESISTOR
RESISTOR
0803.0375
1-066s
990-0665
28480
28480
28480
90515100 1.34 5% .25+ FC TCu-000'/-pToo
06B3I325
5082.4658
TRANSISTOR P0/P 51 ¶0-92 PD.3O04
¶041+515709 PNP 51 ¶0-92 P0u300B
TRANSISTOR PNP 51 ¶0-92 PDu30o
RESISTOR 1000 1°/+
1
5082-4658
5082-0658
5083.4658
TRANSISTOR PNP SI 10-92 PD.300Mo
RESISTOR 72 5% .254 FC TCP-403/+500
RESISTOR 22 5% 75P' FC TC.-40o.+5oo
RESISTOR 22 5' .754 FC 0Cu-aoo,+soo
0843.1325
06P3.1325
0683.1325
0683.1325
0683.0425
28480
5082.4638
9100-3334
2553-0016
1853.0016
1851-0016
1853.0016
1851-0016
RESISTOR 22 51 .234 FC TC'40o/,Sno
RESISTOR 22 5% 754 FC TC.-400/t540
063-2mO5
0683.2205
0757-0200
28480
5082-4658
28480
28080
28480
28480
28480
28480
RESISTOR 22 5% .25 FC TC.-40o+5oo
RESISTOR 22 5% .25w FC TCu-400.+5O0
0803.2705
0683.2205
&7SRP
B
063.??0I5
4?R0Ç
CONNECTOR
COIL 25U+4 00% .3D-NOM SRFu7MHZ
TOANSISTOR PNP 51 ¶0-92 BOu300M4
TRONSISIOP PP 51 10-92 PD83004
453.0048
07501
28080
28480
28480
201+00
TRANSISTOR PNP 81 10.92 PDu30O+
TRANSISTOR P0/P SI 10-92 P0u300W
1B530015
5082.4658
28484
28480
LED-VISIBLE LUM_1NT.I5MCD IF_20MO_MAX
LEI-VISIBLE LUM_INTSIMCD IPuO*-MOl
4?50026
4?5CO2'
425102g
423C930
A25e1
A25J2
1990-cts!
5083.4658
5082.4658
5082.4658
5082-4658
5082.4658
5082-0658
0994-0685
I 990o665
50824658
28480
28480
28480
099+0.0665
1491-0665
28480
?8o8o
28480
LED-VISIBLE LUM.IÑTuISMCD IF.20M6.M40
LED-VISIBLE LUM_INDISYCO IF.20MA_MA0
4?5CO24
425CO23
075192,
0160-4511
0160-3847
150015619o1o82
28480
LED-VISIBLE LUM.INTSIMCD IFS2AIMA.MAB
8990-0865
0160-3847
LEP-VISIBLE LUM4NT.I5MCD IFs2oMA.Ao
LED-VISIBLE LLO'.IOTIISMCO IF2OVMA.MA0
LEO.VISIBLE LuV.IVJTuS5MCD IFt2OMA.Max
LED-VISIBLE LLJM.INTuISMCD IF.20'8-*x
LED-VISIBLE LUM.INTuISMCD IFu2OM*.MAB
LED-VISIRLE LUM.INTuISMCD IF.20M#.4A0
2
0160-3147
0180-0062
0160-3847
28080
28080
56289
28480
28480
LED-VISIBLE Luel.INT8I5+400 IFS2OMA-MAO
LED.VISIPLE LUM_INO.IMCD IFu2OMA.MU
LED.VISIRLE LUM-INTtIMCD IFaDM4_+o
LED-VISIBLE LuM.IOoT.IMCO IFSOMO.Max
LED.VISISLE LUM.INTuIMCD IF.2IMA.MA0
LED-VISIBLE LUM.INTuIMCO IPS2OMA-A4
A?5C07?
