Download Compact disc recorder 2nd line Service Manual

Compact disc recorder
2nd line Service Manual
CDR570
CDR770
CDR775
CDR930
CDR950
Contents
Page
1
2
2
Introduction
Safety- and maintenance instructions, warnings
and notes
3 Directions for use
4 Mechanical instructions
Loader CDL4009
CDL3800
Demounting CDL3800
Exploded view CDM3800
Cleaning lens
Lubricating
5 Service modes, faultfindingtrees and repair tips
Service modes
Faultfindingtrees
6 Blockdiagrams
7 Electrical diagrams and PWB’s
8 Alignments, Adjustments
9 Circuit description
List of abbreviations
10 Sparepart list
3
6
7
7
8
9
11
12
13
14
14
18
33
34
75
76
77
85
©
Copyright reserved 2000 Philips Consumer Electronics B.V. Eindhoven, The
Netherlands. All rights reserved. No part of this publication may be reproduced,
stored in a retrieval system or transmitted, in any form or by any means, electronic,
mechanical, photocopying, or otherwise without the prior permission of Philips.
Published by JvO 0063 Service BG Audio
Printed in the netherlands
Subject to modification
5 3104 125 40110
GB 2
1.
CDR 3rd gen.
Technical Specifications/Introduction.
1. Technical Specifications/Introduction.
In this document the important issues for the mechanical and
electrical testing, adjusting, checking and diagnosing of the
Digital Audio CDR Module such as applied in so-called 3rd
generation CDR recorders is described.
In this first chapter is presented the introduction of the repair
manual for 2nd line repair workshops. In contains the repair
instructions of the CDR Module CDL4009 + Mainboard 4228.
All modules consist of the same loader + CDM part, the
mounting of the components on the Mainboard deviates form
each other. For that reason a separate CDR-module has been
defined for each type/modelnumber.
On top of that: Each mainboard connected to another CDM has
to adjusted before that module can be used. To have this
module on component level repaired this second line service
(repair) manual has to used in combination with the "first" line
service manual of mentioned typenumber. As long as the
adjustment instructions can not be carried out, the module has
to be exchanged by an adjusted one from Service stock in case
of repairs concerning CDM and/or Servo circuits.
Chapter 2 contains the required safety instructions, in chapter
3 a referring to the directions for use, as published in the
typenumber Service Manual, is made.
In chapter 4 the mechanical exploded view of the complete
module, the loading part and the CDM3800 is presented. This
chapter also includes the mounting, demounting, cleaning and
greasing instruction.
In chapter 5 the internal selfdiagnostics without opening the set
and use of other tools is described in the service modes. The
faultfinding trees and repair suggestions like the power supply
voltages for proper functioning of the mainboard are indicated
there too. This chapter also contains initialising and reset,
concerned measuring points are highlighted. For proper
functioning of all ICs the clockfrequencies have to be tested
and the importance of derived clockfrequencies is shown. and
and how to operate with the menu driven diagnostics. Via a PC
connection (serial input socket RS232C) the Menu Driven
Diagnostics feature is started.
To improve the interactivity and communication with the set/
module the COMPAIR (the for service designed computer
aided repair) tool is supported too by this CDR generation.
Details to be defined soonest and will be published by a service
information bulletin later on.
Via blockdiagrams of applied boards the common issues of all
boards are shown and in short explained in chapter 6.
In chapter 7 the circuit diagrams and printed wiring boards with
important measuring points are shown.
The adjustment of the laser current (only one important and
necessary adjustment has to be carried out, the rest of the
adjustments are calcultated from that parameter onwards) will
be presented in chapter 8. The needed PC program is under
investigation now and with the implentation of COMPAIR this
adjustment action will be explained. The method how to align
the software, if needed, is indicated here.
In chapter 9 reference is made to existing 3rd generation circuit
description in which publication a lot of details about the
functioning of the set is explained.
Also the list of abbreviations is inserted here.
Finally a survey of applied components and corresponding
service ordering numbers is given in chapter 10.
As the Mainboard 4228 is designed to be applied for several
modelnumbers this board contains a lot of optional
components.
The most extended board is modelnumber CDR775 where
double speed dubbing feature is applied too.
Safety and Maintenance instructions warnings and notes
CDR 3rd gen.
2.
GB 3
2. Safety and Maintenance instructions warnings and notes
GB
NL
WARNING
All ICs and many other semi-conductors are
susceptible to electrostatic discharges (ESD).
Careless handling during repair can reduce
life drastically.
When repairing, make sure that you are
connected with the same potential as the
mass of the set via a wrist wrap with
resistance.
Keep components and tools also at this
potential.
F
WAARSCHUWING
Alle IC's en vele andere halfgeleiders zijn
gevoelig voor elektrostatische ontladingen
(ESD).
Onzorgvuldig behandelen tijdens reparatie
kan de levensduur drastisch doen
verminderen.
Zorg ervoor dat u tijdens reparatie via een
polsband met weerstand verbonden bent met
hetzelfde potentiaal als de massa van het
apparaat.
Houd componenten en hulpmiddelen ook op
ditzelfde potentiaal.
D
ATTENTION
Tous les IC et beaucoup d'autres semiconducteurs sont sensibles aux décharges
statiques (ESD).
Leur longévité pourrait être considérablement
écourtée par le fait qu'aucune précaution
n'est prise a leur manipulation.
Lors de réparations, s'assurer de bien être
relié au même potentiel que la masse de
l'appareil et enfiler le bracelet serti d'une
résistance de sécurité.
Veiller a ce que les composants ainsi que les
outils que l'on utilise soient également a ce
potentiel.
WARNUNG
I
Alle IC und viele andere Halbleiter sind
empfindlich gegen elektrostatische
Entladungen (ESD).
Unsorgfältige Behandlung bei der Reparatur
kann die Lebensdauer drastisch vermindern.
Sorgen sie dafür, das Sie im Reparaturfall
über ein Pulsarmband mit Widerstand mit
dem Massepotential des Gerätes verbunden
sind.
Halten Sie Bauteile und Hilfsmittel ebenfalls
auf diesem Potential.
AVVERTIMENTO
Tutti IC e parecchi semi-conduttori sono
sensibili alle scariche statiche (ESD).
La loro longevita potrebbe essere fortemente
ridatta in caso di non osservazione della piu
grande cauzione alla loro manipolazione.
Durante le riparazioni occorre quindi essere
collegato allo stesso potenziale che quello
della massa dell'apparecchio tramite un
braccialetto a resistenza.
Assicurarsi che i componenti e anche gli
utensili con quali si lavora siano anche a
questo potenziale.
D
GB
Safety regulations require that the set be restored to its original condition
and that parts which are identical with those specified be used.
NL
Bei jeder Reparatur sind die geltenden Sicherheitsvorschriften zu beachten.
Der Originalzustand des Gerats darf nicht verandert werden.
Fur Reparaturen sind Original-Ersatzteile zu verwenden.
I
Veiligheidsbepalingen vereisen, dat het apparaat in zijn oorspronkelijke
toestand wordt terug gebracht en dat onderdelen, identiek aan de
gespecifieerde worden toegepast.
Le norme di sicurezza esigono che l'apparecchio venga rimesso nelle
condizioni originali e che siano utilizzati pezzi di ricambiago idetici a quelli
specificati.
F
Les normes de sécurité exigent que l'appareil soit remis a l'état d'origine et
que soient utilisées les pièces de rechange identiques à celles spécifiées.
SHOCK, FIRE HAZARD SERVICE TEST:
CAUTION: After servicing this appliance and prior to returning to customer, measure the resistance between
either primary AC cord connector pins (with unit NOT connected to AC mains and its Power switch ON), and the
face or Front Panel of product and controls and chassis bottom,
Any resistance measurement less than 1 Megohms should cause unit to be repaired or corrected before AC
power is applied, and verified before return to user/customer.
Ref.UL Standard NO.1492.
NOTE ON SAFETY:
Symbol : Fire or electrical shock hazard. Only original parts should be used to replace any part with symbol
Any other component substitution(other than original type), may increase risk or fire or electrical shock hazard.
“Pour votre sécurité, ces documents
doivent être utilisés par des
spécialistes agrées, seuls habilités à
réparer votre appareil en panne.”
CL 96532086_021.eps
080999
GB 4
2.
CDR 3rd gen.
Safety and Maintenance instructions warnings and notes
SERVICING HINTS
In the set, chip components have been applied. For disassembly and assembly check the figure below.
CL 96532086_022.eps
080999
Safety and Maintenance instructions warnings and notes
CDR 3rd gen.
2.
GB 5
CL 96532086_023.eps
080999
GB 6
3.
CDR 3rd gen.
Instructions for use
3. Instructions for use
See service manual of concerned modelnumber in which the
instructions for use has been inserted. This chapter has not
been filled as this module of CDR Module CDL4009 +
Mainboard 4228 is only a part of a complete set.
Mechanical instructions
CDR 3rd gen.
4.
GB 7
4. Mechanical instructions
4.1
Loader CDL4009
CDL4009 consists of metal loader bracket item 82 and glued
on it an identification sticker (on which the module production
number and production code is printed); 4 suspension rubbers
items 76, 77, 78 and 79 which carry loader assembly item 81;
LOADER BRACKET
82
SUSPENSION
76
77 78 79
81
LOADER ASSY CDL
1001
MAIN BOARD CDR
97 98 99 100
M3 X 6
82: LOADER BRACKET
81: LOADER ASSY CDL
76: SUSPENSION
3104 121 23900
9305 043 20900
3104 144 05730
CL06532018_001.eps
090300
Figure 4-1
To demount loader module CDL4009:
1. Mainboard item 1001. Beware of connections to CDM.
Optical pick-up unit has to be ESD protected!
2. Loosen suspensions 76, 77, 78 and 79 from metal loader
bracket 81
3. Take out Loader assy CDL
and on the bottom side the CDR mainboard 1001 is mounted.
Notice that mainboard is dependant to the applied set and has
to be adjusted to mounted CDM in loader in case of exchange.
See next figure, Loader CDL4009
CHASSIS
TRAY MOTOR ASSY
MOTOR SPRING
SWITCH
TULE
MOTOR SPRING
PULLEY WHEEL
BELT
RACK GEAR WHEEL
TRAY GEAR WHEEL
RACK
TRAY BLACK
RACK SPRING
PLUG
PLUG
RUBBER
RUBBER
RUBBER
RUBBER
CLAMPER BRIDGE
CLAMPER
CL06532018_002.eps
100300
CDR 3rd gen.
4822 691 10764
4822 361 11131
4822 492 11709
4822 277 11838
4822 532 13097
4822 492 11709
4822 528 11295
4822 358 10266
1822 522 10739
4822 522 10741
4822 402 11221
4822 418 10421
4822 492 11711
4822 535 10588
4822 535 10588
4822 466 12131
4822 466 12131
4822 466 12131
4822 466 12131
4822 466 12132
4822 466 12133
4.2
4.
01
02
03
04
10
13
14
17
18
19
20
21
32
33
34
37
38
39
40
41
42
GB 8
Mechanical instructions
Exploded view CDL3800
Figure 4-2
Mechanical instructions
CDR 3rd gen.
4.
GB 9
Tray
Pull out the tray (item 21) until it stucks. Press the lock at the
left side of the tray upwards. Pull out the tray.
PULL TO REMOVE TRAY
CL06532018_003.eps
090300
Figure 4-3
4.3
DEMOUNTING LOADER CDL3800
Remove the following items starting with:
(For the item numbers refer to the Exploded Views CDL3800,
figure 4.2)
4.3.1
Release and remove tray
Push to open the tray on the rack (item 20)
CL06532018_006.eps
210200
Figure 4-6
Tray motor assey
Remove the tray motor belt (item 17).
Loosen the motorspring (item 3) with a pair of tweezers or a
screwdriver via the rectangular hole at the right side of the tray
motor.
Clamper bridge
Bend the locks-profiles on both sides of the clamper bridge
(item 41) carefully to the outside and lift up the clamper bridge.
CL06532018_004.eps
210200
Figure 4-4
CDM
Place the loader upside down and remove the motorspring
(item 13) with a pair of tweezers or a screwdriver, but hold the
CDM so it can’t fall down.
Rack
First remove the rack spring (item 32) by unscrewing items 11
and 12.
CL06532018_005.eps
210200
Figure 4-5
GB 10
4.
CDR 3rd gen.
Mechanical instructions
Clamper
CL06532018_007.eps
210200
Figure 4-7
Mechanical instructions
4.
GB 11
Exploded view CDM3800
CDM 3800
1.3
1.4
1.5
1.6
CL06532018_012.eps
020300
4.4
CDR 3rd gen.
Figure 4-8
GB 12
4.
CDR 3rd gen.
Mechanical instructions
3104 147 01580 CDM3800 COMPLETE
4
1: 4822 691 10765 MOUNTING PLATE ASSY
1.3: 4822 361 11132 SLEDGE MOTOR ASSY
2: 3104 147 12890 OPU-24.24
3: 4822 535 10591 THIRD BEARING AXLE
4: 4822 535 10591 AXLE
12: 4822 528 11297 COMBI WHEEL
13: 4822 522 10742 GEAR RACK ASSY
22: 3104 141 21830 THIRD BEARING SPRING
2100: 4822 126 13196 100nF 10% 25V
3100: ∆4822 051 20101 100Ω 5% 0,1W
5101: 4822 130 11531 SENSOR LT125A
Y
4.5
Cleaning objective lens
4.5.1
CLEANING PRESCRIPTION OBJECTIVE LENS
• Cleaning fluid
The lens cleaner codenumber reads 4822 389 10026
• Procedure
• Take a clean cotton wool tipped stick and put Lenscleaner on the wool.
• Wipe the lens very softly with the wet wool end of the
stick by moving it forwards and backwards in the Ydirection. (see drawing)
• Take a dry cotton wool tipped stick and remove the
Lens-cleaner from the lens by moving it very softly
back and forth in the Y-direction (see drawing)
• During cleaning, take the necessary precautions in
order to prevent damage to the*Actuator (hinges, lens,
litze-wires) or OPU (ESD, ...) Do not remove axle (item
4, see drawing) from OPU, because the fixing screws
of axle are deforming it at it's end. On their turn these
deformings are damaging the hinges of the OPU when
loosening the axle.
• Application
This cleaning procedure is only applicable for the flat side
(upside) of the lens.
Never try to clean the round side (underside) of the lens
(replica-side).
With this cleaning procedure, fingerprints and dust can easily
be removed with very
soft and gently movements of the cotton wool tipped stick.
• Limitation
This cleaning procedure is only applicable in cases of
malfunctions of the product,
due to lens-problems. It's not ment to be applied on 100% of
the actuators, OPU's.
After cleaning, the product must be re-checked on it's
functionality.
Figure 4-9
CL06532018_008.eps
210200
Mechanical instructions
CDR 3rd gen.
4.6
Lubricating
4.6.1
LUBRICATING INSTRUCTIONS FOR GENERIC LOADING
CDL3800
4.
GB 13
Between worm and combiwheel (item 12, 4822 528 11297)2x
USE TRIBOL GREASE (1322 523 78101)
Be careful when lubricating the parts.
For parts and points to apply grease, refer to the drawing figure
4-10.
Avoid excess grease.
B. The bearing of the gearwheel. Grease on upper part of
cylindrical surface.o
C. Guiding and 2 guiding pins of the rack on the chassis.o
D. The guiding of the rackspring.*
E. The 2 guiding.profiles of the rack*
F. 10 guiding surface of the chassis on the tray.*
G. The guiding pin on the rack.*
H. On top (in the middle) of the 4 rubbers.*
I. Guiding on the chassis of the tray. Grease around the 5
guiding pins.*
J. The guiding ribs of the chassis for guiding the CDM-nose.*
o
=Lubricated with dosing apparatus.
*=Lubricated with a brush.
CL06532018_010.eps
020300
Figure 4-11
Oiling the centrifuged bearings
USE MOBIL OIL SHC 629 (3104 129 52260)
Use dose apparatus
Place the needle against the bearing and axle.
Dose one (1) drop of oil there where the bearing touches the
axle (see drawing figure 4-12)
Repeat this handling for the second bearing
Move the OPU for a few times up and down.
REMARKS:
Do not use the oil on the axle alone. Always place the oil drop
against the bearing.
No oil on top of the OPU.
CL06532018_009.eps
210200
Figure 4-10
4.6.2
Lubricating instructions for CDM3800
USE TRIBOL GREASE (1322 523 78101)
The third bearing axle (item 3, 4822 535 10591) on the
upperside of the axle 2x
The third bearing axle on the bottomside of the axle 2x
The OPU bearing with Mobil Oil SHC 629 (see next paragraph)
The top of the worm
The pressed in axle on the top
The gear rack assy (item 13, 4822 522 10742) on the teeth2x
2x 1 DROP OF OIL
CL06532018_011.eps
020300
Figure 4-12
GB 14
5.
CDR 3rd gen.
Service modes, repair tips and faultfinding trees
5. Service modes, repair tips and faultfinding trees
5.1
Service modes
In this paragraph the internal selfdiagnostics without opening
the set and use of other tools is described.
Requirements to perform the test
• Working keyboard to start up the test.
• Working local display to check the output messages.
Notice: Module is mounted in a set
5.1.1
Dealer mode
The purpose of the dealer mode is to prevent people taking out
the CD inside the player at exhibitions, showrooms etc.. This
mode disables the open/close function of the player.
The dealer mode can be switched on and off pressing keys
[OPEN/CLOSE] and [STOP] of the CDR player simultaneously
while switching on the unit. The dealer mode is stored in the
flash memory and can only be changed by executing the above
actions.
5.1.2
Dealer diagnostics
DEALER DIAGNOSTICS
(status of player)
If power ON,
switch power OFF
Press <REWIND> + <FFWD>
simultaneously and switch
ON unit
Display blinks
“BUSY”
during test
NO
Set OK?
display. Pressing keys [F FWD] and [REWIND] simultaneously
while switching on the unit, starts the test. Switching off the unit
ends the test.
Set displays
“ERROR”
YES
Set displays
“PASSED”
To end test, switch OFF unit
CL96532086-024.eps
090999
Figure 5-1
Description
The intention of the dealer diagnostics is to give an indication
of the CDR player status. An inexperienced, even nontechnical dealer will/can perform the test. Tests are executed
automatically without need for external tools or disassembly of
the unit. This test checks the CDR main board using the same
tests as the electrical service diagnostics program. Only the
result of the test, “PASSED” or “ERROR”, will be shown on the
Service modes, repair tips and faultfinding trees
5.1.3
CDR 3rd gen.
5.
GB 15
Electrical service diagnostics
ELECTRICAL SERVICE DIAGNOSTICS
(software versions, test for defective components)
If power ON,
switch power OFF
Load CD-DA disc (SBC444A)
Press <PLAY> + <F FWD>
simultaneously and switch ON unit
LOADER TESTS
PLAYER
INFORMATION
Display :
ABORT TEST
"PLAYER ID"
"SW VERSION BACK END"
"SW VERSION CDR LOADER"
CDR LOADER TEST
CD-DA disc must be loaded
Display shows current disc time
(CDR775 "SW VERSION CD LOADER")
CDR MAIN
BOARD TEST
NO
Display : "DTST1"
ABORT TEST
Press <F FWD>
Test OK?
DRAM test (7702)
YES
Press <F FWD>
PASS OR FAIL
Display : "BERR1"
or
"NO CDDA"
or
"NO DISC"
Press <F FWD>
Display : "DTST2"
FLASH CHECKSUM test (7703)
CD LOADER TEST *
CD-DA disc must be loaded
ABORT TEST
ABORT TEST
PASS OR FAIL
Press <F FWD>
Display shows current disc time
* FOR CDR775 ONLY
Display : "DTST3"
FLASH ERASE test (7703)
NO
PASS OR FAIL
Press <F FWD>
Test OK?
Display : "DTST4"
ABORT TEST
CODEC test (7406)
YES
DISPLAY TEST
PASS OR FAIL
Display : "BERR2"
or
"NO CDDA"
or
"NO DISC"
Press <F FWD>
Press <F FWD>
DISPLAY TEST
Display : "DTST5"
CDR LOADER
COMMUNICATION test
Display segments blink at f=1kHz
ABORT TEST
PASS OR FAIL
KEYBOARD &
RC TEST
Press <F FWD>
KEYBOARD & RC TEST
Display : "DTST6" *
CD LOADER
COMMUNICATION test
PASS OR FAIL
Press <F FWD>
ABORT TEST
* FOR CDR775 ONLY
Display shows name of pressed keys
Press <F FWD>
To end test, switch OFF unit
NO
Tests OK?
Display : "DERRn"
n = failed test
YES
Display next
failed test
CL 96532086_025.eps
090300
Figure 5-2
GB 16
5.
CDR 3rd gen.
Service modes, repair tips and faultfinding trees
Description
The intention of the electrical service diagnostics is to show the
software versions present in the player and to direct the dealer
towards defective internal units. The units are : the CDR main
board, the CDR loader, the CD loader in case of a CDR775 and
the keyboard/display board. A sequence of tests is executed
automatically. Some of the tests can be aborted or skipped
without the result being taken into account. External tools or
disassembly of the unit is not necessary to get the diagnostic
information. Pressing keys [PLAY/PAUSE] and [F FWD]
simultaneously while switching on the unit, starts the test.
Switching off the unit ends the test.
performed by audio play-back of 5 seconds at the beginning,
middle and end of the disc.
CDR loader test
During the test, the current disc time is shown. In case of an
error the message “BERR1” will be displayed and the [F FWD]
key must be pressed to continue with the following test.
Pressing the [F FWD] key also aborts this test.
CD loader test
For CDR775 only. During the test, the current disc time is
shown. In case of an error the message “BERR2” will be
displayed and the [F FWD] key must be pressed to continue
with the following test. Pressing the [F FWD] key also aborts
this test.
Requirements to perform the test
• Working keyboard to start up the test.
• Working local display to check the output messages.
• A CD-DA disc with a minimum of 3 tracks in all trays to
perform the disc test.
Display test
All segments will blink at a frequency of 1 Hz. Pressing the [F
FWD] key will start the next test because the user has to check
for himself if all segments work properly.
Description of the tests
Player information
In this part of the test the following important information can be
checked without removing the cover :
• Recorder ID.
• SW-version back end of player.
• SW-version CDR loader.
• SW-version CD loader (only for CDR775).
CDR main board test
[F FWD] key. The message “DERRn” will be displayed with n
indicating the faulty test number.
If one of the tests is aborted with the [F FWD] key, no error
message will be displayed for this test. The flash data erase
test (“DTST3”) can not be aborted !
The CDR main board test consists out of :
DRAM test
Display : “DTST1”. The DRAM used for buffer management is
tested by writing, reading and verifying test patterns.
Flash checksum test
Display : “DTST2”. This test checks the checksum of the
player’s SW stored in the flash.
Flash data erase
Display : “DTST3”. During this test, all temporary information
(CDtxt) in the flash is erased.
CODEC (ADC/DAC) test
Display : “DTST4”. This test checks the CODEC IC by writing,
reading and verifying test patterns. The test is not applicable for
CDR950.
CDR communication test
Display : “DTST5”. The communication between the host
processor (DASP) and the CDR loader via the DSA-R-bus is
tested.
CD communication test
Display : “DTST6”). The communication between the host
processor (DASP) and the CD loader is tested. The test is only
applicable for CDR775.
Loader tests
These tests determine if the CDR loader and the CD loader in
case of a CDR775 work correctly. A CD-DA disc with a
minimum of 3 tracks needs to be inserted in both loaders. A
disc test is executed to check focus control, disc motor control,
radial control and jump grooves control. The disc test is
Keyboard and remote control tests
The test will give the user the ability to test every key without
executing the function assigned to it. Therefore, the user needs
to press every key on the keyboard and the remote control. The
display will show the name of the key being pressed. Pressing
more than one key at once will give an unpredictable result
except for the service combinations : [PLAY/PAUSE] + [STOP],
[PLAY/PAUSE] + [F FWD], [F FWD] + [REWIND], [ERASE] +
[RECORD], [PLAY/PAUSE] + [RECORD], [OPEN/CLOSE] +
[PROGRAM].
5.1.4
Mechanical service diagnostics
MECHANICAL SERVICE DIAGNOSTICS
(test for defective components)
If power ON,
switch power OFF
Press <PLAY/PAUSE> + <STOP>
simultaneously and switch
ON unit
<OPEN>
FOCUS TEST
Display shows “BUSY”
Visual inspection
<REWIND>
<CLOSE>
TRAY TEST
Visual inspection
Display shows “OPENED”
even if tray is blocked
<FWD>
SLEDGE TEST
Visual inspection
Display shows “BUSY”
To end test, switch OFF unit
CL96532086_026.eps
080999
Figure 5-3
Description
No external tools are required to perform this test. The cover
needs to be removed because the user has to check the
movements of the tray, focus and sledge visually. Pressing
keys [PLAY/PAUSE] and [STOP] simultaneously while
switching on the unit, starts the test. Switching off the unit ends
the test. In case of a CDR775, one can check the CD loader
mechanics in the same way by pressing the above key
combination on the CD player keys.
Requirements to perform the test
• Working keyboard to cycle through the tests and to start up
the test.
• Working local display to check the output messages.
Service modes, repair tips and faultfinding trees
CDR 3rd gen.
Description of the tests
Tray control test
This test starts from within the focus control test routine.
Pressing [OPEN/CLOSE] moves the tray in or out. In the tray
open position one can initiate focus and sledge tests by
pressing [F FWD]. One has to stop these tests pressing
[REWIND] before it is possible to close the tray again.
Depending on the action the display reads “OPEN”,
“OPENED”, “CLOSE” or “BUSY”.
5.1.5
DC-erase service mode
DC ERASE SERVICE MODE
GB 17
unit before completion of the test, leaves the disc in an
unpredictable state. In such case only a complete DC-erase
procedure can recover the CD-RW disc.
Focus control test
The focussing lens is continuously moving up and down. The
display reads “BUSY”.
Sledge control test
After pressing [F FWD] the sledge continuously moves up and
down. Pressing [REWIND] stops the sledge at the position it is
in and the focus control test resumes. The display reads
“BUSY”.
5.
Requirements to perform the test
• Functional CDR player.
• A CD-RW audio disc must be present in the tray.
5.1.6
Burn in mode
Description:
The Burn In mode is an endless cycle of:
• DC-Erase to erase the CDRW disc with maximum laser
power.
• Recording a CDRW disc
• Finalising at double speed
The Burn In mode is used to test intermittent faults of the
loader.
Requirements to perform the test:
• Working Local Keyboard: needed to start up the test.
• Working Local Display: all output messages must be
displayed on the local display.
• Analog source connected to the CDR99 player
• CDRW disc in tray
(erasement of complete CD-RW)
Load CD-RW disc
Press
<ERASE> + <RECORD>
simultaneously and switch
ON unit
Burn in sequence
– Initialisation
The ‘Burn In’ mode is initiated by pressing the PAUSE> and
key on the local keyboard at the same time, and then switching
the POWER switch on.
– Continuous loop
The following picture shows the burn in sequence.
Burn in sequence
DC erase
Display shows:
“ER mm:ss”
mm
ss
:remaining minutes
:remaining seconds
TOTAL and REM are also
illuminated
Display shows:
“PASSED”
when the erase function is
completed
“ERROR”
if DC ERASE fails
To end test, switch OFF unit
CL96532086_027.eps
080999
Figure 5-4
Description
This test is initiated by pressing [ERASE] and [RECORD]
simultaneously while switching on the unit. The player will
erase a complete CD-RW disc (including PMA and ATIP lead
out area) at speed N=2. The display shows the countdown of
the remaining time required for the operation to complete. The
format is “ER mm:ss”, where “mm” are the remaining minutes
and “ss” the remaining seconds. After completion the message
“PASSED” is shown, and the player has to be switched off and
on again to start up in normal operating mode. Switching off the
error
Finalise
complete with
or without
error
Erase complete without error
Write CDRW
Write complete without error
Finalise
CL06532018_071.eps
030300
Figure 5-5
Continuously do DC erase, record complete CDRW and then
finalise until the player is powered off.
When an error is detected during writing, the DC erase
procedure is called again., the disc will be DC erased and the
cycle starts again.
During the test the display shows the number of hours for which
the test is running and the number of errors detected during the
test. The display looks as follows : “HH BI RE FE”
HH
: number of hours on
digits 1 and 2
“BI”
: burn in mode, digits 3
and 4
RE
: number of errors
detected during DC
erase and write
CDRW modes on
digits 7 and 8
GB 18
5.
Service modes, repair tips and faultfinding trees
CDR 3rd gen.
FE
: number of errors
detected during
finalise modes on
digits 10 and 11
If started up with a disc other than a
CDRW disc the display shows
: ”WRONG DISC”,
if no disc is inserted display
: “NO DISC”.
– End of test
To exit the Burn In mode, power off the player.
5.2
CD-DA DISC LOADED
CHECK:
DISC
DETECTION &
READING?
•
•
•
NO
WIRING
POWER SUPPLY VOLTAGES
ELECTRICAL SERVICE DIAGNOSTICS:
REPLACE CDR MODULE IF "DERRn"
OR "BERRn" ERROR OCCURS
YES
CHECK:
Faultfinding Trees
The faultfinding trees and repair suggestions like the power
supply voltages for proper functioning of the mainboard are
indicated here.
DISPLAY:
“CD” &
T.O.C. INFO?
NO
•
DISC: DIRT, SCRATCHES, DAMAGED...
•
ELECTRICAL SERVICE DIAGNOSTICS:
REPLACE CDR MODULE IF "DERRn"
OR "BERRn" ERROR OCCURS
YES
CHECK:
5.2.1
CDR-Module
PRESS <PLAY>
NO DISC LOADED
SWITCH ON POWER
ANALOG
AUDIO
OUT?
•
•
NO
AUDIO CONNECTIONS & CABLES
I/O BOARD
⇒ FLEX CONNECTION
⇒ +5V (pin 8 conn. 1000)
⇒ KILL VOLTAGE (pin 7 conn. 1000):
-8V DURING PLAY
⇒ KILL TRANSISTORS 7006,7007,7008, 7009
⇒
YES
NO
STBY LED?
•
YES
PLAY AUDIO SIGNALS DISC TRACK 15:
SIGNAL OF 5.4 VPP ON PINS 1 AND 3 OF CONN.
1000
ELECTRICAL SERVICE DIAGNOSTICS:
REPLACE CDR MODULE IF "DERRn"
OR "BERRn" ERROR OCCURS
CHECK:
PRESS <DISPLAY>
YES
DISTORTION?
CHECK:
NO
DISPLAY?
•
MAINS, MAINS CABLE
•
POWER SUPPLY (SEE FAULT FINDING GUIDE PSU)
⇒ WIRING
⇒ ON/OFF SWITCH
⇒ FUSES
⇒ VOLTAGES
•
YES
DISPLAY (SEE FAULT FINDING GUIDE DISPLAY BOARD)
⇒ WIRING
⇒ SUPPLY VOLTAGES
⇒ CLOCK SIGNAL 8MHz
⇒ CONTROL SIGNALS
⇒ KEYBOARD
⇒ STANDBY LED
⇒ ELECTRICAL SERVICE DIAGNOSTICS:
DISPLAY TEST, KEYBOARD TEST
NO
•
•
AUDIO CONNECTIONS & CABLES
I/O BOARD
⇒ FLEX CONNECTION
⇒ +5V (pin 8 conn. 1000)
•
ELECTRICAL SERVICE DIAGNOSTICS:
REPLACE CDR MODULE IF "DERRn"
OR "BERRn" ERROR OCCURS
CHECK:
•
WIRING OF HEADPHONE/IR BOARD
NO
•
ELECTRICAL SERVICE DIAGNOSTICS:
REPLACE CDR MODULE IF "DERRn"
OR "BERRn" ERROR OCCURS
NO
•
•
AUDIO CONNECTIONS & CABLES
I/O BOARD
⇒ FLEX CONNECTION
⇒ +5V (pin 8 conn. 1000)
⇒ DIGITAL OUT TRANSFORMER 5450, IC7005
•
ELECTRICAL SERVICE DIAGNOSTICS:
REPLACE CDR MODULE IF "DERRn"
OR "BERRn" ERROR OCCURS
HEADPHONE?
YES
CHECK:
CHECK:
DISPLAY:
NO
"INSERT DISC"
•
•
•
YES
WIRING
POWER SUPPLY VOLTAGES
ELECTRICAL SERVICE DIAGNOSTICS:
REPLACE CDR MODULE IF "DERRn"
OR "BERRn" ERROR OCCURS
DIGITAL
AUDIO
OUT?
YES
PRESS
<OPEN/CLOSE>
CHECK:
•
NO
TRAY?
YES
INSERT DISC
PRESS <OPEN/CLOSE>
CD-DA DISC
LOADED?
YES
SEE CD-DA DISC
FAULT FINDING
•
DISPLAY BOARD (SEE FAULT FINDING GUIDE DISPLAY BOARD)
⇒ WIRING
⇒ SUPPLY VOLTAGES
⇒ CLOCK SIGNAL 8MHz
⇒ CONTROL SIGNALS
⇒ KEYBOARD
⇒ ELECTRICAL SERVICE DIAGNOSTICS:
DISPLAY TEST, KEYBOARD TEST
MECHANICAL SERVICE DIAGNOSTICS:
REPLACE CDR MODULE IF ERROR OCCURS
NO
NO
CD-R DISC
LOADED?
CD-RW DISC
LOADED?
YES
YES
SEE CD-R DISC
FAULT FINDING
Figure 5-6
SEE CD-RW DISC
FAULT FINDING
CL 96532076_016.eps
290799
PLAY BACK OF CD-DA
DISCS OK
CL 96532076_017.eps
290799
Figure 5-7
Service modes, repair tips and faultfinding trees
CDR 3rd gen.
5.2.2
5.
GB 19
Mainboard
CD-R DISC LOADED
Power supply part on mainboard
• Description.
The most important part of an electrical function is the power
supply. Without it will never operate. The power supplies as
well analog as digital equipment. For these reasons the power
supply is split-up in different sections. One for the digital
electronics, one for the servo controls and one for the AUDIO
part. The servo controls are the big consuming parts with high
peak-currents, also introducing disturbances in the power lines.
The audio part needs very “clean” power, because noise and
ripples have there reflection in the audio signals, specially in S/
N and THD+N. Some of the power supplies are switched off,
this to reduce consumption in case of standby.
The different power supplies are delivered to the PCB via
connector 1500 This is a 11 pole connector with following
voltages on it: +5V, +12V, -8V, VFTD, VDC1 and VDC2.
The last 3 voltages are not used on the main PCB, but are
meant for the FTD (Fluorescent Tube Display). They are
directly routed to connector 1705.
The other voltages are split up in different functions on the
PCB. The following block-diagram gives an indication of that
implementation.
CHECK:
WIRING
POWER SUPPLY VOLTAGES
ELECTRICAL SERVICE DIAGNOSTICS:
REPLACE CDR MODULE IF "DERRn"
OR "BERRn" ERROR OCCURS
CHECK:
DISPLAY:
“CD” &
T.O.C. INFO?
NO
•
DISC: DIRT, SCRATCHES, DAMAGED...
•
ELECTRICAL SERVICE DIAGNOSTICS:
REPLACE CDR MODULE IF "DERRn"
OR "BERRn" ERROR OCCURS
YES
YES
FINALISED CD-R DISC
LOADED
SEE CD-DA DISC
FAULT FINDING
CD-R DISC PARTIALLY
RECORDED OR EMPTY
START MANUAL
RECORDING FROM
ANALOG SOURCE
CHECK:
LEVEL
ADJUSTABLE?
NO
•
AUDIO CONNECTIONS & CABLES
•
DISPLAY BOARD (SEE FAULT FINDING GUIDE DISPLAY BOARD)
⇒ EASY JOG KNOB
⇒ I2C COMMUNICATION
⇒ ELECTRICAL SERVICE DIAGNOSTICS:
KEYBOARD TEST
•
ELECTRICAL SERVICE DIAGNOSTICS:
REPLACE CDR MODULE IF "DERRn"
OR "BERRn" ERROR OCCURS
YES
START RECORDING
FROM DIGITAL
SOURCE
-8VA
+12VA
+5VA
CHECK:
NO
YES
•
•
+5V
AUDIO CONNECTIONS & CABLES
I/O BOARD
⇒ FLEX CONNECTION
⇒ +5V (pin 8 conn. 1000)
⇒ IC7005, OPTICAL RECEIVER 6000
•
D5V
+12V
D3V3
3V3
1500
DIGITAL IN?
OPTICAL IN?
Audio
Part
NO
DISPLAY:
“CD R” &
OPC INFO?
ELECTRICAL SERVICE DIAGNOSTICS:
REPLACE CDR MODULE IF "DERRn"
OR "BERRn" ERROR OCCURS
Part
YES
Digital
•
•
•
NO
DISC
DETECTION &
READING?
-8V
D5VS
NO
L5V
CHECK:
•
VFTD, VDC1,
VDC2
12VPWR
ELECTRICAL SERVICE DIAGNOSTICS:
REPLACE CDR MODULE IF "DERRn"
OR "BERRn" ERROR OCCURS
YES
9V
+9SRVPWR
FS30V
DC to DC
Servo
Part
RECORDING
SUCCESSFUL?
L12V
A-8V
1705
CL 96532076_018.eps
290799
SET OK
-5V
L-5V
Power_up.
Figure 5-8
CL06532018_013.eps
030300
Figure 5-10
CD-RW DISC LOADED
CHECK:
DISC
DETECTION &
READING?
•
•
•
NO
WIRING
POWER SUPPLY VOLTAGES
ELECTRICAL SERVICE DIAGNOSTICS:
REPLACE CDR MODULE IF "DERRn"
OR "BERRn" ERROR OCCURS
YES
CHECK:
DISPLAY:
“CD RW” &
OPC INFO?
NO
DISPLAY:
“CD” &
T.O.C. INFO?
NO
•
DISC: DIRT, SCRATCHES, DAMAGED...
•
ELECTRICAL SERVICE DIAGNOSTICS:
REPLACE CDR MODULE IF "DERRn"
OR "BERRn" ERROR OCCURS
YES
YES
FINALISED CD-RW DISC
LOADED
SEE CD-DA DISC
FAULT FINDING
CD-RW DISC PARTIALLY
RECORDED OR EMPTY
START ERASING OF LAST RECORDED TRACK
ERASING
SUCCESSFUL?
YES
NO
CHECK:
•
ELECTRICAL SERVICE DIAGNOSTICS:
REPLACE CDR MODULE IF "DERRn"
OR "BERRn" ERROR OCCURS
•
IF DISC CORRUPTED TRY DC ERASE
CL 96532076_019.eps
290799
SET OK
Figure 5-9
• Power supply to main board.
Power supply enters the BOARD via connector 1500. Pinning
as follows:
Connector 1500
pin 1: VDC2 : 3V8 (10%
pin 2: VFTD : -38V (5%
pin 3: VDC1 : 3V8 (10%
pin 4: GND : Ground.
pin 5: D5V : +5V (5%
pin 6: D5V : +5V (5%
pin 7: GND : Ground.
pin 8: GND : Ground.
pin 9: GND : Ground.
pin 10: 12V : 12V (10%
pin 11: -8V : -8V (10%
GB 20
5.
Service modes, repair tips and faultfinding trees
CDR 3rd gen.
POWER PART CHECK
USE CDR MAIN BOARD CIRCUIT DIAGRAM 7 AND CDR MAIN BOARD BOTTOM VIEW : POWER PART TEST POINTS
Switch on player,
exit stand by mode
+5V (+/-5%) conn. 1500 pin 5 and 6
+12V (+/-10%) conn. 1500 pin 10
- 8V (+/- 10%) conn. 1500 pin 11
NOK
Check power
supply unit
OK
5VA testpoint 1
D3V3 testpoint 2
D5V testpoint 3
NOK
Check fuse 1542
Check fuse 1542, IC7535
Check fuse 1543
OK
NOK
POWER_UP signal = +3V3 at testpoint 14
Check IC7270 MACE
OK
D5VS testpoint 4
L5V testpoint 5
+12VA testpoint 6
P12V testpoint 7
12VPWR testpoint 8
+9SRVPWR testpoint 9
L12V testpoint 10
NOK
Check fuse 1543, T7520, T7523, T7524
Check fuse 1543, T7520, T7523, T7524
Check fuse 1541
Check fuse 1541
Check fuse 1541, T7527, T7528
Check fuse 1541, T7527, T7528
Check fuse 1541, safety resistors 3541 and 3542, T7527, T7528
OK
FS30V = +27V at testpoint 11
NOK
Check safety resistor 3545, opamp 7521, T7526, T7522,
T7529, T7548, D6554, D6501, D6500
OK
A-8V testpoint 12
L-5V testpoint 13
NOK
Check T7525, T7549
Check T7525, T7549, IC7556
OK
KILL voltage at testpoint 14
-8V during normal operation
NOK
Check T7560, T7561, T7562, T7563, D6553
OK
POWER PART
OK
CL06532018_015.eps
290200
Figure 5-11
Service modes, repair tips and faultfinding trees
CDR 3rd gen.
Reset & Clock
Master reset.
Since the Mainboard is more or less mix-mode between +3V3
and +5V devices, special treatment for the RESET behavior is
wishful. Controlling the RESET only from 1 power supply could
lead to collisions between different devices, damaging the
internal I/O structure of the devices. To avoid this the +3V3 and
the +5V are guarded by a special device. These devices keep
the output low as long as the power supply is not stable or is
not above the required level. As soon as the power supply is
stable it switches the output to “HIGH-Z”. The output is an open
collector type. From then onwards the line can be controlled by
means of external pull-up resistors. Benefit of the opencollector devices is that several of those devices can be tight
together at the outputs. In our case we used a device on the
+5V and one on the +3V3. This means that both power supplies
need to be stable before the RESET of the Master processor is
released.
Resetting several processors in the same structure by means
of the power supplies invokes certain risks. The duration of
initialization after reset is processor and Code depending. It
can lead to hang-up in those cases that communication
between the processors is “time” driven. Meaning that only in a
certain time frame the establishment of the communication-bus
must take place. If not successful the Bus hangs!
To avoid these kinds of problems, only 1 RESET is depending
on the power supply, and this is the RESET of the Master
controller. The same master controller will then take care of the
RESET of the other devices. In the next figure this is explained.
+3V3
+3V3
MC33464
3V0
+3V3
Basic Engine
MACE
MASTER
DASP
+5V
+5V
MC33464
4V7
Display
CD loader
80C52 alike
AM29LV800BB
CL06532018-014.eps
230200
Figure 5-12
For further measurings see next reset and clock flowcharts.
5.
GB 21
GB 22
5.
Service modes, repair tips and faultfinding trees
CDR 3rd gen.
RESET & CLOCK CHECK
USE CDR MAIN BOARD CIRCUIT DIAGRAMS 4, 9 AND 10 AND CDR MAIN BOARD BOTTOM VIEW : RESET & CLOCK TESTPOINTS
Switch on player,
exit stand by mode
NOK
Check power part
Check reset devices 7704 and 7710
MRESET high (3V3) testpoint R1
OK
NOK
BE_RESET low testpoint R2
Check DASP (IC7701)
OK
NOK
Check DASP (IC7701)
SYS_RESET display high (3V3) testpoint R3
OK
NOK
Check T7707
SYS_RESET CD low testpoint R4
* FOR CDR775/776 ONLY
OK
NOK
Check MACE (IC7270)
SRSTN high (3V3) testpoint R5
OK
RESET SIGNALS OK
NOK
MAIN_CLOCK 33.8688MHz testpoint R6
Check X-TAL 1707, IC7705, D6701, D6702
OK
NOK
SYS_CLK_11B 11.2896MHz testpoint R7
Check DASP (IC7701), IC7708
OK
NOK
Check DASP (IC7701)
SYS_CLK_16W 16.9344MHz testpoint R8
OK
NOK
SYS_CLK_8W 8.4672MHz testpoint R9
SYS_CLK_BE 8.4672MHz testpoint R9
Check IC7706
OK
CLOCK SIGNALS OK
CL06532018_016.eps
290200
Figure 5-13
Service modes, repair tips and faultfinding trees
CDR 3rd gen.
The clockgeneration
All microprocessors or digital devices need a clock. The clock
is usually made by means of resonators or crystals depending
on the speed and the accuracy that is requested. The clock can
also differ from device to device so that more then one crystal
is needed. The cheapest and “system wise” best way is only 1
crystal. The derived clocks are then Phase related to each
other.
On the CDR MAIN 99 the DASP is generating all clock signals.
Not only the systemclock for the processor itself, but also for
the basic engine processor and even the systemclock for the
ADDA part which is directly related to the 44.1kHz. sample
frequency. To be able to do this a 33.8688Mhz. crystal with
25ppm accuracy is connected to the internal oscillator of the
DASP. Internal the clock signal is multiplied by means of a PLL.
This gives the systemclock on which the processor runs
internally. This systemclock is then again devided internally to
have the systemclock for the ADDA, which is 11.2896Mhz, and
the 16,9344Mhz. which divided by 2 gives the systemclock for
the BE part. In this way only 1 crystal is required. The same
8.4672MHz. is also routed to the CD-module in case of a
CDR775 player.
11.2896MHz.
(SYS_CLK_11M)
DASP
Master
processor
ADDA
8.4672MHz.
(SYS_CLK_BE)
16.9344MHz.
(SYS_CLK_16M)
Basic
engine
/2
8.4672MHz.
(SYS_CLK_8W)
CDloader
CL96532133_028.eps
131299
33.8688MHz.
25ppm.
Figure 5-14
PC help on mainboard diagnostics
A couple of the diagnostics are only possible with the help of a
PC. The DASP micro controller will contain an interface with
the external world; this interface is realised via a serial RS232
connector that is accesible inside the player. It can be
accessed from the outside world by means of test pins and
connector 1818 and interface board 7104 086 91111.
Via those test pins a terminal emulator can be connected. Then
menus will come up that give the opportunity to enter all Audio
Engine commands. This includes the commands on Bit Engine
Level (transparant). This terminal emulator functionality is part
of the embedded software, so no external software is needed.
It can also read out the User Profile Logging of Bit Engine. This
can show the hours that the loader really was in recording
mode.
This diagnostic tool is activated if communication is detected
on the RS232 interface during power up. The baud rate for both
is 19k2 baud.
Details of the diagnostic tool are given in chapter 5.2.3 of this
publication: Menu Driven Diagnostics.
Also in preparation is the interactive COMPAIR tool. Then the
PC communicates in an active form with the set and compares
the result for making the next decision. With MDD the
technician has to take the next active step from his experiences
onwards.
5.2.3
Menu Driven Diagnostics
In this paragraph the specification of the software requirements
for the Menu Driven Fault Finding Diagnostics is given. It will
give a clear and unambiguous description of what the Menu
Driven Diagnostics (MDD) do.
5.
GB 23
NOTICE:THE TESTS, AS PROVIDED BY THE MENU
DRIVEN DIAGNOSTICS, ARE NOT SUPPOSED TO BE
MIXED RANDOMLY, ESPECIALLY TESTS LIKE ‘LASER ON’
AND ‘FOCUS ON’. IT IS ASSUMED THAT THE PERSON
THAT USES THE MDD KNOWS IN WHICH ORDER THESE
TESTS CAN BE EXECUTED.
The MDD module communicates with two entities:
the terminal emulator on the PC. The MDD receives
instructions (test to be executed) and transmits the menu to be
shown and the test results;
the Audio Engine module. It instructs the Audio Engine via the
interface field which test should be executed. The test result is
retrieved from the interface field.
Requirements
The functionality of the Menu Driven Diagnostics module is to
implement Menu Driven Diagnostics for service purposes.
When the CDR recorder is connected to a PC via an interface
board 7104 086 91111, connection cable 3104 157 11122 and
a RS232 cable (available at PC shop), the service technician
can select via a menu on the PC screen which test should be
perfomed. The result of the test is also shown on the PC
screen. No special test tool is needed for the PC; any terminal
emulation program can be used (for example, HyperTerminal
under Windows95/NT).
The last occurred error during a test session can be retrieved
via the menu.
The RS232 connector should be soldered to pins:
1818-1 = Rx
1818-4 = Gnd
1818-2 = Tx
General Constraints
It is advised to connect the connection cable 3104 157 11122
to the Mainboard connector 1818 mounted just under the
loader (topview). Via this cable also the powersupply for the
interface board 7104 086 91111 is arranged when it is
connected to connector 1000 on interfaceboard. To start this
application at powering on; for 5 seconds the Rx and Tx output
pin of the mainboard connector should be short circuited. This
temporarily short circuit indicates the internal CDR software
program to switch onto Menu Driven Diagnostics. This short cut
can easily be done via the switch (1009) on the interface board.
To communicate with the PC the RS232 cable has to be
connected to output connector 1010 on the interface board and
the switch (1009) should be released.
When switching on the CDR, two possibilities exist:
the RS232 cable is not connected. The application is executed
(no MDD mode);
the RS232 connector is connected; Rx and Tx are short
circuited for more than 5 seconds then the Menu Driven
Diagnostics is started. By connecting via connection cable to
interface and from there via the RS232 cable onto the PC, so
the MDD can transmit the main menu to the PC.
User Interfaces
RS232 interface
The CDR recorder transmits the menu to be shown and the test
results to the PC via connection cable 3104 157 11122,
interface board 7104 086 91111 and a RS232 cable. It receives
the selection of the user, chosen in the menu.
Hardware Interfaces
RS232 interface
The communication via RS232 should be set to the following
settings:
Baudrate:19200
Databits:8
Stopbits1
Parity:none
Handshaking:none
GB 24
5.
CDR 3rd gen.
Service modes, repair tips and faultfinding trees
Data Communication Interfaces
Communication between the CDR recorder and the PC is
straightforward: everything the CDR recorder transmits to the
PC is shown on the PC screen. Data, transmitted from the PC
to the CDR775, is treated as a choice from the currently shown
menu.
All functionality of the MDD has to be part of the CDR775
software; the PC can only use a terminal emulation program.
Menu Structure and Test Results
This chapter describes the structure of the menus and the
results of the tests, as shown on the PC screen.
Menu Structure
When starting up, the PC screen is cleared and the software
version and the main menu (level 1) are shown. From the main
menu, one of the sub menus (level 2) can be selected. These
sub menus contain other sub menus and/or a number of tests
that can be executed. The menus are shown below. ‘>>’
indicates that when this option is selected, a new menu will be
shown.
Level 1 Mainmenu:
MAIN MENU
1 General tests >>
2 Retrieve last occurred error
3 Recorder module test >>
4 Playback module test >>* *Only used for the CDR775
5 Select adjust program CDM
6 Download new program
When a test is running, a ‘test running indicator’ (a dot) is
showed on the screen every second, When a test has been
executed, the screen is cleared and the result of the test (if any)
and the menu, separated by one empty line, are showed.
Three types of tests exist:
Tests that return PASSED or FAILED, like the DRAM test.
When a test has been executed, the result is showed on the PC
screen;
Tests that return a value, the message ‘PASSED, xxx’ (with xxx
is the returned value) is showed on the PC screen;
Tests that don’t return anything, like the ‘laser on’ test. Most of
these tests require a visual check of the service person. When
one of these tests is executed, ‘PASSED, visual check’ is
showed on the PC.
Level 2 menus
When a submenu is selected in the main menu, the level 2
menus are showed . These sub menus contain other sub
menus and/or a number of tests that can be executed.
GENERAL TESTS MENU
1 Check DRAM
2 CHECK FLASH>>
3 Check ADC/DAC
4 Check LCD
RECORDER MODULE TEST MENU
1 communication test
2 Tray >>
3 Laser >>
4 Focus >>
5 Radial >>
6 Sledge >>
7 Miscellaneous >>
8 Jump grooves >>
PLAYBACK MODULE TEST MENU
1 communication test
2 Tray >>
3 Laser >>
4 Focus >>
5 Turntable motor >>
6 Radial >>
7 Sledge >>
8 Miscellaneous >>
Level 3 menus
CHECK FLASH MENU
1 Check FLASH
2 Manufacturar-ID and
3 Device ID
TRAY MENU
1 Open tray
2 Close tray
LASER MENU
1 Laser off
2 Laser on, read
3 Laser on, write*---------------*’Laser on, write’ only used for the
recorder module
FOCUS MENU
1 Focus on
2 Focus off
TURNTABLE MOTOR
1 Turntable motor ON
2 Turntable motor OFF
RADIAL MENU
1 Radial control on
2 Radial control off
SLEDGE MENU
1 Sledge inwards
2 Sledge outwards* ----------------*Sledge stays outwards for the
recorder module; sledge moves inwards after 300 ms for
playback module
JUMP GROOVES MENU
1 Jump grooves to inside
2 Jump grooves to middle
3 Jump grooves to outside
MISCELLANEOUS MENU
1 Start player
2 Stop player
3 Calibrate CD >>* ----------------*Only used for recorder module
4 Get user profile logging
5 Erase CD-RW*-------------------*Only used for recorder module
6 Read firmware version**------**CD firmware version for CDmodule, CDR firmware version for CDR-module
CALIBRATE CD MENU *--------*Only used for recorder module
1 Calibrate CD, N=1
2 Calibrate CD, N=2
3 Get last OPC values
End of test
These diagnostics can be quitted by powering off the player
Service modes, repair tips and faultfinding trees
5.2.4
CDR 3rd gen.
5.
GB 25
Servo drivers check
SERVO DRIVERS CHECK
USE CDR MAIN BOARD CIRCUIT DIAGRAMS 1, 3 AND 4 AND CDR MAIN BOARD BOTTOM VIEW : SERVO DRIVERS TESTPOINTS
FOCUS SERVO
Switch on player
in MDD mode
OK
Execute "focus" tests
FOCUS SERVO OK
NOK
Check power part
Check reset and clock part
PM3392A
OK
Check S1V65 (=1V65) at
testpoint S9
NOK
Check IC7215, T7201, T7202
OK
Moving between
1V3 and 2V
VFO
Execute "focus on" test
Check VFO signal at testpoint S16
NOK
Check MACE 7270
GND
CH1:500mV= MTB2.00us
OK
PM3392A
Execute "focus off" test
Check VFO signal at testpoint S16
NOK
Check MACE 7270
OK
VFO
GND
CH1:500mV= MTB2.00us
NOK
PM3392A
Check signal across FOC+/FOC- at testpoints S17
and S18 when executing "focus on"
Check driver 7240
Check MACE 7270
Check CDM3800
OK
FOC-/FOC+
FOCUS SERVO OK
GND
CH1:50.0mV= MTB 500ms
ch1: freq= 1.61 Hz
CL06532018_017.eps
290200
Figure 5-15
GB 26
5.
CDR 3rd gen.
Service modes, repair tips and faultfinding trees
SERVO DRIVERS CHECK
USE CDR MAIN BOARD CIRCUIT DIAGRAMS 1, 3 AND 4 AND CDR MAIN BOARD BOTTOM VIEW : SERVO DRIVERS TESTPOINTS
RADIAL SERVO
Switch on player
in MDD mode
OK
Execute "radial control" tests
RADIAL SERVO OK
NOK
Check power part
Check reset and clock part
OK
PM3392A
Check S1V65 (=1V65) at
testpoint S9
NOK
Check IC7215, T7201, T7202
VRA
OK
Execute "radial control on" test
Check VRA signal at testpoint S13
GND
CH1:1.00 V= MTB 500ns
ch1:freq=532kHz
PM3392A
NOK
Check MACE 7270
OK
Execute "radial control off" test
Check VRA signal at testpoint S13
NOK
Check MACE 7270
OK
VRA
Check RAD+ signal at testpoint S14 :
+4V2 (going to 6V8 when executing "radial control on")
GND
Check RAD- signal at testpoint S15 :
+0V65 (going to 4V3 when executing "radial control off")
NOK
Check driver 7240
Check MACE 7270
Check CDM3800
CH1:1.00 V= MTB 500ns
ch1:freq=1.06MHz
OK
RADIAL SERVO OK
Figure 5-16
CL06532018_018.eps
290200
Service modes, repair tips and faultfinding trees
CDR 3rd gen.
5.
GB 27
SERVO DRIVERS CHECK
USE CDR MAIN BOARD CIRCUIT DIAGRAMS 3 AND 4 AND CDR MAIN BOARD BOTTOM VIEW : SERVO DRIVERS TESTPOINTS
SLEDGE SERVO
Switch on player
in MDD mode
OK
Execute "sledge inwards"
and "sledge outwards" tests
SLEDGE SERVO OK
NOK
Check power part
Check reset and clock part
OK
Check S1V65 (=1V65) at
testpoint S9
NOK
Check IC7215, T7201, T7202
OK
NOK
Check voltages testpoints S4, S5, S7, S8 : +/- 1.6V
Check CDM3800
OK
Check voltage testpoint S1 :
if S1=0V then S3=0V
if S1=1V65 then 1V<S3<4V
if S1=3V3 then S3=5V
NOK
Check opamp 7225
Check voltage testpoint S2 :
PM3392A
VSL
if S2=0V then S6=0V
if S2=1V65 then 1V<S6<4V
if S2=3V3 then S6=5V
OK
NOK
Check VSL signal at testpoint S10
GND
Check MACE 7270
OK
CH1:1.00 V= MTB 500ns
Check SL+ signal at testpoint S11 :
+3V (going to 5V4 when executing "sledge outwards")
Check SL- signal at testpoint S12 :
+5V4 (going to 3V4 when executing "sledge outwards")
NOK
Check driver 7240
Check MACE 7270
OK
SLEDGE SERVO OK
Figure 5-17
CL06532018_019.eps
290200
GB 28
5.
CDR 3rd gen.
Service modes, repair tips and faultfinding trees
SERVO DRIVERS CHECK
USE CDR MAIN BOARD CIRCUIT DIAGRAMS 3 AND 4 AND CDR MAIN BOARD BOTTOM VIEW : SERVO DRIVERS TESTPOINTS
TRAY SERVO
Switch on player
in MDD mode
OK
Execute "TRAY" tests
TRAY SERVO OK
NOK
Check power part
Check reset and clock part
OK
PM3392A
Check S1V65 (=1V65) at
testpoint S9
NOK
Check IC7215, T7201, T7202
OK
Execute "tray open" test
Check Tray Out signal at testpoint S19
during command
Tray In (testpoint S20) stays at 3V2
TRAYOUT
GND
NOK
Check MACE 7270
CH1:2.00 V= MTB 500us
OK
PM3392A
Execute "tray close" test
Check Tray In signal at testpoint S20
during tray command
Tray Out (testpoint S19) stays at 3V2
NOK
Check MACE 7270
OK
TRAYIN
GND
CH1:2.00 V= MTB 500us
osc. a
PM3392A
Check TR+ (testpoint S21), TR- (testpoint S22) :
- values without commands 4V2
- values during "tray open" command (osc. a)
- values during "tray close" command (osc. b)
NOK
Check driver 7240
Check CDL4009
OK
TR+
GNDTR+
TR-
NOK
Check CDL4009
OK
GNDTRCH1:5.00 V=
CH2:5.00 V= MTB 500us
osc. b
Check signal TRAYSW at testpoint S23 :
3V3 during commands open and close,
0V after completion
TRAY SERVO OK
PM3392A
TR+
GNDTR+
TRGNDTRCL06532018_020.eps
290200
CH1:5.00 V=
CH2:5.00 V= MTB 500us
Figure 5-18
Service modes, repair tips and faultfinding trees
5.2.5
CDR 3rd gen.
5.
Audio signal check
DIGITAL AUDIO PLAYBACK
INSERT AUDIO SIGNALS DISC
START TRACK 15(1KHz 0dB)
HF2
eyepattern
HF-SIGNAL
ON TESTPOINT HF2 ?
(DIAGRAM 5)
NO
- CHECK CAHF-SIGNAL ON
TESTPOINT HF1 FOR ACTIVITY
2.5V
- CHECK TR 7375,7373,7371,
0,5us/DIV
7370,7361AND IC 7360
YES
A14
A15
>800mVpp
A16
2,1168MHz
32
BCLK
44,1KHz
WCLK
RIGHT CHANNEL
LEFT CHANNEL
0.5uS/DIV
DATA0
I2S-SIGNALS
ON TESTPOINTS
A14,A15,A16 ?
(DIAGRAM 5)
MSB
LSB
MSB
- CHECK IC 7300
NO
- CHECK POWER SUPPLY D3V3
- CHECK SYS CLK BE ON
TESTPOINT R10 (= 8,4672 MHz)
YES
DIGITAL SIGNAL
OUT OF DASP ON
TESTPOINT A24
(DIAGRAM 9)
NO
- CHECK POWER SUPPLY IC 7701
- CHECK IC 7701
YES
TESTPOINT A24
DIGITAL AUDIO PLAYBACK
OK
CL06532018_021.eps
290200
Figure 5-19
GB 29
GB 30
5.
Service modes, repair tips and faultfinding trees
CDR 3rd gen.
ANALOG AUDIO PLAYBACK
INSERT AUDIO SIGNALS DISC
START TRACK 15(1KHz 0dB)
HF2
eyepattern
HF-SIGNAL
ON TESTPOINT HF2 ?
(DIAGRAM 5)
NO
- CHECK CAHF-SIGNAL ON
TESTPOINT HF1 FOR ACTIVITY
2.5V
- CHECK TR 7375,7373,7371,
0,5us/DIV
7370,7361AND IC 7360
YES
A14
A15
>800mVpp
A16
2,1168MHz
32
BCLK
44,1KHz
WCLK
RIGHT CHANNEL
LEFT CHANNEL
0.5uS/DIV
DATA0
I2S-SIGNALS
ON TESTPOINTS
A14,A15,A16 ?
(DIAGRAM 5)
MSB
LSB
MSB
- CHECK IC 7300
NO
- CHECK POWER SUPPLY D3V3
- CHECK SYS CLK BE ON
TESTPOINT R10 (= 8,4672 MHz)
YES
I2S-SIGNALS
ON TESTPOINTS
A10,A11,A12 ?
(DIAGRAM9)
- CHECK POWER SUPPLY IC 7701
- CHECK IC 7701
YES
19
20
- CHECK POWER SUPPLY IC 7406
VoutL AND VoutR
ON TESTPOINTS
A19 AND A20 ?
(DIAGRAM 6)
NO
2.4Vpp
- CHECK SAFETY RESISTORS
R3411 AND R3439
2ms/DIV
- CHECK VREF= 1,65V ON PIN 28
YES
21
AUDIO-SIGNAL
ON TESTPOINTS
A21 AND A22 ?
(LINE OUT)
22
- CHECK IC 7409
NO
0V
- CHECK POWER SUPPLY IC 7409
- CHECK KILL TR 7412 AND 7413
4,2Vpp
2ms/DIV
YES
AUDIO-SIGNAL
ON TESTPOINTS
A25 AND A26 ?
(HEADPHONE)
- CHECK KILL TR 7410 AND 7411
NO
- CHECK IC 7408
- FOR CDR 775 CHECK IC 7407
YES
ANALOG AUDIO PLAYBACK
OK
CL06532018_022.eps
290200
Figure 5-20
Service modes, repair tips and faultfinding trees
DIGITAL AUDIO PATH
DURING RECORDING
CDR 3rd gen.
5.
A23
CONNECT DIGITAL INPUT FROM
EXTERNAL SOURCE AND
SELECT THE DIGITAL RECORDING
INPUT BY PRESSING SOURCE
CHECK DIGITAL SIGNAL
ON TESTPOINT
A23
(DIAGRAM9)
NO
- CHECK FLEX - CONNECTOR
BETWEEN I/O-BOARD AND
MAINBOARD
A13
YES
A14
A15
2,1168MHz
32
BCLK
44,1KHz
WCLK
RIGHT CHANNEL
LEFT CHANNEL
0.5uS/DIV
DATA1
CHECK I2S - SIGNALS
NO
ON TESTPOINTS A13, A14 AND A15
(DIGRAM 9 AND 5)
MSB
LSB
MSB
- CHECK POWER SUPPLY IC 7701
A17
- CHECK IC 7701
YES
CHECK EFMDATA AND
EFMCLOCK ON TESTPOINTS
A17 AND A18
(DIAGRAM1)
- CHECK POWER SUPPLY IC 7300
NO
- CHECK I2C - SIGNAL OF IC 7300
- CHECK IC 7300
YES
- CHECK POWER SUPPLY IC 7008
CHECK ACTIVITY
ON TESTPOINT A27
(DIAGRAM1)
NO
- CHECK I2C - SIGNAL OF IC 7008
- CHECK IC 7008
YES
A18
DIGITAL AUDIO PATH
DURING RECORDING
OK
CL06532018_023.eps
290200
Figure 5-21
GB 31
Figure 5-22
YES
CHECK AUDIO SIGNAL
ON TESTPOINTS A7 AND A8
(DIAGRAM 6)
YES
CHECK AUDIO SIGNAL
ON TESTPOINTS A5 AND A6
(DIAGRAM 6)
NO
NO
0V
A2
5.44Vpp
0V
A4
2.68Vpp
0V
A6
739mVpp
2ms/DIV
A7
0V
A8
- CHECK IC 7405
2.44Vpp
- CHECK POWER SUPPLY IC 7405
2ms/DIV
A5
- CHECK IC 7801
- CHECK I2C - SIGNAL OF IC 7801
- CHECK POWER SUPPLY IC 7801
2ms/DIV
A3
- CHECK IC 7401
- CHECK POWER SUPPLY IC 7401
2ms/DIV AUDIO SIGNALS DISC
TRACK 15 1KHz 0dB
A1
BETWEEN I/O - BOARD AND
MAINBOARD
- CHECK FLEX - CONNECTOR
OK
DURING RECORDING
ANALOG AUDIO PATH
YES
CHECK ACTIVITY
ON TESTPOINT A27
(DIAGRAM1)
YES
CHECK EFMDATA AND
EFMCLOCK ON TESTPOINTS
A17 AND A18
(DIAGRAM1)
YES
NO
NO
CHECK I2S - SIGNALS
NO
ON TESTPOINTS A13, A14 AND A15
(DIGRAM 9 AND 5)
YES
44,1KHz
A14
DATA1
WCLK
BCLK
A11
MSB
A15
LEFT CHANNEL
2,1168MHz
A10
- CHECK IC 7008
- CHECK I2C - SIGNAL OF IC 7008
- CHECK POWER SUPPLY IC 7008
- CHECK IC 7300
- CHECK I2C - SIGNAL OF IC 7300
- CHECK POWER SUPPLY IC 7300
- CHECK IC 7701
- CHECK POWER SUPPLY IC 7701
A12
0.5uS/DIV
A9
- CHECK Vref = 1,65V ON PIN 28
R3411 AND R3439
- CHECK SAFETY RESISTORS
- CHECK POWER SUPPLY IC 7406
LSB
A18
A17
32
RIGHT CHANNEL
MSB
CL06532018_024.eps
290200
CDR 3rd gen.
YES
CHECK AUDIO SIGNAL
ON TESTPOINTS A3 AND A4
(DIAGRAM 6)
YES
NO
CHECK I2S - SIGNALS
NO
ON TESTPOINTS A9, A10 AND A11
(DIAGRAM 9)
5.
CHECK AUDIO SIGNAL
ON TESTPOINTS A1 AND A2
(DIAGRAM 6)
APPLY AUDIO SIGNAL(1kHz 0dB)
ON CONNECTOR 1400 AND ROTATE
THE EASY JOG/ENTER KEY UNTIL
THE DISPLAY SHOWS -12 DB.
SELECT ANALOG RECORDING
INPUT BY PRESSING SOURCE
ANALOG AUDIO PATH
DURING RECORDING
GB 32
Service modes, repair tips and faultfinding trees
Alignments & Adjustments
8. Alignments & Adjustments
Each CDR-module composed from CDRloader and
CDRmainboard has to be matched via SW filled
parameters.This adjustment processed in the factory is under
investigation to have it implemented into the COMPAIR tool. As
long as this adjustment is not possible to be executed in
secondline service workshop, the swop of modules and a
central repair has to be continued. Adjustment only has to be
done at replacement of CDM and concerned servo circuits.
Other repairs (audio signals, replacement of adapted Flash
roms etc) can be done without infringing the adjusted
components.
As soon as COMPAIR CDR is installed this chapter will be
adapted via a service information.
Flash Rom IC 7208 (MACE-ROM) is mounted on a socket and
can be replaced after lifting up the loader part above it. Flash
Rom IC 7703 (DASP-ROM) has to be soldered.
Take care for both ICs Firmware loaded components are
mounted.
In case a module is offered with SW versions 1.4 and 91.48, the
complete CDR-module should be replaced.
For SW versions 1.23 and 91.63, IC7703 and IC7208 have to
be replaced by the latest SW verions.
CDR 3rd gen.
8.
GB 75
GB 76
9.
CDR 3rd gen.
Circuit description
9. Circuit description
9.1
Description
A separate circuit description concerning the 3rd generation
CDR recorders is available with order number 3104 125 40100
Circuit description
9.2
CDR 3rd gen.
9.
GB 77
List of Abbreviations
CL06532018_026.eps
290200
GB 78
9.
CDR 3rd gen.
Circuit description
CL06532018_027.eps
290200
Circuit description
CDR 3rd gen.
9.
GB 79
CL06532018_028.eps
290200
GB 80
9.
CDR 3rd gen.
Circuit description
CL06532018_029.eps
290200
Circuit description
CDR 3rd gen.
9.
GB 81
CL06532018_030.eps
290200
GB 82
9.
CDR 3rd gen.
Circuit description
CL06532018_031.eps
290200
Circuit description
CDR 3rd gen.
9.
GB 83
CL06532018_032.eps
290200
GB 84
9.
CDR 3rd gen.
Circuit description
CL06532018_033.eps
290200
Spareparts List
CDR 3rd gen.
10.
GB 85
10. Spareparts List
ELECTRICAL PARTSLIST MAINBOARD CDR'99
ITEM
CODENUMBER
1000
1541
1542
1543
1707
1708
1820
2001
2002
2003
2009
2010
2011
2012
2013
2014
2015
2016
2018
2019
2020
2021
2022
2023
2024
2025
2026
2027
2028
2029
2030
2031
2032
2033
2037
2038
2039
2040
2041
2042
2043
2044
2045
2046
2047
2048
2049
2050
2052
2053
2054
2056
2057
2058
2059
2060
2061
482226710666
482225251173
482225251173
482225251173
482224210757
482226760409
482226710666
482212612105
482212614585
482212614585
482212233753
482212233753
482212614585
482212614585
482212614585
482212614585
482212614585
482212614585
482212613694
482212614585
482212613188
482212233177
482212233177
482212614305
482212614305
482212614305
222286115272
222286115272
532212232531
532212232531
532212231647
482212614585
482212614305
482212614305
482212614305
482212614305
482212233177
482212233172
532212234099
532212233538
532212231647
482212613486
482212614305
482212614305
482212614305
482212614305
532212611579
482212614238
482212614305
482212614305
482212614238
532212611579
482212614305
482212614305
482212614305
532212611579
482212411947
DESCRIPTION CDR775
30 P. FEM.
19398E1(1,000A)
19398E1(1,000A)
19398E1(1,000A)
33.868 000MHZ SM 20P CX-11F
CONN 22P FEMALE
30 P. FEM.
CER2 0805 X7R 50V 33NF PM5
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
150PF 5%NP0 50V
150PF 5%NP0 50V
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
68PF 1% NP0 63V
100NF 10% X7R 0805 50V
15NF 5% X7R 63V
10NF 20% X7R 50V
10NF 20% X7R 50V
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 16V 0603 CER2
CER1 0805 NP0 50V
CER1 0805 NP0 50V
100PF 5%NP0 50V
100PF 5%NP0 50V
1NF10%X7R 63V
100NF 10% X7R 0805 50V
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 16V 0603 CER2
10NF 20% X7R 50V
390PF 5% NP0 50V
470PF10%X7R 63V
150PF 2%NP0 63V
1NF10%X7R 63V
15PF 2% NP0 63V
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 16V 0603 CER2
3,3NF10%X7R 63V
CER2 0603 X7R 50V 2N2 COL R
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 16V 0603 CER2
CER2 0603 X7R 50V 2N2 COL R
3,3NF10%X7R 63V
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 16V 0603 CER2
3,3NF10%X7R 63V
10UF 20% 16V
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CDR570
CDR770
CDR950
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CL06532018_087.eps
010300
GB 86
10.
CDR 3rd gen.
ITEM
CODENUMBER
2063
2078
2080
2081
2082
2083
2084
2126
2207
2208
2209
2214
2216
2217
2218
2220
2221
2222
2224
2225
2226
2227
2228
2229
2230
2231
2232
2233
2234
2235
2240
2241
2242
2243
2255
2256
2272
2273
2274
2275
2276
2277
2278
2283
2284
2285
2286
2287
2288
2289
2291
2300
2302
2303
2304
2305
2306
2308
2309
2310
2314
482212614305
482212614305
482212614238
532211680853
482212614238
482212613956
482212232627
482212614585
482212614305
482212614585
482212614585
482212614305
482212233777
482212614494
482212614585
319801734730
482212614585
482212614226
482212614305
482212614585
482212614585
319801631020
482212614585
319801631020
482212614494
482212614494
482212614494
319801631020
319801631020
319801631020
482212614305
482212614305
482212441796
482212614305
482212614305
482212614305
482212614585
482212614585
482212614305
482212614585
482212614585
482212614585
482212614585
482212614305
482212614585
482212614585
482212233127
482212233127
532212232654
482212614305
482212614585
482212614305
482212614305
482212614305
482212614305
482212614305
482212614305
222286115222
222286115222
222286115222
482212614305
Spareparts List
DESCRIPTION CDR775
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 16V 0603 CER2
CER2 0603 X7R 50V 2N2 COL R
560PF 5%NP0 63V
CER2 0603 X7R 50V 2N2 COL R
68PF 5% NP0 63V CASE 0603
2.7NF10%X7R 50V
100NF 10% X7R 0805 50V
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
100NF 10% X7R 16V 0603 CER2
47PF 5%NP0 63V
22NF 10% X7R 25V 0603
100NF 10% X7R 0805 50V
CER2 0603 X7R 16V 47N COL
100NF 10% X7R 0805 50V
82PF 5% NP0 50V 0603
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
CER1 0603 NP0 25V 1N
100NF 10% X7R 0805 50V
CER1 0603 NP0 25V 1N
22NF 10% X7R 25V 0603
22NF 10% X7R 25V 0603
22NF 10% X7R 25V 0603
CER1 0603 NP0 25V 1N
CER1 0603 NP0 25V 1N
CER1 0603 NP0 25V 1N
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 16V 0603 CER2
22UF20%
16V
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
2,2NF10%X7R 63V
2,2NF10%X7R 63V
22NF10%X7R 63V
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 0805 50V
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 16V 0603 CER2
CER1 0805 NP0 50V 2N2 PM5
CER1 0805 NP0 50V 2N2 PM5
CER1 0805 NP0 50V 2N2 PM5
100NF 10% X7R 16V 0603 CER2
+
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CDR570
CDR770
CDR950
+
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CL06532018_088.eps
010300
Spareparts List
CDR 3rd gen.
ITEM
CODENUMBER
2315
2316
2317
2318
2319
2320
2321
2322
2333
2335
2336
2337
2355
2359
2360
2362
2364
2368
2369
2370
2371
2372
2373
2374
2375
2378
2379
2401
2402
2404
2405
2406
2407
2408
2409
2411
2413
2414
2415
2417
2419
2421
2422
2424
2425
2430
2431
2433
2434
2435
2437
2438
2440
2441
2442
2443
2450
2451
2460
2463
2464
482212614305
482212614305
532212611579
482212614585
482212614585
482212614585
482212614585
532212611579
482212614305
319801734730
482212614305
482212614305
482212614305
482212613692
482212614305
482212613751
482212614585
223886115182
532212232268
482212441796
482212614305
532212232447
482212441796
482212614305
482212614305
482212614305
482212613692
482212614585
482205120008
482212412245
482212614585
532212411919
482212614585
532212411919
482212614585
319803074780
482212613838
482212480483
482212614585
319803074780
482212613838
482212614585
482212614585
482212480483
482212233216
482212480483
482212233216
482212614585
482212614585
482212614585
202002490264
202002490264
482212480483
482212480483
532212231647
532212231647
482212233216
482212233216
482212611663
482212233926
482212611663
DESCRIPTION CDR775
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 16V 0603 CER2
3,3NF10%X7R 63V
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
3,3NF10%X7R 63V
100NF 10% X7R 16V 0603 CER2
CER2 0603 X7R 16V 47N COL
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 16V 0603 CER2
47PF 1% NP0 63V
100NF 10% X7R 16V 0603 CER2
47NF10% X7R 63V
100NF 10% X7R 0805 50V
CER1 0805 NP0 50V 1N8 PM5 R
470PF 10% 50V
22UF20%
16V
100NF 10% X7R 16V 0603 CER2
1PF 5% NP0 63V CASE 0805
22UF20%
16V
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 16V 0603 CER2
47PF 1% NP0 63V
100NF 10% X7R 0805 50V
0R00 JUMP. (0805)
ELCAP 10V 220U PM20
100NF 10% X7R 0805 50V
47UF 20% 6,3V
100NF 10% X7R 0805 50V
47UF 20% 6,3V
100NF 10% X7R 0805 50V
ELCAP SM 35V 4U7 PM20 COL R
100NF Y5V 0805 50V P80M20
47UF20% 6,3V
100NF 10% X7R 0805 50V
ELCAP SM 35V 4U7 PM20 COL R
100NF Y5V 0805 50V P80M20
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
47UF20% 6,3V
270PF 5%NP0 50V
47UF20% 6,3V
270PF 5%NP0 50V
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
ELCAP MA 4V S 470U PM20 A
ELCAP MA 4V S 470U PM20 A
47UF20% 6,3V
47UF20% 6,3V
1NF10%X7R 63V
1NF10%X7R 63V
270PF 5%NP0 50V
270PF 5%NP0 50V
12PF
12PF
50V
12PF
+
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10.
GB 87
CDR570
CDR770
CDR950
+
+
+
+
+
+
+
+
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+
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CL06532018_089.eps
010300
GB 88
10.
CDR 3rd gen.
ITEM
CODENUMBER
2465
2500
2501
2502
2504
2505
2506
2507
2508
2509
2535
2536
2537
2541
2543
2544
2546
2547
2548
2550
2551
2552
2553
2555
2556
2557
2558
2561
2562
2563
2565
2568
2571
2572
2574
2575
2576
2577
2700
2701
2702
2703
2704
2705
2706
2707
2708
2709
2710
2711
2712
2713
2714
2715
2716
2717
2718
2719
2720
2721
2722
482212611663
482212614238
482212614238
482212614238
482212412245
482212412255
482212612105
482212412255
482212614585
482212614585
482212614585
482212614585
532212411919
482212614305
482212614585
482212480483
482212480483
482212481286
482212441643
482212614585
482212441796
532212231647
482212614585
482212233177
482212614305
482212614305
482212441584
482212614585
482212614585
482212614585
482212614305
482212441643
482212614305
482212614585
482212614585
482212412245
482212613838
482212614305
482212614585
532212411919
482212614585
532212411919
482212614585
482212614585
482212614585
482212613692
482212613692
482212613692
532212411919
482212614585
482212612105
532212611583
482212614549
482212614585
532212611583
319801741050
532211680853
532211680853
532212231647
482212613692
482212613692
Spareparts List
DESCRIPTION CDR775
12PF
CER2 0603 X7R 50V 2N2 COL R
CER2 0603 X7R 50V 2N2 COL R
CER2 0603 X7R 50V 2N2 COL R
10UF 20% 50V
CER2 0805 X7R 50V 33NF PM5
10UF 20% 50V
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
47UF 20% 6,3V
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 0805 50V
47UF20% 6,3V
47UF20% 6,3V
47UF20%
16V
100UF 20% 16V DIM:6,3X11MM
100NF 10% X7R 0805 50V
22UF20%
16V
1NF10%X7R 63V
100NF 10% X7R 0805 50V
10NF 20% X7R 50V
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 16V 0603 CER2
100UF 20% 10V
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
100NF 10% X7R 16V 0603 CER2
100UF 20% 16V DIM:6,3X11MM
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
ELCAP 220U 16V 20%
100NF Y5V 0805 50V P80M20
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 0805 50V
47UF 20% 6,3V
100NF 10% X7R 0805 50V
47UF 20% 6,3V
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
47PF 1% NP0 63V
47PF 1% NP0 63V
47PF 1% NP0 63V
47UF 20% 6,3V
100NF 10% X7R 0805 50V
CER2 0805 X7R 50V 33NF PM5
10NF 10% X7R 50V 0603 CER2
33N 16V X7R O6O3
100NF 10% X7R 0805 50V
10NF 10% X7R 50V 0603 CER2
CER2 0603 Y5V 10V 1U COL R
560PF 5%NP0 63V
560PF 5%NP0 63V
1NF10%X7R 63V
47PF 1% NP0 63V
47PF 1% NP0 63V
+
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+
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+
+
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+
+
CDR570
CDR770
CDR950
+
+
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+
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+
+
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CL06532018_090.eps
010300
Spareparts List
CDR 3rd gen.
ITEM
CODENUMBER
2723
2725
2726
2727
2728
2731
2733
2734
2735
2736
2737
2738
2739
2740
2741
2742
2743
2750
2751
2752
2760
2761
2762
2763
2764
2765
2766
2901
2902
2903
2904
2905
2906
2907
2908
2909
2910
3000
3001
3002
3003
3004
3006
3007
3009
3010
3011
3012
3013
3014
3015
3016
3017
3019
3020
3021
3022
3023
3024
3025
3026
482212614585
482212614585
482212614585
482212614585
482212614585
482212613692
482212233777
482212233777
482212233777
482212614305
482212614305
482212233777
482212233777
482212233777
482212233777
482212233777
482212233777
319801741050
482212614585
482212614585
482212614585
482212614585
482212612105
482212614585
482212612105
482212612105
482212612105
319802190030
482205120008
319802190030
319802190030
319802190030
482205120008
482205120008
319802190030
319801741050
482212412245
482205120101
482211711151
482205120122
482205130121
482205130121
482205130008
482205120154
482205130681
482205130681
482205120829
482205130154
482205120105
482211711139
482211683933
482211713172
482205130392
482205130105
482211683933
482211683933
482211711456
482211713172
482211711374
482211713569
482205120474
DESCRIPTION CDR775
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
47PF 1% NP0 63V
47PF 5%NP0 63V
47PF 5%NP0 63V
47PF 5%NP0 63V
100NF 10% X7R 16V 0603 CER2
100NF 10% X7R 16V 0603 CER2
47PF 5%NP0 63V
47PF 5%NP0 63V
47PF 5%NP0 63V
47PF 5%NP0 63V
47PF 5%NP0 63V
47PF 5%NP0 63V
CER2 0603 Y5V 10V 1U COL R
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
100NF 10% X7R 0805 50V
CER2 0805 X7R 50V 33NF PM5
100NF 10% X7R 0805 50V
CER2 0805 X7R 50V 33NF PM5
CER2 0805 X7R 50V 33NF PM5
CER2 0805 X7R 50V 33NF PM5
RST JUMPER 0603 0.05 OHM
0R00 JUMP. (0805)
RST JUMPER 0603 0.05 OHM
RST JUMPER 0603 0.05 OHM
RST JUMPER 0603 0.05 OHM
0R00 JUMP. (0805)
0R00 JUMP. (0805)
RST JUMPER 0603 0.05 OHM
CER2 0603 Y5V 10V 1U COL R
ELCAP 220U 16V 20%
100R00 5% 0,1W
1R
5%
1K20 5% 0,1W
120R00 5% 0,062W
120R00 5% 0,062W
0R00 JUMPER
150K00 5% 0,1W
680R00 5% 0,062W
680R00 5% 0,062W
82R00 5% 0,1W
150K00 5% 0,062W
1M00 5% 0,1W
1K5 1% 0,1W
15K
1% 0,1W
62K 1% RC12H 0805 0,1W
3K9 5% 0.063W 0603
1M00 5% 0,062W
15K
1% 0,1W
15K
1% 0,1W
30K
1% 0,1W
62K 1% RC12H 0805 0,1W
120K 1% RC12H 0805
240K 1% 0805 RC12H
470K00 5% 0,1W
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+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
10.
GB 89
CDR570
CDR770
CDR950
+
+
+
+
+
+
+
+
+
+
+
+
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+
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CL06532018_091.eps
010300
GB 90
10.
CDR 3rd gen.
ITEM
CODENUMBER
3027
3028
3029
3030
3031
3035
3036
3037
3039
3040
3041
3043
3044
3048
3049
3050
3051
3052
3053
3054
3055
3056
3057
3058
3059
3060
3061
3063
3064
3065
3066
3067
3068
3069
3070
3071
3072
3073
3074
3075
3076
3077
3078
3079
3081
3082
3085
3086
3087
3088
3090
3091
3092
3094
3095
3097
3098
3100
3101
3102
3103
482211711456
482211713172
482211711374
482211713569
482205120474
482211713571
482211713571
482211710833
482205130183
482205130101
482205130103
482205130105
482205120105
482205130103
482205110102
482205130101
482211712902
482211712902
482205130102
482211711188
482205130102
482205130102
482205120472
482205120154
482205130682
482205130103
482205130102
482211713572
482205130221
482205120393
482211712367
482205130102
482205120472
482205120392
482205110102
482205130222
482205120472
482205120472
482211711151
482205120154
482205120154
482205120154
482205130102
482211711751
482205110102
482205130102
482211713568
482211711503
482205130222
482205130152
482205130479
482211712903
482205130103
482205130221
482211713568
482205130479
482205130103
482205120472
482211713572
482211711148
482211710833
Spareparts List
DESCRIPTION CDR775
30K
1% 0,1W
62K 1% RC12H 0805 0,1W
120K 1% RC12H 0805
240K 1% 0805 RC12H
470K00 5% 0,1W
910K 1% 0805 RC12H
910K 1% 0805 RC12H
10K
1% 0,1W
18K00 5% 0,062W
100R00 5% 0,062W
10K00 5% 0,062W
1M00 5% 0,062W
1M00 5% 0,1W
10K00 5% 0,062W
1K00 2% 0,25W
100R00 5% 0,062W
8K2 1% 0.063W 0603
8K2 1% 0.063W 0603
1K00 5% 0,062W
20K
1% 0,1W
1K00 5% 0,062W
1K00 5% 0,062W
4K70 5% 0,1W
150K00 5% 0,1W
6K80 5% 0,062W
10K00 5% 0,062W
1K00 5% 0,062W
22R 5% 1206
220R00 5% 0,062W
39K00 5% 0,1W
33K 1% 0.10W
1K00 5% 0,062W
4K70 5% 0,1W
3K90 5% 0,1W
1K00 2% 0,25W
2K20 5% 0,062W
4K70 5% 0,1W
4K70 5% 0,1W
1R
5%
150K00 5% 0,1W
150K00 5% 0,1W
150K00 5% 0,1W
1K00 5% 0,062W
16K RC12H 1% 0805
1K00 2% 0,25W
1K00 5% 0,062W
6R8 5% 1206
220R
1% 0.1W
2K20 5% 0,062W
1K50 5% 0,062W
47R00 5% 0,062W
1K8 1% 0.063W 0603
10K00 5% 0,062W
220R00 5% 0,062W
6R8 5% 1206
47R00 5% 0,062W
10K00 5% 0,062W
4K70 5% 0,1W
22R 5% 1206
56K
1% 0,1W
10K
1% 0,1W
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CDR570
CDR770
CDR950
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CL06532018_092.eps
010300
Spareparts List
CDR 3rd gen.
ITEM
CODENUMBER
3104
3105
3106
3107
3110
3111
3112
3113
3114
3115
3116
3117
3118
3119
3120
3123
3126
3127
3128
3129
3130
3131
3200
3201
3202
3203
3204
3205
3206
3207
3208
3209
3210
3211
3212
3213
3215
3216
3217
3218
3219
3220
3221
3222
3223
3224
3225
3226
3227
3228
3229
3230
3231
3232
3233
3234
3235
3237
3238
3239
3240
482211710833
482205120182
482205130008
482205130008
482205130103
482211712902
482205130479
482211711503
482211713577
482211712521
482211711817
482205130103
482205130561
482205130221
532211711726
482205130472
482205130682
482211712903
482205130479
482205130102
482205130103
482205130103
482205120479
482205120479
482205120479
482205120479
482205120479
482205120479
482205120479
482205120479
482211710833
482215771206
482211713573
482211713573
482211711503
482205130008
482205130153
482205130153
482211712925
482205130103
482205130223
482205130103
482205130223
482211713573
482211713573
482211711374
482211712367
482211710833
482211712367
482211710833
482211711374
482211713632
482211713632
482211710833
482205120101
482205110102
482211713573
482205130562
482205130221
482205130102
482205130103
DESCRIPTION CDR775
10K
1% 0,1W
1K80 5% 0,1W
0R00 JUMPER
0R00 JUMPER
10K00 5% 0,062W
8K2 1% 0.063W 0603
47R00 5% 0,062W
220R
1% 0.1W
330R 1% RC12H 0805 1,25W
68R 1% 0,1W
1K2 1% 1/16W
10K00 5% 0,062W
560R00 5% 0,062W
220R00 5% 0,062W
10R
5%
4K70 5% 0,062W
6K80 5% 0,062W
1K8 1% 0.063W 0603
47R00 5% 0,062W
1K00 5% 0,062W
10K00 5% 0,062W
10K00 5% 0,062W
47R00 5% 0,1W
47R00 5% 0,1W
47R00 5% 0,1W
47R00 5% 0,1W
47R00 5% 0,1W
47R00 5% 0,1W
47R00 5% 0,1W
47R00 5% 0,1W
10K
1% 0,1W
BLM21A601SPT
NETW 4 X 47R 5% MNR14
NETW 4 X 47R 5% MNR14
220R
1% 0.1W
0R00 JUMPER
15K00 5% 0,062W
15K00 5% 0,062W
47K 1% 0.063W 0603
10K00 5% 0,062W
22K00 5% 0,062W
10K00 5% 0,062W
22K00 5% 0,062W
NETW 4 X 47R 5% MNR14
NETW 4 X 47R 5% MNR14
120K 1% RC12H 0805
33K 1% 0.10W
10K
1% 0,1W
33K 1% 0.10W
10K
1% 0,1W
120K 1% RC12H 0805
100K 1% 0603 0.62W
100K 1% 0603 0.62W
10K
1% 0,1W
100R00 5% 0,1W
1K00 2% 0,25W
NETW 4 X 47R 5% MNR14
5K6 5% 0,063W 0603 RC21 RST SM
220R00 5% 0,062W
1K00 5% 0,062W
10K00 5% 0,062W
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10.