28480
C*P*C110P.F017 _IUF +80-20% S000C CEP
LED.01SIBLE LUV.I4tlSCD IFuPOMA_MIO
0990.0533
I99O.'1533
990.0533
8990-0533
0160.3847
28480
28480
28480
t4PACIT0PrxD 300uF.7!.Iop 6001 AL
C*PACITOP.FXD l5uF +.20% 504/DC CEP
LED-VISIBLE LLJk_INTsI51c0 lFí2o'*.'ào
990.0333
0?5CPIO
03336-66525
28480
LED-VISIBLE LLJM.INTSISMCD IF.70M8.MAl
I9o.os33
0990.0533
28080
CAParIToP.çxD _ooSUF P.20% 50000 CEP
C*P*E1IOP.4O _oISUF t-201 5040C CEP
19900533
?5CR9
CEYBOAPO P_l. ASSEMBLY (3336C1
C*p*CIDaP.FXD .oIsuF 4-20% S0vDC CEP
I
4?SCOS
Mf r Part Number
CAP4CITUP-FID .OISUP 4-201 S000C CEP
0lRO.0062
0060.3847
0160-0571
A,5CB
Description
FC TCu.400#4700
I 3 5% .25+ PC TC.000,.700
I jO 51 .254 Fc TCu-000/+700
COUDS
082205
0112%
CS2205
01121
01121
28480
01121
01021
01121
01121
01121
01121
01121
182205
C82205
0757-0280
CSI32S
C513?5
081125
C8lfl5
C81325
181325
C51325
introduction to this section for ordering information
t1ndicats factory selected value
See
6-33
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
Table 6-3. Replaceable Parts
g Qty
S5Pe
;5,
425023
Oe5P;i
efSISTOP I 310 5% .258 FC TCS..000/+700
0693.0325
1«1e
0112%
0631
I
I
'IETpOPN.BES 9.51P07e OHM X 8
NETNORK.POS 9.51'07K OHM o 8
NETpOPC.PE8 6.$IP%O.Oe IHM I
NIETiyORK.P05 4.SIPIO.0k OHM 0 8
OBI '.3069
i
RESISTOR
5% 5L0 P' TC8O..l5n
15042
5o60-g436
5060.9436
sobo-puse
36
ICI 00l60
0;5PI
IN0o.0168
oBI 0.0135
1910.0055
075R25
425302
0?53P3
475580
A755w5
025586
Description
2
PUSHBUTTON SWITCH P.C. MOUNT
PuSHBUTTON SNITCH P.C. MOUNT
PUSHBUTTON SNITCH P.C. MOUNT
PUSHBUTTON SWITCH P.C. MOUNT
PUSHBUTTON SNITCH P.C. MOUNT
558.11.9436
Bobs-9436
5060.9036
5060.9436
5060.0836
¶060-9836
5060-9836
PUSHBUTTON SNITCH P.C. MOUNT
PUSHOUTTON SNITCH P.C. MOUNT
PU5H8L]TTON SNITCH P.C. MOUNT
PUSHBUTTON SNITCH P.C. MOUNT
90637
28080
28080
78050
28050
28080
78080
28080
Mf r Part Number
C51325
CSPO9CO?.472J
CSPO9COI-472J
0810-0*35
lain-losS
8'20.I.IRO.J
5060-9036
50609036
5060.9436
5060.9036
5060.9036
506043b
MOUNT
28080
28080
28080
28080
28080
5060.9836
5060.9836
5060-903e
5060.9036
5080.9836
PUSHBUTTON SNITCH P.C MOUNT
PUUSHBLITION SNITCH P.C. MOUNT
PUSHÑIUTTON SWITCH P.C. MOUNT
PUSHBUTTON SNITCH P.C. MOUNT
PUSHBUTTON SWITCH P.C. MOUNT
78080
28480
28080
2848e
28080
5060-9036
5060-0036
5060-9456
5080-9036
5060.9436
5060-gole
5060.9036
5060.9036
5060.9036
28450
28480
28480
28480
A?5S820
50611-9036