GB 91
CDR570
CDR770
CDR950
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CL06532018_093.eps
010300
GB 92
10.
CDR 3rd gen.
ITEM
CODENUMBER
3241
3242
3243
3244
3245
3246
3248
3249
3252
3253
3254
3255
3256
3260
3261
3265
3271
3273
3274
3276
3280
3281
3284
3286
3287
3288
3289
3290
3291
3295
3297
3299
3300
3301
3303
3305
3308
3309
3312
3313
3314
3315
3316
3317
3319
3322
3323
3324
3325
3333
3334
3335
3337
3338
3339
3340
3341
3346
3347
3348
3349
482205130008
235003510103
235003510103
482205130008
482205130221
482205130221
482211713523
482211711503
482211711145
482211711145
482205130008
482211710833
482205130008
482205130008
482205130222
482205130008
482211713573
482211713573
482211710837
482205130479
482205130479
482211713579
482211711151
482205130223
482205130103
482205130563
482205130563
482205130683
482205130563
482205130332
482205130332
482205130332
482205110102
482205110102
482211713572
482211710833
482205120008
482211712367
482205130479
482205130479
482205120479
482205130102
482205120472
482205120472
482205120479
482205130102
482205130562
482205130562
482205130103
482211713574
482211713574
482211713574
482205130563
532211712487
532211712487
482211713632
232273468209
482211711507
482211711507
482211711507
482211713632
Spareparts List
DESCRIPTION CDR775
0R00 JUMPER
RST NETW SM ARV24 4X10K PM5 R
RST NETW SM ARV24 4X10K PM5 R
0R00 JUMPER
220R00 5% 0,062W
220R00 5% 0,062W
220R 5% RESN 0.63W
220R
1% 0.1W
4K70 1% 0,1W
4K70 1% 0,1W
0R00 JUMPER
10K
1% 0,1W
0R00 JUMPER
0R00 JUMPER
2K20 5% 0,062W
0R00 JUMPER
NETW 4 X 47R 5% MNR14
NETW 4 X 47R 5% MNR14
100K
1% 0.1W
47R00 5% 0,062W
47R00 5% 0,062W
220K 1% 0.1W RC12H 0805
1R
5%
22K00 5% 0,062W
10K00 5% 0,062W
56K00 5% 0,062W
56K00 5% 0,062W
68K00 5% 0,062W
56K00 5% 0,062W
3K30 5% 0,062W
3K30 5% 0,062W
3K30 5% 0,062W
1K00 2% 0,25W
1K00 2% 0,25W
22R 5% 1206
10K
1% 0,1W
0R00 JUMP. (0805)
33K 1% 0.10W
47R00 5% 0,062W
47R00 5% 0,062W
47R00 5% 0,1W
1K00 5% 0,062W
4K70 5% 0,1W
4K70 5% 0,1W
47R00 5% 0,1W
1K00 5% 0,062W
5K6 5% 0,063W 0603 RC21 RST SM
5K6 5% 0,063W 0603 RC21 RST SM
10K00 5% 0,062W
1R5 5% 1206
1R5 5% 1206
1R5 5% 1206
56K00 5% 0,062W
1K RC12G 1% 0,125W
1K RC12G 1% 0,125W
100K 1% 0603 0.62W
RST SM 0805 RC12H 82R PM1
6K8 1% 0,1W
6K8 1% 0,1W
6K8 1% 0,1W
100K 1% 0603 0.62W
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CDR570
CDR770
CDR950
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CL06532018_094.eps
010300
Spareparts List
CDR 3rd gen.
ITEM
CODENUMBER
3350
3351
3352
3360
3361
3362
3363
3365
3368
3370
3371
3372
3373
3374
3375
3376
3377
3378
3379
3381
3382
3402
3403
3404
3405
3407
3408
3409
3410
3411
3412
3413
3414
3415
3416
3418
3420
3421
3422
3423
3424
3427
3428
3429
3432
3433
3435
3436
3439
3441
3447
3448
3449
3450
3451
3452
3453
3454
3455
3460
3531
232273468209
482211711151
482205130008
482211710354
482211712139
482211712708
482211712968
482205130101
482205130479
482205130561
482205130152
482205120122
482211712903
482211713572
482205130222
482205130221
482205130479
482205130273
482205130183
482205120008
482211713573
482211711503
482211712024
482211710833
482211712024
482205120101
482211710833
482211712367
482211710833
482211711152
482211712024
482211710833
482211712024
482211710833
482211712367
482205120008
482211710833
482211711383
482211710834
482211713629
482205120225
482211713629
482205120225
482211710834
482211710833
482205120008
482211710833
482211711383
482211711152
482205120101
482205120008
482205120008
482205120008
319802153311
482211711383
482211711383
482211713579
482211713579
319802190030
319802190030
482205120562
DESCRIPTION CDR775
RST SM 0805 RC12H 82R PM1
1R
5%
0R00 JUMPER
22K
1% 0,1W
22R 5% 0,062W
39K 1% 0,1W 0805 RC12G
820R 5% 0,62W
100R00 5% 0,062W
47R00 5% 0,062W
560R00 5% 0,062W
1K50 5% 0,062W
1K20 5% 0,1W
1K8 1% 0.063W 0603
22R 5% 1206
2K20 5% 0,062W
220R00 5% 0,062W
47R00 5% 0,062W
27K00 5% 0,062W
18K00 5% 0,062W
0R00 JUMP. (0805)
NETW 4 X 47R 5% MNR14
220R
1% 0.1W
27K 1% 0.1W
10K
1% 0,1W
27K 1% 0.1W
100R00 5% 0,1W
10K
1% 0,1W
33K 1% 0.10W
10K
1% 0,1W
4R7 5%
27K 1% 0.1W
10K
1% 0,1W
27K 1% 0.1W
10K
1% 0,1W
33K 1% 0.10W
0R00 JUMP. (0805)
10K
1% 0,1W
12K
1% 0,1W
47K
1% 0,1W
120R 1% 0.1W RC12H 0805
2M20 5% 0,1W
120R 1% 0.1W RC12H 0805
2M20 5% 0,1W
47K
1% 0,1W
10K
1% 0,1W
0R00 JUMP. (0805)
10K
1% 0,1W
12K
1% 0,1W
4R7 5%
100R00 5% 0,1W
0R00 JUMP. (0805)
0R00 JUMP. (0805)
0R00 JUMP. (0805)
330R 5%
12K
1% 0,1W
12K
1% 0,1W
220K 1% 0.1W RC12H 0805
220K 1% 0.1W RC12H 0805
RST JUMPER 0603 0.05 OHM
RST JUMPER 0603 0.05 OHM
5K6 5% 0,1W 0805
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10.
GB 93
CDR570
CDR770
CDR950
+
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CL06532018_095.eps
010300
GB 94
10.
CDR 3rd gen.
ITEM
CODENUMBER
3532
3533
3536
3537
3538
3539
3540
3541
3542
3544
3545
3546
3547
3548
3549
3550
3551
3552
3553
3554
3555
3556
3557
3559
3560
3562
3563
3566
3567
3570
3701
3702
3703
3704
3705
3706
3708
3710
3711
3712
3713
3714
3715
3716
3717
3718
3719
3720
3721
3722
3723
3724
3725
3726
3727
3728
3729
3731
3732
3735
3742
482205120562
482211710837
482211710837
482211710833
482211710833
482211710837
482211710833
482211711747
482211711747
482211710834
482211713568
482205120101
482211683933
482211710834
482205120101
482205120101
482205120332
482211710834
482205120101
482211710833
482205120122
482211710833
482211710837
482205120562
482211710837
482205120562
482205130563
482211710837
482205120223
482205120101
482205120101
482205130472
482205130472
482205120008
482205130223
482205120479
482205120479
482205130101
482211710833
482211710833
482205120479
482205120479
482205120479
482211710833
482211710833
482211710833
482205130103
482205130101
482205130101
482211710833
482211710833
482205130103
482205130101
482205130103
482205120105
482205130101
482205130101
482205130391
482205130479
482205120479
482205130102
Spareparts List
DESCRIPTION CDR775
5K6 5% 0,1W 0805
100K
1% 0.1W
100K
1% 0.1W
10K
1% 0,1W
10K
1% 0,1W
100K
1% 0.1W
10K
1% 0,1W
12R 1206 5% FUSE
12R 1206 5% FUSE
47K
1% 0,1W
6R8 5% 1206
100R00 5% 0,1W
15K
1% 0,1W
47K
1% 0,1W
100R00 5% 0,1W
100R00 5% 0,1W
3K30 5% 0,1W
47K
1% 0,1W
100R00 5% 0,1W
10K
1% 0,1W
1K20 5% 0,1W
10K
1% 0,1W
100K
1% 0.1W
5K6 5% 0,1W 0805
100K
1% 0.1W
5K6 5% 0,1W 0805
56K00 5% 0,062W
100K
1% 0.1W
22K00 5% 0,1W
100R00 5% 0,1W
100R00 5% 0,1W
4K70 5% 0,062W
4K70 5% 0,062W
0R00 JUMP. (0805)
22K00 5% 0,062W
47R00 5% 0,1W
47R00 5% 0,1W
100R00 5% 0,062W
10K
1% 0,1W
10K
1% 0,1W
47R00 5% 0,1W
47R00 5% 0,1W
47R00 5% 0,1W
10K
1% 0,1W
10K
1% 0,1W
10K
1% 0,1W
10K00 5% 0,062W
100R00 5% 0,062W
100R00 5% 0,062W
10K
1% 0,1W
10K
1% 0,1W
10K00 5% 0,062W
100R00 5% 0,062W
10K00 5% 0,062W
1M00 5% 0,1W
100R00 5% 0,062W
100R00 5% 0,062W
390R00 5% 0,062W
47R00 5% 0,062W
47R00 5% 0,1W
1K00 5% 0,062W
+
+
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+
+
+
+
+
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CDR570
CDR770
CDR950
+
+
+
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CL06532018_096.eps
010300
Spareparts List
CDR 3rd gen.
ITEM
CODENUMBER
3743
3744
3745
3746
3747
3748
3749
3750
3751
3752
3753
3754
3755
3756
3757
3758
3759
3760
3761
3762
3763
3764
3766
3767
3768
3769
3770
3771
3780
3806
3807
3808
3809
3810
3811
3813
3814
3817
3818
3819
3820
3821
3822
3823
3824
3825
3826
3828
3829
3830
3831
3832
3833
3834
3835
3836
3837
3838
3841
3843
3844
482205130479
482205120274
482205120274
482205130153
482205130103
482205130103
482205130103
482205130123
482205120472
482211710353
482205120472
482205110102
482211710353
482205130101
482205120479
482205120101
482205110102
482205120472
482205130472
482205130472
482205130102
482205120472
482205130472
482205130472
482205120472
482205130472
482205120472
482205130101
482211710837
482205130103
482205120008
482211713573
482211713573
482205130472
482205130103
482205130101
482205130479
482205110102
482211713573
482211713573
482211713573
482211713573
482211713573
482211713573
482211713573
482211713573
482205120101
482205130479
482205130479
482205130479
482205130479
482205130479
482205130479
482205130479
482205130479
482205130479
482211710833
482211710833
482205120101
482211710833
482211710833
DESCRIPTION CDR775
47R00 5% 0,062W
270K00 5% 0,1W
270K00 5% 0,1W
15K00 5% 0,062W
10K00 5% 0,062W
10K00 5% 0,062W
10K00 5% 0,062W
12K00 5% 0,062W
4K70 5% 0,1W
150R
1% 0,1W
4K70 5% 0,1W
1K00 2% 0,25W
150R
1% 0,1W
100R00 5% 0,062W
47R00 5% 0,1W
100R00 5% 0,1W
1K00 2% 0,25W
4K70 5% 0,1W
4K70 5% 0,062W
4K70 5% 0,062W
1K00 5% 0,062W
4K70 5% 0,1W
4K70 5% 0,062W
4K70 5% 0,062W
4K70 5% 0,1W
4K70 5% 0,062W
4K70 5% 0,1W
100R00 5% 0,062W
100K
1% 0.1W
10K00 5% 0,062W
0R00 JUMP. (0805)
NETW 4 X 47R 5% MNR14
NETW 4 X 47R 5% MNR14
4K70 5% 0,062W
10K00 5% 0,062W
100R00 5% 0,062W
47R00 5% 0,062W
1K00 2% 0,25W
NETW 4 X 47R 5% MNR14
NETW 4 X 47R 5% MNR14
NETW 4 X 47R 5% MNR14
NETW 4 X 47R 5% MNR14
NETW 4 X 47R 5% MNR14
NETW 4 X 47R 5% MNR14
NETW 4 X 47R 5% MNR14
NETW 4 X 47R 5% MNR14
100R00 5% 0,1W
47R00 5% 0,062W
47R00 5% 0,062W
47R00 5% 0,062W
47R00 5% 0,062W
47R00 5% 0,062W
47R00 5% 0,062W
47R00 5% 0,062W
47R00 5% 0,062W
47R00 5% 0,062W
10K
1% 0,1W
10K
1% 0,1W
100R00 5% 0,1W
10K
1% 0,1W
10K
1% 0,1W
+
+
+
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+
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+
+
+
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+
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+
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+
+
+
+
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10.
GB 95
CDR570
CDR770
CDR950
+
+
+
+
+
+
+
+
+
+
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+
+
+
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+
+
+
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+
+
+
+
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CL06532018_097.eps
010300
GB 96
10.
CDR 3rd gen.
ITEM
CODENUMBER
3845
3886
3889
3891
3892
3894
3897
3898
3900
3902
3903
3904
3906
3907
3908
3909
3910
3911
5008
5201
5202
5203
5301
5302
5303
5401
5403
5404
5406
5407
5413
5414
5500
5501
5502
5503
5541
5542
5543
5544
5546
5551
5554
5555
5556
5557
5701
5709
5710
5712
5713
5715
5716
6002
6003
6007
6373
6374
6375
6400
6500
482211710833
482205120008
482211711151
482211710833
482211710833
482211713573
482211713573
482211713573
319802190030
319802190030
482205130008
482205110102
482205120472
482205130472
482205130102
482205130472
482205120472
482205120472
482215771206
482215771206
482215771206
482215771206
482215771206
482215771206
482215771206
482215771206
482215771206
482215771206
482215771206
482215771206
482215771206
482215771206
482215711716
242254942103
242254942103
242254942103
242254942103
242254942103
482215711716
482215711716
482215771206
482215771206
482215710548
482215771206
482215771206
482215771206
482215771206
242254942103
482215710477
482215771206
482215771206
482215771206
482215771206
532213030691
482213083757
532213034337
482213083757
482213083757
482213083757
482213010648
532213083777
Spareparts List
DESCRIPTION CDR775
10K
1% 0,1W
0R00 JUMP. (0805)
1R
5%
10K
1% 0,1W
10K
1% 0,1W
NETW 4 X 47R 5% MNR14
NETW 4 X 47R 5% MNR14
NETW 4 X 47R 5% MNR14
RST JUMPER 0603 0.05 OHM
RST JUMPER 0603 0.05 OHM
0R00 JUMPER
1K00 2% 0,25W
4K70 5% 0,1W
4K70 5% 0,062W
1K00 5% 0,062W
4K70 5% 0,062W
4K70 5% 0,1W
4K70 5% 0,1W
BLM21A601SPT
BLM21A601SPT
BLM21A601SPT
BLM21A601SPT
BLM21A601SPT
BLM21A601SPT
BLM21A601SPT
BLM21A601SPT
BLM21A601SPT
BLM21A601SPT
BLM21A601SPT
BLM21A601SPT
BLM21A601SPT
BLM21A601SPT
BLM21P300SPT
IND FXD SM EMI 100MHZ 2K2 R
IND FXD SM EMI 100MHZ 2K2 R
IND FXD SM EMI 100MHZ 2K2 R
IND FXD SM EMI 100MHZ 2K2 R
IND FXD SM EMI 100MHZ 2K2 R
BLM21P300SPT
BLM21P300SPT
BLM21A601SPT
BLM21A601SPT
47UH 5%
BLM21A601SPT
BLM21A601SPT
BLM21A601SPT
BLM21A601SPT
IND FXD SM EMI 100MHZ 2K2 R
COIL 47UH
BLM21A601SPT
BLM21A601SPT
BLM21A601SPT
BLM21A601SPT
BAW56
BAS216
BAV99
BAS216
BAS216
BAS216
BZX284-C5V6
BAV70W
+
+
+
+
+
+
+
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+
+
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+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
CDR570
CDR770
CDR950
+
+
+
+
+
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+
+
+
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+
+
+
+
+
+
+
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+
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CL06532018_098.eps
010300
Spareparts List
CDR 3rd gen.
ITEM
CODENUMBER
6501
6502
6553
6554
6555
6556
6557
6701
6702
7001
7002
7005
7008
7010
7016
7050
7104
7110
7111
7112
7113
7119
7120
7121
7122
7124
7126
7127
7133
7135
7201
7202
7207
7208
7209
7215
7225
7240
7270
7300
7330
7355
7360
7361
7370
7371
7373
7375
7401
7405
7406
7407
7408
7409
7410
7411
7520
7521
7522
7523
7524
532213034337
482213034441
482213083757
532213034337
482213083757
482213083757
482213083757
934042250135
934042250135
482220963709
482220963709
482220990331
482220917223
935261972518
482220917225
482220990331
482213060373
482213060511
482213060511
482213042804
482213060511
482213060383
482213060383
532213060123
532213060123
482213060511
933714420653
482213060373
482213060511
532213060123
482213060511
482213060511
932213040668
310412394850
482220917227
482220932073
532220971553
482220917229
482220917231
935263368557
482220916877
933713370653
933715300118
482213060511
482213060511
482213011527
482213011527
482213011527
482220960792
482220930095
935254530118
482220960792
482220982362
482220930095
482213042804
482213042804
820405604480
482220932073
482213060373
482213060511
482213060511
DESCRIPTION CDR775
BAV99
BZX79-B22
BAS216
BAV99
BAS216
BAS216
BAS216
DIO VAR SM BB147
(PHSE) R
DIO VAR SM BB147
(PHSE) R
LM324DTR
LM324DTR
TL084CDT
EFM TIM3
IC SM TZA1020HP/M1 (PHSE) R
M62364FP
TL084CDT
BC856B
BC847B
BC847B
BC817-25
BC847B
BF824
BF824
BC807-40
BC807-40
BC847B
IC SM 74HC4066D
BC856B
BC847B
BC807-40
BC847B
BC847B
IC SM M24C16-WMN
(ST00) R
FLASH EPROM ASSY CDR-AUDIO
MC74LCX573
MC34072D
NE532D
BA5938FM
SAA7399HL
IC SM SAA7392HL/M3 (PHSE) Y
BA6856FP
IC SM 74HCT00D
(PHSE) R
IC SM 74HCT4051D
(PHSE) R
BC847B
BC847B
BFS540
BFS540
BFS540
74HC4053D
LM833D
IC SM UDA1341TS/N1 (PHSE) R
74HC4053D
NJM4556D
LM833D
BC817-25
BC817-25
FET POW STD16NE06L
MC34072D
BC856B
BC847B
BC847B
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
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+
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+
+
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+
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+
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+
+
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+
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10.
GB 97
CDR570
CDR770
CDR950
+
+
+
+
+
+
+
+
+
+
+
+
+
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CL06532018_099.eps
010300
GB 98
10.
CDR 3rd gen.
ITEM
CODENUMBER
7525
7526
7527
7528
7529
7535
7548
7549
7556
7558
7560
7561
7562
7563
7701
7702
7703
7704
7705
7706
7707
7708
7710
7801
7802
7803
7804
PCINT-DASP
PCINT-MACE
482213060373
482213060511
482213011379
482213060511
482213060373
482220917398
482213060511
482213060511
482220990332
482220915083
482213060373
482213060373
482213060511
482213060511
820405603460
482220917375
932213814668
482220916318
482220932073
482220917236
482213060511
932214178668
932213967685
820405603520
820405603910
482213060511
482213060511
710408691110
710408683110
Spareparts List
DESCRIPTION CDR775
BC856B
BC847B
BCP69
BC847B
BC856B
LD1117DT33
BC847B
BC847B
MC79L05ABD
AN78M09
BC856B
BC856B
BC847B
BC847B
USER PROCESSOR DASP CF5244PU
GM71V18163CJ-6
IC SM AM29LV800BB-70REC (AMD)R
MC33464-30A
MC34072D
74LV74D
BC847B
IC SM 74LCX00M
(ST00) R
IC SM MC33464N-45A (MOTA) R
LEVEL DIG POTMETER DS1807S-T/R
IC SM CY7C199-15ZC
BC847B
BC847B
PC-INTERFACE BOARD DASP
PC-INTERFACE BOARD MACE
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
CDR570
CDR770
CDR950
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
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CL06532018_100.eps
030300
Block diagrams
CDR 3rd gen.
6.
GB 33
6. Block diagrams
CDR MAIN BOARD BLOCK DIAGRAM
7330
D3V3
CDL4009
LOADER ASSY
HALL
MOTOR
DRIVER
UCOIL, VCOIL, WCOIL, U+, U-, V+, V-, W+, W-, HALL+, HALL-
FORWARD SENSE CIRCUIT
7050A, 7050B
7126C
7119, 7120
7300
SAA7392
1330
TO MACE2 (PCS)
FSON
FSOF
M
RDGAIN
FSCLR
FSWS
LWRT
LWRT
LO9805
OFFTRACK
7008
FSRS
EFMTIM3
CDR60LWRT
LLP
1000
FSA
N
N-1, N+1
SHIFT
REG
EFMDATA, EFMCLK
EFMCLK
WOBBLE
7016
M62364
PWD
DAC
FS30V
A1 - A20
DOBM-CDR
ERROR
CORRECTION
AND MEMORY
PROCESSOR
EFM CLOCK
GENERATOR
D3V3
7701
EBU
ENCODER
EFM
MODULATOR
I2S BUS
I2S
I/O
D16 - D31
7704
EBU-IN1
RESET
MASTER
RESET
I2S1
D3V3
MC33464
7710
F934
RESET
SUBCODE
I/O
BIT
DETECTOR
DAC
VDC2, VDC1, VFTD
L12V
12VPWR
WOBBLE
PROCESSOR
XDAC
+12V
P12V
ATIPSYNC
ERASEC PERASE PWRITE
I-ERASE
IE
A-8V
-8V
+12VA
DRAM
1500
+5V
POWER
PART
+9SRVPWR
MODULATOR
CONTROL
I2C
DP4
DATA
BUS
7702
CDR60PLL
FROM MACE2
E5V
EFMDATA
TIMING
I/O
L5V
L-5V
-8VA
SYST CLK
GENERATOR
MOTOR/TACHO
INTERFACE
DECODER
POR
EPONRC
WPONRC
LDON
BIASC
ERON
RECORDING
CDRW
ALS
ASTROBE
AINTON
ADDRESS
BUS
CDR60
7126D
D5VS
FLASH
ROM
MOTO1
FSR
TURN
TABLE
D5V
7703
BA6856FP
FSW
CDM3800
+5VA
HALL U, HALL V, HALL W
D5V
MC33464
SUBCODE BUS
D5V
CD TEXT
SYS-RESET
DEMODULATOR
I2C BUS
EPONRC
I-WRITE
IW
PWB
HF DATA
CAPTURE
DAC
PWD
SUB - CPU INTERFACE
RESET
INT-COPY-ANA
PWD
DAC
DELTAP
WPONRC
S2V9
LDON
BIASC
IR
PRCOARSE
I-READ
PRFINE
RECORDING
CDRW
MODULATOR
FS
PWB
PW
LASER
DALPHA
S2V9
+
P
MIN/MAX
CONTR
DAC
DAC
HIN
12
BIT
SHIFT
REGISTER
LASDACDI
LASDACCK
LASDACLD
SRSTN
CDR60CS
HFS0
DAC
S2V9
PWMAX
DAC
EXT-ANA-IN
CD-ANA-OUT
DS1807
NOT FOR CDR570/930
SEL-HP-OUT
DASP
S2V9
PWMIN
7401
DIGITAL
POT
7360
HF AMP
FILTER
NOT FOR CDR950/951
7801
MRDN
MWRN
ALE
MCF5244
CAHF
FROM CDM3800
(PDAR)
DIGITAL AUDIO
SIGNAL
PROCESSOR
FS30V
7407
7405
ANA-OUT
ANALOG
IN
1410
7408
CD-ANA-OUT
7406
NMUTE
7207
PDAR
2
+
CAHF
TO CDR60
(HF DATA CAPTURE)
PHOTO
DIODES
I C BUS
ALS
ASTROBE
AINTON
DALPHA
ERON
RECORDING
SYS-CLK-11W
I 2C
EEPROM
I2S2 / I2S4
M24C08
OFFTRACK
DATA
BUS
7010
AEGER
C3 C4
DIODE
STAGE
2
C1LF - C4LF
C1 C2
A1LF, A2LF
B1LF, B2LF
A1 A2
DIODE
STAGE
1
I2C
S2V9
RADIAL
FOCUS
RECORDING
ALPHA0
BETA
DETECTOR
A1, A2, CALF
7270
PW
EBU-IN3
PORT
REGISTERS
OPC
7050C
NORMALIZER
+/I
S2V9
MUTE, ATT, DEEMP
EBU-IN4
TRACK
COUNTER
FROM FORWARD
SENSE CIRCUIT
RAM
ROM
TRAY
SWITCH
7208
FLASH
EPROM
7209
VRA, VFO, VSL
/2
MACE2
SERVO
CONTROLS
7706A
DEMUX
RAD
SYS-CLK-8W (8.4672 Mhz)
74F74D
SAA7399
ADDRESS
BUS
SLEDGE
M
1707
33.8688 MHz
RAM
7240
XTRIM
CDR60PLL
TO CDR60
7802
REFSIN, SINPHI, REFCOS, COSPHI
BA5938FM
1708
SYS-CLK-16W (16.9344 Mhz)
SPECIAL FUNCTION
REGISTERS
FSR, FSW
DOBM-CD
DSA-CDR
PCS
TRAY
CDR775 ONLY
I2S3
8051
CPU
FTCH, FTCL
FOCUS
DIG-OUT-C
EXT-OPT-IN
I2S BUS-CD
I2S1-MS
RE
7225
NE532D
EXT-DIG-IN
BE-RESET
LASER
CONTROL
TLN, MIRN
FEN, REN
V
SL+, SL-
POWER
DRIVER
1400
DSA-CD
PORT
REGISTERS
PCS PRE-AMP
SIN+, SINCOS+, COS-
M
7409
ADC / DAC
SYS-RESET
WOBBLE
7215A
SLEDGE
EBU-OUT1
CDR60INT
ALPHA
DETECTOR
ERON
GAP
REF
EBU-IN2
RECORDING
1220
ANALOG
UDA1341TS OUT
L3 BUS
ATIPSYNC
BALANCE
RAD+, RADFOC+, FOC-
CODEC
LLP
TZA1020
B1 B2
I2S BUS
SYS-CLK-BE
(8.4672 Mhz)
1200
TR+, TR-
TRAYSW
TRAY
TRAYIN, TRAYOUT
TRAYSWF
PORT 5
PORT 4
ADC
AGC
REF
TEST
DEBUG
CLOCK
GEN
CL06532018_025.eps
290200
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 34
7. Electrical diagrams and PWB’s
CDR-Mainboard Version 4228.5
CDR MAIN BOARD - CIRCUIT DIAGRAM 1 : AEGER, EFMTIM, FORWARD SENSE CIRCUIT TESTPOINTS
1
2
3
4
5
7
6
8
9
10
13
12
11
14
ACTUATOR BUS
ACTUATOR BUS
{RAD+,FOC+,FOC-,RAD-}
CAHF
CAHF
{I2CSDA,I2CSCL}
I2CBUS
I2CBUS
DALPHA
DALPHA
F147
L5V
L-5V
2
F246
EPONRC
TLN
REN
WPONRC
34
GND
38
10K
3130
SGND
H
3004
680R
3107
120R
0R
3049
10n
F102
9
14
F251
15
2059 F252 3055 16
1K
4K7
3079
FSRS
FSWS
F199
E
CDRW
L12V
46
44
F220
43
F222
3039
18K
CDR
LWRT
VDD2
E5V
DP1
GND1
GND5
VDD1
EFM
41
40
39
DP2
EFMCLK
DP3
GND4
DP4
CLKOUT_N
BIASC
WPONOUT
F
CDR60LWRT
LWRT
42
10K F226
3048
F238
EFMDATA
F243
EFMCLK
38
G
37
36
35
ERASC
A18
A17
IN5
34
POR
E5V
11
47
VPLUS
12
13
D
14
13
45
11
F249
7355-D
74HCT00D
12
ALS
AINTON
ASTROBE
TC0
10
E5V
100n
16K
3K9
3017
3113
220R
560p
2081
ALS
AINTON
ASTROBE
ERON
RECORDING
ERON
RECORDING
SCL
SDA
GND6
CAGS
RDGAIN1
LDON
DP0
SGND
EPONO
2039
4K7
3K9
3069
3108
180K
F107
2126
I2CSCL
I2CSDA
RDGAIN1
FSCLR
F187
RDGAIN2
RDGAIN3
FSOF
F185
8
EPON
3123
1
100n
13
14
F110
3016
2028
62K
2n7
2
7
2030 1n
2060 3n3
2027 2n7
F101
1K
100p
1%910K 3035
2007
15p
CDR
WPONO
7
F247
150p
3010
FSRS
EPONO
WPON
2010
1
1000
EPON
6
910K 3036
1%
14
7050-D
TL084CDT
2058
7
5
F215
11
100n
48
4
L-5V
29
4
13
10K
37
2057
2024
36
L5V
330R
100n
35
C
3114
FSWS
IN4
GND3
GNDD
17
3
G
3
11
FEN
F240
2
9
5
4
VDD3
NORMALIZER
40 HCA1
7
100n
PWC5
IW
1
PWC4
IR
F235
10
4
L-5V
D5VS
PWC3
F228
6
3054 20K
2026
41 HCA2
IE
7
2029
100n 2013
7050-C
TL084CDT
8
RDGAIN2
F209
BETA
DETECTOR
2
F108
64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49
FSCLR
39 CALPF
7008
EFMTIM2
RDGAIN3
F207
F203
BLM21
L5V
3
F113
F115
PWC2
F223
42 A2
E5V
5008
11
12
PWC1
8
F204
D5VS
PWC0
FSA
9
A2
1K8
GND2
F
33n
FS30V
43 A1
L5V
PWF5
2001
10
F202
3105
PWF4
RECORDING
A1
CAHF 23 F194
PWF3
CDRW
V
PWF2
F211
11
44 CALF
PWF1
12
F196
TL084CDT
L-5V
RE
2023
F208
I
SGND
100n
C1LF
13
CALF
A27
1M 3019
14
V
10K
A2LF
I
INTERFACE
WOBBLE
15
RE 31 F193
I2C
13 SCL
MIRN
B2LF
12 SDA
F233
33
IN3
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
H
30K 1%
470K 1%
240K 1%
120K 1%
62K 1%
30K 1%
15K 1%
3026
3025
3024
3023
3022
3021
PWRITE
15K 1%
WPONO
3020
0R
3027
120R
WPON
62K 1%
3003
3028
WPONRC
240K 1%
150p
3009
680R
3106
3031 470K 1%
2009
3029 120K 1%
OPTION 27
3030
E
C4LF
16
100n 2012
I2CSCL
XDN
17
I2CSDA
F234
C3LF
MIRN
B1LF
18
{C2LF,A1LF,B1LF,C3LF,C4LF,B2LF,A2LF,C1LF,FSA,CAHF}
19
ALPHA0
10K
3104
SGND
S2V9
3103 10K
MEAS2 33 F181
GAP
REF.
F182 1 UOUT
TLN
A1LF
2 RREF
1% 1K5
XDN
L-5V
C2LF
F227
0R
20
MEAS1 32 F178
FSRS
{FSRS,FSWS,ALS,AINTON,ASTROBE,ERON,RDGAIN1,RDGAIN2,FSCLR,RDGAIN3,FSOF,FSON}
L5V
100n
3014
F174
CWBL 27 2019 100n
B
14
5
BAW56
6002
7005-A
3 F104VCAGAIN
CDR
F163
PPN 26
AMON
7126-B
74HC4066D
4
4
1
7133
BC847B
L5V
OPTION 17
L-5V
F170
3015 15K
3102 56K
21
150p
AZIN 25 F167
BALANCE
L5V
3115 68R
2018 SGND
68p
TC1
C4LF
F177
INPUT
STAGE 2
L-5V
L-5V
2042
PWF0
6 C3
FSR
100R
11
FSON
F176
6
FSOF
C3LF
3065 39K
AINT 22
DALFA 24
10 C1
7
7050-B
4
TL084CDT
3040 F148
7
FSON
DIODE
12
74HC4066D
7126-A
L5V
74HC4066D
F146
5
10
14
SELN2
3 C2
ALS
AINTON
L5V
L5V
BC857B
7127
BC857B
7104
S2V9
F142
SELN4
F172
F153
F158
F103
FSW
100R
11
L5V 7126-D
11
ALS 21
AINTON 20
DETECTOR
2
2025
C2LF
LPF
7050-A
TL084CDT
3050 F140
1
4
L-5V
100p
F169
ALFA
3
RDGAIN3
C1LF
INPUT
STAGE 1
7 C4
9
7
ASTROBE
RDGAIN2
9 SB2
3006
HFGND
F149
RDGAIN1
5 SB1
F165
CAHF
23
22
F161
B2LF
FEN
100n
PDGND
B1LF
F232
F175
DIODE
F231
24
8 SA2
10n
F171
1%
1K2
2002
3002
DIO12V
PDGND
25
4 SA1
F157
10n2022
D
F166
F152
A2LF
14
FSWS
ERON
REN
RAD-
27
A1LF
ERON
RECORDING
L5V
RECORDING
ASTROBE 19
15n 2020
28 F162
26
11 CAGAIN
2021
*
FOC-
F143
CDRW
3012
F145
3001 2R2
FOC+
S15
VSS1
ERON 15
RAD+
30 F155
29 F159
S18
30
VSS2
L5V
F150
C
18
VDD2
AMON 14
PDGND
S17
16
A
L12V
7
F138
6
VDD1
7355-C
74HCT00D
9
14
F100 8
10
FSCLR
28
FSON
8K2
3131
S14
3051
F133
7126-C
74HC4066D
8
L12V
D5VS
BF824
7119
L5V
150K
3000
100R
2011 100n
TO
CDM3800
8K2
SGND
SGND
7010
TZA1020
3052
FSOF
L-5V
100n 2014
100n 2015
L12V
L-5V
L5V
100n 2016
L5V
BF824
7120
3053
1K
L12V
3041
A
B
{FSW,FSR}
L5V
3068
FSA
PERASE
I
2008
WOBBLE
15p
IR
BIASC
ERASEC
DP4
I
OPTION 28
{IW,IE,IR,PWRITE,PERASE,DP4,ERASEC,BIASC}
{CDR60LWRT,EFMDATA,EFMCLK,WOBBLE}
PB CDRW
MAIN-4228-CDR99
3104 123 4228
1
1000 G1
2001 F1
2002 D2
2007 H4
2008 I4
2009 H4
2010 G4
2011 C2
2012 E3
2013 B5
2014 B5
2015 B4
2016 B4
2018 C7
2019 D6
2020 F3
2021 F3
2022 F3
2023 G9
2024 F12
2025 E9
2026 C7
2027 B7
2028 C8
2029 B8
2030 B8
2039 A13
2042 C6
2057 D13
2058 D13
2059 H9
2060 B7
2081 D12
2126 C11
3000 B2
3001 C2
3002 D2
3003 I4
3004 H4
3006 D2
3009 H4
3010 G4
3012 E7
3014 D3
3015 D6
3016 C11
3017 C12
3019 H9
3020 I10
3021 I11
3022 I11
3023 I11
3024 I11
3025 I11
3026 I11
3027 I10
3028 I10
3029 I10
3030 I10
3031 I10
3035 F9
3036 F9
3039 F13
3040 C9
3041 F13
3048 F13
3049 A9
3050 B9
3051 A9
3052 A7
3053 A7
3054 B7
3055 H9
3065 C6
3068 A13
3069 A12
3079 C13
3102 G5
3103 D6
3104 E6
3105 E6
3106 I4
3107 H4
3108 B11
3113 D12
3114 C12
3115 C11
3123 B13
3130 F6
3131 F7
5008 E8
6002 C11
7005-A B14
7008 E9
7010 B4
7050-A B9
7050-B C9
7050-C E6
7050-D D13
7104 B12
7119 A8
7120 A8
7126-A C11
7126-B C12
7126-C B8
7126-D C8
7127 B13
7133 B13
7355-C A11
7355-D E12
F100 A11
F101 B12
F102 B13
F103 A12
F104 B14
F107 C11
F108 C13
{FEN,REN,TLN,MIRN,RE,ALPHA0,CALF,A1,A2}
2
3
4
5
6
7
8
9
10
11
12
13
14
CL06532018_076.eps
010300
F110 C11
F113 C12
F115 C12
F133 B7
F138 B8
F140 B10
F142 B9
F143 B6
F145 C3
F146 C8
F147 A3
F148 C10
F149 C6
F150 C1
F152 C3
F153 C6
F155 C1
F157 C3
F158 C6
F159 C1
F161 C3
F162 C1
F163 D9
F165 C3
F166 C1
F167 D6
F169 D3
F170 D7
F171 D1
F172 D3
F174 D6
F175 D1
F176 D3
F177 D3
F178 D6
F181 D6
F182 D3
F185 D10
F187 D10
F193 E6
F194 E6
F196 E3
F199 E12
F202 E3
F203 E9
F204 E3
F207 E3
F208 E1
F209 F3
F211 F1
F215 F7
F220 F12
F222 F12
F223 F1
F226 F13
F227 F5
F228 F1
F231 F4
F232 F5
F233 F5
F234 F5
F235 F1
F238 G12
F240 G1
F243 G12
F246 G1
F247 G9
F249 G9
F251 G9
F252 H9
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 35
CDR MAIN BOARD - CIRCUIT DIAGRAM 2 : XDAC, LASER DRIVE CURRENT CIRCUITS
1
2
3
5
4
6
7
8
9
10
11
12
13
{LASDACDI,LASDACCK,LASDACLD,PW}
VCAGAIN
LASDACLD
F128
8
7
6
17
DI
10
OUT4
LD
IN5
D0
OUT5
11
13
14
IN6 16
IN8
GND
20
VDAref OUT8
22
S2V9
PWMAX
2080
22R
F118
2n2
3110
IR
OPTION 14
B
6015
LWRT
BAS216
PWD
PWB
F136
DELTAP
24
A
BC807-40
7135
READ
OPTION
S2V9
3101
3063
F119
10K
F130
F131
22R
3064
2033
220R
2032
100n
100n
2084
2n7
47R
PWMIN
F141
18
C
3037
PWB
23 F139PWD
L5V
10K
2040
3007
OUT7
3111
S2V9
150K
C
100n
L-5V
L12V
F132
OUT6 15
IN7 21
150K
F124
IN4 12
CLK
33K
3066
PRFINE
PWB
2031
F123
9
3058
F120
ILASER_READ
11
S2V9
F122
3112
1K
3056
F126
LASDACCK
OUT3
12
4K7
7005-D
TL084CDT
14
*
3062 68R
LASDACDI
B
F125
3
14
LM324D
4
7002-D
3057 F121
PRCOARSE
4
*
L5V
2034 100p
IN3
F117
4
12
7110
BC847B
13
L5V
F129
OUT2
2
S2V9
L5V
L5V
3060
IN2
F116
10K
OUT1
F114
11
13
1
1K
IN1
3061
19
RESETN
6K8
VDD
L5V
L5V
3059
A
1K
7016
M62364FP
2061
F112
5
F106
3067
100n
2003
L5V
D3V3
1R
3074
*
8K2
D3V3
10u
VCAGAIN
OPTION 11
12
390p
7001-D
LM324D
14
4
F144
3076
150K
13
L-5V
11
100n
L-5V
DALPHA
8
7001-C
LM324D
L5V
3090
8
7005-C
TL084CDT 47R
11 2045
L-5V
BC847B
L5V
F241
I
IR
PERASE
IW
BIASC
DP4
10K
ERASEC
ILASER_DELTA
3117
IE
2n2 2082
BAS216
7112
BC817-25
F268
10R
3120
*
F271
F269
11
F255
3128
47R
2
2078
7002-A
LM324D
1
68p
2083
100n
4
H
7111
BC847B
6003
560R
3119
220R
1K2
3116
F253 3
OPTION 26
15p
2063
100n
1K
3129
3044
1M
F218
IW
L5V
3126
PB CDRW
MAIN-4228-CDR99
3104 123 4228
F224
OPTION 13
10K
L12V
6K8
G
F242
3098
3118
DELTAP
IE
3092
PERASE
F
100n
10K
BC807-40
7122
47R
ILASER_ERASE
F205
BC807-40
7121
3043
4
5
F237
E
L12V
3087 2K2
1K
4
3082
OPTION
2K2
6R8
9
F206
ILASER_WRITE
F229
3097
F236
WRITE
PWRITE
2050
10
BC847B
7113
1M
7
3099
F245
6
7124
2055
11
11 TL084CDT
7005-B
68R
7002-B
LM324D
7
3127
2056
1K8
3n3
4
*
100n
L12V
6
I
3899
3094
2053
220R
100n
2n2
L-5V
2052
L5V
100n
2054
5
H
7002-C
LM324D
L5V
*
L5V
3095
L5V
3078
G
L5V
L5V
L5V
2n2
L12V
L5V
PWB
1K
PWD
1K F244
{PWMIN,PWMAX,PWD,DELTAP,PWB,PWD}
F
3081
3077 150K
1K
F200
3
F195
PW
F183
3070
1
LM324D
4
7001-A
3n3
11
2
4K7
L5V
2051 15p 3093 68R
3072
L5V
2046
15p
F180
6R8
1K5
470p
L5V
L5V
2044
3088
L5V
L-5V
PWMAX
ERASE
2041
3042
2043
150K
3075
1n
150K
E
4
10
3045
3085
L5V
F173
150K
11
9
3086
100n
OPTION 12
2048
220R
BAV99
6007
2038
100n
4
5
D
3091
3046
2K2
2047
100n
7 F164
L5V
2049
1K8
150K
PWMIN
L-5V
F160
3071
4K7
6
3073
F151
F201
2037
LM324D
7001-B
11
3100
D
F154
4K7
F168
F156
2003 A3
2031 B6
2032 A8
2033 A8
2034 C9
2037 D6
2038 D6
2040 C6
2041 E7
2043 E5
2044 E9
2045 F11
2046 E11
2047 E12
2048 E12
2049 E10
2050 E11
2051 G12
2052 G7
2053 G8
2054 F7
2055 H8
2056 G6
2061 A5
2063 H8
2078 I7
2080 B7
2082 I6
2083 I7
2084 A7
3007 C4
3037 C6
3042 E6
3043 G9
3044 H5
3045 E5
3046 D5
3056 B9
3057 A5
3058 B5
3059 B5
3060 B7
3061 B6
3062 B9
3063 A9
3064 A9
3066 A5
3067 A4
3070 E7
3071 D7
3072 E5
3073 D5
3074 A3
3075 E5
3076 C8
3077 E9
3078 H5
3081 F5
3082 F10
3085 E12
3086 E12
3087 G13
3088 E13
3090 F12
3091 E11
3092 F12
3093 G12
3094 G8
3095 F8
3097 G7
3098 G7
3099 H8
3100 D9
3101 A9
3110 B7
3111 A6
3112 A8
3116 I6
3117 I7
3118 H7
3119 I7
3120 I8
3126 I5
3127 G6
3128 I7
3129 H7
3899 F9
6003 H8
6007 D7
6015 C5
7001-A F6
7001-B D6
7001-C E9
7001-D C8
7002-A I6
7002-B G5
7002-C F10
7002-D A6
7005-B G6
7005-C F11
7005-D A7
7016 A4
7110 A7
7111 H8
7112 I8
7113 F10
7121 F12
7122 G8
7124 G5
7135 A9
F106 A4
F112 A3
F114 A7
F116 A6
F117 A4
F118 A9
F119 A8
{IW,IE,IR,PWRITE,PERASE,DP4,ERASEC,BIASC}
1
2
3
4
5
6
7
8
9
10
11
12
13
CL06532018_035.eps
290200
F120 A7
F121 A5
F122 B4
F123 B7
F124 B4
F125 B3
F126 B3
F128 B3
F129 B7
F130 B4
F131 C4
F132 C4
F136 C4
F139 C4
F141 C6
F144 C7
F151 D8
F154 D6
F156 D5
F160 D7
F164 D7
F168 D8
F173 E5
F180 E6
F183 E7
F195 F5
F200 F10
F201 F11
F205 F12
F206 F10
F218 G13
F224 G10
F229 G7
F236 G7
F237 G6
F241 G7
F242 G7
F244 G5
F245 H4
F253 I6
F255 I7
F268 I8
F269 I6
F271 I8
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 36
CDR MAIN BOARD - CIRCUIT DIAGRAM 3 : SERVO DRIVERS, MACE-RAM, -FLASH, -DEMUX TEST POINTS
3
4
5
S1
A
{MRDN,MWRN,ALE}
CONTROL BUS
S2
3228
10K
MAD(0:7)
DATA BUS
F371
F374 SIN+
S8
SIN-
6
F379 COS+
7
F381 COS-
1n
3229
2229
PCSCOS
7225-B
4 NE532D
SGND
SGND
D3V3
D5V
D5V
1%
4K7
2224 100n
1.6V
3253
F389
7202
BC847B
17
18
F330
19
F337
20
F341
21
A1
DQ2
A2
DQ3
A3
DQ4
A4
DQ5
A5
DQ6
A6
DQ7
A7
22
F353
F391
24
PSENN
S1V65
FWEN
F356
31
A9
RESET_
CE_
A10
OE_
A11
A12
WE_
2243
2240
100n
F323
F327
A0
DQ1
A13
A-8V
7201
BC847B
3239
1K
0.7V F396
S12
SGND
7215-B
MC34072
7
4
15
VCC
DQ0
A8
6
4K7
S11
8
1%
F393
3252
D
5
14
1
100n
F386
SL-
10K
SL+
3240
F383
5K6
SGND
10
3237
100n
13
S9
2221
8
7208
32 Am29F002B
MAD(0) 3808-A 47R F312
1
8
MAD(1) 3808-B
2
747R F316
MAD(2) 3808-C 47R F319
3
6
MAD(3) 3808-D 47R
4
5
MAD(4) 3809-D 47R
4
5
MAD(5) 3809-C 47R
6
3
MAD(6) 3809-B 47R
7
2
MAD(7) 3809-A 47R
8
1
120K 1%
D5V
A14
A15
A16
2241
2 VOL+
FOC+
X2
27
VO4-
F404
3256
X2
X2
- +
RAD7209
MC74LCX573
1
NC1
6
NC2
9
NC3
11
NC5
12
VO2+
24
ALE
VRA
F390
11
23
S1V65
+ -
VOLTAGE
CONTROL
VIN3
20
VREF
19
VO3+
18
D5VS
VSL
F438
GND2
MT1
14
X2
10K
3747
F447
1
F342
F346
26
F348
23
F349
25
F354
4
F357
28
F360
29
F364
3
F366
2
F370
30
F373
CE_ WE_
OE_
EN
Vcc
C1
GND
10
1D
MAD(7)
18 3210-B 47R
MAD(6)
17 3210-C 47R
MAD(5)
16 3210-D 47R
MAD(4)
I|O3
15 3211-A 47R
MAD(3)
MA(13)
I|O2
13 3211-B 47R
MAD(2)
MA(14)
3211-C 47R
I|O1 12
MAD(1)
MA(15)
I|O0
11 3211-D 47R
MAD(0)
MA(16)
A14
MA(17)
A13
I|O7
MA(9)
I|O6
MA(10)
I|O5
MA(11)
I|O4
MA(12)
A6
2209
A5
3200
100n
MAD(1)
3
18
3201 47R
MAD(2)
4
17
3202 47R
MAD(3)
5
16
3203 47R
MAD(4)
6
15
3204 47R
MAD(5)
7
14
3205 47R
MAD(6)
8
13
3206 47R
MAD(7)
9
12
3207 47R
F444
3265
SL-
3250
8K2
MRDN
19 3210-A 47R
MA(8)
A7
19
22
MA(7)
A8
F355
C
27 MWRN
A4
MA(0)
A2
MA(1)
A1
MA(2)
GND A0
MA(3)
14
10
MA(14)
9
MA(13)
8
MA(12)
7
MA(11)
6
MA(10)
5
MA(9)
4
MA(8)
3
MA(7)
2
MA(6)
1
MA(5)
26
MA(4)
25
MA(3)
24
MA(2)
23
MA(1)
21
MA(0)
D
E
F
MA(4)
G
MA(5)
MA(6)
MA(7)
47R
0R
PGND
H
OPTION 32
F445
PGND
TRAYOUT
TRAYIN
F306
3748
TRAYSW
5
27
MA(6)
VCC
20
PGND
PGND
PGND
PGND
PGND
F448
17
VO3-
MT
GND3
29 30
28
MT2
FWD
X2
SL+
2250
X2
LOGIC
TRAY
100n
X2
GND1
VO2-
6
MA(4)
MA(5)
100n
7802
CY7C199 28
A3
2
MAD(0)
+9SRVPWR
D3V3
3
2
VIN4
F407VRAO 3254
3251
5
F446
4
25
-
MUTE
15 16 8
1200
VIN5
0R
MUTE
13
TR-
S22
S21
F331
F338
20
PGND
TR+
7
MA(3)
A11
RAD+
26
VO4+
BIAS
REV
TO TRAY
CDL4009
F328
2291
D3V3
100R
G
F324
8
MA(2)
A12
+
7
3742
1K
F433
+ -
VIN2
VFOIN 4
9
MA(1)
0R
0R
F409
F320
16
0R
VIN1
3
10
MA(0)
A9
3257
VFO
VFOO
3244
F317
VSS
F406
F
TRAYSWF
100n
2214
2256 100n
S23
2255 100n
10K
PH-B
I
VCC1
X2
VCC2
VOL-
0R
B
A10
VCC3
3241 F403 1
F313
7240
BA5938FM
PGND
21 10 22
FOC-
12
11
3209
10u
100n
2242
+9SRVPWR
PGND
H
{SL+,SL-}
A17
E
D5V
2208
FWEN
8
6
100n
F311
1R
5
OPTION 83
3889
S6
*
3806
10K
2228
100n
33K 1%
D5V
REFCOS
*
MA(0:17)
ADDRESS BUS
F321
3227
S7
OPTION 82
F301
D5V
1R
1n
120K 1%
COS+
4
9
D3V3
SGND
3224
3284
{SIN-,SIN+,COS+,COS-}
S5
CSRAM
7
5
13
PCSSIN
7225-A
4 NE532D
SGND
3
C
12
S3
2227
2
COS-
D3V3
11
10K
2226
100n
SGND
100n
8
3
SIN-
2
10
REFSIN
1
52207
1220
1
9
2225
SIN+
TO SLEDGE CDM3800
8
{REFSIN,REFCOS,PCSSIN,PCSCOS}
1 3226 2
33K 1%
D5V
A
B
7
F300
3225
S4
6
1R
2
3283
1
{TRAYIN,TRAYOUT,TRAYSWF}
PGND PGND
{VFO,VRA,VSL}
ACTUATOR BUS
{RAD-,RAD+,FOC+,FOC-}
PB CDRW
MAIN-4228-CDR99
3104 123 4228
1
2
3
4
5
6
7
8
9
10
11
12
CL06532018_078.eps
010300
13
I
1200 H1
1220 B1
2208 B10
2209 F11
2214 I3
2221 D1
2224 D6
2225 A4
2226 A5
2227 A5
2228 B5
2229 C5
2240 D5
2241 E4
2242 E3
2243 D6
2250 H8
2255 I1
2256 I1
2291 C12
3200 F10
3201 G10
3202 G10
3203 G10
3204 G10
3205 G10
3206 G10
3207 G10
3209 F10
3210-A D12
3210-B D12
3210-C D12
3210-D D12
3211-A D12
3211-B D12
3211-C D12
3211-D E12
3224 B4
3225 A4
3226 A5
3227 B4
3228 B5
3229 C4
3237 D4
3239 D4
3240 D4
3241 F3
3244 F3
3250 G8
3251 G8
3252 D5
3253 D5
3254 F5
3256 F5
3257 G5
3265 H5
3283 B9
3284 B10
3742 G3
3747 H3
3748 I3
3806 B9
3808-A B9
3808-B C9
3808-C C9
3808-D C9
3809-A C9
3809-B C9
3809-C C9
3809-D C9
3889 B12
7201 D4
7202 D4
7208 B10
7209 F10
7215-B D6
7225-A A4
7225-B C4
7240 E4
7802 C11
F300 A5
F301 B5
F306 I4
F311 B10
F312 B9
F313 B10
F316 B9
F317 B10
F319 C9
F320 C10
F321 C12
F323 C9
F324 C10
F327 C9
F328 C10
F330 C9
F331 C10
F337 C9
F338 C10
F341 C9
F342 C10
F346 C10
F348 D10
F349 D10
F353 D9
F354 D10
F355 F10
F356 D9
F357 D10
F360 D10
F364 D10
F366 D10
F370 E10
F371 C2
F373 E10
F374 C2
F379 C2
F381 C2
F383 D2
F386 D2
F389 D5
F390 F9
F391 D7
F393 D4
F396 D3
F403 F3
F404 F5
F406 F3
F407 F5
F409 F3
F433 G3
F438 G8
F444 H5
F445 H5
F446 H1
F447 H1
F448 I1
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 37
CDR MAIN BOARD - CIRCUIT DIAGRAM 4 : MACE BE-PROCESSOR TESTPOINTS
9
F335
PCSCOS
22n SGND
SGND
2278
2n2
VssDp1 56
VddDp1 57
VssDp2 95
VddDp2 96
43
VssDp4
VssDp3
31
VddDp3 44
32
100n
11
VssDp5
VddDp4
2277
2276
100n
12
VddDp5
2275
100n
100n
VssDp6 68
21
VssDc2
VddDp6 69
22
VddDc2
VssDc1 82
5202
100n
109
VssAs
VddDc1 83
BLM21
2273
F303
110
VddAs
2274
5201
119
VssAop
2272
100n
BLM21
F302
120
VddAop
MON_D 73
MON_A 74
CLKOUT 76
DEB_OUT 75
23
3 3235-C6 47R MA(16)
S10
F351
72
Slegde
control
SL
S13
10K DESIGN_TEST2
F358 80
RP
D3V3 83247-A 1
3297
F362 70
RA
3K3
10K
D3V3 73247-B 2
F367 81
TL_FTL
3295
71
Radial
control
FO
Port
ROM
2
Focus
control
3K3
8051
3255
F382
92
D3V3
DEFOn
core
Defect
detector
DEFIn
F385
115
FTCH
F387
116
FTCL
79
RAM
Track
counter
OTD
Port
0
3218
10K
A15
52
1 3271-A8 47R MA(15)
A14
51
2 3271-B7 47R MA(14)
A13
50
3 3271-C6 47R MA(13)
A12
49
4 3271-D5 47R MA(12)
A11
48
1 3273-A8 47RMA(11)
A10
47
2 3273-B 7 47RMA(10)
A9
46
3 3273-C6 47R MA(9)
A8
45
4 3273-D5 47R MA(8)
AD7
65
3222-A
MAD(7)
AD6
64
3222-B 47R
MAD(6)
AD5
63
3222-C 47R
MAD(5)
AD4
62
3222-D 47R
MAD(4)
AD3
61
3223-A 47R
MAD(3)
AD2
60
3223-B 47R
MAD(2)
AD1
59
3223-C 47R
MAD(1)
AD0
58
3223-D 47R
MAD(0)
3291 56K
F392
106
D1|MIRN
3290 68K
F394
107
D2|TLN
REN
3289 56K
F397
108
D3|REN
FEN
3288 56K
F399
111
D4|FEN
112
S1
113
S2
SFR
53
F398
3260 47R
EAn
55
F400
3234 F450
DSDen
78
RSTI
98
NC1
2
NC2
3
NC3
36
NC4
37
PSENn
System
Signal
cond.
Dx
interface
ADC/
AGC
ref.
Laser
control
OPC
I
WC_
PB CDRW
MAIN-4228-CDR99
3104 123 4228
4
I2CSCL
PSENN
F401
1K
D3V3
F
F451
MRST_P
3261
BE_RESET
0R
F402
PXT2en
INT3|ALEh
INT2
14
13
G
NC8 101
R2
NC7 100
D3V3
10K
1 3242-A8
10K
2 3242-B7
10K
3 3242-C6
10K
4 3242-D5
10K
MRDN
CDR60PLL
F411 HI_POWER
PXT2
15
3238 220R F43216
LASLD
NC6 67
3232
CDR60INT
PXT0
3249 220R F43117
HFS0
WRNH
PXT1
IIS1_MS
D3V3
DSA_STR_CDR 3245 220R F42919
F440
DSA_DATA_CDR 3246 220R F43018
RDNH
10K
F454
FWEN
F453
20
RXD1
33
TXD1
34
F427
3208
INT0_PWD
35
F452 F426
INT1
RXD2
39
LASCK
DSA_ACK_CDR
F425
38
TXD2
40
WRN
MWRN_P
41
F423
RDN
MRDN_P
42
F443
3280 47R
TPWM
F422 84
F436
TEN
F421 85
88
I2CSCL
FOK
89
CLO
OPC_INT
90
F419
F420
I2CSDA
86
SRV_INT_LGR
91
47R
F442 3276 F435
10K
3287
F417 104
P6
IREFT
3281
2283
87
ATT
DEEMP
TERMB
LASCK
3212
MWRN
LASDACCK 220R 4 3248-D 5
LASDACLD
MRDN
LASDD
D3V3
TRAYIN
I2CL
220R 3 3248-C 6
SGND
TRAYOUT
6
3247-C
10K
I2CSCL
LASDACDI
VSS
5
100n
I2CSDA
SCL
220R 2 3248-B 7
SGND
I2DA
MUTE
7
SDA
I2CSDA
LASDD
6
E2
5 F439
220R 1 3248-A 8
I2CL
F434
SGND
VCC
E1
I2DA
3
E0
3
1
2
SGND
8
4
7207
M24C08
2284
100n
D3V3
H
D3V3
10K
3247-D
BLM21
F413
2285
100n
2207
1% 220K F416 114
VRH
F414
5203
F307 100n F415
105
LLP
94
ALPHAO
4
97 LDON
LLP
S2V9
Port 1
ALE
NC5
ATIPin
SGND
Port 3
Port 5
P6
F418
PW
2232
22n
2235
2234
1n
1n
2233
1n
SGND SGND
CALF
77
ATIPSYNC
SGND
ALPHA0
123
124
Uopb
PW
A2
118
CALF
122
Uopt
A2
A1
117
121
A1
E
3213 33R
54
{I2CL,I2DA,LASDD,LASCK,LASLD}
LASLD
FWEN
TERMB
{MRDN,MWRN,ALE}
S19
220R
H
S20
CONTROL BUS
{DSA_ACK_CDR,BE_RESET,DSA_STR_CDR,DSA_DATA_CDR,MUTE,ATT,DEEMP,IIS1_MS,SYS_CLK_BE}
{LASDACDI,LASDACCK,LASDACLD,PW}
{I2CSDA,I2CSCL}
I2C BUS
{OFFTRACK,ATIPSYNC,LLP,HFS0,CDR60INT,CDR60CS,CDR60PLL,SRSTN,DMON}
{TRAYIN,TRAYOUT,TRAYSWF}
1
CL06532018_079.eps
010300
2
3
4
5
D
MAD(0:7)
DATA BUS
47R
ALE
Ex
SGND
G
C
MA(0:17)
10K
SGND
CDR60CS
ADDRESS BUS
93
2217
22n
3749
H0|A16
TLN
MIRN
TS3 103
XDET
OFFTRACK
SGND SGND
DEBON
127
22n 2231
3217
22K
3219
47K
10K
3220
D3V3
10K
22K
S16
47n
82p
2220
2222
{FSR,FSW,S2V9,FEN,REN,TLN,MIRN,RE,ALPHA0,CALF,A1,A2}
F
A-8V
3221
22K
F384
99
4 3235-D5 47R MA(17)
DESIGN_TEST1
F375
VFO
4
F380
TS2 102
2 3235-B7 47R
24
B
CSRAM
3233
7215-A
1
MC34072
F377
TS1
25
H1|A17
2218
100R
8
2
E
2n2
3
D
F361
5
H2|CSDN
ACT_EMFN
CSRAM
100n
VRA
D5V
SELPLL
F304
ACT_EMFP
1
3K3
2287
15K
3215
47p
26
{POWER_UP,KILL_OUT}
1 3235-A8 47R F334
100K
F368
4
H3|CSBN
DMON
TRAYSWF
128
3299
22n
2216
27
Port
3230
F350
2288
VSL
2286
15K
C
3216
SGND
H4
DEBUG
POWER_UP
F326
100K
3231
RE
0R
SRSTN
TERMB
FSW
3807
28
STANDBY
0R
3286
FSR
2230
29
H5
PCS
A
STANDBY
F314
F318
H6
COSPHI
3243-D
5
10K
SINPHI
126
4
3887
REFSIN
TEST
3243-C
6
10K
H7
REFCOS
3
4K7
F329
REFCOS
10K
30
CLOCK
GEN.
D3V3
10K
23243-B 7
SRSTN
4K7
125
1 3243-A 8
R5
14
13
12
3702
8
F325
11
MWRN
B
F322
RAC_SW
SGND
10
3703
REFSIN
PCSSIN
7
10
6
{VFO,VRA,VSL}
9
D3V3
XTLI
7270
SAA7399
8
D3V3
XXTLO
{REFSIN,PCSSIN,REFCOS,PCSCOS}
7
D3V3
F305
SYS_CLK_BE
SYS_CLK_BE
A
6
100n
5
3274
4
2289
3
100K
2
100n
1
6
7
8
9
10
11
12
13
14
I
2207 H4
2216 C2
2217 D2
2218 G12
2220 E2
2222 E1
2230 B3
2231 C4
2232 G2
2233 G2
2234 G2
2235 G2
2272 A8
2273 A8
2274 A9
2275 A9
2276 A9
2277 A10
2278 A10
2283 H6
2284 H5
2285 H5
2286 D3
2287 C3
2288 C3
2289 A6
3208 H9
3212 I5
3213 E12
3215 C2
3216 C2
3217 E2
3218 E2
3219 E2
3220 E2
3221 D2
3222-A D12
3222-B D12
3222-C D12
3222-D E12
3223-A E12
3223-B E12
3223-C E12
3223-D E12
3230 G12
3231 G12
3232 H11
3233 G12
3234 G12
3235-A B12
3235-B B12
3235-C C12
3235-D B12
3238 H10
3242-A H12
3242-B H12
3242-C H12
3242-D H12
3243-A A12
3243-B A12
3243-C A12
3243-D A12
3245 H10
3246 H10
3247-A C4
3247-B C4
3247-C H6
3247-D H5
3248-A H5
3248-B I5
3248-C I5
3248-D I5
3249 H10
3255 D4
3260 F12
3261 F13
3271-A C12
3271-B C12
3271-C C12
3271-D C12
3273-A C12
3273-B D12
3273-C D12
3273-D D12
3274 A6
3276 H8
3280 H9
3281 H7
3286 B4
3287 H7
3288 F3
3289 F3
3290 E3
3291 E3
3295 D3
3297 C3
3299 C3
3702 C13
3703 C13
3749 A6
3807 B12
3887 A12
5201 A8
5202 A9
5203 H3
7207 H3
7215-A D2
7270 A4
F302 A8
F303 A8
F304 A6
F305 A6
F307 H6
F314 A12
F318 B12
F322 B4
F325 B4
F326 B12
F329 B4
F334 B12
F335 B4
F350 C3
F351 C4
F358 C4
F361 C3
F362 C4
F367 C4
F368 C1
F375 D3
F377 D2
F380 D1
F382 D4
F384 D2
F385 E4
F387 E4
F392 E4
F394 E4
F397 F4
F398 F12
F399 F4
F400 F12
F401 G12
F402 F12
F411 H11
F413 H5
F414 H6
F415 H6
F416 H6
F417 H7
F418 H7
F419 H7
F420 H7
F421 H8
F422 H8
F423 H9
F425 H9
F426 H9
F427 H9
F429 H10
F430 H10
F431 H10
F432 H10
F434 I3
F435 H8
F436 H9
F439 I4
F440 H10
F442 H8
F443 H9
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 38
CDR MAIN BOARD - CIRCUIT DIAGRAM 5 : CD ENCODING-DECODING PART
1
2
3
4
7
9
8
10
11
12
13
F522
2362
3365
47n
100R
3363
820R
2318 100n F535 10
HREFHI
79
47R
CDR60LWRT
D5VS
HREFMI
BLM21
5303
2303
100n
2306
100n
2305
100n
2304
100n
100n
2302
2300
77
LASON
PANIC
F542 78
XEFM
DECODER
MODULATOR
CONTROL
2
I S
EFM
MODULATOR
1R5 3335
5
7355-B
74HCT00D
F601
47p
2379
STOPCK
54
F541
FLAG
58
F543
RCK
66
SFSY
SUB
DATA0
{DOBM_CDR,BCLK,WCLK,DATA0,DATA1}
A16
F546
3319
RCK
67
F550
47R
SFSY
65
F552
V4
55
F554
PCAin
51
NC
9
RCKR
F
G
H301
2907
1
560p
2
2908
560p
MOTO1
H
D3V3 D3V3
7
2
7355-A
74HCT00D
PGND
CONTROL BUS {MRDN,MWRN,ALE}
{OFFTRACK,ATIPSYNC,LLP,HFS0,CDR60INT,CDR60CS,CDR60PLL,SRSTN,DMON}
I
SYS_CLK_BE
PB CDRW
MAIN-4228-CDR99
3104 123 4228
1
CL06532018_080.eps
010300
2
3
4
5
E
SUB
33 SDA
34 INT
32 SCL
F589
3317 4K7 CDR60SDA
F597
F591
50 CSi
45 WRi
46 RDi
47 ALE
42 DA0
F595
F586
41 DA1
40 DA2
39 DA3
F585
38 DA4
F584
37 DA5
36 DA6
35 DA7
F583
29 CL1
28 PORE
24 MUXSWI
10K
22 XTLO
21 XTLI
74 MOT1
73 MOT2|T3
3305
F588
1
3
SYS_CLK_BE
3349
7
F600
3316 4K7 CDR60SCL
4
F599 6
PGND
MAD(0:7)
D
47R
CDR60INT
3337
14
CDR60CS
14
10n 2335
2337 100n
3340100K
3380
0R
PGND
1%
PGND
D5VS
2355 100n
MERR
68K
{CDR60LWRT,EFMDATA,EFMCLK,WOBBLE}
I
D5VS
MERRIN
F563
PGND PGND
F540
I2C
MWRN
30
MRDN
MT2
29
MAD(0)
MT1
8
R10
ALE
HALL_W
F577
F594
HALL_V
16
HALL_W
F593
17
FG3
F573
69 T2
5K6
FG2
F571
HALL_V
HALL_U
82R
DATA BUS
3324
18
HALL_U
MAD(1)
0R
D5VS
FG1
GND
SUB-CPU INTERFACE
MAD(2)
+
-
RESET
F592
+
-
7804
BC847B
F575
19
SYST CLOCK
GENERATOR
MAD(3)
3304
VH
MOTOR/
TACHO
INTERFACE
OTD
MAD(4)
3381
20 F570
H BIAS
OPTION 38
OPTION 31
21 F569
CNF
57
PCA
MAD(5)
H3-
+
- ECR
F562 23
A15
DATA1
DMON
7803
BC847B
F566
64
A14
{RCK,SFSY,SUB}
ATPSYC
MAD(6)
H3+
+
-
26
MAD(7)
13
22 F568
DATAI
BCLK
WCLK
W441
SRSTN
NC5
23
F536
I/O
F581
15
PS
F534
60
59
PROC.
CDR60PLL
H2-
WOBBLE
F580
12
WREFHI
F558 25
0R
H2+
PGND
EC
PS
+
-
24
BCLK 61
SUBCODE
3308
11
+
-
REV
2314 100n F553 2
OFFTRACK
10K
NC4
REV
CDR60CL1
F531
DOBM_CDR
47R 4 3382-D5
SYNC
ENCODER
D5V D5VS
26
3325
NC3
6
+
-
WREFMI
OPTION 34
3348 10K
VM1
WREFLO
2315 100n F551 3
WGND
ATIPSYNC
GAIN
CONTROL
2316 100n F549 1
WGND
D5VS
0R
4
14
27
+ -
H1-
1K
5K6
NC2
1R5 3333
3323
2
VM2
DRIVER
28
1K
NC1
RNF
3322
A1
H1+
3347 10K
PGND
7
1
10
F579
3346 10K
H
A2
OPTION 36
9
F572
1330-8
V+
8
F574
1330-5
V5
F578
1330-9
W+
9
1330-10
W10
OPTION 30
F590
1330-7
3341
HALL_I
7
82R
5
25
VCC
3352
PGND
F565
A3
2336 100n
3338 1K 100K
2331 100n
2332 100n
2330 100n
3332 100R
OPTION 37
F564
1330-6
U+
6
F567
1330-4
U4
3331 100R
F561
3
F598
F559
3330 100R
F
7330
BA6856FB
F556
1R5 3334
1%
3339 1K
82R
1330-1 WCOIL
1
1330-2 VCOIL
2
1330-3
UCOIL
3
100n
CDR60CFLG
DATA0
WIN
70 T1
F548
3350
F525
3n3
PGND
F547
1330-11
HALL+
11
F545 6
3315
2317
1R
3351
2333
E
2322
WOBBLE
F544 3n3
47R 2 3382-B7
47R 3 3382-C6
WCLK
and memory processor
EFM CLOCK
GENERATOR
47R
F555
56
CDR60MEAS1
F538 I2SDATAOR 3314
I/O
Error correction
3312
EFMCLK
EBUOUT
DEMODULATOR
EFMDATA
27
LLP
1R5 3336
*
CONN. 1330
TO TURN TABLE MOTOR
Vss9 71
Vss8 62
Vdd9 72
Vdd8 63
Vss5 43
Vdd5 44
Vss6 48
Vdd6 49
Vss3 19
Vdd3 20
Vss10 75
Vss7 52
Vss4 31
100n
1K
EBU
CAPTURE
47R 1 3382-A8
HFGND
3313
EFMDATA
HF DATA
HREFLO
2319 100n F532 14
CFLG 68
BIT
DETECTOR
12 AGCREF
2320 100n F530 11
D
OPTION 39
F518
13 HIN
2321 100n F527
C
MEAS1 80
TEST
33K 1%
HFGND
HFGND
HFGND
IREF
GENERATOR
Vdd7 53
IREF
Vss2 16
F521 8
Vdd4 30
VREF
3309
Vdd2 15
F520 7
F526
39K
3362
HFGND
D5VS
5302
BLM21
F516
F512
CAHF
HFGND
2364 100n
F524
7361
BC847B
7
8
B
HFGND
Vdd10 76
2374
HF2
F513
VEE
1K
7300
SAA7392
F517
Y7
GND
F515
HFGND
WGND
WGND
Vdd1 5
3
17
Z
Y6
3301
3300
6
TEST2 18
Y5
2
4
100n
9
TEST1
1K5
3371
HFGND
S2
E_
Y4
5
BAS216
6373
2375
1
Y2
Y3
10
F519
12
S1
F514
HFS0
47p
15
F523
3370
560R
1n8
Y1
HFGND
F508
11
2359
2372
14
S0
3361
F507
Y0
22R
2368 470p
47R
VCC
13
22K
1K2 1%
7360
16 74HCT4051D
2n2
2369
3360
3368
D3V3
2360
100n
2310
F503
HF
Vss1 4
7370
BC847B
8p2
BLM21
D3V3
2n2
OPTION 45
100n
2K2
C
3376
47R
3377
220R
6375
BAS216
F511
3375
HF1
BAS216
6374 F510
F509
F502
2309
3372
BFS540
A
2n2
7371
BFS540
F506
7373
BFS540
OPTION 40
L5V
2308
HFGND HFGND
F505
7375
22u
100n
2371
2370
1K8
F504
HFGND HFGND
B
3373
18K
3379
27K
22u
100n
2378
3378
100R
5301
22R
F501
3302
A
3303
OPTION 35
F500
G
14
{CDR60MEAS1,CDR60CFLG,CDR60CL1,MERR,MERRIN,HALL_V,HALL_U,HALL_W}
OPTION 41
3374
OPTION 33
22R
6
L12V
L12V
2373
5
6
7
8
9
10
11
12
13
14
1330-1 E1
1330-10 H1
1330-11 E1
1330-2 F1
1330-3 F1
1330-4 F1
1330-5 G1
1330-6 F1
1330-7 H1
1330-8 G1
1330-9 G1
2300 B10
2302 B10
2303 B10
2304 B11
2305 B11
2306 B12
2308 A4
2309 A4
2310 B4
2314 E7
2315 E7
2316 E7
2317 E7
2318 D7
2319 D7
2320 D7
2321 D7
2322 E7
2330 F2
2331 F2
2332 F2
2333 E4
2335 H5
2336 I5
2337 I4
2355 H8
2359 D7
2360 B5
2362 C6
2364 C7
2368 B4
2369 B4
2370 A3
2371 A4
2372 B2
2373 A1
2374 C1
2375 C2
2378 A1
2379 C14
2907 G13
2908 H13
3300 B9
3301 B9
3302 A2
3303 A4
3304 H1
3305 G10
3308 H9
3309 C7
3312 E7
3313 D7
3314 D14
3315 E7
3316 H12
3317 H12
3319 E14
3322 F5
3323 F5
3324 G6
3325 G6
3330 F1
3331 F1
3332 F1
3333 E5
3334 E5
3335 E5
3336 E5
3337 H5
3338 I5
3339 F5
3340 I4
3341 H1
3346 H2
3347 H2
3348 H2
3349 H5
3350 E2
3351 E4
3352 H5
3360 B5
3361 C6
3362 D5
3363 D6
3365 C7
3368 B3
3370 B3
3371 C3
3372 B2
3373 A2
3374 A1
3375 C2
3376 C1
3377 C1
3378 A1
3379 A2
3380 H2
3381 H3
3382-A C13
3382-B C13
3382-C D13
3382-D D13
5301 A5
5302 B10
5303 B10
6373 C2
6374 B2
6375 C1
7300 C8
7330 E2
7355-A H8
7355-B H7
7360 B5
7361 C5
7370 B3
7371 A3
7373 B2
7375 B1
7803 F5
7804 G5
F500 A1
F501 A3
F502 A5
F503 B4
F504 A2
F505 B2
F506 B3
F507 B3
F508 B5
F509 B2
F510 B2
F511 B1
F512 C3
F513 C5
F514 B10
F515 B11
F516 C6
F517 C5
F518 C9
F519 C9
F520 C8
F521 C8
F522 A4
F523 B4
F524 C7
F525 E7
F526 H13
F527 C8
F530 D8
F531 D14
F532 D8
F534 D13
F535 D8
F536 D13
F538 D13
F540 D13
F541 E13
F542 E8
F543 E13
F544 E7
F545 E8
F546 E13
F547 E1
F548 E3
F549 E8
F550 E13
F551 E8
F552 E13
F553 E8
F554 E13
F555 E4
F556 E1
F558 E8
F559 F1
F561 F2
F562 F8
F563 H5
F564 F1
F565 F1
F566 F5
F567 F1
F568 F4
F569 G4
F570 G4
F571 G8
F572 G1
F573 G8
F574 G1
F575 G4
F577 G8
F578 G1
F579 H2
F580 G9
F581 G9
F583 G10
F584 G10
F585 G11
F586 G11
F588 G12
F589 G12
F590 H1
F591 G12
F592 G10
F593 G11
F594 G11
F595 G11
F597 G12
F598 H3
F599 H7
F600 H8
F601 H8
H301 G14
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 39
CDR MAIN BOARD - CIRCUIT DIAGRAM 6 : AUDIO PART (NOT FOR CDR950/951)
7
6
8
9
11
10
12
14
13
13 Y1
27K
13
5
12
6
11
7
10
8
9
8
14
13
F710
12
11
2
4u7
2441
3413
47u
24K
F727
F711
GNDA
16 BCK
10
3408
9
10K
26 VOUTL
2465 12p
27K
3414
47u
8
7405-B
LM833D
7
6
INTERPOLATION FILTER
A8
4
27
1
20
GNDA
GNDA
4u7
2417
F720
10K
5444
F731 1420-5
LEFT
F737
F738
100n
3 Y1
GNDA
100n
H401
2905
1
2903
1
560p
2
560p
2
2906
-5VA
RIGHT
F744
560p
2K2
8
GNDA
+12Vf
F745 3
Z 14
7
6
GNDA
GNDA
7408-A
NJM4556AD
1
8
KILL
3428
+5VX
1 Y1
Z 15
Vss Vee E
8
PB CDRW
MAIN-4228-CDR99
3104 123 4228
7
-5VA
5
6
7
8
9
4
3435
10K
6
GNDA
GNDA
4
6
GNDA
10
GNDA
-8Vf
3436
10K
2460
1n
3411
GNDA
5445
F739 1420-4
4
F743
2430
F753
3433
F748
KILL
3434
2K2
GND_CASE
12
0R
47u
47K
7407-B 16
74HC4053D Vdd
S 10
2 Y0
10K
A20
3432
I
5
H
A25
BLM21
+12Vf
8 7409-B
LM833D
7
3429
F726
1410-3
3 PH-B
BC848B
7411
2K2
-8Vf
3418 = 100R for CDR-MINI
3433 = 100R for CDR-MINI
G
GNDA
F733
3427
4
GNDA
GNDA
120R
2
-5VA
3
A26
2 PH-B
GNDA
2
2n2
2444
BC848B
7410
1410-2
Vss Vee E
F707
100n
2433
-8Vf
74HC4053D Vdd
S 11
12 Y0
13 Y1
-8VA
GNDA
1 PH-B
3424
7407-A 16
2904
560p
KILL
2n2
H402
+5VX
GNDA
0R
F750
BZX284-C5V6
4
F
1410-1
F740
3423
120R
6
3449
2415
GNDA
GNDA
6400
6
-5VA
+12VA
GNDA
7
2445
+12Vb
8
GNDA
7408-B
NJM4556AD
7
1400-13
CONN. 1410
TO HEADPHONE
BOARD
only for CDR-MINI
+12Vf
8
F742
Vss Vee E
GNDA
5
Z 4
13
GNDA GNDA
7413
BC848B
2443
BLM21
100n
2434
-8VA
BLM21
SEL_HP_OUT
1400-14
A21
GNDA
GNDA
GNDA
Vdd
S 9
5 Y074HC4053D
7412
BC848B
2425
-8Vf
3419
2431
+12VA
F736
5414
+12Vf
2435
100n
2401
F735
KILL
2K2
10K
2463 12p
10K
14
2442
F741
3420
7407-C 16
1400-8
GND_CASE
F732
0R
-8Vf
3421
GNDA
5413
4
0R
3448
+5VX
+5VA
3418
47u
2
A19
100n
BLM21
2424
1
-8Ve
2421
100n
2422
F728
5406
-8VA
E
KILL
8
47K
-8Vb
7409-A
8 LM833D
3
CONN. 1400
TO I/O BOARD
5
BLM21
+5VX
330R
100n
2464 12p
F734