PUSHBUTTON SWITCH P.C. MOUNT
PUSHBUTTON SNITCH P.C. MOUNT
PUSHBUTTON SNITCH P.C. MOUNT
PUSHBUTTON SNITCH P.C. OUJNT
PuSHBUTTON SNITCH P.C. MOUNT
5060-9436
5060-9436
5mO-9436
5060-9436
5060.9436
4255871
5060.9436
5060-9436
5060.9436
5060.0436
5060.9436
PUSHBUTTON SNITCH 0.C. MOUNT
PUSHBUTTON SNITCH P.C. MOUNT
PUSHBUTTON SNITCH P.C. MOUNT
PUSHBUTTON SNITCH P.C. MOUNT
PUSHBUTTON SWITCH P.C. MOUNT
28480
28480
28480
28480
28480
5060.9406
PUSHBUTTON SWITCH P_C MOUNT
PUSHBUTTON SWITCH 8.C. MOUNT
PUSHPUUTTON SNITCH P.C. MOUNT
*7558.30
5460.9036
5060.9036
5060.9036
5060.9036
5060.9036
78o8o
28080
28080
28480
28480
5060.9036
506O943Ö
5460.9836
5060.9436
5060-9036
4255*30
*255832
0255833
4755*34
6,5S836
5060.9036
5060.9036
5060.9836
5060.9436
5060.9436
PUSHBUtTON SWITCH P.C. MOUNT
PUSHBUTTON SWITCH P.C. MOUNT
PUSHBUTTON SWITCH B.C. MOUNT
PUSHBUTTON SaITCH P.C. MOUNT
PUSHBUTTON SWITCH P.C. MOUNT
78480
78480
28480
78480
5060-9436
¶060.9436
5060.9436
5060-9036
5060.9006
425S837
A25SW09
50609436
28480
5060.9036
1
PUSHBUTTON SNITCH P.C. MOUNT
SW-PSB-TN
I2SUI
2990.0597
II
OISPLAY.NUM.SEO I.CH4R 43H
8253w.7
825588
825589
8p55810
625588'
*755812
*25581!
*2558.11
*255885
*755816
A2SSwtl
*255*18
0753809
*258872
A2SSHfl
4255824
025S825
*255*76
8255821
82558.28
425582*
APSU;
825U3
075U4
4?SUS
025U6
025U7
825U8
A2SUQ
A2SUIO
125U1 I
*25Ui2
*750013
A5U14
19'o.o592
990.0592
182G-1200
1820.1033
I S8.Ø347
a7SU20
1820.5130
1920.1102
APSU2I
1520.1038
1200-0470
1200-0638
6-34
28480
13606
5082-7653
oi295
SN70LSOSN
IC SHF.RGTR TTL LS P.S SERIAL.IN PRt.OUT
08295
13606
SN74LSIÒ4N
IOLN-2003A
IC INY TTL LS H04
IC SHF.ROTR TTL LS 9.5 SCRI0L.IN PRL.040T
TRANSISTOR ARRAY I 6.PIN
01293
08295
13606
01295
01295
SN74LSOSN
00295
50074525740
03.H
43.H
43.H
43.H
03-H
03H
OISPLAY.%UM.8EG l_CHAR .03-H
1,20.1033
A25U16
025U17
I6PIN
q3H
OISPLA0.NUM.SEG i.CHAR 43.H
3
2
7
i
I
1
I
A25SW39
5082-7653
5082-1653
5082.7653
5082.7653
5082.7653
OISPLAY.CUM_816 I_CHAR
OISPLA0.NUMSEG 8_CHAN
DISPLAY.NUM.SEG I_CHAR
1201200
28480
5060.9436
5060.9436
5060.9436
¿5480
28480
78480
28480
28480
OI5PL6TNUM.SEG I-C'AR
0990.0597
1858.0007
8i8o
50609036
28480
28480
OISPL40.NUM.SEG l.CHAR
1990-0597
990.0592
1990.059?
1990.0507
1990.0597
2848°
5087.7653
5082.7653
508276S3
5082.7653
5082.7653
DI5PLAN_NUM.SEG I_CHOP 43.H
TISPLAT_NUM_SEG I-CHOP
OISPLAY.O.UM.SCG l_CHAR
19°O.0592
1990.0592
A25U15
P.C.