3450
4R7
D
-8Ve
3416 27K
A4
F729
F714
2406
2407
21
+12Vf
5404
GNDA 100u
C
VOUTR 24
DAC
DAC
VSSD VSSDAC VSSAD TEST1 TEST2
11
GNDA
1
GNDA 100n
2419
PEAK
DET
0R
5407
H
L3DATA 15
SYSCLK 12
DSP FEATURES
GNDA GNDA
-8VA
BLM21
L3MODE 13
L3-BUS
INTERF
19 DATA1
23 QMUTE
F730
G
DIGITAL
INTERF
NOIS SHAPER
F721
GNDA
1n
A2
BLM21
2414
L3CLOCK 14
GND_CASE
5401
B
OVERFL 9
3447
GNDA
F
AGCSTAT 22
DECIMATION FILTER
17 WS
A7
-8Ve
3409 27K
3415
-5VA
BLM21
100n
18 DATA0
100R
2411
+12Ve
A6
100n
IIS_DATA_A1
IIS_WS_A1
IIS_BCLK_A1
NMUTE
IIS_DATA_A0
L3_CLK
L3_DATA
F709
3407
4
6
7
GNDA
L3_MODE
220R
100n
47u
3405
2404
4
3
15
7405-A
LM833D
1
A
GNDA GNDA
270p
8
14
VINR1 4
270p
270p
2451
5447
BLM21
15
3
27K
2438
Z 14
Vss Vee E
2
0dB/6dB
SWITCH
1n
F723
1400-11
11
Vdd
S 11
3451
GND_CASE
1420-3 F717
7
47K
1n
RIGHT12 Y074HC4053D
6
16
VINR2 8
F702
DIGITAL MIXER
GNDA
16
5
7401-A 16
GNDA
4
1
ADC1R
0dB/6dB
SWITCH
DIGITAL AGC
F706
GNDA
GNDA
+5VX
-5VA
3
8
3412
6
7
GNDA
2
2448
INT_COPY_ANA
10K
Z 15
Vss Vee E
8
3
F713
3410
1 Y1
2
5
GNDA
+5VA
GND_CASE
1400-10
2447
A3
7401-B 16
GNDA
10
E
GNDA
1n
-5VA
1420-2 F716
D
GNDA
GNDA
GNDA
+5VX
Vdd
S 10
2 Y074HC4053D
C
47u
1
6
GNDA
BLM21
2446
7
24K
F724
ADC1L
+12Ve
GNDA
ADC2R
ADC2L
D3V3
F708
3891
270p
8
3404
0dB/6dB
SWITCH
PGA
3422
1
2450
Vss Vee E
5446
1420-1 F712
2440
F703
GNDA GNDA
BLM21
PGA
10K
Z 4
A5
0dB/6dB
SWITCH
2 VINL1
10K
3 Y1
9
27K
2437
S 9
6 VINL2
+12Ve
3892 F719
F704
5 Y0
F700
5403
+12VA
100n
LEFT
3452
7401-C 16
74HC4053D Vdd
4R7
7406
28
7
25
3
10
UDA1341TS 5
VADCN VADCP VDDDAC VDDAD VDDD VREF
+5VX
7801
bso16e127rs375
3439
GNDA
2405
0R
A1
1400-9
3403
3886
3402
GNDA
47K
CONN. 1400
TO I/O BOARD
GNDA
F718
100R
100n
+5VA
D3V3
D3V3
F715 3441
GNDA 2413
1n
F701
B
SYS_CLK_11B
2402
+5VX
A
I2C BUS
{IIS_DATA_A0,IIS_DATA_A1,IIS_WS_A1,IIS_BCLK_A1,SYS_CLK_11B,L3_MODE,L3_CLK,L3_DATA,NMUTE}
IIC_DATA
IIC_CLK
{IIC_CLK,IIC_DATA}
2408
5
4
100u
3
2
2409
1
1400-12
I
A22
GNDA
GNDA
12p
11
GNDA only
12
for CDR-MINI
CL06532018_081.eps
010300
13
14
1400-10 C1
1400-11 D1
1400-12 I14
1400-13 F14
1400-14 E14
1400-8 E14
1400-9 B1
1410-1 G14
1410-2 G14
1410-3 H14
1420-1 B1
1420-2 C1
1420-3 D1
1420-4 H14
1420-5 E14
2401 F2
2402 A8
2404 B6
2405 B8
2406 A13
2407 A13
2408 A14
2409 A14
2411 C8
2413 A12
2414 A11
2415 G2
2417 D8
2419 A12
2421 F7
2422 F2
2424 E12
2425 G13
2430 I12
2431 H13
2433 H3
2434 F6
2435 F7
2437 B4
2438 D4
2440 B3
2441 D3
2442 F13
2443 I13
2444 E13
2445 I13
2446 C1
2447 E1
2448 D1
2450 B2
2451 D2
2460 I11
2463 F11
2464 D8
2465 C8
2903 G7
2904 H7
2905 G5
2906 H5
3402 A6
3403 A4
3404 B4
3405 B5
3407 B10
3408 C7
3409 C8
3410 C3
3411 A14
3412 C4
3413 D4
3414 D4
3415 D7
3416 D8
3418 E12
3419 F12
3420 F11
3421 F11
3422 F12
3423 G12
3424 G12
3427 H12
3428 H12
3429 I12
3432 I10
3433 I12
3434 I12
3435 I11
3436 I11
3439 A12
3441 A12
3447 E3
3448 F10
3449 H10
3450 H2
3451 D4
3452 B4
3886 A2
3891 D12
3892 D12
5401 F2
5403 B7
5404 G2
5406 E7
5407 E2
5413 F5
5414 F7
5444 E13
5445 H13
5446 B1
5447 D1
6400 H2
7401-A D3
7401-B C3
7401-C B3
7405-A B8
7405-B D8
7406 A11
7407-A G9
7407-B I9
7407-C F9
7408-A H11
7408-B F11
7409-A E11
7409-B I11
7410 G13
7411 H13
7412 F13
7413 I13
7801 B6
F700 B8
F701 A6
F702 A14
F703 B6
F704 B1
F706 C5
F707 H7
F708 A13
F709 B8
F710 B7
F711 C7
F712 B1
F713 C3
F714 G2
F715 A11
F716 C1
F717 D1
F718 A12
F719 D12
F720 D8
F721 D6
F723 D1
F724 B4
F726 I9
F727 D4
F728 E7
F729 E2
F730 E11
F731 E13
F732 E13
F733 H13
F734 F2
F735 F6
F736 F7
F737 F9
F738 F10
F739 H13
F740 G13
F741 F12
F742 G10
F743 I13
F744 G9
F745 H11
F748 I12
F750 H3
F753 I13
H401 G7
H402 G6
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 40
CDR MAIN BOARD - CIRCUIT DIAGRAM 7 : POWER PART TESTPOINTS
1
2
3
4
5
6
7
8
9
10
11
12
13
14
1
5556
P12VKILL
+5VA
F800
F801
F803
47u
1
3533
D3V3
100n
2537
GND
2504
F802
2
OUT
2535
2536
IN
100n
3
1A
MP
A
100K
3570
2
7535
LD1117
100R
A
1542
11.8V
BAS216
220u
2568
100u
6553
BLM21
3
11.8V
BC857B
7560
BC857B
7561
14
F804
KILL
1543
D5VS
F807
3531
3560
-8VA
C
100K
KILL_OUT
5555
1A
MP
BLM21
P12V
220u
F825
7549
BC847B
-8VA
12VPWR
12VCP
13
F826
A-8V
F824
BLM21
2558
100u
2561
100n
10
F830
12
5551
7556
MC79L05ABD
2
3552
3
47K
6 IN
OUT
4
3
F812
8
7521-A
MC34072
1
4
2556
5
G
11
7526
BC847B
22u
F491
3546
F846
F836 100R
2
12VCP
2551
F838
L-5V
GND
11.8V
100n
G
5V
10V
5.2V
2562
7522
BC857B
5.2V
F
NC 8
7
3545
6R8
1 F829
2557
12R
100n
F843
3544
47K
5V
3567
22K
L12V
-8VA
BLM21
100n
2575
12R
3541
E
F832
+9SRVPWR
OUT
2574
10K
11V
GND
F841
47u
3557
F831
7528
BC847B
3542
100K
+5VA
1K2
F842
7525
BC857B
100K F818
10n
F845
9
7558
L78M09
2555
100n
2577
5709
3555
0.7V
2n2
2502
GND_CASE
3566
12VPWR
IN
BLM21
GND_CASE
F840
F844
10K
5503
3556
BLM21
2n2
2501
11
BLM21
POWER_UP
3540
10K
8
BCP69
7527
3554
5502
5501
100n
F839
14
F828
12VPWR
7
GNDA
9
F827
2565
100n
2571
5542
BLM21
GND_CASE
10
D
F821
100n
2572
5500
2n2
2500
8
1541
+12VA
F822 F823
7
5541
BLM21
2547
VDC1
100u
VFTD
F817
2548
F816
3
100n
2
6
EH-B
3532
6
2541
F815
5
E
7562
BC847B
7563
BC847B
7524
BC847B
VDC2
1
4 F820
FROM
PSU
2546
BLM21
F811
P12VKILL
1500
D
3539
10K
F
L5V
0.7V
5K6
F813
F814
3538
5
F810
5546
5K6
7520
STD17N05
2
1
47u
3536
100K
10K
3537
0.7V
F809
B
F806
7523
BC847B
C
POWER_UP
F808
4
-8V during
normal
operation
100K
P12V
3
TO DISPLAY BOARD
3559
47u
2543
1A
MP
100n
2544
D5V
5K6
F805
3562
5544
5K6
5543
B
H
F496
23.2V
6501
BAV99
2563
100n
100n
2550
2553
100n
100n
6500
BAV70W
27.5V
F499
F492
2507
10u
F819
P12V
5554 F498
3550
47u
100R
FS30V
F497
27.4V
2505
10u
2506
33n
H
3547
12VCP
15K
12VCP
3548
47K
2552
1n
5
5V
I
8
F835
3553
7521-B
MC34072
7
4.5V
3549
F834 100R
6
3551
3K3
4
4.6V
100R
7548
BC847B
2508
F494
2509
F493
F837
5.2V
100n
F495
17.8V
6502
BZX284-C22
100n
7529
BC857B
+5VA
{POWER_UP,KILL_OUT}
6554
BAV99
4.6V
I
PB CDRW
MAIN-4228-CDR99
3104 123 4228
CL06532018_082.eps
010300
1500 D1
1541 D4
1542 A4
1543 B4
2500 E2
2501 F1
2502 F2
2504 A11
2505 H12
2506 H12
2507 H9
2508 I8
2509 I8
2535 B5
2536 B4
2537 B5
2541 D5
2543 B4
2544 B4
2546 C7
2547 F6
2548 D5
2550 H8
2551 G4
2552 H3
2553 H8
2555 F12
2556 G13
2557 F14
2558 F12
2561 F11
2562 H8
2563 H8
2565 D6
2568 A5
2571 D3
2572 E2
2574 E8
2575 E9
2577 F2
3531 C12
3532 C12
3533 A13
3536 C6
3537 C6
3538 C4
3539 D5
3540 E10
3541 F6
3542 E6
3544 F3
3545 G4
3546 G4
3547 H5
3548 H6
3549 I7
3550 H10
3551 I6
3552 F5
3553 I6
3554 E5
3555 E5
3556 E4
3557 F4
3559 B12
3560 B14
3562 B13
3566 E10
3567 E11
3570 A12
5500 D2
5501 E2
5502 E2
5503 E2
5541 D4
5542 D4
5543 B3
5544 B3
5546 C7
5551 F11
5554 H10
5555 D6
5556 A5
5709 F2
6500 G11
6501 G9
6502 I11
6553 A11
6554 H9
7520 C6
7521-A G4
7521-B I6
7522 H5
7523 C6
7524 C5
7525 E11
7526 G5
7527 E5
7528 F4
7529 I8
7535 A4
7548 I8
7549 F11
7556 F13
7558 E8
7560 B12
7561 B14
7562 C13
7563 C12
F491 G5
F492 H8
F493 I7
F494 I8
F495 I9
F496 H8
F497 H10
F498 H10
F499 H
F800 A
F801 A
F802 A
F803 B
F804 B
F805 B
F806 C
F807 C
F808 B
F809 B
F810 C
F811 C
F812 H
F813 C
F814 C
F815 D
F816 D
F817 D
F818 E
F819 H
F820 D
F821 D
F822 D
F823 D
F824 F
F825 F
F826 F
F827 E
F828 E
F829 F
F830 F
F831 F
F832 E
F834 I
F835 I
F836 H
F837 I
F838 G
F839 E
F840 E
F841 E
F842 E
F843 F
F844 E
F845 F
F846 H
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 41
CDR MAIN BOARD - CIRCUIT DIAGRAM 8 : TEST & CONNECTOR PART
1
2
3
4
5
6
7
8
9
{SEL_HP_OUT,INT_COPY_ANA,SYS_CLK_11B,L3_MODE,IIS_BCLK_A0,IIS_WS_A0,IIS_DATA_A0,IIS_BCLK_A1,IIS_WS_A1,IIS_DATA_A1,L3_DATA,L3_CLK,NMUTE,PROF_EBU}
{EXT_DIG_IN,DIG_OUT_C,EXT_OPT_IN,DISPL_INT,SYS_RESET,DSA_DATA_CD,DSA_ACK_CD,DSA_STR_CD,KEY_PRESSED,IIS_DATA_CD,IIS_WS_CD,IIS_BCLK_CD,DOBM_CD,SYS_CLK_8W,DIG_IN2,KILL}
{DSA_ACK_CDR,BE_RESET,DSA_STR_CDR,DSA_DATA_CDR,MUTE,ATT,DEEMP,IIS1_MS,SYS_CLK_BE}
{CDR60MEAS1,CDR60CFLG,CDR60CL1,MERR,MERRIN,HALL_V,HALL_U,HALL_W}
1830-1
A
{REFSIN,REFCOS,PCSSIN,PCSCOS}
DSA_DATA_CDR
1
DSA_ACK_CDR
2
DSA_STR_CDR
3
CONN. 1820
TO I/O BOARD CDR950/951
1820
2601
2600
4
1
10n
10n
2
B
3
4
3901 0R
IIS_DATA_CD
1831
IIS_WS_A0
6
IIS_BCLK_A0
2603
10n
GND_CASE
8
IIS_DATA_A0
9
IIS_WS_A1
GND_CASE
1812-1
52207
1 CDR60CL1
10
2 CDR60CFLG
11
IIS_BCLK_A1
3CDR60MEAS1
IIS_DATA_A1
4
2604
2605
10n
10n
MERR
6
MERRIN
HDCD
7
HALL_U
16
LEVEL_A0
8
HALL_V
17
LEVEL_A1
9
HALL_W
18
LEVEL_A2
10
PCSSIN
11
PCSCOS
19 DSA_COPY 3902
0R
20
21
DSA_DATA_CD
D3V3
KILL
23
PROF_EBU
25
3905
1818
INT_COPY_ANA
1
26
EXT_DIG_IN
DIG_IN2
PH-B
2
PH-B
RXD_TOOL
TXD_TOOL
D
DIG_OUT_C
EXT_OPT_IN
5
6
30
7
D3V3
1
BKPT
2
DSCLK
DSI
4
TDSO
TRACE99_RxD
5
TCK
TRACE99_TxD
6
D5V
4
29
1819
D3V3
3
3
27
28
3907
L3_MODE
100R
GND_CASE
NMUTE
22
24
10n
4K7
100R
2606
3909
15
SYS_RESET
3908
3904
4K7
14
C
SGND
5
D5V
GND_CASE
GND_CASE
4K7
13
E
B
SEL_HP_OUT
5
12
D
GND_CASE
GND_CASE
3900 0R
7
C
A
1812-1 C4
1818 E3
1819 E4
1820 A1
1830-1 A4
1831 B7
2600 B6
2601 A8
2603 B6
2604 C8
2605 C6
2606 C6
3900 B1
3901 B1
3902 D1
3904 C1
3905 E1
3907 E5
3908 E5
3909 E5
TERMB
F
7
CLK_OUT
8
WRITE_TOGGLE
9
RESET_MIN
E
F
TERMB
PB CDRW
MAIN-4228-CDR99
3104 123 4228
{BKPT,DSCLK,DSI,HDCD,LEVEL_A0,LEVEL_A1,LEVEL_A2,RXD_TOOL,TXD_TOOL,TCK,TRACE99_RxD,TRACE99_TxD,TDSO}
CLK_OUT
1
2
3
4
5
6
7
8
9
CL06532018_041.eps
290200
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 42
CDR MAIN BOARD - CIRCUIT DIAGRAM 9 : DASP MASTER PROCESSOR TESTPOINTS
1
2
3
4
5
6
7
8
9
10
11
13
12
{RAS0,CAS0,CAS1,DRAW_RW,F_READY,CSFLASH,F_RW,RESET_MIN}
F_READY
A(1:20)
F900
1701-1
1
1701-2
2
{POWER_UP,KILL_OUT}
{BKPT,DSCLK,DSI,HDCD,LEVEL_A0,LEVEL_A1,LEVEL_A2,RXD_TOOL,TXD_TOOL,TCK,TRACE99_RxD,TRACE99_TxD,TDSO}
A
{EXT_DIG_IN,DIG_OUT_C,EXT_OPT_IN,DISPL_INT,SYS_RESET,DSA_DATA_CD,DSA_ACK_CD,DSA_STR_CD,KEY_PRESSED,IIS_DATA_CD,IIS_WS_CD,IIS_BCLK_CD,DOBM_CD,SYS_CLK_8W,DIG_IN2,KILL}
A
I2C BUS
{IIC_CLK,IIC_DATA}
1702
EH-B
GPIO7|SIZ1
A17
13
4 3821-D5 47RA(17)
VFTD
100R 101
R|W
A18
14
3 3821-C6 47RA(18)
VDC1
102
TS_
A19
16
2 3821-B7 47RA(19)
A20
17
1 3821-A8 47RA(20)
3711
47p
2767
47p
2769
47p
100n
47p
2707
F944
3757
KEY_PRESSED
F972 3816
470R
12
13
GND_CASE
2n2
2n2
2773
F949
9
10
F948
F952
11
12
H
13
14
15
F958 F959
16
R4
17
LEFT
4K7
18
7707
BC848B
19
RIGHT
I
20
KILL
8
G
8
F962
21
2741 47p
SYS_CLK_8W
7
2743 47p
9
CONN. 1708
TO CD MAIN
BOARD
CDR775/776
7
2742 47p
10
D5V
F961 3770
5
6
2740 47p
3836 47R
SYS_RESET
F945
47R F946
2737 100n
IIS_BCLK_CD
3751 4K7
3815
3834 47R
47R
F
4
+12VA
3833 47R
7706-B
74LV74D
14
3
3832
D5V
IIS_WS_CD
7
47R F943
3831 47R
IIS_DATA_CD
DOBM_CD
2
2736 100n
3826
100R
SYS_CLK_8W
H700
1708
3830 47R
R9
F934-4
1
3829
2739 47p
2725 100n
DSA_ACK_CD
3753
0R
47p
2774
3712
10K
3726
SYS_CLK_BE
6
11
470R
3704
3812
D(31)
D(29)
D(28)
D(27)
D(26)
D(25)
D(24)
D(23)
D(22)
A9
DSA_STR_CD
3
1
47R F942
L3_DATA
100R
1
F938
2902 560p
5
3
E
CONN. F934
TO DISPLAY
BOARD
2
2731 47p
3716
10K
A10
D(21)
D(20)
D(19)
D(18)
D(17)
A11
9 F934-1
2901 560p F906
2733
3828
3835 47R
2
DISPL_INT
{DOBM_CDR,BCLK,WCLK,DATA1,DATA0}
BE_RESET
4
V7706
10 F934-9
4
L3_CLK
2712
7706-A
74LV74D
8 F934-10
DSA_DATA_CD
1433n
SYS_CLK_16W
7F934-8
3758 100R
V7706
D3V3
6 F934-7
47R
2735 47p
F971
3715
F928
2734 47p
F970
55
1 3822-A8 47R 28 D15
3 3822-C6 47R 31 D13
4 3822-D5 47R 34 D12
2 3823-B7 47R 36 D11
1 3823-A8 47R 35 D10
4 3823-D5 47R 30 D8
3 3823-C6 47R 32 D9
4 3824-D5 47R 46 D7
3 3824-C6 47R 43 D6
2 3824-B7 47R 41 D5
1 3824-A8 47R 39 D4
1 3825-A8 47R 37 D3
2 3825-B7 47R 40 D2
3 3825-C6 47R 42 D1
4 3825-D5 47R 45 D0
73 SDATAI4|GPIO12
F957
54 3725 100R
GPIO6|CS3
F927
47p
NMUTE
GPIO5|CS2
GPIO23 122 3728 100R
D(16)
IIS_WS_A1
F969
R8
IIS_DATA_A1
3743 47R 72 LRCK4|GPIO11
3814 47R 71 SCLK4|GPIO10
F985
IIS_BCLK_A1
IIS_DATA_CD
IIS_WS_CD
F956
F955 F984
IIS_DATA_A0
IIS_BCLK_CD
F973 F986
110 SDATA3|GPIO20
109 LRCK3|GPIO19
108 SCLK3|GPIO18
3894-C 47R 67 SDATAO2
3894-B 47R 66 LRCK2
F974
3894-A 47R 65 SCLK2
F982 F975
F983
IIS_WS_A0
DATA0
DATA1
WCLK
BCLK
DOBM_CD
PROF_EBU
EXT_OPT_IN
EXT_DIG_IN
DIG_OUT_C
DOBM_CDR
IIC_CLK
DIG_IN2
IIC_DATA
F953
L3_MODE
DEEMP
D(16:31)
IIS_BCLK_A0
77 SDATAI1
3898-C 47R 78 SDATAO1
F954
3898-B 47R 76 LRCK1
A13
3898-A 47R 74 SCLK1
111 EBUIN4|GPIO21
3903
A12
0R
51 EBUIN3
48 EBUOUT2|GPIO2
49 EBUIN2
47 EBUOUT1
79 EBUIN1
136 SCL
135 SDA
52 TOUT1|GPIO3
3735
47R
134 TOUT2|GPIO30
132 TIN2|GPIO29
53 TIN1|GPIO4
D3V3
D3V3
100R
4K7
3768 4K7
F951
10n
I2C BUS
IIS1_MS
6K8
SYS_CLK_IIW
4
3750
2713
6
5K6
10K
3810
5
47R 68 CL16
3732 47R 69 CL11
3746 15K
0R
CRSEL
3910
XTRIM
DSA_STR_CDR
CROUT
85
121 GPIO22|CLKOUT
88
+12VX
7705-B
8
MC34072
3811 7
R6
D(30)
CRIN
2 3822-B7 47R 29 D14
87
4K7
3764
60
56
F756
3765
CS1|GPIO9
DRAMW
3771
4R7
150p
CSFLASH
CLK_OUT
F978
F979
3745 270K
ATT
24
3894-D
F977
CLK_SYS
D3V3
18
20
F934-5
5 F934-6
1 F934-2
MUTE
CS0_
D
7
GND_CASE
GND_CASE GND_CASE
SYS_RESET
A27|CS7|WE0|GPIO0
6
2 F934-3
D3V3
CAS0
SYS_CLK_16W
F976
5
VDC2
26 CAS1
25
2722
2723
58
19
10K
3709
3721 100R
A26|CS6|WE1|GPIO1
4
F960
R3
F935
C
3
F936
D5V
1 3820-A8 47RA(16)
RAS1
1704
F929
12
1400-6
7
1
5706
2738 47p
2 3820-B7 47RA(15)
2772
11
DISPL_INT
1400-5
6 1400-7
D5V
1705
47p
10
A15
D5V
IIC_CLK
1400-4
CONN. 1400
TO
I/O BOARD
NOT FOR
CDR950/951
2
2709
A14
3 3820-C6 47RA(14)
D5V
2728 100n
4 3820-D5 47RA(13)
47p
1 3819-A8 47RA(12)
8
2771
7
A13
23
4
47p
A12
2K7
2708
2 3819-B7 47RA(11)
RAS0
3
F907
F932
3714
47R
2727 100n
6
IIC_DATA
A(9)
2726 100n
5
A11
3734
A10
3 3819-C6 47RA(10)
100R F918
4 3819-D5 47R
2 1400-3
F912
BLM21
47p
4
22
47p
2721
10K
3719
10K
A9
1400-1
1400-2
GND_CASE BLM21
3713
47R F920
A16
DRAW_RW
3731
3724
2 3818-B7 47R A(8)
A(5)
GPIO8|SIZ0
F941
2719
10K
2
GPIO17|TT1
1
5
F922
B
6
A23
A24
BLM21
GND_CASE
5707
59
F940
33n
3717
A8
BLM21
4K7
106
F939
2718
150p
3722
1 3818-A8 47R A(7)
99 TRST|DSCLK
5
F914
5705
F921
3720
CAS1
I
10K
3718
1
TDI|DSI
4
100n
GND_CASE
3708
5704
F933
CAS0
{IIC_CLK,IIC_DATA}
F966
A7
HIZ
BB132
10K
3 3818-C6 47R A(6)
GPIO16|TT0
RAS0
BB132
3723
144
TMS|BKPT
F937
CX-11F
33M8688
6701
6702
DSA_STR_CD
A(1)
A6
103 ATM
1707
33n
4 3897-D5 47R
4 3818-D5 47R
97
100R
1M
10K
138
143
105
3727
GND11
133
140
VDD11
119
VDD10
GND10
126
GND9
104
112
VDD9
91
98
VDD8
GND8
GND7
75
82
VDD7
63
VDD6
GND6
70
GND5
50
57
VDD5
38
27
44
VDD4
GND4
VDD3
GND3
33
15
21
VDD2
GND2
3
GND1
VDD1
9
86
OSCVDD
OSCGND
89
PLLGND
90
93
NC
PLLVDD
92
115
PP7|PST3
114
113
PP6|PST2
PP5|PST1
107
120
PP4|PST0
PP3|DDATA3
118
PP2|DDATA2
117
PP1|DDATA1
116
123
PP0|DDATA0
124
TXD1|GPO24
137
A1
A5
96
100n
2770
EXT_DIG_IN
RESET_MIN
SUBR|GPIO15
F924
2
3
47R
1 3897-A8 47R A(4)
F925
47R
1
2768
F931
GND_CASE
3706
EXT_OPT_IN
142
TCK
F913
DIG_OUT_C
DEEMP
A0|GPIO31
R1
BLM21
BLM21
A4
100
F_RW
F967
33n
2766
33n
2765
2764
100n
33n
2763
2762
100n
2761
100n
2752
100n
2706
100n
2704
100n
2751
100n
47u
2760
1u
2703
2750
F903
F930
5702
F901
GND_CASE
5703
SFSY|GPIO14
3763
INT_COPY_ANA
D3V3 D3V3
F968
1u
10n
2717
2716
5701
BLM21
47u
5710
LEVEL_A2
DSA_DATA_CD
LEVEL_A1
HDCD
LEVEL_A0
KILL_OUT
KEY_PRESSED
F_READY
TRACE99_TxD
F992 F965
STANDBY
125 3813
127 100R
F909
F910
128
129
BLM21
2 3897-B7 47R A(3)
0R
3729
SEL_HP_OUT
D3V3
D3V3
D3V3a
3701 100R
V7706
BLM21
5715
3 3897-C6 47R A(2)
4K7
F757
H
D5V
141
3769
SYS_RESET
POWER 7705
139
TDSO
D3V3
DSA_ACK_CDR
+12VX
A2
F923
F926
DSCLK
3744 270K
G
DSI
2714
F
{SEL_HP_OUT,INT_COPY_ANA,SYS_CLK_IIW,L3_MODE,IIS_BCLK_A0,IIS_WS_A0,IIS_DATA_A0,IIS_BCLK_A1,IIS_WS_A1,IIS_DATA_A1,L3_DATA,L3_CLK,NMUTE,PROF_EBU}
E
BKPT
150R
A3
100R
F919
94
95
150R
5714
F758
2724 F917
3710 100R 83
F759
3755
2K7
81
3906 4K7
TDSO
F963
RCK|GPIO13
TCK
D
131
TEST3
80
4K7
64
+12VA
3752
EXT_DIG_IN
MUTE
RXD1|GPI24
TEST2
3756
SUB
130
TEST1
62
CTS1|GPIO25
3707
F91661
RCK
SFSY
RSTI
RXD2|GPI27
F91584
D3V3
4K7
3762
{RCK,SFSY,SUB}
D3V3
4K7
3761
3760
D3V3
4
7701
DASP
D3V3
D3V3
ATT
TXD2|GPO27
3
C
3766
RESET_
5
IN
NC
GND
F990
10K
7704
MC33464N 1
2
10K
3838
D3V3
4
F905
NC
3
4K7
D3V3
3837
5
CTS2|GPIO28
IN
GND
3767
RTS2|RST0
RESET_
10K
B
D3V3a
RTS1|GPIO26
7710
MC33464N 1
F991 F964
4K7
D5V
2
TXD_TOOL
D3V3
RESET_MIN
DSA_DATA_CDR
10K
3705
D3V3
RXD_TOOL
DSA_ACK_CD
STANDBY
TRACE99_RxD
{DSA_ACK_CDR,BE_RESET,DSA_STR_CDR,DSA_DATA_CDR,MUTE,ATT,DEEMP,IIS1_MS,SYS_CLK_BE}
22
23
1400-1 B13
1400-2 B13
1400-3 B13
1400-4 B13
1400-5 C13
1400-6 C13
1400-7 C13
1701-1 A13
1701-2 A13
1702 A13
1704 C13
1707 G1
1708 F13
2703 B6
2704 B7
2706 B7
2707 C13
2708 D12
2709 F12
2712 G11
2713 H3
2714 H1
2716 A8
2717 A8
2718 G1
2719 G2
2721 A12
2722 C12
2723 C13
2724 D11
2725 F12
2726 F12
2727 F12
2728 F12
2731 H12
2733 F12
2734 G12
2735 G12
2736 H13
2737 H13
2738 H13
2739 H13
2740 H13
2741 I13
2742 I13
2743 I13
2750 B6
2751 B7
2752 B8
2760 B7
2761 B8
2762 B8
2763 B9
2764 B9
2765 B9
2766 B9
2767 A13
2768 A13
2769 B13
2770 B13
2771 C12
2772 C12
2773 D13
2774 D13
2901 F13
2902 F13
3701 A12
3704 I10
3705 B2
3706 B12
3707 C2
3708 C12
3709 C12
3710 D2
3711 E12
3712 D12
3713 D12
3714 D12
3715 E12
3716 G10
3717 B10
3718 B10
3719 B10
3720 E2
3721 E2
3722 C10
3723 C10
3724 C10
3725 G10
3726 F11
3727 G1
3728 G10
3729 E2
3731 G2
3732 H3
3734 C11
3735 H4
3743 H7
3744 H1
3745 H2
3746 H3
3750 I2
3751 H13
3752 A7
3753 I12
3755 A7
3756 D2
3757 H12
3758 F13
3760 C2
3761 C2
3762 C2
3763 E2
3764 G2
3765 H2
3766 C2
24
CLK_OUT
1
PB CDRW
MAIN-4228-CDR99
3104 123 4228
2
3
4
5
6
7
8
9
10
11
12
13
CL06532018_084.eps
010300
3767 B3
3768 H3
3769 E2
3770 I12
3771 H3
3810 I3
3811 H2
3812 I10
3813 B4
3814 H7
3815 H11
3816 I11
3818-A D10
3818-B D10
3818-C D10
3818-D D10
3819-A E10
3819-B E10
3819-C D10
3819-D D10
3820-A E10
3820-B E10
3820-C E10
3820-D E10
3821-A F10
3821-B F10
3821-C F10
3821-D E10
3822-A H9
3822-B H9
3822-C H9
3822-D H9
3823-A H9
3823-B H9
3823-C H8
3823-D H8
3824-A H8
3824-B H8
3824-C H8
3824-D H8
3825-A H8
3825-B H7
3825-C H7
3825-D H7
3826 G11
3828 G12
3829 G13
3830 G12
3831 G13
3832 G13
3833 H12
3834 H12
3835 G12
3836 H12
3837 B3
3838 B3
3894-A H6
3894-B H6
3894-C H6
3894-D H3
3897-A D10
3897-B C10
3897-C C10
3897-D C10
3898-A H5
3898-B H5
3898-C H6
3903 H5
3906 D2
3910 H4
5701 B6
5702 A12
5703 B12
5704 C12
5705 C12
5706 D13
5707 D12
5710 B6
5714 A9
5715 A9
6701 H1
6702 H2
7701 C3
7704 B2
7705-B H2
7706-A H10
7706-B H10
7707 I12
7710 B2
F934-1 E13
F934-10 E13
F934-2 E13
F934-3 F13
F934-4 F13
F934-5 D13
F934-6 E13
F934-7 E13
F934-8 E13
F934-9 E13
H700 F13
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 43
CDR MAIN BOARD - CIRCUIT DIAGRAM 10 : DASP FLASH & DRAM TESTPOINTS
1
2
3
4
5
6
7
8
9
10
11
12
13
D(16:31)
A
A
{RAS0,CAS0,CAS1,DRAW_RW,F_READY,CSFLASH,F_RW,RESET_MIN}
A(1:20)
B
B
5712
F754
D3V3
F755
D
12
32
E
I|O1
I|O2
I|O3
I|O4
I|O5
I|O6
I|O7
I|O8
I|O9
I|O10
I|O11
NC1
I|O13
NC2
I|O14
NC3
I|O15
RAS_
LCAS_
VSS3
VSS2
UCAS_
VSS1
WE_
OE_
2
D(16)
A(1)
3
D(17)
A(2)
4
D(18)
A(3)
5
D(19)
A(4)
7
D(20)
A(5)
8
D(21)
A(6)
9
D(22)
A(7)
10
D(23)
A(8)
33
D(24)
A(9)
34
D(25)
A(10)
35
D(26)
A(11)
36
D(27)
A(12)
38
D(28)
A(13)
39
D(29)
A(14)
40
D(30)
A(15)
41
D(31)
A(16)
14
RAS0
31
CAS1
A(18)
30
CAS0
A(19)
13
DRAW_RW
A(20)
A(17)
29
7703
Am29LV160BB 37
VCC
25
A0
DQ0
24
A1
DQ1
23
A2
DQ2
22
A3
DQ3
21
A4
DQ4
20
A5
DQ5
19
A6
DQ6
18
A7
DQ7
8
A8
DQ8
7
A9
DQ9
6
A10
DQ10
5
A11
DQ11
4
A12
DQ12
3
A13
DQ13
2
A14
DQ14
1
A15
DQ15|A-1
48
A16
RY|BY_
17
A17
16
A18
9
A19
F980
CSFLASH
26
22 37 42
28
F981
F
11
12
RESET_MIN
D3V3
D3V3
47
NC2
CE_
NC3
OE_
NC4
100n
2711
100u
2710
100n
100n
2700
100n
2715
2702
2701
I|O0
I|O12
11
BLM21
21
VCC3
C
6
VCC2
VCC1
7702
GM71C18163CJ-6 1
17
A(10)
A0
18
A(11)
A1
19
A(12)
A2
20
A(13)
A3
23
A(14)
A4
24
A(15)
A5
25
A(16)
A6
26
A(17)
A7
27
A(18)
A8
28
A(20)
A9
16
A10
15
A11
100u
D3V3
BLM21
5713
29
D(16)
31
D(17)
33
D(18)
35
D(19)
38
D(20)
40
D(21)
42
D(22)
44
D(23)
30
D(24)
32
D(25)
34
D(26)
36
D(27)
39
D(28)
41
D(29)
43
D(30)
45
D(31)
15 F947 3817
C
D
E
F_READY
1K
10
13
14
F
WE_
RESET_
+12VX
BYTE_
3898-D
27
5716
BLM21
VSS1 VSS2
46
3
F_RW
14
6
7708-A
74HC00D
1
V7708
7
7708-C
74HC00D
9
3754
V7708
1K
G
R7
3
7
7708-D
74HC00D
12
F902
F904
2720
14
SYS_CLK_IIW
8
1n
11
14
F950
H
SYS_CLK_11B
10
7
13
7
3780
1K
3759
0R
2
D3V3
H
3999
14
5
V7708
47R
7999
BC848B
4
V7708
7708-B
74HC00D
4
7705-A
MC34072
1
2
2705
100n
V7708
G
8
100K
I
I
WRITE_TOGGLE
PB CDRW
MAIN-4228-CDR99
3104 123 4228
CL06532018_085.eps
010300
1
2
3
4
5
6
7
8
9
10
11
12
13
2700 B5
2701 B5
2702 B5
2705 G7
2710 B10
2711 B10
2715 B5
2720 H9
3754 H7
3759 I7
3780 I10
3817 E10
3898-D F12
3999 G12
5712 B9
5713 B4
5716 G7
7702 C3
7703 C9
7705-A G11
7708-A G8
7708-B G7
7708-C H10
7708-D H7
7999 G12
F754 B4
F755 B10
F902 H7
F904 H7
F947 E10
F950 H11
F980 F9
F981 F9
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 44
CDR MAIN BOARD - TOP VIEW
CL06532018_044.eps
290200
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 45
CDR MAIN BOARD - BOTTOM VIEW
CL06532018_045.eps
030300
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 46
CDR-Mainboard Version 4228.7
CDR MAIN BOARD - CIRCUIT DIAGRAM 1 : AEGER, EFMTIM, FORWARD SENSE CIRCUIT TESTPOINTS
1
2
3
4
5
6
7
8
9
10
11
12
13
14
ACTUATOR BUS
ACTUATOR BUS
{RAD+,FOC+,FOC-,RAD-}
CAHF
CAHF
{I2CSDA,I2CSCL}
I2CBUS
I2CBUS
DALPHA
DALPHA
F147
L5V
F235
L-5V
IW
37
3
G
2
F246
EPONRC
TLN
WPONRC
FEN
F240
REN
5
4
3049
34
38
29
10K
3130
SGND
H
3004
680R
3107
120R
0R
10n
2039
4K7
4K7
3079
16K
3K9
FSRS
FSWS
ALS
AINTON
ASTROBE
ERON
9
E5V
F199
14
F251
15
2059 F252 3055 16
1K
E
11
CDRW
L12V
47
46
CDR
45
44
F220
43
F222
VPLUS
WPONO
LWRT
DP0
VDD2
CDR60LWRT
E5V
DP1
GND1
GND5
VDD1
EFM
DP2
EFMCLK
DP3
GND4
DP4
CLKOUT_N
BIASC
WPONOUT
41
F
LWRT
42
40
F238
39
F243
10K F226
3048
EFMDATA
EFMCLK
G
38
37
36
35
ERASC
A18
A17
IN5
34
POR
E5V
D
14
13
18K
TC0
12
13
14
7050-D
TL084CDT
2058
3039
CDR
LDON
11
F249
7355-D
74HCT00D
12
ALS
AINTON
ASTROBE
ERON
RECORDING
SCL
SDA
GND6
CAGS
RDGAIN1
RDGAIN2
FSCLR
TC1
EPONO
10
100n
F102
F101
3017
3113
2081
220R
560p
I2CSCL
RECORDING
8
SGND
EPONO
3068
3069
3K9
180K
2126
F107
F110
I2CSDA
RDGAIN1
FSCLR
RDGAIN2
RDGAIN3
FSOF
FSON
F185
7
1%910K 3035
EPON
3123
1
13
14
100n
2
7
62K
2028
100p
910K 3036
1%
11
F187
FSRS
6
2007
15p
EPON
WPON
F215
13
100n
7
5
L-5V
4
48
4
F247
150p
3010
3016
2n7
3
2010
1
1000
3108
1K
100p
2030 1n
2060 3n3
2027 2n7
3054 20K
2029
100n 2013
2026
36
2057
2024
IR
35
L5V
330R
100n
F228
6
17
C
3114
FSWS
IN4
GND3
7
2
11
GND
7
64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49
VDD3
9
GNDD
L-5V
F108
100n
PWC5
IE
1
NORMALIZER
40 HCA1
2
D5VS
PWC4
F223
41 HCA2
10
3
F113
PWC3
8
7050-C
4
TL084CDT
8
TL084CDT
11
5
F115
PWC2
9
BETA
DETECTOR
33
IN3
H
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
240K 1%
120K 1%
62K 1%
30K 1%
15K 1%
3025
3024
3023
3022
3021
470K 1%
3026
240K 1%
30K 1%
PWRITE
15K 1%
WPONO
3020
0R
3027
120R
WPON
62K 1%
680R
3106
3028
3003
3030
WPONRC
3031 470K 1%
2009
3029 120K 1%
OPTION 27
150p
3009
PERASE
2008
WOBBLE
15p
OPTION 28
I
IR
BIASC
ERASEC
DP4
I
{IW,IE,IR,PWRITE,PERASE,DP4,ERASEC,BIASC}
{CDR60LWRT,EFMDATA,EFMCLK,WOBBLE}
3104 123 4228.7
1
{FEN,REN,TLN,MIRN,RE,ALPHA0,CALF,A1,A2}
2
3
4
5
6
7
8
B
14
12
PWC1
FSA
39 CALPF
7008
EFMTIM2
PWC0
F
33n
FS30V
42 A2
F203
BLM21
L5V
F207
E5V
5008
GND2
2001
10
D5VS
PWF5
11
1K8
43 A1
F204
F209
L5V
PWF4
RECORDING
3105
PWF3
CDRW
CAHF 23 F194
RDGAIN3
F211
V
1
7133
BC847B
7005-A
3 F104VCAGAIN
L-5V
PWF2
12
A2
44 CALF
OPTION 17
BAW56
6002
RE
PWF1
C1LF
I
SGND
PWF0
14
A1
V
FSOF
A2LF
F202
I
INTERFACE
FSON
15
F196
A27
SELN2
B2LF
CALF
RE 31 F193
I2C
13 SCL
ALPHA0
SELN4
16
12 SDA
WOBBLE
C4LF
100n 2012
I2CSCL
MIRN
17
I2CSDA
XDN
C3LF
F234
B1LF
18
{C2LF,A1LF,B1LF,C3LF,C4LF,B2LF,A2LF,C1LF,FSA,CAHF}
19
3103 10K
10K
3104
SGND
S2V9
FSRS
{FSRS,FSWS,ALS,AINTON,ASTROBE,ERON,RDGAIN1,RDGAIN2,FSCLR,RDGAIN3,FSOF,FSON}
L5V
MEAS2 33 F181
GAP
REF.
F182 1 UOUT
MIRN
A1LF
MEAS1 32 F178
2 RREF
1% 1K5
F174
CWBL 27 2019 100n
BALANCE
AMON
TLN
L-5V
C2LF
F163
PPN 26
XDN
0R
F208
7 C4
3014
20
13
F177
INPUT
STAGE 2
F227
21
6 C3
F233
3006
HFGND
F176
7126-B
74HC4066D
4
4
CDR
2025
C4LF
DIODE
FSR
L5V
3115 68R
F170
3015 15K
3 C2
L-5V
L5V
L-5V
2023
C3LF
F167 150p
100n
F172
74HC4066D
7126-A
100R
11
100n
C2LF
AZIN 25
6
2018 SGND
68p
L5V
L5V
BC857B
7127
L-5V
2042
DALFA 24
10 C1
7
3065 39K
AINT 22
DETECTOR
7050-B
4
TL084CDT
3040 F148
7
1M 3019
F169
LPF
12
10K
C1LF
INPUT
STAGE 1
F142
RDGAIN3
9 SB2
S2V9
L5V
74HC4066D
F146
5
10
F103
FSW
100R
11
14
RDGAIN2
5 SB1
F165
CAHF
23
22
F161
B2LF
3102 56K
PDGND
AINTON
FEN
F175
ALS
F158
REN
24
F153
AINTON 20
10n
F171
ALS 21
8 SA2
B1LF
2
L5V 7126-D
11
4 SA1
ALFA
7050-A
TL084CDT
3050 F140
1
4
L-5V
ASTROBE
F157
15n2020
25
1%
100n
PDGND
1K2
2002
3002
DIO12V
F149
F152
F232
F166
ASTROBE 19
RECORDING
BC857B
7104
FSWS
A2LF
DIODE
7
A
L12V
7
RECORDING
ERON
F231
RAD-
27
ERON
A1LF
10n2022
FOC-
28 F162
D
11 CAGAIN
2021
*
29 F159
F143
RDGAIN1
F145
3001 2R2
FOC+
S15
VSS1
3
9
30
AMON 14
RAD+
30 F155
26
VSS2
L5V
F150
C
FSCLR
ERON 15
PDGND
S17
18
VDD2
CDRW
L5V
F138
14
3131
S14
16
VDD1
7355-C
74HCT00D
9
14
F100 8
10
6
28
FSON
8K2
3012
2011 100n
TO
CDM3800
3051
F133
7126-C
74HC4066D
8
L12V
D5VS
BF824
7119
L5V
150K
3000
100R
7010
TZA1020
8K2
SGND
SGND
B
3052
FSOF
L-5V
L-5V
100n 2014
100n 2016
L12V
E
L5V
100n 2015
L5V
BF824
7120
3053
1K
L12V
10K
A
S18
{FSW,FSR}
L5V
3041
FSA
9
10
11
12
13
14
1000 G1
2001 F1
2002 D2
2007 H4
2008 I4
2009 H4
2010 G4
2011 C2
2012 E3
2013 B5
2014 B5
2015 B4
2016 B4
2018 C7
2019 D6
2020 F3
2021 F3
2022 F3
2023 G9
2024 F12
2025 E9
2026 C7
2027 B7
2028 C8
2029 B8
2030 B8
2039 A13
2042 C6
2057 D14
2058 D14
2059 H9
2060 B7
2081 D12
2126 C11
3000 B2
3001 C2
3002 D2
3003 I4
3004 H4
3006 D2
3009 H4
3010 G4
3012 E7
3014 D3
3015 D6
3016 C11
3017 C12
3019 H9
3020 I10
3021 I11
3022 I11
3023 I11
3024 I11
3025 I11
3026 I11
3027 I10
3028 I10
3029 I10
3030 I10
3031 I10
3035 F9
3036 F9
3039 F13
3040 C9
3041 F13
3048 F13
3049 A9
3050 B9
3051 A9
3052 A7
3053 A7
3054 B7
3055 H9
3065 C6
3068 A13
3069 A12
3079 C13
3102 G5
3103 D6
3104 E6
3105 E6
3106 I4
3107 H4
3108 B11
3113 D12
3114 C12
3115 C11
3123 B13
3130 F6
3131 F7
5008 E8
6002 C11
7005-A B14
7008 E9
7010 B4
7050-A B9
7050-B C9
7050-C E6
7050-D D13
7104 B12
7119 A8
7120 A8
7126-A C11
7126-B C12
7126-C B8
7126-D C8
7127 B13
7133 B13
7355-C A11
7355-D E12
F100 A11
F101 B12
F102 B13
F103 B12
F104 B14
F107 C11
F108 C13
F110 C11
F113 C12
F115 C12
F133 B7
F138 B8
F140 B10
F142 B9
F143 B6
F145 C3
F146 C8
F147 A3
F148 C10
F149 C6
F150 C1
F152 C3
F153 C6
F155 C1
F157 C3
F158 C6
F159 C1
F161 C3
F162 C1
F163 D9
F165 C3
F166 C1
F167 D6
F169 D3
F170 D7
F171 D1
F172 D3
F174 D6
F175 D1
F176 D3
F177 D3
F178 D6
F181 D6
F182 D3
F185 D10
F187 D10
F193 E6
F194 E6
F196 E3
F199 E12
F202 E3
F203 E9
F204 E3
F207 E3
F208 E1
F209 F3
F211 F1
F215 F7
F220 F12
F222 F12
F223 F1
F226 F13
F227 F5
F228 F1
F231 F4
F232 F5
F233 F5
F234 F5
F235 F1
F238 G12
F240 G1
F243 G12
F246 G1
F247 G9
F249 G9
F251 G9
F252 H9
CL06532018_046.eps
290200
Electrical diagrams and PWB’s
1
CDR 3rd gen.
2
3
4
5
7.
GB 47
6
7
8
9
10
11
12
13
{LASDACDI,LASDACCK,LASDACLD,PW}
VCAGAIN
LASDACLD
F126
F128
8
7
6
17
DI
OUT4 11
LD
IN5
D0
OUT5
13
14
16
S2V9
IN8
GND
20
VDAref OUT8
22
F123
100n
S2V9
PWMAX
22R
F118
IR
OPTION 14
B
6015
LWRT
BAS216
PWD
PWB
F136
DELTAP
24
3101
3063
2n2
3110
OPTION
S2V9
A
BC807-40
7135
READ
2080
10K
F130
F131
22R
3064
2033
220R
2032
100n
2n7
8K2
100n
F119
PWMIN
F141
23 F139PWD
18
C
3037
PWB
L5V
10K
2040
3007
OUT7
C
L-5V
L12V
IN6
F132
OUT6 15
IN7 21
3111
150K
F124
10
IN4 12
CLK
33K
3066
PRFINE
PWB
ILASER_READ
1K
3056
LASDACCK
OUT3
9
47R
*
3062 68R
LASDACDI
B
F125
3
F120
*
L5V
2034 100p
IN3
2031
3058
3112
11
S2V9
F122
7005-D
TL084CDT
14
L5V
F129
OUT2
12
4K7
4
14
LM324D
4
7002-D
3057 F121
PRCOARSE
4
3060
IN2
F117
12
7110
BC847B
13
10K
OUT1
2
F114
F116
L5V
L5V
L5V
11
13
S2V9
1K
1
3061
IN1
L5V
6K8
19
RESETN
3059
VDD
2061
2003
1K
7016
M62364FP
150K
1R
3074
F112
5
F106
3067
100n
A
L5V
D3V3
2084
D3V3
*
10u
VCAGAIN
OPTION 11
12
390p
7001-D
LM324D
14
4
F144
3076
150K
13
L-5V
11
100n
L-5V
DALPHA
8
7001-C
LM324D
2041
L5V
2
3090
8
7005-C
TL084CDT 47R
11 2045
7124
4
5
F237
BC847B
L5V
L-5V
F241
OPTION 13
10K
IW
I
IR
IW
BIASC
DP4
10K
PERASE
3117
ERASEC
ILASER_DELTA
IE
2n2 2082
3104 123 4228.7
BAS216
7112
BC817-25
F268
10R
3120
2078
*
F271
F269
100n
2
F255
3119
220R
3116
1K2
47R
11
I
68p
2083
3128
OPTION 26
15p
2063
100n
1K
3129
1M
3044
3126
7002-A
4
LM324D
1
H
7111
BC847B
6003
560R
L12V
F253 3
3099
L5V
3118
6K8
G
F242
3098
WRITE
DELTAP
PERASE
BC807-40
7122
47R
IE
3092
F224
ILASER_WRITE
F229
3097
F236
F
100n
3043
7
1M
6
ILASER_ERASE
F205
BC807-40
7121
10K
2055
F245
11 TL084CDT
7005-B
68R
11
3127
2056
1K8
3n3
4
7002-B
LM324D
7
E
L12V
F218
1K
2K2
4
L12V
6
PWRITE
2050
9
BC847B
7113
OPTION
3899
3094
2053
220R
2052
2n2
100n
L-5V
100n
2054
L5V
*
100n
10
F206
*
6R8
L5V
3095
L5V
5
H
7002-C
LM324D
L5V
L5V
L5V
L5V
2n2
L12V
L5V
PWB
3078
G
3077 150K
1K
1K
PWD
1K F244
{PWMIN,PWMAX,PWD,DELTAP,PWB,PWD}
F
3081
L5V
3087 2K2
3
F195
PW
F183
3070
1
LM324D
4
7001-A
F200
4K7
3n3
11
3082
PWMAX
L5V
2046
15p
3088
L-5V
F180
3072
ERASE
L5V
L5V
2044
6R8
1K5
L5V
470p
3085
3042
2043
150K
3075
1n
150K
E
4
10
3045
2051 15p 3093 68R
F173
150K
11
9
L5V
3086
100n
OPTION 12
2048
220R
BAV99
6007
2038
100n
4
5
D
F201
3046
2K2
2047
100n
7 F164
L5V
3091
150K
PWMIN
L-5V
F160
3071
2049
1K8
6
3073
F151
4K7
D
2037
LM324D
7001-B
11
3100
F154
4K7
F168
F156
{IW,IE,IR,PWRITE,PERASE,DP4,ERASEC,BIASC}
CL06532018_047.eps
290200
1
2
3
4
5
6
7
8
9
10
11
12
13
2003 A3
2031 A6
2032 A8
2033 A8
2034 C9
2037 D7
2038 D7
2040 C6
2041 E7
2043 E5
2044 E9
2045 F11
2046 E11
2047 E12
2048 E12
2049 E10
2050 E11
2051 G12
2052 F7
2053 F8
2054 F7
2055 H8
2056 G6
2061 A5
2063 H8
2078 I7
2080 B7
2082 I7
2083 I7
2084 A7
3007 C5
3037 C6
3042 E6
3043 G9
3044 H5
3045 E5
3046 D5
3056 B9
3057 A5
3058 B5
3059 B5
3060 B7
3061 B6
3062 B9
3063 A9
3064 A9
3066 A5
3067 A4
3070 E7
3071 D7
3072 E5
3073 D5
3074 A3
3075 E5
3076 C8
3077 E9
3078 G5
3081 F5
3082 F10
3085 E12
3086 E12
3087 G13
3088 E13
3090 F12
3091 E11
3092 F12
3093 G12
3094 F8
3095 F8
3097 G7
3098 G7
3099 H8
3100 D9
3101 A9
3110 B7
3111 A6
3112 A8
3116 I6
3117 I7
3118 H7
3119 I7
3120 I8
3126 I6
3127 G6
3128 I7
3129 H7
3899 F9
6003 H8
6007 D7
6015 C5
7001-A F7
7001-B D6
7001-C E9
7001-D C8
7002-A H6
7002-B G5
7002-C F10
7002-D A6
7005-B G6
7005-C F11
7005-D A7
7016 A4
7110 A7
7111 H8
7112 I8
7113 F10
7121 F12
7122 G8
7124 G5
7135 A9
F106 A4
F112 A3
F114 A7
F116 A6
F117 A4
F118 A9
F119 A8
F120 A7
F121 A5
F122 A4
F123 B7
F124 B4
F125 B3
F126 B3
F128 B3
F129 B7
F130 B4
F131 B4
F132 C4
F136 C4
F139 C4
F141 C6
F144 C7
F151 D8
F154 D6
F156 D5
F160 D7
F164 D7
F168 D8
F173 E5
F180 E6
F183 E7
F195 F5
F200 F10
F201 F12
F205 F12
F206 F10
F218 F13
F224 G10
F229 G8
F236 G7
F237 G6
F241 G7
F242 G8
F244 G5
F245 G5
F253 H6
F255 I7
F268 I8
F269 I6
F271 I8
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 48
CDR MAIN BOARD - CIRCUIT DIAGRAM 3 : SERVO DRIVERS, MACE-RAM, -FLASH, -DEMUX TEST POINTS
3
4
5
S1
2226
100n
CONTROL BUS
MA(0:17)
ADDRESS BUS
S2
3227
3228
100n
33K 1%
D5V
S6
5
REFCOS
4
F371
5
F374
6
F379
F381
SIN-
S8
DATA BUS
PCSCOS
1n
3229
SIN+
D5V
SGND
D3V3
D5V
D5V
COS3253
1%
4K7
1.6V
14
F319
15
F323
17
F327
18
F330
19
F337
20
F341
21
VCC
DQ0
A0
DQ1
A1
DQ2
A2
DQ3
A3
DQ4
A4
DQ5
A5
DQ6
A6
DQ7
A7
7202
BC847B
1K
7215-B
MC34072
7
F391 S1V65
24
F356
31
RESET_
CE_
A9
A10
OE_
A11
WE_
A12
2243
100n
A-8V
F353
PSENN
FWEN
4
7201
BC847B
3239
S12
8
22
6
0.7V F396
100n
F393
3252
F386
5
1%
SL-
A8
1
SGND
F389
S11
13
2224100n
2240
10
10K
SL+
3240
F383
5K6
SGND
3237
100n
100n
A13
A14
A15
A16
E
{SL+,SL-}
A17
2241
F
2 VOL+
FOC+
VCC1
VCC2
VCC3
X2
0R
X2
X2
27
VO4-
F404
3256
RAD7209
MC74LCX573
F407VRAO 3254
+ -
VIN4
24
BIAS
23
VIN3
20
11 NC5
VREF
19
12 VO2+
VO3+
18
3251
VSL
F438
GND2
MT1
14
X2
MT
29 30
MT2
FWD
REV
X2
GND1
10K
3747
1
F342
27
F346
26
F348
23
F349
25
F354
4
F357
28
F360
29
F364
3
F366
2
F370
30
F373
MA(6)
CE_ WE_
OE_
F390
11
C1
Vcc
GND
10
MAD(7)
18 3210-B 47R
MAD(6)
17 3210-C 47R
MAD(5)
I|O4
16 3210-D 47R
MAD(4)
MA(12)
I|O3
15 3211-A 47R
MAD(3)
MA(13)
I|O2
13 3211-B 47R
MAD(2)
MA(14)
I|O1
12 3211-C 47R
MAD(1)
MA(15)
I|O0
11 3211-D 47R
MAD(0)
I|O7
MA(9)
I|O6
MA(10)
I|O5
MA(11)
MA(16)
A14
MA(17)
A13
A6
2209
A5
100n
19
3200
3
18
3201 47R
MAD(2)
4
17
3202 47R
MAD(3)
5
16
3203 47R
MAD(4)
6
15
3204 47R
MAD(5)
7
14
3205 47R
MAD(6)
8
13
3206 47R
MAD(7)
9
12
3207 47R
MAD(0)
2
MAD(1)
1D
F444
3265
SL-
3250
MRDN
19 3210-A 47R
MA(8)
A7
F355
22
MA(7)
A8
20
27 MWRN
A4
MA(0)
A2
MA(1)
A1
MA(2)
GND A0
MA(3)
14
10
MA(14)
9
MA(13)
8
MA(12)
7
MA(11)
6
MA(10)
5
MA(9)
4
MA(8)
3
MA(7)
2
MA(6)
1
MA(5)
26
MA(4)
25
MA(3)
24
MA(2)
23
MA(1)
21
MA(0)
D
E
F
G
MA(4)
MA(5)
MA(6)
MA(7)
47R
0R
GND3
PGND
28
H
OPTION 32
F445
PGND
TRAYOUT
TRAYIN
F306
3748
TRAYSW
F338
5
C
VCC
20
MA(5)
PGND
PGND
PGND
PGND
PGND
F448
17
VO3-
8K2
LOGIC
TRAY
2250
X2
SL+
100n
X2
F447
3
TRAYSWF
2214
2255100n
S23
2256 100n
10K
PH-B
100n
2
D5VS
100R
+ -
VOLTAGE
CONTROL
D3V3
F446
6
MA(4)
A3
+9SRVPWR
3257
1K
3742
6 NC2
15 16 8
4
VRA
S1V65
-
MUTE
H
1200
ALE
EN
+
7 MUTE
13 VO2-
F331
100n
7802
CY7C199 28
MA(3)
0R
VFOIN 4 VIN2
TR-
7
2291
A11
PGND
TR+
S22
S21
I
25
VIN5
9 NC3
TO TRAY
CDL4009
F328
MA(2)
D3V3
1
5 NC1
G
8
MA(1)
A12
RAD+
26
VO4+
3 VIN1
- +
F433
9
F324
A9
0R
X2
0R
F409
F320
VSS
0R
VFOO
3244
10
MA(0)
16
F406
VFO
F317
A10
PGND
3241 F403 1 VOL-
F313
11
7240
BA5938FM
21 10 22
FOC-
12
3209
10u
100n
2242
+9SRVPWR
PGND
B
D5V
2208
S9
2221
8
OPTION 83
7208
32 Am29F002B
MAD(0) 3808-A 47R F312
1
8
MAD(1) 3808-B
2
747R F316
MAD(2) 3808-C 47R
3
6
MAD(3) 3808-D 47R
4
5
MAD(4) 3809-D 47R
5
4
MAD(5) 3809-C 47R
6
3
MAD(6) 3809-B 47R
7
2
MAD(7) 3809-A 47R
8
1
120K 1%
COS+
F311
10K
MAD(0:7)
7225-B
4 NE532D
SGND
*
FWEN
8
6
*
3806
10K
2228
S7
OPTION 82
F301
1R
120K 1%
D5V
3889
1n
2227
D3V3
SGND
3224
COS+
7
D
CSRAM
F321
S5
3
9
PCSSIN
7225-A
4 NE532D
SGND
1R
2
{MRDN,MWRN,ALE}
3284
SIN-
4K7
C
13
S3
2229
D3V3
12
A
SGND
100n
8
7
2
11
REFSIN
1R
3
COS-
52207
1220
1
10
2225
SIN+
{SIN-,SIN+,COS+,COS-}
TO SLEDGE CDM3800
9
10K
1
B
8
{REFSIN,REFCOS,PCSSIN,PCSCOS}
1 3226 2
33K 1%
D5V
S4
7
F300
3225
A
6
3283
2
1
{TRAYIN,TRAYOUT,TRAYSWF}
PGND PGND
{VFO,VRA,VSL}
ACTUATOR BUS
{RAD-,RAD+,FOC+,FOC-}
3104 123 4228.7
1
2
3
4
5
6
7
8
9
10
11
12
CL06532018_048.eps
290200
13
I
1200 H1
1220 C1
2208 B10
2209 F11
2214 I3
2221 D1
2224 D6
2225 A4
2226 A5
2227 A5
2228 B5
2229 C5
2240 D5
2241 E4
2242 E3
2243 D6
2250 H8
2255 I1
2256 I1
2291 C12
3200 F10
3201 G10
3202 G10
3203 G10
3204 G10
3205 G10
3206 G10
3207 G10
3209 F10
3210-A D12
3210-B D12
3210-C D12
3210-D D12
3211-A D12
3211-B D12
3211-C D12
3211-D E12
3224 B4
3225 A4
3226 A5
3227 B4
3228 B5
3229 C4
3237 D4
3239 E4
3240 D4
3241 F3
3244 F3
3250 H8
3251 G8
3252 D5
3253 D5
3254 F5
3256 F5
3257 G5
3265 H5
3283 B9
3284 B10
3742 G3
3747 I3
3748 I3
3806 B9
3808-A B9
3808-B C9
3808-C C9
3808-D C9
3809-A C9
3809-B C9
3809-C C9
3809-D C9
3889 B11
7201 E4
7202 D4
7208 B10
7209 F9
7215-B D6
7225-A A4
7225-B C4
7240 F4
7802 C11
F300 A5
F301 B5
F306 I4
F311 B10
F312 B9
F313 B10
F316 C9
F317 C10
F319 C9
F320 C10
F321 C11
F323 C9
F324 C10
F327 C9
F328 C10
F330 C9
F331 C10
F337 C9
F338 C10
F341 C9
F342 C10
F346 D10
F348 D10
F349 D10
F353 D9
F354 D10
F355 F10
F356 D9
F357 D10
F360 D10
F364 D10
F366 E10
F370 E10
F371 C2
F373 E10
F374 C2
F379 C2
F381 D2
F383 D2
F386 D2
F389 D5
F390 F9
F391 D7
F393 D4
F396 D3
F403 F3
F404 F5
F406 F3
F407 F5
F409 G3
F433 G3
F438 G8
F444 H5
F445 H5
F446 H1
F447 H1
F448 I1
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 49
CDR MAIN BOARD - CIRCUIT DIAGRAM 4 : MACE BE-PROCESSOR TESTPOINTS
8
9
F335
PCSCOS
22n SGND
SGND
2278
VssDp1 56
VddDp1 57
2 3235-B7 47R
24
4 3235-D5 47R MA(17)
22K
127
XDET
H0|A16
23
3 3235-C6 47R MA(16)
F351 72
S10
SL
Slegde
control
2K2 DESIGN_TEST2
F358 80
RP
D3V3 83247-A 1
S13
3297
F362 70
RA
3K3
2K2
D3V3 73247-B 2
F367 81
TL_FTL
Radial
control
Port
ROM
71
FO
2
Focus
control
3K3
8051
DEFIn
F385
115
FTCH
F387
116
FTCL
79
RAM
Track
counter
OTD
Port
0
3218
10K
A15
52
1 3271-A8 47R MA(15)
A14
51
2 3271-B7 47R MA(14)
A13
50
3 3271-C6 47R MA(13)
A12
49
4 3271-D5 47R MA(12)
A11
48
1 3273-A8 47RMA(11)
A10
47
2 3273-B7 47RMA(10)
A9
46
3 3273-C6 47R MA(9)
A8
45
4 3273-D5 47R MA(8)
AD7
65
3222-A
MAD(7)
AD6
64
3222-B 47R
MAD(6)
AD5
63
3222-C 47R
MAD(5)
AD4
62
3222-D 47R
MAD(4)
AD3
61
3223-A 47R
MAD(3)
AD2
60
3223-B 47R
MAD(2)
AD1
59
3223-C 47R
MAD(1)
AD0
58
3223-D 47R
MAD(0)
106
D1|MIRN
TLN
3290 68K
F394
107
D2|TLN
REN
3289 56K
F397
108
D3|REN
FEN
3288 56K
F399
111
D4|FEN
112
S1
113
S2
ALE
Ex
SFR
F398
3260 47R
EAn
55
F400
3234 F450
interface
DSDen
78
RSTI
98
NC1
2
Laser
control
OPC
4
PSENN
NC2
3
NC3
36
NC4
37
F401
1K
D3V3
F
F451
MRST_P
F402
3261
BE_RESET
0R
PXT2en
INT3|ALEh
INT2
15
14
13
G
NC8 101
R2
NC7 100
D3V3
10K
1 3242-A8
10K
MRDN
CDR60PLL
PXT2
3238 220R F43216
LASLD
F411 HI_POWER
PXT0
3249 220R F43117
HFS0
NC6 67
3232
CDR60INT
PXT1
WRNH
RDNH
20
FWEN
F453
10K
DSA_STR_CDR 3245 220R F42919
F440
DSA_DATA_CDR 3246 220R F43018
RXD1
33
3208
F427
TXD1
INT0_PWD
35
34
F454
D3V3
IIS1_MS
DSA_ACK_CDR
LASCK
F452 F426
INT1
RXD2
39
F425
38
TXD2
40
F423
3280 47R
TERMB
RDN
WRN
F436 MWRN_P
41
F443
47R
F442 3276 F435 MRDN_P42
86
TPWM
87
84
FOK
CLO
88
I2CSCL
F422
OPC_INT
89
F420
I2CSDA
TEN
SRV_INT_LGR
90
F419
85
10K
3287
F417 104
P6
IREFT
3281
2283
F421
MWRN
LASCK
3212
LASDACLD
I2CSCL
MRDN
LASDACCK 220R 4 3248-D 5
TRAYIN
LASDD
TRAYOUT
5
I2CL
220R 3 3248-C 6
WC_
VSS
6
220R 2 3248-B 7
I2CSCL
LASDACDI
I
3247-C
2K2
100n
I2CSDA
D3V3
DEEMP
SDA
SCL
SGND
ATT
E2
SGND
I2DA
MUTE
7
I2CSDA
5 F439
LASDD
6
220R 1 3248-A 8
I2CL
F434
SGND
VCC
E1
I2DA
3
E0
4
1
SGND
8
3
7207
M24C08
2284
100n
D3V3
D3V3
2K2
3247-D
BLM21
F413
2285
100n
2207
1% 220K F416 114
VRH
F414
5203
F307 100n F415
105
LLP
94
ALPHAO
4
97 LDON
LLP
S2V9
Port 1
ALE
NC5
ATIPin
SGND
Port 3
Port 5
P6
91
PW
ADC/
AGC
ref.
F418
CALF
2232
22n
2235
2234
1n
1n
123
124
77
ATIPSYNC
2233
1n
A2
Uopb
PW
122
118
CALF
A1
Uopt
A2
E
3213 33R
54
{I2CL,I2DA,LASDD,LASCK,LASLD}
LASLD
FWEN
TERMB
{MRDN,MWRN,ALE}
S19
220R
H
CONTROL BUS
{DSA_ACK_CDR,BE_RESET,DSA_STR_CDR,DSA_DATA_CDR,MUTE,ATT,DEEMP,IIS1_MS,SYS_CLK_BE}
S20
{LASDACDI,LASDACCK,LASDACLD,PW}
3104 123 4228.7
{I2CSDA,I2CSCL}
I2C BUS
{OFFTRACK,ATIPSYNC,LLP,HFS0,CDR60INT,CDR60CS,CDR60PLL,SRSTN,DMON}
{TRAYIN,TRAYOUT,TRAYSWF}
CL06532018_049.eps
290200
1
2
3
4
5
D
MAD(0:7)
DATA BUS
53
PSENn
System
Signal
cond.
Dx
117
121
A1
2
MA(0:17)
47R
SGND
H
C
3233
92
core
Defect
detector
10K
F392
SGND SGND
CDR60CS
2218
100R
F382
DEFOn
3291 56K
SGND
ALPHA0
CSRAM
ADDRESS BUS
93
3255
G
B
CSRAM
100n
2n2
VssDp2 95
VddDp2 96
43
VssDp3
VddDp3 44
VssDp4
100n
31
VddDp4
2277
32
VssDp5
100n
11
2276
12
VddDp5
100n
VddDp6 69
VssDp6 68
100n
2275
VssDc1 82
VddDc1 83
5202
2274
BLM21
21
VssDc2
100n
22
VddDc2
100n
109
VssAs
5201
2272
110
BLM21
VddAs
MON_D 73
MON_A 74
CLKOUT 76
DEB_OUT 75
TS3 103
F302
3749
10K
DEBON
99
TS1
TS2 102
2289
100n
25
H1|A17
3295
2217
22n
5
F304
H2|CSDN
D3V3
SGND
MIRN
{POWER_UP,KILL_OUT}
1 3235-A8 47R F334
ACT_EMFN
OFFTRACK
SGND SGND
4
DMON
TRAYSWF
ACT_EMFP
22n 2231
3217
22K
3219
47K
10K
3220
D3V3
H3|CSBN
26
POWER_UP
F326
1
S16
47n
82p
2220
2222
{FSR,FSW,S2V9,FEN,REN,TLN,MIRN,RE,ALPHA0,CALF,A1,A2}
F
A-8V
3221
22K
F384
27
DESIGN_TEST1
F375
VFO
4
F380
H4
Port
STANDBY
SRSTN
100K
7215-A
1
MC34072
F377
2
E
2n2
8
0R
3230
D5V
3
2287
15K
3215
VRA
F361
3807
28
DEBUG
STANDBY
0R
100K
3231
F368
29
H5
3K3
A
10K
H6
126
3243-D
5
3887
SINPHI
PCS
4
F314
REFSIN
COSPHI
3243-C
6
10K
F318
TEST
3
128
3299
22n
2216
47p
D
F350
2288
VSL
2286
15K
C
3216
SGND
10K
30
CLOCK
GEN.
D3V3
TERMB
RE
SRSTN
10K
2 3242-B7
10K
3 3242-C6
10K
4 3242-D5
FSW
R5
14
10K
23243-B 7
3286
FSR
2230
1 3243-A 8
D3V3
H7
REFCOS
13
4K7
F329
12
4K7
REFCOS
8
125
11
MWRN
B
F322
F325
RAC_SW
SGND
10
3702
REFSIN
PCSSIN
SELPLL
10
6
{VFO,VRA,VSL}
7
7270
SAA7399
XTLI
{REFSIN,PCSSIN,REFCOS,PCSCOS}
XXTLO
A
F305
SYS_CLK_BE
SYS_CLK_BE
D3V3
3274
100K
D3V3
9
3703
7
2273
F303
6
100n
5
119
4
120
3
VssAop
2
VddAop
1
6
7
8
9
10
11
12
13
14
I
2207 H4
2216 C2
2217 D2
2218 F13
2220 E2
2222 E1
2230 B3
2231 C4
2232 G2
2233 G2
2234 G2
2235 G2
2272 A8
2273 A8
2274 A9
2275 A9
2276 A9
2277 A10
2278 A10
2283 H6
2284 H5
2285 H5
2286 D3
2287 C3
2288 C3
2289 A6
3208 H9
3212 I5
3213 E13
3215 C2
3216 C2
3217 E2
3218 E2
3219 E2
3220 E2
3221 D2
3222-A D12
3222-B D12
3222-C D12
3222-D E12
3223-A E12
3223-B E12
3223-C E12
3223-D E12
3230 F12
3231 F12
3232 H11
3233 F13
3234 F13
3235-A B12
3235-B B12
3235-C C12
3235-D B12
3238 H10
3242-A H12
3242-B H12
3242-C H12
3242-D H12
3243-A A12
3243-B A12
3243-C A12
3243-D A12
3245 H10
3246 H10
3247-A C4
3247-B C4
3247-C H6
3247-D H5
3248-A H5
3248-B I5
3248-C I5
3248-D I5
3249 H10
3255 D3
3260 F13
3261 F12
3271-A C12
3271-B C12
3271-C C12
3271-D C12
3273-A C12
3273-B D12
3273-C D12
3273-D D12
3274 A6
3276 H8
3280 H9
3281 H7
3286 B4
3287 H7
3288 F3
3289 F3
3290 E3
3291 E3
3295 D3
3297 C3
3299 C3
3702 C13
3703 C13
3749 A6
3807 B12
3887 A12
5201 A8
5202 A9
5203 H3
7207 H3
7215-A D2
7270 A4
F302 A8
F303 A8
F304 A5
F305 A6
F307 H6
F314 A12
F318 B12
F322 B4
F325 B4
F326 B12
F329 B4
F334 B12
F335 B4
F350 C3
F351 C4
F358 C4
F361 C3
F362 C4
F367 C4
F368 C1
F375 D3
F377 D2
F380 D1
F382 D4
F384 D2
F385 E4
F387 E4
F392 E4
F394 E4
F397 F4
F398 F12
F399 F4
F400 F12
F401 F13
F402 G12
F411 H11
F413 H5
F414 H6
F415 H6
F416 H6
F417 H7
F418 H7
F419 H7
F420 H7
F421 H8
F422 H8
F423 H9
F425 H9
F426 H9
F427 H9
F429 H10
F430 H10
F431 H10
F432 H10
F434 I3
F435 H8
F436 H9
F439 I4
F440 H10
F442 H8
F443 H9
F450 F13
F451 F12
F452 H9
F453 H10
F454 H10
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 50
CDR MAIN BOARD - CIRCUIT DIAGRAM 5 : CD ENCODING-DECODING PART
1
2
3
4
5
6
7
8
9
10
11
12
13
14
CD ENCODING & DECODING PART
L12V
{CDR60MEAS1,CDR60CFLG,CDR60CL1,MERR,MERRIN,HALL_V,HALL_U,HALL_W}
2362
CAHF
47n
3363
820R
39K
3362
HFGND
D
3365
100R
D5VS
OPTION 39
BLM21
5303
2303
100n
2306
100n
2305
2304
100n
100n
2302
100n
13 HIN
2321 100n F527
EFMDATA
3313
CDR60LWRT
47R
2320 100n F530 11
HREFLO
2319 100n F532 14
HREFMI
2318 100n F535 10
HREFHI
CFLG 68
BIT
DETECTOR
12 AGCREF
HF DATA
EBU
CAPTURE
DEMODULATOR
79
EFMDATA
77
LASON
27
PANIC
F542 78
XEFM
DECODER
MODULATOR
CONTROL
EFM
MODULATOR
WOBBLE
F544
1R5 3335
F599 6
3
F601
RCKR
F589
3317 4K7 CDR60SDA
F591
F595
F597
F586
F585
F594
F584
F583
5
RCK
47R
SFSY
SFSY
67
F550
SUB
65
F552
V4
55
F554
PCAin
51
NC
9
E
SUB
H301
2907
1
560p
2
2908
560p
H
I
SYS_CLK_BE
3104 123 4228.7
4
3319
CDR60INT
CONTROL BUS {MRDN,MWRN,ALE}
3
A16
F546
33 SDA
32 SCL
34 INT
50 CSi
45 WRi
46 RDi
47 ALE
42 DA0
41 DA1
40 DA2
39 DA3
38 DA4
37 DA5
36 DA6
35 DA7
28 PORE
29 CL1
24 MUXSWI
22 XTLO
21 XTLI
74 MOT1
PGND
2
2379
66
2
7355-A
74HCT00D
CDR60CS
7
MWRN
5
7355-B
74HCT00D
{OFFTRACK,ATIPSYNC,LLP,HFS0,CDR60INT,CDR60CS,CDR60PLL,SRSTN,DMON}
1
RCK
MOTO1
PGND
MAD(0:7)
F543
D3V3 D3V3
7
47n 2335
3349
1%
F600
1
F588
3337
14
4
SYS_CLK_BE
PGND
2337 100n
3340100K
0R
3380
{CDR60LWRT,EFMDATA,EFMCLK,WOBBLE}
DATA BUS
14
56K
PGND
82R
I
2355 100n
MERR
MRDN
PGND PGND
F541 {DOBM_CDR,BCLK,WCLK,DATA0,DATA1}
58
2
I C
3316 4K7 CDR60SCL
MERRIN
F563
MAD(0)
30
D5VS
ALE
MT2
29
D5VS
MAD(1)
MT1
8
HALL_U
F593
HALL_W
GND
54
FLAG
DATA0
47R
G
R10
F592
HALL_V
16
F577
MAD(2)
0R
17
FG3
HALL_W
MAD(3)
3381
3304
FG2
F573
MAD(4)
OPTION 31
D5VS
18
F571
HALL_V
MAD(5)
OPTION 38
FG1
HALL_U
MAD(6)
+
-
SUB-CPU INTERFACE
MAD(7)
H3-
RESET
SRSTN
H3+
14
+
-
7804
BC847B
F575
19
SYST CLOCK
GENERATOR
10K
13
VH
H BIAS
MOTOR/
TACHO
INTERFACE
OTD
3305
NC5
+
-
STOPCK
PCA
F581
15
20 F570
F540
{RCK,SFSY,SUB}
ATPSYC
CDR60PLL
H2-
21 F569
CNF
57
W441
26
F580
12
+
- ECR
SYNC
A15
DATA1
I/O
0R
H2+
+
-
F538 I2SDATAOR 3314
PROC.
D
BCLK
WCLK
DMON
7803
BC847B
F566
F536
SUBCODE
WOBBLE
3308
11
23
22 F568
60
59
ENCODER
73 MOT2|T3
NC4
PS
BCLK 61
WCLK
A14
F
PGND
EC
PS
F558 25
3324
NC3
6
24
CDR60CL1
F531DOBM_CDR
47R 4 3382-D5
F534
and memory processor
OPTION 34
3348 10K
PGND
4
+
-
REV
WREFHI
F562 23
10K
H1-
REV
2314 100n F553 2
OFFTRACK
5K6
10
+
-
0R
H1+
F579
3346 10K
F578
1330-9
W+
9
1330-10
W10
OPTION 30
F590
1330-7
3341
HALL_I
7
82R
NC2
WREFMI
WGND
ATIPSYNC
D5V D5VS
26
+ -
OPTION 36
9
F572
1330-8
V+
8
F574
1330-5
V5
VM1
WREFLO
2315 100n F551 3
WGND
D5VS
2336 100n
3338 1K 100K
2331 100n
2332 100n
3332 100R
2330 100n
PGND
F565
2
27
3325
NC1
28
2316 100n F549 1
5K6
1
GAIN
CONTROL
RNF
VM2
3323
A1
VCC
DRIVER
1R5 3333
1K
7
25
3322
A2
3n3
1R5 3334
3352
A3
5
3347 10K
H
3
3331 100R
OPTION 37
F564
1330-6
U+
6
F567
1330-4
U4
G
F556
F559
F561
3330 100R
F
1330-1 WCOIL
1
1330-2
VCOIL
2
1330-3
UCOIL
3
100n
7330
BA6856FB
1%
3339 1K
82R
CDR60CFLG
47R 3 3382-C6
64
WIN
69 T2
F548
3350
F598
F547
1330-11
HALL+
11
1K
F545 6
F525
3n3
PGND
3315
70 T1
2333
2322
CDR60MEAS1
47R 2 3382-B7
DATAI
I/O
EFM CLOCK
GENERATOR
47R
F555
2317
1R
3351
E
56
47R 1 3382-A8
DATA0
2
I S
Error correction
3312
EFMCLK
EBUOUT
C
HFGND
LLP
1R5 3336
*
47p
MEAS1 80
TEST
33K 1%
Vss9 71
Vdd9 72
Vss8 62
Vdd8 63
Vdd5 44
Vss6 48
Vdd6 49
Vss3 19
Vdd3 20
Vss10 75
17
2300
100n
1K
F518
1K
IREF
GENERATOR
Vss7 52
IREF
Vss4 31
F521 8
Vss2 16
3309
Vdd4 30
VREF
HFGND
HFGND
HFGND
D5VS
5302
BLM21
F516
F512
HFGND
F520 7
F526
7
2364 100n
F524
7361
BC847B
VEE
8
HF2
F513
HFGND
Vdd10 76
2374
Y7
GND
7300
SAA7392
Vdd2 15
F517
Y6
F519
3
Vdd1 5
2
Z
HFGND
WGND
WGND
TEST2 18
Y5
3301
3300
9
6
B
F515
Vdd7 53
BLM21
E_
Y4
4
100n
S2
Y3
TEST1
1K5
3371
HFGND
S1
Y2
F514
HFS0
10
47p
1
5
BAS216
6373
2375
Y1
12
F508
11
2359
15
S0
3361
1n8
VCC
Y0
22R
14
F523
13
3370
560R
2372
2369
2368 470p
22K
47R
F507
HFGND
3360
3368
1K2 1%
7360
16 74HCT4051D
2n2
D3V3
2360
2310
F503
HF
Vss1 4
7370
BC847B
1p
100n
2n2
OPTION 45
100n
2K2
3376
47R
C
3377
220R
6375
BAS216
F511
3375
HF1
BAS216
6374 F510
F509
D3V3
2309
3372
BFS540
F502
2n2
7371
BFS540
F506
7373
BFS540
OPTION 40
B
7375
2308
HFGND HFGND
F505
HFGND HFGND
22u
100n
2371
2370
1K8
3373
18K
3379
27K
3378
2373
22u
100n
2378
F504
A
L5V
F522
F501
3302
100R
5301
22R
OPTION 35
F500
3303
OPTION 41
3374
A
22R
OPTION 33
Vss5 43
L12V
6
7
8
9
10
11
12
CL06532018_050.eps
290200
13
14
1330-1 F1
1330-10 H1
1330-11 E1
1330-2 F1
1330-3 F1
1330-4 G1
1330-5 G1
1330-6 F1
1330-7 H1
1330-8 G1
1330-9 H1
2300 B10
2302 B10
2303 C10
2304 C11
2305 C11
2306 C12
2308 A4
2309 B4
2310 B4
2314 F7
2315 E7
2316 E7
2317 E7
2318 D7
2319 D7
2320 D7
2321 D7
2322 E7
2330 F2
2331 F2
2332 F2
2333 E4
2335 H5
2336 I5
2337 I5
2355 H8
2359 D7
2360 B5
2362 D6
2364 C7
2368 B4
2369 B4
2370 A3
2371 A4
2372 C2
2373 A1
2374 C1
2375 C2
2378 B1
2379 C14
2907 H13
2908 H13
3300 C9
3301 C9
3302 A2
3303 A4
3304 H1
3305 G10
3308 H9
3309 C7
3312 E7
3313 D7
3314 D14
3315 E7
3316 H12
3317 H12
3319 E14
3322 F5
3323 F5
3324 G6
3325 G6
3330 F1
3331 F1
3332 F1
3333 F5
3334 E5
3335 E5
3336 E5
3337 H5
3338 I5
3339 F5
3340 I4
3341 H1
3346 H2
3347 H2
3348 H2
3349 H5
3350 E2
3351 E4
3352 H5
3360 C5
3361 C6
3362 D5
3363 D6
3365 D7
3368 B3
3370 C3
3371 C3
3372 B2
3373 A2
3374 A1
3375 C2
3376 C1
3377 C1
3378 A1
3379 A2
3380 I2
3381 H3
3382-A C13
3382-B D13
3382-C D13
3382-D D13
5301 A5
5302 B10
5303 B10
6373 C2
6374 C2
6375 C2
7300 C8
7330 E2
7355-A H8
7355-B H7
7360 B5
7361 C5
7370 B3
7371 B3
7373 B2
7375 B1
7803 F5
7804 G5
F500 A1
F501 A3
F502 B5
F503 B4
F504 B2
F505 B2
F506 B3
F507 B3
F508 B5
F509 B2
F510 B2
F511 C1
F512 D3
F513 C5
F514 B10
F515 B11
F516 D6
F517 C5
F518 C9
F519 C9
F520 C8
F521 C8
F522 A4
F523 C4
F524 C7
F525 F7
F526 H13
F527 D8
F530 D8
F531 D14
F532 D8
F534 D13
F535 D8
F536 D13
F538 D13
F540 E13
F541 E13
F542 E8
F543 E13
F544 E7
F545 E8
F546 E13
F547 E1
F548 E3
F549 E8
F550 E13
F551 E8
F552 E13
F553 F8
F554 F13
F555 E4
F556 F1
F558 F8
F559 F1
F561 F2
F562 F8
F563 H5
F564 F1
F565 G1
F566 G5
F567 G1
F568 G4
F569 G4
F570 G4
F571 G8
F572 G1
F573 G8
F574 G1
F575 G4
F577 G8
F578 H1
F579 H2
F580 G9
F581 G9
F583 G10
F584 G11
F585 G11
F586 G11
F588 G12
F589 G12
F590 H1
F591 G12
F592 G10
F593 G11
F594 G11
F595 G11
F597 G12
F598 H3
F599 H7
F600 H8
F601 H8
H301 H14
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 51
CDR MAIN BOARD - CIRCUIT DIAGRAM 6 : AUDIO PART (NOT FOR CDR950/951)
4
5
6
7
8
9
10
11
12
13
14
8
10
3408
9
10K
A7
23 QMUTE
2465 12p
3413
47u
10K
F727
F721
27K
7405-B
LM833D
7
6
F720
10K
F735
+12Vf
+12VA
7407-C 16
-8Vf
LEFT
F737
3 Y1
GNDA
+12Vb
8
GNDA
100n
H401
1
2903
1
560p
2
560p
2
RIGHT
-5VA
2906
2904
560p
560p
F744
13 Y1
Z 14
F707
8
7
2444
KILL
BC848B
7410
2K2
F745 3
GNDA
7408-A
NJM4556AD
1
8
KILL
3428
2K2
+5VX
7
GNDA
2
3
4
5
6
7
8
9
GNDA
10
12K
2460
1n
3411
4R7
100n
4
F753
F748
KILL
3434
2K2
7413
BC848B
12p
11
1400-12
I
A22
GNDA
GNDA
GNDA
GND_CASE
12
0R
47K
10K
-8Vf
3436
F739 1420-4
3433
47u
3429
3435
6
GNDA
-5VA
1
10K
Z 15
Vss Vee E
3104 123 4228.7
4
3432
1 Y1
8
6
S 10
GNDA
5445
F743
2430
H
A25
BLM21
+12Vf
8 7409-B
LM833D
7
5
2 Y0
1410-3
3 PH-B
BC848B
7411
GNDA
7407-B 16
74HC4053D Vdd
GNDA
F733
3427
4
F726
GNDA
120R
2
GNDA
A20
G
1410-2
GNDA
-8Vf
I
A26
2 PH-B
-5VA
3418 = 100R for CDR-MINI
3433 = 100R for CDR-MINI
F
1 PH-B
3424
+12Vf
6
GNDA
1400-13
1410-1
F740
3423
-8Vf
Vss Vee E
100n
2433
BZX284-C5V6
GNDA
S 11
13
120R
7407-A 16
74HC4053D Vdd
12 Y0
A21
GNDA GNDA
4
+5VX
GNDA
1400-14
only for CDR-MINI
6
0R
2905
-8VA
6400
6
7412
BC848B
GNDA
7408-B
NJM4556AD
7
F742
3449
2415
GNDA
H402
GNDA
GNDA
7
3419
GNDA
+12Vf
8
-5VA
+12VA
H
5
Z 4
14
2K2
12K
2463 12p
SEL_HP_OUT
Vss Vee E
GNDA
KILL
GNDA
Vdd
S 9
5 Y074HC4053D
F738
100n
BLM21
100n
2434
-8VA
BLM21
47K
F741
3420
F736
5414
2435
100n
2401
5413
4
10K
1400-8
GND_CASE
F732
0R
-8Vf
3421
GNDA
+5VA
3418
47u
0R
3448
+5VX
+5VX
2424
2
A19
E
KILL
8
1
-8Ve
100n
100n
2422
BLM21
7409-A
8 LM833D
3
F728
5406
-8VA
F750
5
+12Vf
F734
3450
F731 1420-5
BLM21
-8Vb
F714
2406
2464 12p
A4
GNDA
5404
2407
D
GNDA
F729
330R
21
-8Ve
3416 27K
3415
2421
5407
G
20
GNDA GNDA
-8VA
BLM21
1
GNDA
4u7
F730
BLM21
27
GNDA
2417
4
C
VOUTR 24
DAC
DAC
VSSD VSSDAC VSSAD TEST1 TEST2
11
A8
GND_CASE
5401
PEAK
DET
5444
0R
F
INTERPOLATION FILTER
3447
GNDA
BLM21
L3DATA 15
SYSCLK 12
DSP FEATURES
NOIS SHAPER
26 VOUTL
+12Ve
A6
L3MODE 13
L3-BUS
INTERF
2n2
2441
3454
220K
1n
L3CLOCK 14
DIGITAL
INTERF
19 DATA1
-8Ve
3409 27K
8
GNDA 100u
3402
220u
9
11
DECIMATION FILTER
17 WS
4
GNDA
-5VA
A2
E
10
16 BCK
2411
F711
GNDA
6
GNDA
BLM21
11
7
18 DATA0
270p
7
6
3407
100R
270p
8
12
12
2
F709
2443
270p
2451
Vss Vee E
5447
F717
5
F710
4u7
2n2
Z 14
13
13
7405-A
LM833D
1
B
OVERFL 9
2445
13 Y1
4
8
AGCSTAT 22
2442
F723
3451
Vdd
RIGHT12 Y074HC4053D
S 11
GND_CASE
14
3
14
27K
3412
7401-A 16
GNDA
3
15
GNDA GNDA
DIGITAL MIXER
GNDA
16
5
3414
1n
-5VA
15
ADC1R
VINR1 4
DIGITAL AGC
F706
GNDA
GNDA
+5VX
470u
2
1400-11
11
7
8
12K 2438
6
7
GNDA
6
2404
27K
3405
INT_COPY_ANA
10K
Z 15
Vss Vee E
8
2448
GNDA
F713
3410
1 Y1
F716
2447
470u
GNDA
+5VA
10
3
4
2
ADC1L
0dB/6dB
SWITCH
1n
7401-B 16
GND_CASE
1400-10
1420-3
3
ADC2R
VINR2 8
2425
GNDA
Vdd
S 10
2 Y074HC4053D
D
2
5
C
1420-2
GNDA
A3
1n
-5VA
10K
GNDA
3453
220K
GNDA
+5VX
ADC2L
0dB/6dB
SWITCH
2431
270p
2450
6
GNDA
BLM21
2446
7
16
0dB/6dB
SWITCH
+12Ve
GNDA
1
2 VINL1
3422
1
8
1
GNDA
BLM21
PGA
A
F702
3891
47u
Vss Vee E
5446
F712
1420-1
F724
3404
+12VA
PGA
10K
9
2440
Z 4
0dB/6dB
SWITCH
10K
3 Y1
F703
GNDA GNDA
6 VINL2
+12Ve
100n
S 9
7801
bso16e127rs375
A5
F700
5403
3892 F719
F704
1400-9
5 Y0
12K 2437
LEFT
3452
7401-C 16
74HC4053D Vdd
A1
B
+5VX
D3V3
F708
7406
UDA1341TS 5
25
10
7
3
28
VADCN VADCP VDDDAC VDDAD VDDD VREF
2405
0R
27K
3403
F701
3886
220R
GNDA
4R7
GNDA 100n
GNDA
2419
100n
2u2
3439
10K
2414
GNDA
F718
100n
IIS_DATA_A1
IIS_WS_A1
IIS_BCLK_A1
NMUTE
IIS_DATA_A0
L3_CLK
L3_DATA
D3V3
D3V3
F715 3441
GNDA 2413
1n
+5VA
L3_MODE
SYS_CLK_11B
2402
+5VX
A
I2C BUS
{IIS_DATA_A0,IIS_DATA_A1,IIS_WS_A1,IIS_BCLK_A1,SYS_CLK_11B,L3_MODE,L3_CLK,L3_DATA,NMUTE}
IIC_DATA
IIC_CLK
{IIC_CLK,IIC_DATA}
2408
3
100u
2
2409
1
GNDA only
12
for CDR-MINI
13
CL06532018_051.eps
290200
14
1400-10 C1
1400-11 D1
1400-12 I14
1400-13 F14
1400-14 E14
1400-8 E14
1400-9 B1
1410-1 G14
1410-2 G14
1410-3 H14
1420-1 B1
1420-2 D1
1420-3 D1
1420-4 H14
1420-5 E14
2401 F2
2402 A8
2404 B6
2405 B8
2406 A13
2407 A13
2408 A14
2409 A14
2411 C8
2413 A12
2414 A11
2415 G2
2417 D8
2419 A12
2421 F7
2422 F2
2424 E12
2425 G13
2430 I12
2431 H13
2433 H3
2434 F6
2435 F7
2437 B4
2438 D4
2440 B3
2441 D3
2442 F13
2443 I13
2444 E13
2445 I13
2446 C1
2447 E1
2448 D1
2450 B2
2451 D2
2460 I11
2463 F11
2464 E8
2465 C8
2903 G7
2904 H7
2905 G5
2906 H5
3402 A6
3403 A4
3404 B4
3405 B5
3407 B10
3408 C7
3409 C8
3410 C3
3411 A14
3412 C4
3413 D4
3414 D4
3415 D7
3416 D8
3418 E12
3419 F12
3420 F11
3421 F11
3422 F12
3423 G12
3424 G12
3427 H12
3428 H12
3429 I12
3432 I10
3433 I12
3434 I12
3435 I11
3436 I11
3439 A13
3441 A12
3447 E3
3448 F10
3449 H10
3450 H2
3451 D4
3452 B4
3453 B3
3454 E4
3886 A3
3891 D12
3892 D12
5401 F2
5403 B8
5404 G2
5406 E7
5407 E2
5413 F5
5414 F7
5444 E13
5445 H13
5446 B1
5447 D1
6400 H2
7401-A D3
7401-B C3
7401-C B3
7405-A B8
7405-B D8
7406 A11
7407-A G9
7407-B I9
7407-C F9
7408-A H11
7408-B F11
7409-A E11
7409-B I11
7410 G13
7411 H13
7412 F13
7413 I13
7801 B6
F700 B8
F701 A6
F702 A14
F703 B6
F704 B1
F706 C5
F707 H7
F708 A13
F709 B8
F710 C7
F711 C7
F712 B1
F713 C3
F714 G2
F715 A12
F716 D1
F717 D1
F718 A12
F719 D12
F720 D8
F721 D7
F723 D1
F724 B4
F726 I9
F727 D4
F728 E7
F729 E2
F730 E11
F731 E13
F732 E13
F733 H13
F734 F2
F735 F6
F736 F7
F737 F9
F738 F11
F739 H13
F740 G13
F741 F12
F742 G11
F743 I13
F744 G9
F745 H11
F748 I12
F750 H3
F753 I13
H401 G7
H402 G6
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 52
CDR MAIN BOARD - CIRCUIT DIAGRAM 7 : POWER PART TESTPOINTS
2
3
4
5
6
POWER PART
7
8
9
10
11
12
13
14
1
5556
P12VKILL
+5VA
F800
F801
F802
2
1
D3V3
F803
47u
GND
100n
2537
OUT
2535
IN
100n
2536
1A
MP
2504
7535
LD1117
3
A
3533
3570
2
100R
A
1542
11.8V
BAS216
220u
2568
100u
6553
BLM21
100K
1
BC857B
7560
3
BC857B
7561
11.8V
14
F804
KILL
1543
B
100K
3539
5K6
3531
C
100n
220u
100n
2575
2574
-8VA
12VPWR
13
F826
A-8V
F824
BLM21
2558
100u
2561
100n
10
F830
12
5551
7556
MC79L05ABD
2
3552
3
47K
6 IN
12VCP
OUT
F838
3
F812
8
7521-A
MC34072
1
22u
F491
3546
F846
5V
4
5.2V
5
G
11
7526
BC847B
F836 100R
2
100n
12VCP
2551
2556
GND
11.8V
3545
6R8
L-5V
NC 8
7
G
1
4
F
F829
2557
12R
3544
47K
5V
F825
7549
BC847B
F843
L12V
-8VA
BLM21
3567
22K
100n
12R
3541
11V
F832
+9SRVPWR
10n
F831
F841
OUT
47u
+5VA
F842
3555
7528 1K2
BC847B
GND
3542
E
7525
BC857B
100K F818
2555
100n
2577
5709
0.7V
F845
9
7558
L78M09
IN
3557
GND_CASE
3566
12VPWR
F844
BLM21
GND_CASE
F840
2547
5503
3540
10K
8
10K
3554
BLM21
100K
5501
2565
100u
100n
P12V
BCP69
7527
POWER_UP
BLM21
7
F839
14
F828
12VPWR
GNDA
100n
2572
5542
5502
F827
11
D
F821
BLM21
10K
10
BLM21
3556
9
2
5555
1A
MP
2n2
3
1541
GND_CASE
2502
8
5500
2n2
4
2571
F822 F823
2500
7
5541
BLM21
+12VA
2n2
6
F
-8VA
KILL_OUT
2548
VDC1
5
EH-B
7562
BC847B
7563
BC847B
7524
BC847B
100n
VFTD
F817
6
EH-B
F811
3532
47u
3536
100K
10K
3537
F814
2541
F816
3
2501
FROM PSU
2
5
1
2546
L5V
5K6
6
4 F820
7
F810
BLM21
VDC2
F815
1
1501
0.7V
5
F807
-8V during
normal
operation
P12VKILL
1500
D
F809
F813
0.7V
3538
10K
E
D5VS
5546
7523
BC847B
POWER_UP
F808
4
F806
7520
STD17N05
2
1
3
3560
P12V
C
TO DISPLAY BOARD
3559
47u
2543
1A
MP
100n
2544
D5V
100K
F805
5K6
5544
3562
5543
5K6
B
10V
5.2V
2562
7522
BC857B
H
F496
23.2V
6501
BAV99
2563
100n
100n
2550
2553
100n
100n
6500
BAV70W
27.5V
F499
3550
47u
100R
F492
F819
P12V
5554 F498
FS30V
F497
27.4V
2507
10u
2505
10u
2506
33n
3013
1M
H
3547
12VCP
15K
2552
1n
5
5V
I
6554
BAV99
12VCP
3548
47K
8
F835
4.5V
3549
4
7548
BC847B
2508
F495
100n
17.8V
F494
2509
F493
F834 100R
6
3551
3K3
7521-B
MC34072
7
4.6V
6502
BZX284-C22
I
100n
4.6V
7529
BC857B
3104 123 4228.7
+5VA
F837
3553
5.2V
100R
CL06532018_052.eps
290200
{POWER_UP,KILL_OUT}
1
2
3
4
5
6
7
8
9
10
11
12
13
14
1500 D1
1541 D4
1542 A4
1543 B4
2500 E2
2501 F1
2502 F2
2504 A12
2505 H12
2506 H12
2507 H10
2508 I8
2509 I8
2535 B5
2536 B4
2537 B5
2541 D5
2543 B4
2544 B4
2546 C7
2547 F6
2548 D5
2550 H8
2551 G4
2552 H4
2553 H8
2555 F12
2556 G13
2557 F14
2558 F12
2561 F11
2562 H8
2563 H8
2565 D6
2568 A5
2571 D3
2572 E2
2574 E8
2575 E9
2577 F2
3013 H13
3531 C12
3532 C12
3533 A13
3536 C6
3537 C6
3538 C4
3539 D5
3540 E10
3541 F6
3542 E6
3544 F4
3545 G4
3546 G4
3547 H5
3548 H6
3549 I7
3550 H10
3551 I6
3552 F5
3553 I6
3554 E5
3555 E5
3556 E4
3557 F4
3559 B12
3560 B14
3562 B13
3566 E10
3567 E11
3570 A12
5500 D2
5501 E2
5502 E2
5503 E2
5541 D4
5542 D4
5543 B3
5544 B3
5546 C7
5551 F11
5554 H10
5555 D6
5556 A5
5709 F3
6500 G11
6501 G9
6502 I11
6553 A11
6554 H9
7520 C6
7521-A G4
7521-B I6
7522 H5
7523 C6
7524 C5
7525 E11
7526 G5
7527 E5
7528 F5
7529 I8
7535 A4
7548 I8
7549 F11
7556 F13
7558 E8
7560 B12
7561 B14
7562 C13
7563 C12
F491 G5
F492 H9
F493 I7
F494 I8
F495 I9
F496 H8
F497 H11
F498 H10
F499 H9
F800 A6
F801 A12
F802 A6
F803 B13
F804 B14
F805 B6
F806 C8
F807 C8
F808 B13
F809 B12
F810 C11
F811 C12
F812 H3
F813 C5
F814 C5
F815 D2
F816 D2
F817 D2
F818 E10
F819 H12
F820 D1
F821 D7
F822 D2
F823 D2
F824 F11
F825 F11
F826 F12
F827 E2
F828 E2
F829 F14
F830 F4
F831 F3
F832 E11
F834 I7
F835 I6
F836 H4
F837 I7
F838 G4
F839 E6
F840 E6
F841 E9
F842 E5
F843 F7
F844 E3
F845 F4
F846 H5
Electrical diagrams and PWB’s
CDR 3rd gen.