PUSH8UTTON SNITCH p.C. MOUtNt
PUSHBUTTON SNITCH P.C. MOUNT
3101-2441
8858.0047
625U1 R
A751J19
PUSHBUTTON SNITCH
5060.9036
snag-Rose
506I0-943*
5060-9036
TRANSISToR ARRAY
IC 110W TTL LS HFO
TRANSISTOR ARRAY lb.PIN
IC PF TTL LS D_TYPE P0S.EOG*.TRIG CON
I
IC fl TTL LS 0.TYPE POS-EOGE.TPIG
I
IC MURR/TATA_SEL TTL LS 2-TO-I-LINE OU0
SOCKET-IC 16 DIP
SOCKET-IC 14 OIP
28080
28480
25S0
28480
28-480
ULN.20034
SN74LSIIAN
ULN-2003A
5N70L5273N
5N74L574N
1200-0470
1200-0630
See introduction to this section for ordering information
*Indi ates factory selected value
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
Table 63. Replaceable Parts
g Qty
Description
Mf r Part Number
CHASSIS ANO CHASSIS MOUNTED COMPONENTS
51
CS
02
C3
04
C5
03325-61512
0155-5052
0150-0012
0160-0012
0160-0012
0160-0012
C33
0155-4570
C202
C203
C205
OIES-4571
0165-4571
3
4
4
4
1
1
1
I
I
I
1
01604S71
5041-2302
5041-2301
5041-1493
5041-1493
5041-1469
5041-1466
5041-2304
5041-2303
5041-1467
5041-1600
El
I
0
i
2
i
0
7
3
i
FAN (WITH CABLE)
C-F
O1SF
25480
20450
SÜSS V
CAPACITOR-FXD .01 UF 1Kv
CAPACITOR-FXD .01 UF i Kv
CAPACITOR-FXD .01 UF 1KV
CAPACITOR-FXD .01 UF 1KV
C-F
.1 oF .2S
C-F
C-F
-I EF
.1 1F
C-F
.20
.70
- i SF
-2S
28480
28480
28480
28480
S7325-51512
0555-0557
0150-0012
0160-0012
0160-0012
0160-0012
20450
SS5O4S7i
20480
28480
28480
0160-4575
0160-4570
006O457I
75 0 CONN PLASTIC INSERT )3336A)
75 0 CONN PLASTIC INSERT 13336A1001)
1500 CONN PLASTIC INSERT {3336A)
6000 CONN PLASTIC INSERT (3336A)
750 COHN PLASTIC INSERT 8333688
26480
28480
28480
28480
28480
5041-2302
5041-2301
5041-1493
5041-1493
5041-1469
75 o COHN PLASTIC INSERT (33368(0018
1240 CONN PLASTIC INSERT (33368)
1240 CONN PLASTIC INSERT (333681001)
135 0 CONN PLASTIC INSERT (33368)
6000 CONN PLASTIC INSERT (33368)
28480
28480
28480
28480
28480
5041-1466
5041-2304
5041-2303
5041-1467
5041-1600
CONNECTOR, PWR
Fl
90ES-3825
2110-DOSI
2100-0012
FXl
2180-051+3
FICO
2100-0545
FUSE HOLDER
FUSE HOLOER CAP
30
03330-81514
07336-51512
03735-61513
03335-61510
0333E-51511
50 OHM COHN
75 OHM COHN
75 OHH CONN
75 OHM CONN
75 OHM COHN
87336-50603
1235-1015
1250-1553
1251-5555
75 OHM COHN
124 OHM COHN
150 OHM COHN
34
1251-5700
1251-558E
1251-3790
135 OHM COHN
500 OHM COHN
580 OHM COHN
35 THRU 306
0250-1358
ADAPTER - COAX
STR
28480
1250-1550
MP!
MP!
MF2
03735-54782
03336-54301
03336-64357
5540-5925
FNL, DRESS LWE
PNL, DRESS LWO
PHI, OREOS LMR
OIVIOER STROP
(3335A)
(33368)
(7336C)
28400
20480
21480
20480
03375-54302
03335-64781
07336-64303
5040-6928
MF3
MF3
Mn3
MP4
03336-29700
05335-29302
03335-29303
03335-502E!
PNL, OREOS OPI (3775A)
FNL, OREOS UFR (33788)
PHI, OREOS Ups (33750)
FRONT SUE PANEL
28480
25450
28450
20450
03336-2935!