1
2
3
7.
GB 53
4
5
6
7
8
9
{SEL_HP_OUT,INT_COPY_ANA,SYS_CLK_11B,L3_MODE,IIS_BCLK_A0,IIS_WS_A0,IIS_DATA_A0,IIS_BCLK_A1,IIS_WS_A1,IIS_DATA_A1,L3_DATA,L3_CLK,NMUTE,PROF_EBU}
{EXT_DIG_IN,DIG_OUT_C,EXT_OPT_IN,DISPL_INT,SYS_RESET,DSA_DATA_CD,DSA_ACK_CD,DSA_STR_CD,KEY_PRESSED,IIS_DATA_CD,IIS_WS_CD,IIS_BCLK_CD,DOBM_CD,SYS_CLK_8W,DIG_IN2,KILL}
{DSA_ACK_CDR,BE_RESET,DSA_STR_CDR,DSA_DATA_CDR,MUTE,ATT,DEEMP,IIS1_MS,SYS_CLK_BE}
{CDR60MEAS1,CDR60CFLG,CDR60CL1,MERR,MERRIN,HALL_V,HALL_U,HALL_W}
1830-1
A
{REFSIN,REFCOS,PCSSIN,PCSCOS}
DSA_DATA_CDR
1
DSA_ACK_CDR
2
DSA_STR_CDR
3
1820
2601
2600
4
1
10n
10n
2
B
3
3900 0R
4
3901 0R
IIS_DATA_CD
1831
IIS_WS_A0
6
IIS_BCLK_A0
2603
10n
GND_CASE
8
IIS_DATA_A0
9
IIS_WS_A1
GND_CASE
1812-1
52207
1 CDR60CL1
10
2 CDR60CFLG
11
IIS_BCLK_A1
3CDR60MEAS1
12
IIS_DATA_A1
4
2604
2605
10n
10n
MERR
MERRIN
HDCD
7
HALL_U
16
LEVEL_A0
8
HALL_V
17
LEVEL_A1
9
HALL_W
LEVEL_A2
10
PCSSIN
11
PCSCOS
18
NMUTE
D3V3
22
KILL
23
PROF_EBU
100R
25
3905
1818
INT_COPY_ANA
1
26
EXT_DIG_IN
DIG_IN2
PH-B
2
3
27
PH-B
RXD_TOOL
TXD_TOOL
D5V
4
28
DIG_OUT_C
29
EXT_OPT_IN
3907
L3_MODE
24
D
1819
1
BKPT
2
DSCLK
3
DSI
4
TDSO
TCK
5
TRACE99_RxD
5
6
TRACE99_TxD
6
30
7
TERMB
F
D3V3
4K7
21
GND_CASE
1K
0R
DSA_DATA_CD
10n
3909
19 DSA_COPY 3902
2606
3908
100R
4K7
15
SYS_RESET
C
SGND
6
3904
GND_CASE
GND_CASE
5
D5V
14
20
E
B
SEL_HP_OUT
5
13
D
GND_CASE
GND_CASE
7
C
A
7
CLK_OUT
8
WRITE_TOGGLE
9
RESET_MIN
E
F
3104 123 4228.7
TERMB
{BKPT,DSCLK,DSI,HDCD,LEVEL_A0,LEVEL_A1,LEVEL_A2,RXD_TOOL,TXD_TOOL,TCK,TRACE99_RxD,TRACE99_TxD,TDSO}
CLK_OUT
CL06532018_053.eps
290200
1
2
3
4
5
6
7
8
9
1812-1 C4
1818 E3
1819 E4
1820 A1
1830-1 A4
1831 B7
2600 A6
2601 A8
2603 B6
2604 C8
2605 C6
2606 C6
3900 B1
3901 B1
3902 D1
3904 C1
3905 E1
3907 E5
3908 E5
3909 E5
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 54
CDR MAIN BOARD - CIRCUIT DIAGRAM 9 : DASP MASTER PROCESSOR TESTPOINTS
1
2
3
4
5
6
7
8
9
10
11
12
13
{RAS0,CAS0,CAS1,DRAW_RW,F_READY,CSFLASH,F_RW,RESET_MIN}
F_READY
A(1:20)
F900
1701-1
1
1701-2
2
{POWER_UP,KILL_OUT}
{BKPT,DSCLK,DSI,HDCD,LEVEL_A0,LEVEL_A1,LEVEL_A2,RXD_TOOL,TXD_TOOL,TCK,TRACE99_RxD,TRACE99_TxD,TDSO}
{EXT_DIG_IN,DIG_OUT_C,EXT_OPT_IN,DISPL_INT,SYS_RESET,DSA_DATA_CD,DSA_ACK_CD,DSA_STR_CD,KEY_PRESSED,IIS_DATA_CD,IIS_WS_CD,IIS_BCLK_CD,DOBM_CD,SYS_CLK_8W,DIG_IN2,KILL}
I2C BUS
1702
EH-B
GPIO17|TT1
A14
73
3 3820-C6 47RA(14)
A15
32
2 3820-B7 47RA(15)
A19
140
2 3821-B7 47RA(19)
A20
119
1 3821-A8 47RA(20)
RAS0
RAS1
A26|CS6|WE1|GPIO1
97
139
CAS0
A27|CS7|WE0|GPIO0
104
ATT
137 CAS1
CS0_
112
CSFLASH
CS1|GPIO9
106
GPIO5|CS2
84 3725 100R
F970
GPIO6|CS3
94
F971
2
3
4
5
6
7
8
9
100n
2723
2n2
GND_CASE
2n2
2773
2774
3834 47R
3836 47R
3757
7
47R
7706-B
74LV74D
14
9
KEY_PRESSED
SYS_RESET
F972 3816
470R
11
12
13
D5V
F961 3770
5
47R F946
6
7
F949
8
9
10
F948
F952
11
12
13
14
H
16
17
LEFT
18
7707
BC848B
19
RIGHT
20
F962
I
21
2741 47p
7
12
G
15
F958 F959
4K7
SYS_CLK_8W
11
4
F945
KILL
8
CONN. 1400TOI/O BOARD NOT FORCDR950/951
47p
2767
2769
47p
47p
2722
2707
47p
2772
IIS_WS_CD
DOBM_CD
3
+12VA
3751 4K7
3815
SYS_CLK_8W
10
10
D5V
IIS_BCLK_CD
CLK_OUT
3104 123 4228.7
1
2735 47p
2734 47p
3826
100R
6
2
47R F943
3832
3833 47R
4K7
0R
10K
3709
F944
IIS_DATA_CD
3829
3831 47R
3830 47R
R9
3753
V7706
470R
3812
10K
3726
2
DISPL_INT
DSA_ACK_CD
3835 47R
3
7706-A
74LV74D
1708
5
1
3704
D(31)
D(30)
D(29)
D(28)
D(27)
D(26)
D(25)
D(24)
D(23)
D(22)
D(21)
D(20)
D(19)
D(18)
D(17)
D(16)
DSA_STR_CD
1433n
4
1 3822-A8 47R
2 3822-B7 47R
3 3822-C6 47R
4 3822-D5 47R
1 3823-A8 47R
2 3823-B7 47R
3 3823-C6 47R
4 3823-D5 47R
4 3824-D5 47R
2 3824-B7 47R
1 3824-A8 47R
1 3825-A8 47R
2 3825-B7 47R
3 3825-C6 47R
3 3824-C6 47R
A9
L3_DATA
F
1
47R F942
SYS_CLK_BE
H700
1
E
2902 560p
2731 47p
3716
10K
60 D15
61 D14
62 D13
64 D12
80 D11
99 D10
51 D9
89 D8
14 D7
17 D6
19 D5
18 D4
D2
9
24 D3
D1
3
21 D0
4 3825-D5 47R
F957
3911 4K7
F105
A10
BE_RESET
2712
R8
A11
DSA_DATA_CD
F934-4
2
47p
NMUTE
3
4
2901 560p F906
2733
3828
V7706
SYS_CLK_16W
{DOBM_CDR,BCLK,WCLK,DATA1,DATA0}
2 F934-3
L3_CLK
100R
116SDATAI4|GPIO12
F969
D3V3
9 F934-1
3758 100R F938
MUTE
3728 100R
GPIO23 13
IIS_DATA_A1
3743 47R 117LRCK4|GPIO11
IIS_WS_A1
3814 47R 120SCLK4|GPIO10
F985
F956
IIS_BCLK_A1
IIS_DATA_CD
IIS_WS_CD
F973 F986
102 SDATA3|GPIO20
118 LRCK3|GPIO19
126 SCLK3|GPIO18
3894-C 47R 53 SDATAO2
F955 F984
IIS_DATA_A0
IIS_BCLK_CD
3894-A 47R 79 SCLK2
3894-B 47R 11 LRCK2
F983
F982 F975
F974
IIS_WS_A0
DATA0
DATA1
WCLK
BCLK
EXT_OPT_IN
DOBM_CD
PROF_EBU
EXT_DIG_IN
DIG_OUT_C
DOBM_CDR
IIC_CLK
DIG_IN2
IIC_DATA
F953
DEEMP
L3_MODE
IIS1_MS
D(16:31)
IIS_BCLK_A0
44 SDATAI1
3898-C 47R 92 SDATAO1
F954
3898-B 47R 27 LRCK1
EBUIN4|GPIO21
3898-A 47R 46 SCLK1
54
3903
A12
A13
0R
69 EBUIN3
107EBUOUT2|GPIO2
101EBUIN2
36 EBUOUT1
35 EBUIN1
SCL
6
SDA
7
3735
47R
TOUT2|GPIO30
45 TOUT1|GPIO3
42
30 TIN1|GPIO4
D3V3
TIN2|GPIO29
40
F951
I2C BUS
D3V3
3732 47R 77 CL11
10n
SYS_CLK_IIW
12K
2713
6
4
3750
4K7
10K
3810
5
100R
CRSEL
4K7
129
3768 4K7
XTRIM
3910
127
DSA_STR_CDR
CROUT
+12VX
7705-B
8
MC34072
3811 7
R6
124
3746 15K
0R
DRAMW
CRIN
10 F934-9
1 F934-2
D3V3
65
115
7F934-8
8 F934-10
SYS_RESET
141
D
7
6 F934-7
VDC2
2725 100n
TS_
4K7
3764
F756
3765
3731
390R
560p
2719
F979
3745 270K
F757
BB132
F978
CLK_SYS
D3V3
26
10
F977
3727
133
GPIO22|CLKOUT
DRAW_RW
VFTD
VDC1
A18
78
F976
4 3821-D5 47RA(17)
47R 76 CL16
F941
CAS1
1 3820-A8 47RA(16)
83
3771
CAS0
37
A17
CLK_OUT
F940
A16
R|W
47R
R3
GPIO8|SIZ0
96
3715
F928
D5V
GPIO7|SIZ1
3 3821-C6 47RA(18)
F927
F929
95
3894-D
RAS0
DISPL_INT
109
SYS_CLK_16W
F939
D5V
IIC_CLK
6
F934-5
2737 100n
39
5
2740 47p
100R
4
F960
2743 47p
4 3820-D5 47RA(13)
3
F936
5 F934-6
2739 47p
1 3819-A8 47RA(12)
72
D5V
2742 47p
15
100R
2724 F917
A(10)
C
GND_CASE
GND_CASE GND_CASE
2736 100n
2 3819-B7 47RA(11)
1704
5706
2738 47p
98
7
1
1705
47p
91
A11
1400-5
1400-6
B
2
2709
33
IIC_DATA
10K
A9
A10
4 3819-D5 47R A(9)
3 3819-C6 47R
1400-4
6 1400-7
D5V
F932
3714
47R
3713
47R F920
2728 100n
2 3818-B7 47R A(8)
2771
87
A13
F937
4
47p
A8
A12
3721 100R
3
F907
BLM21
10K
2708
1 3818-A8 47R A(7)
2 1400-3
F912
GND_CASE BLM21
2727 100n
88
1400-1
1400-2
A23
5
F922
GND_CASE
5707
3711
A7
A(6)
HIZ
3720
1
F914
A24
BLM21
F921
2726 100n
85
3734
A6
4 3818-D5 47R A(5)
3 3818-C6 47R
GPIO16|TT0
F935
6
100n
GND_CASE
5705
BLM21
3712
56
100R F918
A5
5704
47p
SUBR|GPIO15
41
F933
2770
3708
47p
3724
1 3897-A8 47R A(4)
TDI|DSI
4
5
47p
3719
3717
F966
10K
10K
3722
3723
71
121 TRST|DSCLK
47p
2721
10K
10K
10K
3718
33n
10K
4
2
VDD11
A4
66
F_RW
33n
GND11
VDD10
GND10
1
138
GND9
143
12
VDD9
GND8
50
VDD8
70
132
134
VDD7
GND7
VDD6
GND6
52
125
GND5
131
VDD5
130
128
GND4
VDD4
103
142
GND3
GND2
VDD3
57
38
63
VDD2
GND1
82
75
VDD1
58
OSCVDD
OSCGND
SFSY|GPIO14
A(2)
0R
3729
INT_COPY_ANA
BB132
DSA_STR_CD
2 3897-B7 47R A(3)
144
100n
EXT_DIG_IN
RESET_MIN
47
F925
47R
3
F931
GND_CASE
3706
A
1
2
2768
47R
49
F926
F913
DIG_OUT_C
EXT_OPT_IN
3769
SEL_HP_OUT
CX-11F
33M8688
6702
6701
DEEMP
48
TMS|BKPT
BLM21
BLM21
A3
R1
110 ATM
1707
F967
33n
2766
33n
2765
2764
100n
33n
2763
100n
2762
2761
100n
2752
100n
2706
100n
2704
100n
2751
100n
47u
2760
1u
2703
68
PLLGND
55
16
NC
PLLVDD
59
34
PP7|PST3
93
43
25
20
23
22
100
PP5|PST1
A0|GPIO31
F930
5702
F901
GND_CASE
5703
3763
SYS_RESET
1M
D3V3 D3V3
D3V3
BLM21
F968
BLM21
5715
D3V3
D3V3a
3701 100R
V7706
1u
10n
2717
2716
5701
D5V
F903
2750
F992 F965
BLM21
47u
5710
LEVEL_A2
DSA_DATA_CD
LEVEL_A1
HDCD
LEVEL_A0
KILL_OUT
KEY_PRESSED
F_READY
TRACE99_TxD
STANDBY
31
86
3813
90
29 100R
F909
F910
111
28
POWER 7705
A2
TCK
D3V3
{IIC_CLK,IIC_DATA}
I
+12VX
4K7
DSA_ACK_CDR
2714
H
DSCLK
2718
560p
G
DSI
EXT_DIG_IN
5714
F758
4 3897-D5 47R A(1)
3 3897-C6 47R
TDSO
67
3755
150R
8
F923
108
3752
150R
A1
100R
F919 136
F924
BKPT
3744 270K
F
TDSO
{SEL_HP_OUT,INT_COPY_ANA,SYS_CLK_IIW,L3_MODE,IIS_BCLK_A0,IIS_WS_A0,IIS_DATA_A0,IIS_BCLK_A1,IIS_WS_A1,IIS_DATA_A1,L3_DATA,L3_CLK,NMUTE,PROF_EBU}
E
3906 4K7
PP6|PST2
2909
TCK
PP4|PST0
3710 100R 5
4K7
SUB
PP3|DDATA3
122
3756
SFSY
PP2|DDATA2
RCK|GPIO13
PP1|DDATA1
123
PP0|DDATA0
TEST3
+12VA
F759
TXD1|GPO24
TEST2
114
RCK
D
F963
113
D3V3
MUTE
RXD1|GPI24
TEST1
CTS1|GPIO25
RSTI
RXD2|GPI27
F915
135
F916
105
D3V3
4K7
3762
{RCK,SFSY,SUB}
D3V3
4K7
3761
3760
C
4
7701
DASP
D3V3
ATT
TXD2|GPO27
NC
3
D3V3
3766
IN
GND
5
F990
10K
RESET_
81
D3V3
4
7704
MC33464N 1
2
10K
3838
74
3
F905
NC
4K7
D3V3
3837
5
CTS2|GPIO28
IN
GND
3767
RTS2|RST0
RESET_
1u
B
D3V3a
RTS1|GPIO26
7710
MC33464N 1
F991 F964
4K7
D5V
2
TXD_TOOL
D3V3
RESET_MIN
DSA_DATA_CDR
22K
3705
D3V3
RXD_TOOL
DSA_ACK_CD
STANDBY
TRACE99_RxD
{DSA_ACK_CDR,BE_RESET,DSA_STR_CDR,DSA_DATA_CDR,MUTE,ATT,DEEMP,IIS1_MS,SYS_CLK_BE}
CONN. F934 TO DISPLAY BOARD
{IIC_CLK,IIC_DATA}
CONN. 1708 TO CD MAIN BOARDCDR775/776
A
22
23
24
CL06532018_054.eps
290200
13
1400-1 B13
1400-2 B13
1400-3 B13
1400-4 B13
1400-5 C13
1400-6 C13
1400-7 C13
1701-1 A13
1701-2 A13
1702 A13
1704 C13
1705 C13
1707 G1
1708 F13
2703 B6
2704 B7
2706 B7
2707 C13
2708 D12
2709 F12
2712 G11
2713 H3
2714 H1
2716 A8
2717 A8
2718 G1
2719 G2
2721 A12
2722 C12
2723 C13
2724 D11
2725 F12
2726 F12
2727 F12
2728 F12
2731 H12
2733 F12
2734 G12
2735 G12
2736 H13
2737 H13
2738 H13
2739 H13
2740 H13
2741 I13
2742 I13
2743 I13
2750 B6
2751 B7
2752 B8
2760 B6
2761 B8
2762 B8
2763 B8
2764 B9
2765 B9
2766 B9
2767 A13
2768 A13
2769 B13
2770 B13
2771 C12
2772 C12
2773 D13
2774 D13
2901 F13
2902 F13
2909 C2
3701 A12
3704 I10
3705 A2
3706 B12
3708 B12
3709 C12
3710 D2
3711 E12
3712 D12
3713 D12
3714 D12
3715 E12
3716 G10
3717 B10
3718 B10
3719 B10
3720 E2
3721 E2
3722 C10
3723 C10
3724 C10
3725 G10
3726 F11
3727 G1
3728 G10
3729 E2
3731 G2
3732 H3
3734 C11
3735 H4
3743 H7
3744 H1
R43745 H2
3746 H2
3750 I2
3751 H13
3752 A7
3753 I12
3755 A7
3756 D2
3757 H12
3758 F13
3760 C2
3761 C2
3762 C2
3763 E2
3764 G2
3765 H2
3766 B2
3767 B3
3768 H3
3769 E2
3770 I12
3771 H3
3810 I3
3811 H2
3812 I10
3813 B4
3814 H7
3815 H11
3816 I11
3818-A D10
3818-B D10
3818-C D10
3818-D D10
3819-A E10
3819-B E10
3819-C D10
3819-D D10
3820-A E10
3820-B E10
3820-C E10
3820-D E10
3821-A F10
3821-B F10
3821-C F10
3821-D E10
3822-A H9
3822-B H9
3822-C H9
3822-D H9
3823-A H9
3823-B H9
3823-C H8
3823-D H8
3824-A H8
3824-B H8
3824-C H8
3824-D H8
3825-A H8
3825-B H7
3825-C H7
3825-D H7
3826 G11
3828 G12
3829 G13
3830 G12
3831 G13
3832 G13
3833 H12
3834 H12
3835 G12
3836 H12
3837 B3
3838 B3
3894-A H6
3894-B H6
3894-C H6
3894-D H3
3897-A D10
3897-B C10
3897-C C10
3897-D C10
3898-A H5
3898-B H5
3898-C H6
3903 H5
3906 D2
3910 H4
3911 I7
5701 A6
5702 A12
5703 B12
5704 C12
5705 C12
5706 D13
5707 D12
5710 A6
5714 A9
5715 A9
6701 G1
6702 G2
7701 C3
7704 B1
7705-B H2
7706-A H10
7706-B H10
7707 I12
7710 B1
F105 H7
F756 H2
F757 H1
F758 A8
F759 B6
F900 A13
F901 A12
F903 B6
F905 B4
F906 F13
F907 B13
F909 B3
F910 B3
F912 B13
F913 B12
F914 B13
F915 C3
F916 C3
F917 D11
F918 C11
F919 D2
F920 D12
F921 D12
F922 D12
F923 D2
F924 D2
F925 D2
F926 D2
F927 E12
F928 E12
F929 E12
F930 A13
F931 B13
F932 C13
F933 E2
F934-1 E13
F934-10 E13
F934-2 E13
F934-3 F13
F934-4 F13
F934-5 D13
F934-6 E13
F934-7 E13
F934-8 E13
F934-9 E13
F935 E2
F936 D13
F937 F2
F938 F13
F939 F2
F940 F2
F941 F2
F942 G13
F943 G13
F944 G12
F945 G13
F946 G13
F948 H13
F949 H13
F951 H3
F952 H13
F953 H4
F954 H6
F955 H6
F956 H7
F957 H7
F958 I13
F959 H13
F960 D13
F961 I12
F962 I12
F963 B4
F964 B4
F965 B4
F966 B10
F967 B10
F968 B10
F969 F10
F970 G10
F971 G10
F972 I11
F973 H7
F974 H6
F975 H6
F976 F2
F977 G2
F978 G2
F979 G2
F982 H6
F983 H6
F984 H6
F985 H7
F986 H7
F990 B3
F991 B4
F992 B4
H700 F13
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 55
CDR MAIN BOARD - CIRCUIT DIAGRAM 10 : DASP FLASH & DRAM TESTPOINTS
1
2
3
4
5
6
7
8
9
10
11
12
A
D(16:31)
A
{RAS0,CAS0,CAS1,DRAW_RW,F_READY,CSFLASH,F_RW,RESET_MIN}
A(1:20)
B
B
5712
F754
D3V3
F755
D
I|O0
I|O1
I|O2
I|O3
I|O4
I|O5
I|O6
I|O7
I|O8
I|O9
I|O10
I|O11
I|O12
11
E
12
32
NC1
I|O13
NC2
I|O14
NC3
I|O15
RAS_
LCAS_
VSS3
VSS2
VSS1
UCAS_
F
100n
2711
100u
2710
100n
100n
2700
100n
2715
2702
2701
21
VCC3
VCC1
C
BLM21
7703
Am29LV160BB 37
6
VCC2
7702
GM71C18163CJ-6 1
17
A(10)
A0
18
A(11)
A1
19
A(12)
A2
20
A(13)
A3
23
A(14)
A4
24
A(15)
A5
25
A(16)
A6
26
A(17)
A7
27
A(18)
A8
28
A(20)
A9
16
A10
15
A11
100u
D3V3
BLM21
5713
WE_
OE_
2
A(1)
25
D(17)
A(2)
24
4
D(18)
A(3)
23
5
D(19)
A(4)
22
7
D(20)
A(5)
21
8
D(21)
A(6)
20
9
D(22)
A(7)
19
10
D(23)
A(8)
18
33
D(24)
A(9)
8
3
D(16)
34
D(25)
A(10)
7
35
D(26)
A(11)
6
36
D(27)
A(12)
5
38
D(28)
A(13)
4
39
D(29)
A(14)
3
40
D(30)
A(15)
2
41
D(31)
A(16)
1
14
RAS0
A(17)
48
31
CAS1
A(18)
17
30
CAS0
A(19)
16
13
DRAW_RW
A(20)
9
29
F980
CSFLASH
26
22 37 42
28
F981
11
12
RESET_MIN
D3V3
D3V3
47
29
VCC
A0
DQ0
A1
DQ1
A2
DQ2
A3
DQ3
A4
DQ4
A5
DQ5
A6
DQ6
A7
DQ7
A8
DQ8
A9
DQ9
A10
DQ10
A11
DQ11
A12
DQ12
A13
DQ13
A14
DQ14
A15
DQ15|A-1
A16
RY|BY_
C
D(16)
31
D(17)
33
D(18)
35
D(19)
38
D(20)
40
D(21)
42
D(22)
44
D(23)
30
D(24)
32
D(25)
34
D(26)
36
D(27)
39
D(28)
41
D(29)
43
D(30)
45
D(31)
D
E
15 F947 3817
F_READY
1K
A17
A18
A19
NC2
CE_
NC3
OE_
NC4
10
F
13
14
WE_
RESET_
+12VX
BYTE_
3898-D
G
27
5716
BLM21
VSS1 VSS2
46
3
F_RW
7708-A
74HC00D
1
14
6
0R
G
14
R7
3
5
V7708
3999
4
V7708
7708-B
74HC00D
4
47R
7999
BC848B
2
2705
100n
V7708
7705-A
8
MC34072
1
2
7
D3V3
V7708
7
H
3754
1K
7708-D
74HC00D
12
F902
F904
2720
14
SYS_CLK_IIW
11
OPTION
8
10
3011
3841
82R
0R
F950
SYS_CLK_11B
7
13
3780
1K
3759
14
1n
7
I
H
7708-C
74HC00D
9
V7708
100K
3842
0R
OPTION
I
WRITE_TOGGLE
3104 123 4228.7
1
CL06532018_055.eps
290200
2
3
4
5
6
7
8
9
10
11
12
2700 C5
2701 C5
2702 C5
2705 G7
2710 C10
2711 C10
2715 C5
2720 H9
3011 H10
3754 H7
3759 I7
3780 I10
3817 E10
3841 H11
3842 I11
3898-D G12
3999 G12
5712 B9
5713 C4
5716 G7
7702 C3
7703 C9
7705-A G11
7708-A G8
7708-B G7
7708-C H10
7708-D H7
7999 G12
F754 B4
F755 B10
F902 H7
F904 I7
F947 E10
F950 H11
F980 F9
F981 F9
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 56
CDR MAIN BOARD .7 - TOP VIEW
CL06532018_056.eps
290200
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 57
CDR MAIN BOARD .7 - BOTTOM VIEW
CL06532018_057.eps
290200
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 58
CDR-Mainboard Version 4228.8
CDR MAIN BOARD - CIRCUIT DIAGRAM 1 : AEGER, EFMTIM, FORWARD SENSE CIRCUIT TESTPOINTS
1
2
3
4
5
6
7
8
9
10
11
12
13
14
ACTUATOR BUS
ACTUATOR BUS
{RAD+,FOC+,FOC-,RAD-}
CAHF
CAHF
{I2CSDA,I2CSCL}
I2CBUS
I2CBUS
DALPHA
DALPHA
F147
L5V
WPONRC
3
G
2
F246
EPONRC
TLN
F240
FEN
4
REN
5
GND
38
10K
3130
SGND
3004
680R
3107
120R
0R
15p
H
9
14
F251
15
2059 F252 3055 16
2007
1K
10n
3123
4K7
3079
16K
D
F199
E
CDRW
L12V
46
44
F220
43
F222
3039
18K
CDR
LWRT
VDD2
E5V
DP1
GND1
GND5
VDD1
EFM
DP2
EFMCLK
DP3
GND4
DP4
CLKOUT_N
41
F
CDR60LWRT
LWRT
42
40
F238
39
F243
10K F226
3048
EFMDATA
EFMCLK
38
BIASC
WPONOUT
G
37
36
35
ERASC
A18
A17
IN5
34
POR
E5V
11
47
VPLUS
12
13
14
7050-D
TL084CDT
2058
14
13
45
11
F249
7355-D
74HCT00D
12
ALS
AINTON
ASTROBE
TC0
10
E5V
100n
2039
4K7
3K9
FSRS
FSWS
ALS
AINTON
ASTROBE
ERON
ERON
RECORDING
SCL
SDA
GND6
CAGS
RDGAIN1
RDGAIN2
TC1
CDR
LDON
DP0
SGND
EPONO
F102
F101
3017
3113
220R
2081
560p
I2CSCL
I2CSDA
RDGAIN1
FSCLR
RDGAIN2
RECORDING
8
11
F187
RDGAIN3
FSOF
FSON
1%910K 3035
EPON
3068
3069
3K9
180K
F107
2126
13
1
100n
2
14
7
F110
3016
2028
62K
2n7
3108
1K
2029
100p
2030 1n
2060 3n3
3054 20K
F185
EPONO
WPONO
7
F247
150p
3010
FSRS
WPON
2010
1
1000
EPON
6
910K 3036
1%
13
100n
7
5
F215
4
48
4
L-5V
29
2057
3041
L-5V
34
L5V
330R
2024
37
C
3114
100n
IW
2027 2n7
2026
36
7
FSWS
IN4
GND3
35
L-5V
100n
PWC5
IR
F235
3
PWC4
GNDD
3
D5VS
PWC3
F228
6
2
11
17
2
F108
64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49
VDD3
9
IE
7
1
NORMALIZER
40 HCA1
TL084CDT
11
F113
F115
PWC2
F223
41 HCA2
10
33
IN3
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
H
15K 1%
470K 1%
240K 1%
120K 1%
62K 1%
30K 1%
15K 1%
3026
3025
3024
3023
3022
3021
240K 1%
30K 1%
PWRITE
3020
WPONO
3027
0R
62K 1%
120R
WPON
3028
WPONRC
3003
3030
150p
3009
3031 470K 1%
2009
3029 120K 1%
OPTION 27
680R
3106
B
14
12
PWC1
8
7050-C
4
TL084CDT
8
7008
EFMTIM2
PWC0
FSA
9
F209
BLM21
L5V
BETA
DETECTOR
F203
GND2
F
33n
FS30V
39 CALPF
E5V
5008
PWF5
2001
10
42 A2
F207
D5VS
PWF4
RECORDING
A2
F204
1K8
PWF3
CDRW
43 A1
L5V
FSCLR
F211
11
F202
3105
RDGAIN3
12
A1
CAHF 23 F194
7005-A
3 F104VCAGAIN
L-5V
PWF2
F208
V
PWF1
C1LF
13
44 CALF
PWF0
14
F196
7133
BC847B
5
BAW56
6002
RE
2023
A2LF
I
SGND
100n
15
V
100n
B2LF
CALF
A27
1M 3019
16
I
INTERFACE
10K
E
ALPHA0
RE 31 F193
I2C
13 SCL
WOBBLE
C4LF
12 SDA
I2CSCL
MIRN
17
100n 2012
XDN
C3LF
I2CSDA
3103 10K
10K
3104
SGND
S2V9
FSRS
{FSRS,FSWS,ALS,AINTON,ASTROBE,ERON,RDGAIN1,RDGAIN2,FSCLR,RDGAIN3,FSOF,FSON}
L5V
MEAS2 33 F181
GAP
REF.
F182 1 UOUT
F234
B1LF
18
{C2LF,A1LF,B1LF,C3LF,C4LF,B2LF,A2LF,C1LF,FSA,CAHF}
19
1% 1K5
MIRN
A1LF
TLN
L-5V
C2LF
XDN
0R
20
7126-B
74HC4066D
4
OPTION 17
L-5V
F174
2019 100n
MEAS1 32 F178
2 RREF
FSR
L5V
4
1
CDR
F163
PPN 26
CWBL 27
74HC4066D
7126-A
100R
11
BC857B
7127
L5V
3115 68R
F170
3015 15K
AMON
6
2018 SGND
68p
L5V
L5V
L-5V
L-5V
2042
150p
AZIN 25 F167
F233
21
3014
3065 39K
AINT 22
DALFA 24
BALANCE
7
FSOF
C4LF
F177
INPUT
STAGE 2
12
FSON
6 C3
AINTON
SELN2
F176
ALS
F158
SELN4
C3LF
F153
7050-B
TL084CDT
3040 F148
7
4
2025
DIODE
F142
14
11
F103
BC857B
7104
S2V9
L5V
74HC4066D
F146
10
5
RECORDING
FSW
100R
11
L5V 7126-D
100p
3 C2
2
L-5V
ASTROBE
ALS 21
DETECTOR
7
7050-A
TL084CDT
3050 F140
1
4
RDGAIN3
F172
3006
HFGND
F149
AINTON 20
10 C1
7 C4
3053
1K
C2LF
LPF
3
FSWS
RDGAIN2
F169
CAHF
23
22
C1LF
INPUT
STAGE 1
F227
100n
PDGND
9 SB2
ALFA
3102 56K
F175
5 SB1
F165
F232
24
F161
B2LF
F231
F171
B1LF
10n
25
1%
1K2
2002
3002
DIO12V
PDGND
DIODE
FEN
F166
8 SA2
ERON
ERON
REN
RAD-
27
4 SA1
F157
10n2022
28 F162
F152
A2LF
2021
*
FOC-
D
11 CAGAIN
A1LF
14
9
A
L12V
7
RECORDING
ASTROBE 19
15n 2020
FOC+
F143
RDGAIN1
F145
3001 2R2
30 F155
29 F159
26
VSS1
L5V
F138
30
ERON 15
RAD+
S15
VSS2
L5V
F150
C
FSCLR
AMON 14
PDGND
S17
18
VDD2
CDRW
10
3131
S14
16
VDD1
14
F100 8
8K2
6
28
FSON
7355-C
74HCT00D
9
3012
2011 100n
TO
CDM3800
3051
F133
7126-C
74HC4066D
8
L12V
D5VS
BF824
7119
L5V
150K
3000
100R
7010
TZA1020
8K2
SGND
SGND
B
3052
FSOF
L-5V
100n 2013
100n 2015
100n 2016
L12V
L-5V
L5V
100n 2014
L5V
BF824
7120
3049
L12V
A
S18
{FSW,FSR}
L5V
10K
FSA
PERASE
I
2008
IR
BIASC
ERASEC
DP4
15p
WOBBLE
I
OPTION 28
{IW,IE,IR,PWRITE,PERASE,DP4,ERASEC,BIASC}
{CDR60LWRT,EFMDATA,EFMCLK,WOBBLE}
3104 123 4228.8
1
{FEN,REN,TLN,MIRN,RE,ALPHA0,CALF,A1,A2}
2
3
4
5
6
7
8
9
10
11
12
13
14
1000 G1
2001 F1
2002 D2
2007 H4
2008 I4
2009 H4
2010 G4
2011 C2
2012 E3
2013 B5
2014 B5
2015 B4
2016 B4
2018 C7
2019 D6
2020 F3
2021 F3
2022 F3
2023 G9
2024 F12
2025 E9
2026 C7
2027 B7
2028 C8
2029 B8
2030 B8
2039 A13
2042 C6
2057 D14
2058 D14
2059 H9
2060 B7
2081 D12
2126 C11
3000 B2
3001 C2
3002 D2
3003 I4
3004 H4
3006 D2
3009 H4
3010 G4
3012 E7
3014 D3
3015 D6
3016 C11
3017 C12
3019 H9
3020 I10
3021 I11
3022 I11
3023 I11
3024 I11
3025 I11
3026 I11
3027 I10
3028 I10
3029 I10
3030 I10
3031 I10
3035 F9
3036 F9
3039 F13
3040 C9
3041 F13
3048 F13
3049 A9
3050 B9
3051 A9
3052 A7
3053 A7
3054 B7
3055 H9
3065 C6
3068 A13
3069 A12
3079 C13
3102 G5
3103 D6
3104 E6
3105 E6
3106 I4
3107 H4
3108 B11
3113 D12
3114 C12
3115 C11
3123 B13
3130 F6
3131 F7
5008 E8
6002 C11
7005-A B14
7008 E9
7010 B4
7050-A B9
7050-B C9
7050-C E6
7050-D D13
7104 B12
7119 A8
7120 A8
7126-A C11
7126-B C12
7126-C B8
7126-D C8
7127 B13
7133 B13
7355-C A11
7355-D E12
F100 A11
F101 B12
F102 B13
F103 A12
F104 B14
F107 C11
F108 C13
CL06532018_059.eps
010300
F110 C11
F113 C12
F115 C12
F133 B7
F138 B8
F140 B10
F142 B9
F143 B6
F145 C3
F146 C8
F147 A3
F148 C10
F149 C6
F150 C1
F152 C3
F153 C6
F155 C1
F157 C3
F158 C6
F159 C1
F161 C3
F162 C1
F163 D9
F165 C3
F166 C1
F167 D6
F169 D3
F170 D7
F171 D1
F172 D3
F174 D6
F175 D1
F176 D3
F177 D3
F178 D6
F181 D6
F182 D3
F185 D10
F187 D10
F193 E6
F194 E6
F196 E3
F199 E12
F202 E3
F203 E9
F204 E3
F207 E3
F208 E1
F209 F3
F211 F1
F215 F7
F220 F12
F222 F12
F223 F1
F226 F13
F227 F5
F228 F1
F231 F4
F232 F5
F233 F5
F234 F5
F235 F1
F238 G12
F240 G1
F243 G12
F246 G1
F247 G9
F249 G9
F251 G9
F252 H9
Electrical diagrams and PWB’s
1
CDR 3rd gen.
2
3
4
5
7.