03335-20702
MPS
MPS
FRONT FRAME
TRIM, TOP
MFO
5020-8503
5040-7202
5020-0537
5060-9550
28400
20400
28450
25480
50200837
MPS
50407209
20400
25400
20450
28400
5040-7219
5060-9504
5040-7220
5050-9035
25400
25400
20480
20480
03736-50202
5020-8004
07336-56502
5040-4327
20400
25480
20400
20450
1001-0430
5060-9842
5040-7201
1450-1345
20400
20400
28400
25450
03325-61100
7150-0220
3010-0227
3060-0201
WASHER, SHLDR
28450
28480
20400
1400-8783
3040-6898
00310-48000
WASHER, FL
TERMINAL, SLOE LUG
28400
25480
3058-0604
30ES-1783
O
RESISTOR 150 55 .25w
I
TRANSFORMER, TOWER
01607
20408
C010l5
4000-5400
FI
32
33
NFl
MP!
MPIO
MFIO
MFI2
MPI3
HPI4
MFI5
MFOE
MRO?
MFOO
MRI9
MP7E
1
3000-0439
6080-9847
5040-7201
0460-0345
MF25
MF26
MP27
0400-0783
5040-0095
00300-45600
MP2S
MF2S
7050-0604
0350-0009
Rl
0607-0005
90X0-0400
281488
014703
NB
Nt
-
2100-0012
FECOSI.1613
(37360)
(3735A)
(3336A/050)
(33368)
(33385/051)
25480
28480
28455
28485
28485
0313E-60614
03375-51512
(3736C)
(33755)
(37368/001)
(3335A)
25480
28480
28480
28480
03336-61513
0250-1115
1250-1053
1251-5586
(3375A)
(333EA)
(73768)
05057
28450
28480
NO-1045
F-BNC
F-RCA-PHOHO
STRAP HOI CAP - FR
STRAP HOL - 15 IN
STRAP HOL CAP - R
TOP COVER
PNL, REAR
REAR FRAME
MAIN FRAME
FASTENER
2
TRIM1 SODE
0
BTM COVER
FOOT
2
TiLT, STANO
0
HT SINK ASSI
I
1
I
S
I
20
0
4
312051
06328
05328
FNI, 000E
4
9100-7875
28480
CORNER STRUT
03355-E0252
5020-8504
03775-55502
5040-4527
MF22
MF23
MP24
TI
0204 OHM COHN
5050-9004
5040-7220
5050-9035
03725-61000
315E-0220
3050-0227
3150-0200
MF2O
FUSE - I AMP 230V
FUSE - - S AMP 210V
FILTER, SCREEN
FILTER, FOAM
FAN, GRILL
CLAMP-CABLE -25-DIA .45S-WO NYL
LIGHT PIPE
F560301613
03335-505l
03736-51510
07776-61611
1250-5505
1231-5790
03336-29503
03736-60201
5020-8803
5040-7202
3060-9000
See introduction to this section for ordering information
01nd1( ates factory selected value
6-35
Artisan Scientific - Quality Instrumentation ... Guaranteed | (888) 88-SOURCE | www.artisan-scientific.com
Table 6-3. Replaceable Parts
Don
g Qty
Description
e
Mf r Part Number
CHASSIE (CONT'E))
CABLE, SIGNAL 53 OHM
CABLE, SIGNAL 50 OHM
W2
W2
03335-S15212
i
i
i
0333E-51115
I
CABLE, SIGNAL/S OHM
Wi
03335-01610
1
CABLE) SIGN.AE
WI
WI
W2
W2
W3
W4
03336-61502
0333E-51614
03335-SIbil
I
03736-51613
I
e/O 0333E-61601
I
CABLE, SBGN.A: 75 OHM
P/A 0333E61601
WI
e/o 03036-ElSOl
1
UNMARKED W4
1
(5120-2385)
1
P/A 0333E-61601
Wi0
P/A 033306I651
WI'
P/A 0333E-61601
W12
03325-61504
03325-51610
03325-615ES
03325-51610
W22
W23
W24
W25
13325-61611
03025-61503
03325-51600
03325-51602
02E
03325-65613
03323-61614
I
CABLE, EXT RE' IN
20'+Oo
P/A 03336-E 1601
SESEO
1
UNMARKE22 W1i
CAOLE, Z BLANK
1
CABLE, MARKER
I
CABLE, E DRIVE
1
9
9
0120-1370
03336-51601
W36
0333E-51610
03325-61525
03336-61603
03336-61602
1251-4288
1250-1499
1
(ABLE, E E H
CABLE, AVEN AUC (APT 004)
20600
26400
-23325-61603
01325-61610
1
(ABE.E,
20400
20400
20400
20400
00325-01611
0332E-61603
00325-01509
33323-61612
26403
20405
03025-60613
0332E-00614
25606
25400
28460
05323-ElSIE
03336-60616
03036-61517
1
1
(ABLE, CAN, INCLUDES EAN(Bi)
1
CABLE, He-IB pootp
1
CABLE, KEYBOARD, RIBBON
1
I
1
1
1
(ABLE ASSY, INCLUDES 03,04 ,W5,B7,WB,W5,
1
1
I
1
1
1
CABLE, OVEN COWER (APT 00E)
(ABLE, ATTEN (ANTRDL
(ABLE, ATIEN CONTRE)) (OST 035)
CABLE, MULTICONDUCT
CABLE. MULTICONDUCT
CABLE, MULTICONDUCT
(ABE E, AC F)UWLR
1
1
DC SUPPE Y
CABLE, ALL
LADLE, MIXER
I
4
3
(0120-256E)
03325-61620
00325-61606
00323-51507
03325-6160E
1
8120-3108
8120-3108
(0123-25B5)
P/A 0003E-61601
(0120-25E?)
20480
20450
20600
26600
O
W32
W33
(8123-2505)
CABLE, VTA
CABLE, 'HASE M(DR
CABLE, PHASE 2ET
1
9
P/A 0331E-60601
03325-61604
03325-61610
1
8120-3106
W74
W31
2 MHZ
(5120-2505)
26400
20400
1
W31
CEI2B-2505)
P/A 0333E-61531
(0120-25ES)
003066ES12
CABLE, 1 MHZ REP APT
UNMARKED WIE
CABLE,
UNMARKED WO
03325-5161E
03736-61615
0033E-5151?
P/O 0343L0ì000
P/A 0333E-51601
I
W30
W30
60336-61611
03336-SIEBE
P/A A333EE1E01
C0120-7585)
2540E
2E600
28480
20600
UNMARKED 63
CABLE, 100 KHZ
UNMARKED WE
(5120-2586)
W1B
W10
28400
INCLUDES AI2 PC SPARE)
03335-51512
0333b-SIS1S
P/A 0333E-61E01
(8120-2507)
Wi?
CA0LE, HP- IB,
05536_6151E,
20010
21650
25080
26602
B
(0120-25E?)
03325-51620
03325-61600
07325-61607
03325-61506
201+80
CABLE, AMPTA MA)
I
(B120-2SE5)
WO
CABLE, SYNC
UNMA.RKED W5
(0120-25ES)
6-36
2E+BE
2B400
20460
20400
WZ
037
W40
W40
03336-521010
e/O 03335-51001
0333E-66512
025
25402
2645E
28650
(3335B/051)
(33360)
301,11
WE
W27
(533EB)
CABLE, EXT LVL
e/A 03336-61601
WiS
WiE
03336-6I602
UNMARKED W3
W3
W14
28400
20400
20460
204S0
(B120-2505)
C0120-2505)
WI3
75 OHM
CABLE, SIGNAL SS OHM
CABLE, SIGNAL 73 OHM
CABLE, 2E - 50 MH/
(333EA/B)
(3335C)
(333EA)
(333EA/001)
28480
8120-3108
28480
28480
8120-3108
8120-3108
204ES
0120-1176
00036-01601
25450
25400
03335-SIEb
03325-01623
20400
010, 011
CABLE, OUTPUT (UNTRDL
CABLE, + 15 V UI'R6G
CABLE, SIGNAL 50 OHM, AMP OUT 3336A1B)
CABLE, SIGNAL 50 OHM 3336Cl
28480
28480
03336-61603
03336-61602
STRAIN RLF USED ON W27)
BNC TO 8NC REF JUMPER
28480
28480
1251-4288
1250-1499
See introductIon to this section for i irdenng
jnthi ates factory selected value
rilE Lit
Ion
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