GB 59
6
7
8
9
10
11
12
13
{LASDACDI,LASDACCK,LASDACLD,PW}
VCAGAIN
LASDACLD
F126
F128
8
7
6
17
DI
10
OUT4 11
LD
IN5
D0
OUT5
13
14
16
S2V9
IN8
VDAref OUT8
GND
20
22
24
S2V9
22R
F118
A
BC807-40
7135
READ
2080
2n2
3110
10K
PWMAX
IR
OPTION 14
OPTION
S2V9
3101
3063
F119
PWMIN
F131
22R
3064
2033
220R
100n
2032
100n
2n7
8K2
100n
F130
B
6015
LWRT
BAS216
PWD
PWB
F136
DELTAP
F141
3037
PWB
23 F139PWD
18
OPTION 11
C
L5V
10K
2040
3007
OUT7
C
L-5V
L12V
IN6
F132
OUT6 15
IN7 21
3111
150K
F124
IN4 12
CLK
33K
3066
PRFINE
PWB
ILASER_READ
1K
3056
B
LASDACCK
OUT3
9
47R
*
3062 68R
LASDACDI
F125
3
F120
*
L5V
2034 100p
IN3
2031
3058
3112
11
S2V9
F122
F123
OUT2
12
4K7
4
14
LM324D
4
7002-D
3057 F121
PRCOARSE
7005-D
TL084CDT
14
L5V
F129
IN2
F117
4
3060
2
S2V9
12
7110
BC847B
13
10K
OUT1
F114
F116
L5V
L5V
L5V
11
13
1K
IN1
1
3061
19
RESETN
L5V
6K8
VDD
3059
A
1K
7016
M62364FP
2061
F112
5
2003
F106
3067
100n
L5V
150K
1R
3074
*
D3V3
2084
D3V3
10u
VCAGAIN
12
390p
7001-D
LM324D
14
4
F144
3076
150K
13
L-5V
11
100n
L-5V
DALPHA
8
7001-C
LM324D
2041
L5V
2044
4
3090
8
7005-C
TL084CDT 47R
11 2045
7
L-5V
7124
4
5
F237
BC847B
L5V
F241
3098
IW
I
IR
PERASE
IW
BIASC
DP4
10K
ERASEC
ILASER_DELTA
3117
IE
2n2 2082
BAS216
7112
BC817-25
F268
10R
3120
2078
*
F271
F269
100n
11
F255
3128
3119
220R
3116
1K2
68p
2083
47R
2
OPTION 26
68R
15p
2063
100n
1K
3129
1M
3044
7002-A
4
LM324D
1
H
7111
BC847B
6003
560R
L12V
F253 3
3099
L5V
3126
I
6R8
1K5
OPTION 13
10K
3118
6K8
G
F242
WRITE
DELTAP
PERASE
F224
ILASER_WRITE
BC807-40
7122
47R
F236
IE
3092
10K
F229
3097
F
100n
3043
6
ILASER_ERASE
F205
BC807-40
7121
F218
1K
OPTION
2K2
6R8
9
BC847B
7113
1M
11 TL084CDT
7005-B
2055
11
3127
2056
1K8
3n3
7002-B
LM324D
7
4
6
PWRITE
2050
L12V
F245
3104 123 4228.8
3899
3094
2053
220R
100n
2n2
2052
L-5V
100n
2054
L5V
*
100n
10
F206
*
L5V
3095
L5V
5
H
7002-C
LM324D
L5V
L5V
L5V
E
L12V
2n2
L12V
L5V
PWB
3078
G
3077 150K
1K
1K
PWD
1K F244
{PWMIN,PWMAX,PWD,DELTAP,PWB,PWD}
F
3081
L5V
3087 2K2
3
F195
PW
F183
3070
1
LM324D
4
7001-A
L5V
3088
2
4K7
3n3
11
F200
PWMAX
L5V
2046
15p
3085
470p
L-5V
F180
3072
ERASE
L5V
L5V
3086
L5V
2051 15p 3093 68R
3042
2043
150K
3075
1n
150K
E
4
10
3045
100n
L5V
F173
150K
11
9
2048
220R
2038
100n
OPTION 12
D
F201
4
5
BAV99
6007
3091
3046
2K2
2047
100n
7 F164
L5V
3082
PWMIN
L-5V
F160
3071
2049
1K8
6
3073
150K
F151
4K7
D
2037
LM324D
7001-B
11
3100
F154
4K7
F168
F156
{IW,IE,IR,PWRITE,PERASE,DP4,ERASEC,BIASC}
1
2
3
4
5
6
7
8
9
10
11
12
13
2003 A3
2031 A6
2032 A8
2033 A8
2034 C9
2037 D6
2038 D6
2040 C6
2041 E7
2043 E5
2044 E9
2045 F11
2046 E11
2047 E12
2048 E12
2049 E10
2050 E11
2051 G12
2052 F7
2053 F8
2054 F7
2055 H8
2056 G6
2061 A4
2063 H8
2078 I7
2080 B7
2082 I6
2083 H7
2084 A7
3007 C4
3037 C6
3042 E6
3043 G9
3044 H5
3045 E5
3046 D5
3056 B9
3057 A5
3058 A5
3059 B5
3060 B7
3061 B6
3062 B9
3063 A9
3064 A8
3066 A5
3067 A4
3070 E7
3071 D7
3072 E5
3073 D5
3074 A3
3075 E5
3076 C8
3077 E9
3078 G5
3081 F5
3082 F10
3085 E12
3086 E12
3087 G13
3088 E13
3090 F12
3091 E11
3092 F12
3093 G12
3094 F8
3095 F8
3097 G7
3098 G7
3099 H8
3100 D9
3101 A9
3110 B7
3111 A6
3112 A8
3116 I6
3117 I7
3118 H7
3119 I7
3120 I8
3126 H5
3127 G6
3128 I7
3129 H7
3899 F9
6003 H8
6007 D8
6015 C5
7001-A F6
7001-B D6
7001-C E9
7001-D C8
7002-A H6
7002-B G5
7002-C F10
7002-D A6
7005-B G6
7005-C F11
7005-D A7
7016 A4
7110 A7
7111 H8
7112 I8
7113 F10
7121 F12
7122 G8
7124 G5
7135 A9
F106 A4
F112 A3
F114 A7
F116 A6
F117 A4
F118 A9
F119 A8
CL06532018_060.eps
010300
F120 A7
F121 A5
F122 A4
F123 B7
F124 B4
F125 B3
F126 B3
F128 B3
F129 B7
F130 B4
F131 B4
F132 C4
F136 C4
F139 C4
F141 C6
F144 C7
F151 D8
F154 D6
F156 D5
F160 D7
F164 D7
F168 D8
F173 E5
F180 E6
F183 E7
F195 F5
F200 F10
F201 F11
F205 F12
F206 F10
F218 F13
F224 G10
F229 G7
F236 G7
F237 G6
F241 G7
F242 G7
F244 G5
F245 G4
F253 H6
F255 I7
F268 I8
F269 I6
F271 I8
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 60
CDR MAIN BOARD - CIRCUIT DIAGRAM 3 : SERVO DRIVERS, MACE-RAM, -FLASH, -DEMUX TEST POINTS
3
4
5
S1
CONTROL BUS
1n
2227
CSRAM
D3V3
120K 1%
S2
3228
100n
S6
REFCOS
4
F371
5
F374
6
F379
7
F381
S8
SIN-
DATA BUS
PCSCOS
1n
3229
COS+
D5V
SGND
D3V3
D5V
D5V
COS-
13
14
F319
15
F323
17
F327
18
F330
19
F337
20
F341
21
VCC
DQ0
A0
DQ1
A1
DQ2
A2
DQ3
A3
DQ4
A4
DQ5
A5
DQ6
A6
DQ7
A7
1%
4K7
3253
1.6V
7202
BC847B
1K
S12
8
22
7215-B
MC34072
7
F353
F391 S1V65
FWEN
A-8V
7201
BC847B
F356
31
RESET_
CE_
A9
A10
OE_
A11
WE_
A12
2243
100n
100n
4
24
PSENN
6
F396
3239
0.7V
5
1%
F393
S11
4K7
F386
1
SGND
F389
SL-
A8
2224 100n
2240
10
10K
SL+
3240
F383
5K6
SGND
9
3237
100n
A13
A14
A15
A16
E
{SL+,SL-}
A17
2241
F
2 VOL+
FOC+
VCC1
VCC2
VCC3
X2
0R
X2
X2
27
VO4-
F404
3256
7209
MC74LCX573
+ -
VIN4
24
BIAS
23
+ -
VOLTAGE
CONTROL
NC3
20
19
VO3+
18
VSL
F438
GND2
29 30
MT2
14
X2
MT
MT1
FWD
X2
GND1
D3V3
F448
1
5
F342
27
F346
26
F348
23
F349
25
F354
4
F357
28
F360
29
F364
3
F366
2
F370
30
F373
20
MA(5)
MA(6)
CE_ WE_
OE_
11
C1
GND
10
MAD(7)
18 3210-B 47R
MAD(6)
17 3210-C 47R
MAD(5)
I|O4
16 3210-D 47R
MAD(4)
MA(12)
I|O3
15 3211-A 47R
MAD(3)
MA(13)
I|O2
13 3211-B 47R
MAD(2)
12 3211-C 47R
MAD(1)
11 3211-D 47R
MAD(0)
I|O7
MA(9)
I|O6
MA(10)
I|O5
MA(11)
MA(14)
I|O1
MA(15)
I|O0
MA(16)
A14
MA(17)
A13
A6
2209
A5
100n
19
3200
3
18
3201 47R
MAD(2)
4
17
3202 47R
MAD(3)
5
16
3203 47R
MAD(4)
6
15
3204 47R
MAD(0)
2
MAD(1)
1D
A4
F444
3265
SL-
3250
MA(0)
MAD(5)
7
14
3205 47R
MAD(6)
8
13
3206 47R
MAD(7)
9
12
3207 47R
MRDN
19 3210-A 47R
MA(8)
A7
F355
22
MA(7)
A8
20
27 MWRN
A2
MA(1)
A1
MA(2)
GND A0
MA(3)
14
10
MA(14)
9
MA(13)
8
MA(12)
7
MA(11)
6
MA(10)
5
MA(9)
4
MA(8)
3
MA(7)
2
MA(6)
1
MA(5)
26
MA(4)
25
MA(3)
24
MA(2)
23
MA(1)
21
MA(0)
D
E
F
G
MA(4)
MA(5)
MA(6)
MA(7)
47R
0R
GND3
H
PGND
28
OPTION 32
F445
10K
PGND
TRAYOUT
TRAYIN
F306
3748
TRAYSW
F338
C
VCC
PGND
PGND
PGND
PGND
PGND
F447
3
17
VO3-
8K2
LOGIC
TRAY
SL+
2250
X2
100n
X2
REV
13 VO2-
F446
TRAYSWF
2256 100n
2255 100n
S23
2214
10K
PH-B
100n
2
VIN3
VREF
D5VS
3251
+9SRVPWR
3257
1K
3742
6 NC2
12 VO2+
TR-
F331
6
MA(4)
A3
S1V65
-
MUTE
15 16 8
4
ALE
VRA
Vcc
+
7 MUTE
11 NC5
S22
S21
1200
I
F407VRAO 3254
F390
EN
PGND
TR+
7
7802
CY7C199 28
MA(3)
0R
VFOIN 4 VIN2
3747
H
25
5 NC1
TO TRAY
CDL4009
F328
2291
100n
D3V3
1
VIN5
9
F324
8
MA(2)
A11
RAD-
100R
G
9
MA(1)
A12
RAD+
26
VO4+
3 VIN1
- +
F433
F320
A9
0R
X2
0R
F409
10
MA(0)
16
0R
VFOO
3244
F317
VSS
F406
VFO
F313
11
7240
BA5938FM
21 10 22
FOC-
12
A10
PGND
3241 F403 1 VOL-
D5V
3209
22u
100n
2242
+9SRVPWR
PGND
B
100n
2208
S9
2221
8
OPTION 83
7208
32 Am29F002B
MAD(0) 3808-A 47R F312
1
8
MAD(1) 3808-B
2
747R F316
MAD(2) 3808-C 47R
3
6
MAD(3) 3808-D 47R
4
5
MAD(4) 3809-D 47R
5
4
MAD(5) 3809-C 47R
6
3
MAD(6) 3809-B 47R
7
2
MAD(7) 3809-A 47R
8
1
120K 1%
SIN+
F311
10K
MAD(0:7)
7225-B
4 NE532D
SGND
*
FWEN
8
6
COS+
*
3806
10K
2228
33K 1%
D5V
5
OPTION 82
F301
3227
S7
D5V
MA(0:17)
ADDRESS BUS
SGND
3224
1R
S5
3
D
PCSSIN
7225-A
4 NE532D
SGND
3889
2
F321
SIN-
{MRDN,MWRN,ALE}
1R
SIN+
S3
3252
C
13
A
SGND
100n
8
2229
D3V3
12
REFSIN
7
2
11
2225
COS-
52207
1220
1
10
10K
2226
100n
33K 1%
D5V
3
{SIN-,SIN+,COS+,COS-}
TO SLEDGE CDM3800
9
{REFSIN,REFCOS,PCSSIN,PCSCOS}
1 3226 2
1
B
8
3284
A
7
F300
3225
S4
6
1R
2
3283
1
I
{TRAYIN,TRAYOUT,TRAYSWF}
PGND PGND
{VFO,VRA,VSL}
3104 123 4228.8
ACTUATOR BUS
{RAD-,RAD+,FOC+,FOC-}
1
2
3
4
5
6
7
8
9
10
11
12
13
1200 H1
1220 C1
2208 B10
2209 F11
2214 I3
2221 D1
2224 D6
2225 A4
2226 A5
2227 A5
2228 B5
2229 C5
2240 D5
2241 E4
2242 E3
2243 D6
2250 H7
2255 I1
2256 I1
2291 C12
3200 G10
3201 G10
3202 G10
3203 G10
3204 G10
3205 G10
3206 G10
3207 H10
3209 F10
3210-A D12
3210-B D12
3210-C D12
3210-D D12
3211-A D12
3211-B D12
3211-C E12
3211-D E12
3224 B4
3225 A4
3226 A5
3227 B4
3228 B5
3229 C4
3237 D4
3239 E4
3240 D4
3241 F3
3244 F3
3250 H8
3251 G8
3252 D5
3253 D5
3254 F5
3256 F5
3257 G5
3265 H5
3283 B9
3284 B10
3742 G3
3747 I3
3748 I3
3806 B9
3808-A C9
3808-B C9
3808-C C9
3808-D C9
3809-A C9
3809-B C9
3809-C C9
3809-D C9
3889 C11
7201 E4
7202 D4
7208 B10
7209 F9
7215-B D6
7225-A A4
7225-B C4
7240 F4
7802 C11
F300 A5
F301 B5
F306 I4
F311 B10
F312 C9
F313 C10
F316 C9
F317 C10
F319 C9
F320 C10
F321 C11
F323 C9
F324 C10
F327 C9
F328 C10
F330 C9
F331 C10
F337 C9
F338 C10
F341 D9
F342 D10
F346 D10
F348 D10
F349 D10
F353 D9
F354 D10
F355 F10
F356 D9
F357 D10
F360 D10
F364 E10
F366 E10
F370 E10
F371 C2
F373 E10
CL06532018_061.eps
010300
F374 C2
F379 C2
F381 D2
F383 D2
F386 D2
F389 D5
F390 F9
F391 D7
F393 D4
F396 D3
F403 F3
F404 F5
F406 F3
F407 F5
F409 G3
F433 G3
F438 G8
F444 H5
F445 H5
F446 H1
F447 H1
F448 I1
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 61
CDR MAIN BOARD - CIRCUIT DIAGRAM 4 : MACE BE-PROCESSOR TESTPOINTS
8
F329
REFCOS
9
F335
PCSCOS
126
22n SGND
SGND
2278
VssDp1 56
VddDp1 57
22K
127
XDET
H0|A16
23
3 3235-C6 47R MA(16)
F351 72
SL
S10
S13
2K2 DESIGN_TEST2
RP
F358 80
D3V3 83247-A 1
F362 70
3K3
2K2
D3V3 73247-B 2
F367 81
Slegde
control
RA
Radial
control
TL_FTL
Port
ROM
2
71
FO
Focus
control
3K3
8051
F382
92
DEFOn
core
Defect
detector
DEFIn
10K
F385
115
FTCH
F387
116
FTCL
79
RAM
Track
counter
0
10K
3218
OTD
Port
3291 56K
F392
106
D1|MIRN
3290 68K
F394
107
D2|TLN
REN
3289 56K
F397
108
D3|REN
FEN
3288 56K
F399
111
D4|FEN
112
S1
113
S2
51
2 3271-B7 47R MA(14)
A13
50
3 3271-C6 47R MA(13)
A12
49
4 3271-D5 47R MA(12)
A11
48
1 3273-A8 47RMA(11)
A10
47
2 3273-B7 47RMA(10)
A9
46
3 3273-C6 47R MA(9)
A8
45
4 3273-D5 47R MA(8)
AD7
65
3222-A
MAD(7)
AD6
64
3222-B 47R
MAD(6)
AD5
63
3222-C 47R
MAD(5)
AD4
62
3222-D 47R
MAD(4)
AD3
61
3223-A 47R
MAD(3)
AD2
60
3223-B 47R
MAD(2)
AD1
59
3223-C 47R
MAD(1)
AD0
58
3223-D 47R
MAD(0)
Ex
SFR
PSENn
System
Signal
cond.
Dx
EAn
interface
WC_
I
4
I2CSCL
E
53
F398
3260 47R
55
F400
3234 F450
ALE
PSENN
78
RSTI
98
NC1
2
NC2
3
NC3
36
NC4
37
F401
1K
D3V3
F
F451
MRST_P
F402
3261
BE_RESET
0R
PXT2en
INT3|ALEh
INT2
14
13
D3V3
10K
1 3242-A8
10K
2 3242-B7
10K
3 3242-C6
10K
4 3242-D5
10K
MRDN
F411 HI_POWER
R2
NC7 100
CDR60PLL
PXT2
15
3238 220R F43216
LASLD
G
NC8 101
3232
CDR60INT
PXT0
3249 220R F43117
HFS0
WRNH
RDNH
20
FWEN
F453
10K
PXT1
IIS1_MS
D3V3
DSA_STR_CDR 3245 220R F42919
F440
DSA_DATA_CDR 3246 220R F43018
RXD1
33
TXD1
34
INT0_PWD
35
F427
3208
F454
NC6 67
{I2CL,I2DA,LASDD,LASCK,LASLD}
LASLD
FWEN
TERMB
{MRDN,MWRN,ALE}
S19
220R
H
S20
CONTROL BUS
{DSA_ACK_CDR,BE_RESET,DSA_STR_CDR,DSA_DATA_CDR,MUTE,ATT,DEEMP,IIS1_MS,SYS_CLK_BE}
{LASDACDI,LASDACCK,LASDACLD,PW}
{I2CSDA,I2CSCL}
3104 123 4228.8
I2C BUS
{OFFTRACK,ATIPSYNC,LLP,HFS0,CDR60INT,CDR60CS,CDR60PLL,SRSTN,DMON}
{TRAYIN,TRAYOUT,TRAYSWF}
1
2
3
4
5
D
MAD(0:7)
DATA BUS
3213 33R
54
DSDen
Port 1
F452 F426
INT1
RXD2
38
39
LASCK
DSA_ACK_CDR
F425
TXD2
40
F423
3280 47R
MWRN
TERMB
WRN
F436 MWRN_P
41
MRDN
F443
RDN
47R
F442 3276 F435 MRDN_P42
86
TPWM
FOK
CLO
87
84
OPC_INT
TEN
SRV_INT_LGR
I2CSCL
I2CSDA
3287
10K
F417 104
P6
IREFT
3281
VRH
F422
TRAYIN
LASCK
85
LASDACCK 220R 4 3248-D 5
F421
LASDD
3212
D3V3
TRAYOUT
I2CL
220R 3 3248-C 6
LASDACLD
1% 220K F416 114
5
6
220R 2 3248-B 7
I2CSCL
LASDACDI
VSS
3247-C
2K2
100n
I2CSDA
SGND
ATT
SDA
SCL
SGND
I2DA
DEEMP
7
E2
5 F439
MUTE
6
220R 1 3248-A 8
I2CSDA
I2CL
F434
SGND
VCC
E1
I2DA
3
E0
3
1
2
SGND
8
2K2
3247-D
7207
M24C08
D3V3
4
100n
D3V3
2284
BLM21
F413
2285
100n
2207
2283
F414
5203
F307 100n F415
105
LLP
94
97 LDON
ALPHAO
Uopb
LLP
S2V9
H
MA(0:17)
NC5
4
Uopt
118
2232
2235
2234
1n
1n
2233
1n
22n
SGND
Port 3
Port 5
P6
ATIPin
117
77
ATIPSYNC
OPC
88
PW
89
CALF
PW
Laser
control
F420
123
124
CALF
ADC/
AGC
ref.
LASDD
A2
90
A2
122
F419
A1
91
121
SGND SGND
C
47R
F418
A1
SGND
ALPHA0
1 3271-A8 47R MA(15)
52
A14
SGND
G
CDR60CS
A15
ALE
B
CSRAM
ADDRESS BUS
93
3255
SGND
CSRAM
3233
2n2
VssDp2 95
43
VddDp2 96
VssDp3
31
VssDp4
VddDp3 44
2277
32
VddDp4
100n
100n
11
VssDp5
2276
12
VddDp5
100n
VssDp6 68
2275
VddDp6 69
100n
VssDc1 82
VddDc1 83
2274
5202
21
VssDc2
BLM21
22
VddDc2
100n
109
100n
110
VssAs
5201
2272
BLM21
VddAs
MON_D 73
MON_A 74
CLKOUT 76
DEB_OUT 75
TS3 103
F302
3749
10K
DEBON
99
TS2 102
TS1
4 3235-D5 47R MA(17)
3295
2217
22n
2289
2 3235-B7 47R
24
22n 2231
3217
22K
3219
47K
10K
3220
100n
25
H1|A17
D3V3
47n
82p
2220
2222
5
F304
H2|CSDN
TLN
MIRN
26
{POWER_UP,KILL_OUT}
1 3235-A8 47R F334
ACT_EMFP
OFFTRACK
SGND SGND
4
H3|CSBN
DMON
TRAYSWF
ACT_EMFN
S16
D3V3
27
Port
POWER_UP
F326
2218
100R
F375
VFO
A-8V
3221
22K
F384
H4
DEBUG
DESIGN_TEST1
4
F380
0R
SRSTN
100n
F
{FSR,FSW,S2V9,FEN,REN,TLN,MIRN,RE,ALPHA0,CALF,A1,A2}
2
3807
28
STANDBY
0R
100K
7215-A
1
MC34072
F377
29
3230
8
H6
H5
3K3
A
STANDBY
F314
1
3297
2n2
3
E
F361
2287
15K
3215
VRA
D5V
3243-D
5
128
3299
22n
2216
F368
47p
D
F350
2288
VSL
2286
15K
C
3216
SGND
4
10K
SINPHI
PCS
3243-C
6
3887
REFSIN
COSPHI
3
10K
100K
3231
RE
10K
F318
TEST
D3V3
10K
23243-B 7
SRSTN
30
REFCOS
14
TERMB
FSW
R5
3286
FSR
2230
1 3243-A 8
D3V3
H7
CLOCK
GEN.
13
4K7
125
12
4K7
8
F325
11
MWRN
B
F322
RAC_SW
SGND
10
3702
REFSIN
PCSSIN
SELPLL
10
6
{VFO,VRA,VSL}
7
7270
SAA7399
XTLI
{REFSIN,PCSSIN,REFCOS,PCSCOS}
XXTLO
A
F305
SYS_CLK_BE
SYS_CLK_BE
D3V3
3274
100K
D3V3
9
3703
7
2273
F303
6
100n
5
119
4
120
3
VssAop
2
VddAop
1
6
7
8
9
10
11
12
13
14
I
2207 H4
2216 C2
2217 D2
2218 F13
2220 E2
2222 E1
2230 B3
2231 C4
2232 G2
2233 G2
2234 G2
2235 G2
2272 A8
2273 A8
2274 A9
2275 A9
2276 A9
2277 A10
2278 A10
2283 H6
2284 H5
2285 H5
2286 D3
2287 C3
2288 C3
2289 A6
3208 H9
3212 I5
3213 E13
3215 C2
3216 C2
3217 E2
3218 E2
3219 E2
3220 E2
3221 D2
3222-A D12
3222-B D12
3222-C D12
3222-D E12
3223-A E12
3223-B E12
3223-C E12
3223-D E12
3230 F12
3231 F12
3232 H11
3233 F13
3234 F13
3235-A B12
3235-B B12
3235-C C12
3235-D B12
3238 H10
3242-A H12
3242-B H12
3242-C H12
3242-D H12
3243-A A12
3243-B A12
3243-C A12
3243-D A12
3245 H10
3246 H10
3247-A C4
3247-B C4
3247-C H6
3247-D H5
3248-A H5
3248-B I5
3248-C I5
3248-D I5
3249 H10
3255 D3
3260 F13
3261 F12
3271-A C12
3271-B C12
3271-C C12
3271-D C12
3273-A C12
3273-B D12
3273-C D12
3273-D D12
3274 A6
3276 H8
3280 H9
3281 H7
3286 B4
3287 H7
3288 F3
3289 F3
3290 E3
3291 E3
3295 D3
3297 C3
3299 C3
3702 C13
3703 C13
3749 A6
3807 B12
3887 A12
5201 A8
5202 A9
5203 H3
7207 H3
7215-A D2
7270 A4
F302 A8
F303 A8
F304 A5
F305 A6
F307 H6
F314 A12
F318 B12
F322 B4
F325 B4
CL06532018_062.eps
010300
F326 B12
F329 B4
F334 B12
F335 B4
F350 C3
F351 C4
F358 C4
F361 C3
F362 C4
F367 C4
F368 C1
F375 D3
F377 D2
F380 D1
F382 D4
F384 D2
F385 E4
F387 E4
F392 E4
F394 E4
F397 F4
F398 F12
F399 F4
F400 F12
F401 F13
F402 G12
F411 H11
F413 H5
F414 H6
F415 H6
F416 H6
F417 H7
F418 H7
F419 H7
F420 H7
F421 H8
F422 H8
F423 H9
F425 H9
F426 H9
F427 H9
F429 H10
F430 H10
F431 H10
F432 H10
F434 I3
F435 H8
F436 H9
F439 I4
F440 H10
F442 H8
F443 H9
F450 F13
F451 F12
F452 H9
F453 H9
F454 H10
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 62
CDR MAIN BOARD - CIRCUIT DIAGRAM 5 : CD ENCODING-DECODING PART
1
2
3
4
5
6
7
8
9
10
11
12
13
14
CD ENCODING & DECODING PART
L12V
2362
CAHF
47n
3363
820R
39K
3362
HFGND
D
100R
HFGND
OPTION 39
BLM21
5303
2303
100n
2306
100n
2305
100n
2304
100n
2302
2300
13 HIN
2321 100n F527
2320 100n F530 11
EFMDATA
3313
CDR60LWRT
47R
HF DATA
HREFLO
2319 100n F532 14
HREFMI
2318 100n F535 10
HREFHI
CFLG 68
BIT
DETECTOR
12 AGCREF
EBU
CAPTURE
DEMODULATOR
79
EFMDATA
77
LASON
27
PANIC
F542 78
XEFM
DECODER
MODULATOR
CONTROL
EFM
MODULATOR
1R5 3335
4
F599 6
1
3
F601
2379
SFSY
SUB
A16
F546
3319
RCK
67
F550
47R
SFSY
65
F552
V4
55
F554
PCAin
51
NC
9
RCKR
F586
SUB
33 SDA
H301
2907
1
560p
2
2908
560p
H
I
CDR60INT
CDR60CS
MWRN
CONTROL BUS {MRDN,MWRN,ALE}
MRDN
ALE
MAD(0)
MAD(1)
MAD(2)
MAD(3)
PGND
{OFFTRACK,ATIPSYNC,LLP,HFS0,CDR60INT,CDR60CS,CDR60PLL,SRSTN,DMON}
SYS_CLK_BE
3104 123 4228.8
1
2
3
4
5
E
2
7355-A
74HCT00D
MAD(4)
7
SYS_CLK_BE
5
7355-B
74HCT00D
PGND
MAD(0:7)
66
MOTO1
MAD(5)
7
47n 2335
3349
1%
2337 100n
3340100K
0R
PGND
RCK
D3V3 D3V3
56K
PGND
F600
F589
3337
14
3317 4K7 CDR60SDA
14
MAD(6)
PGND PGND
D5VS
2355 100n
MERR
F588
D5VS
MERRIN
F563
3308
30
MAD(7)
0R
MT2
29
SRSTN
3304
D5VS
MT1
8
32 SCL
34 INT
50 CSi
45 WRi
46 RDi
47 ALE
42 DA0
41 DA1
40 DA2
39 DA3
37 DA5
36 DA6
35 DA7
28 PORE
29 CL1
24 MUXSWI
22 XTLO
38 DA4
F585
F591
HALL_W
HALL_U
3316 4K7 CDR60SCL
16
GND
F543
G
R10
F597
HALL_V
FG3
F577
0R
+
-
F541 {DOBM_CDR,BCLK,WCLK,DATA0,DATA1}
58
2
I C
F595
17
F573
HALL_W
CDR60PLL
OPTION 31
3380
SUB-CPU INTERFACE
RESET
F594
FG2
F571
HALL_V
OPTION 34
H3-
3381
DATA BUS
SYST CLOCK
GENERATOR
H3+
OPTION 38
{CDR60LWRT,EFMDATA,EFMCLK,WOBBLE}
MOTOR/
TACHO
INTERFACE
OTD
F593
18
82R
I
HALL_U
FG1
0R
3348 10K
PGND
14
H BIAS
+
-
7804
BC847B
F575
19
F562 23
F584
NC5
VH
54
FLAG
PCA
F583
15
+
-
STOPCK
DATA0
47R
{RCK,SFSY,SUB}
ATPSYC
F592
H2-
20 F570
F540
W441
26
10K
12
21 F569
CNF
57
DATA1
I/O
3305
H2+
+
-
SYNC
D
A15
DMON
7803
BC847B
F566
BCLK
WCLK
F538 I2SDATAOR 3314
PROC.
F581
11
22 F568
+
- ECR
F558 25
WOBBLE
21 XTLI
NC4
23
F536
SUBCODE
F580
6
13
F579
3346 10K
F578
1330-9
W+
9
1330-10
W10
OPTION 30
F590
1330-7
3341
HALL_I
7
82R
NC3
PS
EC
PS
F534
60
A14
F
PGND
3352
F572
1330-8
V+
8
F574
1330-5
V5
4
+
-
24
BCLK 61
WCLK
and memory processor
74 MOT1
H1-
REV
REV
CDR60CL1
F531DOBM_CDR
47R 4 3382-D5
59
ENCODER
73 MOT2|T3
10
+
-
WREFHI
3324
H1+
2314 100n F553 2
OFFTRACK
10K
NC2
2336 100n
3338 1K 100K
F565
2
OPTION 36
9
WREFMI
WGND
ATIPSYNC
D5V D5VS
26
+ -
F598
2332 100n
2331 100n
3332 100R
2330 100n
PGND
VM1
WREFLO
2315 100n F551 3
WGND
D5VS
5K6
NC1
GAIN
CONTROL
27
3325
A1
1
RNF
VM2
1R5 3333
2316 100n F549 1
5K6
7
VCC
DRIVER
28
3323
A2
1K
25
1K
A3
5
3n3
1R5 3334
3322
3
F559
3347 10K
H
F556
3331 100R
OPTION 37
F564
1330-6
U+
6
F567
1330-4
U4
G
7330
BA6856FB
F561
3330 100R
F
1330-1 WCOIL
1
1330-2
VCOIL
2
1330-3
UCOIL
3
100n
1%
3339 1K
82R
CDR60CFLG
47R 3 3382-C6
64
WIN
69 T2
F548
3350
F525
3n3
PGND
F547
1330-11
HALL+
11
3315
F545 6
70 T1
2333
WOBBLE
F544
2322
2317
1R
3351
E
CDR60MEAS1
DATAI
I/O
EFM CLOCK
GENERATOR
47R
F555
56
47R 1 3382-A8
DATA0
2
I S
Error correction
3312
EFMCLK
EBUOUT
C
47R 2 3382-B7
HFGND
LLP
1R5 3336
*
47p
MEAS1 80
TEST
33K 1%
Vss9 71
Vdd9 72
Vss8 62
Vdd8 63
Vdd5 44
Vss6 48
Vdd6 49
Vss3 19
Vdd3 20
Vss10 75
Vss7 52
100n
100n
Vss4 31
IREF
GENERATOR
Vdd7 53
IREF
Vss2 16
F521 8
Vdd4 30
3309
HFGND
3365
HFGND
D5VS
D5VS
5302
BLM21
F516
F512
HFGND
VREF
F526
7
8
F520 7
F524
7361
BC847B
VEE
2364 100n
Vdd10 76
2374
Y7
GND
HF2
F513
HFGND
Vdd2 15
F517
1K
3300
3
Y6
B
F515
HFGND
WGND
WGND
Vdd1 5
2
Z
7300
SAA7392
17
Y5
F519
6
47p
Y3
9
2359
1K5
3371
HFGND
S2
E_
F514
HFS0
10
Y4
5
BAS216
6373
2375
1
Y2
11
3361
3370
12
S1
TEST2 18
15
S0
3301
1n8
F523
2372
Y0
Y1
F518
14
TEST1
2368 470p
22R
47R
F507
HFGND
F508
1K
13
VCC
4
100n
BLM21
7360
16 74HCT4051D
22K
1K2 1%
560R
2n2
2369
F503
HF
3368
D3V3
2360
2310
Vss1 4
7370
BC847B
1p
100n
2n2
OPTION 45
100n
6375
2K2
3376
47R
3377
220R
C
3375
BAS216
F511
BAS216
6374 F510
F509
7375
D3V3
2309
3372
BFS540
HF1
F506
7373
BFS540
OPTION 40
B
F502
2n2
7371
BFS540
HFGND HFGND
F505
HFGND HFGND
2308
3360
F504
22u
100n
2371
2370
1K8
3373
18K
3379
27K
3378
22u
100n
2378
2373
100R
A
L5V
F522
F501
3302
5301
22R
OPTION 35
F500
3303
22R
A
{CDR60MEAS1,CDR60CFLG,CDR60CL1,MERR,MERRIN,HALL_V,HALL_U,HALL_W}
OPTION 41
3374
OPTION 33
Vss5 43
L12V
6
7
8
9
10
11
12
13
14
1330-1 F1
1330-10 H1
1330-11 E1
1330-2 F1
1330-3 F1
1330-4 G1
1330-5 G1
1330-6 F1
1330-7 H1
1330-8 G1
1330-9 H1
2300 B10
2302 B10
2303 C10
2304 C11
2305 C11
2306 C12
2308 A4
2309 B4
2310 B4
2314 F7
2315 E7
2316 E7
2317 E7
2318 D7
2319 D7
2320 D7
2321 D7
2322 E7
2330 F2
2331 F2
2332 F2
2333 E4
2335 H5
2336 I5
2337 I5
2355 H8
2359 D7
2360 B5
2362 D6
2364 C7
2368 B4
2369 B4
2370 A3
2371 A4
2372 C3
2373 A1
2374 C1
2375 C2
2378 B1
2379 C14
2907 H13
2908 H13
3300 C9
3301 C9
3302 A2
3303 A4
3304 H1
3305 G10
3308 H9
3309 C7
3312 E7
3313 D7
3314 D14
3315 E7
3316 H12
3317 H12
3319 E14
3322 F5
3323 F5
3324 G6
3325 G6
3330 F1
3331 F1
3332 F1
3333 F5
3334 E5
3335 E5
3336 E5
3337 H6
3338 I5
3339 F5
3340 I4
3341 H1
3346 H2
3347 H2
3348 H2
3349 H5
3350 E2
3351 E4
3352 H5
3360 C5
3361 C6
3362 D5
3363 D6
3365 D7
3368 B3
3370 C3
3371 C3
3372 B3
3373 A2
3374 A1
3375 C2
3376 C1
3377 C1
3378 A1
3379 A2
3380 I2
3381 H3
3382-A C13
3382-B D13
3382-C D13
3382-D D13
5301 A5
5302 B10
5303 B10
CL06532018_063.eps
010300
6373 C2
6374 C2
6375 C2
7300 C8
7330 E3
7355-A H8
7355-B H7
7360 B5
7361 C5
7370 B3
7371 B3
7373 B2
7375 B1
7803 F5
7804 G5
F500 A1
F501 A3
F502 B5
F503 B4
F504 B3
F505 B2
F506 B3
F507 B3
F508 B5
F509 B2
F510 B2
F511 C1
F512 D3
F513 C5
F514 B10
F515 B11
F516 D6
F517 C5
F518 C9
F519 C9
F520 C8
F521 C8
F522 A4
F523 C4
F524 C7
F525 F7
F526 H13
F527 D8
F530 D8
F531 D14
F532 D8
F534 D13
F535 D8
F536 D13
F538 D13
F540 E13
F541 E13
F542 E8
F543 E13
F544 E7
F545 E8
F546 E13
F547 E1
F548 E3
F549 E8
F550 E13
F551 E8
F552 E13
F553 F8
F554 F13
F555 E4
F556 F1
F558 F8
F559 F1
F561 F2
F562 F8
F563 H5
F564 F1
F565 G1
F566 G5
F567 G1
F568 G4
F569 G4
F570 G4
F571 G8
F572 G1
F573 G8
F574 G1
F575 G4
F577 G8
F578 H1
F579 H2
F580 G9
F581 G9
F583 G10
F584 G11
F585 G11
F586 G11
F588 G12
F589 G12
F590 H1
F591 G12
F592 G10
F593 G11
F594 G11
F595 G11
F597 G12
F598 H3
F599 H7
F600 H8
F601 H9
H301 H14
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 63
CDR MAIN BOARD - CIRCUIT DIAGRAM 6 : AUDIO PART (NOT FOR CDR950/951)
4
5
6
7
8
9
10
11
12
13
14
3408
9
10K
10K
2465 12p
27K
3414
7405-B
LM833D
7
6
4u7
2417
4
F720
3415
10K
-8Vf
LEFT
F737
3 Y1
+12Vb
8
GNDA
7
100n
GNDA
H401
1
2903
1
560p
2
560p
2
RIGHT
-5VA
2906
2904
560p
560p
F744
F707
8
7
BC817-25
7410
2K2
F745 3
6
GNDA
F733
3427
4
GNDA
KILL
+5VX
BC817-25
7411
2K2
8
7
-5VA
4
5
6
7
8
9
12K
2460
10K
6
GNDA
10
3411
100n
4
F753
3433
F748
KILL
3434
GND_CASE
12
0R
47u
47K
3435
-8Vf
3436
GNDA
GNDA
3104 123 4228.8
4
10K
Z 15
Vss Vee E
6
1420-4
F739
F743
2430
H
A25
GNDA
5445
BLM21
3429
7407-B 16
74HC4053D Vdd
S 10
2 Y0
3432
A20
1410-3
3 PH-B
3428
+12Vf
8 7409-B
LM833D
7
5
1 Y1
3
4R7
GNDA GNDA
120R
2
-8Vf
I
G
1410-2
GNDA
7408-A
NJM4556AD
1
8
-5VA
3418 = 100R for CDR-MINI
3433 = 100R for CDR-MINI
A26
2 PH-B
F726
2
2406
1 PH-B
3424
GNDA
1
2407
2444
KILL
+12Vf
Z 14
GNDA
F
1400-13
1410-1
F740
3423
-8Vf
Vss Vee E
100n
GNDA
13
GNDA
120R
7407-A 16
74HC4053D Vdd
S 11
12 Y0
13 Y1
A21
only for CDR-MINI
4
+5VX
GNDA
1400-14
GNDA GNDA
6
0R
F750
2433
6
7412
BC817-25
7408-B
NJM4556AD
7
8
F742
3449
H402
2905
-8VA
BZX284-C5V6
5
Z 4
3419
GNDA
+12Vf
-5VA
GNDA
GNDA
SEL_HP_OUT
Vss Vee E
GNDA
KILL
GNDA
Vdd
S 9
5 Y074HC4053D
14
2K2
12K
2463 12p
10K
E
1400-8
GND_CASE
F732
0R
-8Vf
3421
F738
100n
BLM21
100n
2434
-8VA
BLM21
+12VA
3450
GNDA 100u
100n
100n
F741
0R
3448
100n
2421
5414
+12Vf
+12VA
4
3420
7407-C 16
F736
2435
100n
5413
F735
3418
47u
2
A19
+5VX
F714
5
KILL
1n
-8Ve
GNDA
5404
F731 1420-5
8
2424
1
-8VA
BLM21
7409-A
8 LM833D
3
F728
5406
100n
2422
21
D
47K
-8Vb
+5VA
2401
20
+12Vf
+5VX
2415
1
GNDA
BLM21
F734
6400
27
GNDA
2464 12p
GNDA
H
DAC
DAC
VSSD VSSDAC VSSAD TEST1 TEST2
A4
GNDA
F729
330R
C
VOUTR 24
-8Ve
3416 27K
GNDA
BLM21
PEAK
DET
GNDA
GNDA GNDA
-8VA
G
INTERPOLATION FILTER
11
A8
F730
BLM21
SYSCLK 12
DSP FEATURES
5444
0R
5407
5401
2414
2u2
26 VOUTL
GND_CASE
F
2419
IIS_DATA_A1
IIS_WS_A1
IIS_BCLK_A1
NMUTE
IIS_DATA_A0
L3_CLK
L3_DATA
100n
23 QMUTE
2n2
47u
F727
L3DATA 15
19 DATA1
NOIS SHAPER
F721
L3MODE 13
270p
3413
A6
L3-BUS
INTERF
3422
A2
BLM21
DIGITAL
INTERF
17 WS
A7
-8Ve
3409 27K
8
GNDA 100n
3402
220R
L3CLOCK 14
270p
2441
3454
220K
1n
2405
2404
27K
3405
220u
10
OVERFL 9
DECIMATION FILTER
3447
GNDA
E
16 BCK
2411
F711
GNDA
GNDA
-5VA
18 DATA0
4
6
GNDA
BLM21
9
3407
100R
2425
7
8
F709
2431
8
10
11
4u7
2443
270p
2451
Vss Vee E
5447
F717
11
7
12
2
B
AGCSTAT 22
2n2
Z 14
6
F710
7405-A
LM833D
1
GNDA GNDA
2445
13 Y1
12
13
VINR1 4
2442
F723
Vdd
S 11
3451
GND_CASE
5
8
+12Ve
470u
1n
RIGHT12 Y074HC4053D
13
3
14
5
7401-A 16
GNDA
14
4
15
ADC1R
0dB/6dB
SWITCH
7413
1n
GNDA
+5VX
-5VA
3
ADC1L
GNDA
16
27K
GNDA
GNDA
1400-11
11
7
15
ADC2R
VINR2 8
DIGITAL MIXER
F706
3412
6
7
6
2
ADC2L
0dB/6dB
SWITCH
A
F702
F719
4
8
12K 2438
F716
2
2448
INT_COPY_ANA
10K
Z 15
Vss Vee E
8
3
GNDA
F713
3410
1 Y1
10
2447
470u
GNDA
+5VA
GND_CASE
1400-10
1420-3
3
PGA
DIGITAL AGC
3460
2450
270p
7401-B 16
C
D
2
5
GNDA
Vdd
S 10
2 Y074HC4053D
1420-2
GNDA
A3
1n
-5VA
GNDA
10K
GNDA
3453
220K
GNDA
+5VX
GNDA
BLM21
2446
6
7
16
0dB/6dB
SWITCH
+12Ve
GNDA
1
2 VINL1
0R
1
8
1
BLM21
PGA
D3V3
F708
4R7
0R
47u
Vss Vee E
5446
F712
1420-1
F724
3404
0dB/6dB
SWITCH
3455
9
Z 4
F703
GNDA GNDA
3439
10K
6 VINL2
+12Ve
100n
3 Y1
2440
A5
F700
5403
+12VA
2466
F704
1400-9
7401-C 16
74HC4053D Vdd
S 9
5 Y0
12K 2437
LEFT
7801
bso16e127rs375
F718
GNDA
7406
UDA1341TS 5
7
25
3
10
28
VADCN VADCP VDDDAC VDDAD VDDD VREF
+5VX
3452
A1
B
27K
3403
0R
GNDA
GNDA
F701
3886
I2C BUS
D3V3
3441 D3V3
F715
GNDA 2413
1n
+5VA
L3_MODE
2402
+5VX
A
SYS_CLK_11B
IIC_DATA
IIC_CLK
{IIC_CLK,IIC_DATA}
{IIS_DATA_A0,IIS_DATA_A1,IIS_WS_A1,IIS_BCLK_A1,SYS_CLK_11B,L3_MODE,L3_CLK,L3_DATA,NMUTE}
2408
3
100u
2
2409
1
1400-12
I
A22
2K2
BC817-25
GNDA
GNDA
GNDA
12p
11
GNDA only
12
for CDR-MINI
13
14
1400-10 C1
1400-11 D1
1400-12 I14
1400-13 F14
1400-14 F14
1400-8 E14
1400-9 B1
1410-1 G14
1410-2 G14
1410-3 H14
1420-1 B1
1420-2 D1
1420-3 D1
1420-4 H14
1420-5 E14
2401 F2
2402 A8
2404 B6
2405 B8
2406 A13
2407 A13
2408 A14
2409 A14
2411 C8
2413 A12
2414 A11
2415 G2
2417 D8
2419 A12
2421 F7
2422 F2
2424 E12
2425 G13
2430 I12
2431 H13
2433 H3
2434 G6
2435 G7
2437 B4
2438 D4
2440 B3
2441 D3
2442 F13
2443 I13
2444 E13
2445 I13
2446 C1
2447 E1
2448 D1
2450 B2
2451 D2
2460 I11
2463 F11
2464 E8
2465 C8
2466 D10
2903 G7
2904 H7
2905 G5
2906 H5
3402 A6
3403 A4
3404 B4
3405 B5
3407 B10
3408 C7
3409 C8
3410 C3
3411 A14
3412 C4
3413 D4
3414 D4
3415 D7
3416 D8
3418 E12
3419 F12
3420 F11
3421 F11
3422 F12
3423 G12
3424 G12
3427 H12
3428 H12
3429 I12
3432 I10
3433 I12
3434 I12
3435 I11
3436 I11
3439 A13
3441 A12
3447 E3
3448 F10
3449 H10
3450 H2
3451 D4
3452 B4
3453 B3
3454 E4
3455 D11
3460 D11
3886 A3
5401 F2
5403 B8
5404 G2
5406 E7
5407 E2
5413 F5
5414 F7
5444 E13
5445 H13
5446 B1
5447 D1
6400 H2
7401-A D3
7401-B C3
7401-C B3
7405-A B8
CL06532018_064.eps
010300
7405-B D8
7406 A11
7407-A G9
7407-B I9
7407-C F9
7408-A H11
7408-B G11
7409-A E11
7409-B I11
7410 G13
7411 H13
7412 F13
7413 I13
7801 B6
F700 B8
F701 A6
F702 A14
F703 B6
F704 B1
F706 C5
F707 H7
F708 A13
F709 B8
F710 C7
F711 C7
F712 B1
F713 C3
F714 G2
F715 A12
F716 D1
F717 D1
F718 A12
F719 D12
F720 D8
F721 D7
F723 D1
F724 B4
F726 I9
F727 D4
F728 E7
F729 E2
F730 E11
F731 E13
F732 E13
F733 H13
F734 F2
F735 F6
F736 F7
F737 F9
F738 F11
F739 I13
F740 G13
F741 F12
F742 G11
F743 I13
F744 G9
F745 H11
F748 I12
F750 H3
F753 I13
H401 G7
H402 G6
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 64
CDR MAIN BOARD - CIRCUIT DIAGRAM 7 : POWER PART TESTPOINTS
2
3
4
5
6
POWER PART
7
8
9
10
11
12
13
A
6555
6556
6557
6553
F801
BAS216
BAS216
BAS216
BAS216
11.8V
3571
2
3533
100K
D3V3
F803
47u
1
100n
2537
GND
2504
F802
2
OUT
2535
2536
IN
100n
3
1A
MP
A
0R
7535
LD1117
1542
3570
100u
2568
BLM21
P12VKILL
+5VA
F800
100R
5556
BC857B
7561
11.8V
BC857B
7560
3
14
F804
KILL
1543
D5VS
L5V
100K
56K
5K6
3531
47u
100n
3539
2576
KILL_OUT
100n
F840
3566
12VPWR
220u
F825
7549
BC847B
12VPWR
12VCP
13
F826
A-8V
F824
BLM21
2558
100u
2561
100n
7556
MC79L05ABD
1
2
3
47K
6 IN
4
F838
3
F812
8
2556
5
G
11
7526
BC847B
22u
F491
3546
5V
10V
5.2V
F846
F836 100R
4
100n
12VCP
2551
7521-A
MC34072
1
2
GND
11.8V
3545
6R8
L-5V
NC 8
7
G
F829
OUT
3552
2562
7522
BC857B
5.2V
H
F496
2550
2553
100n
100n
8
F835
4
3551
3K3
+5VA
7521-B
MC34072
7
7548
BC847B
4.5V
3549
F834 100R
6
3104 123 4228.8
F499
3550
47u
100R
F492
F819
P12V
5554 F498
FS30V
F497
2505
10u
27.4V
2507
10u
2506
33n
3013
1M
H
6554
BAV99
2508
5
I
6500
BAV70W
27.5V
12VCP
3548
47K
5V
6501
BAV99
2563
100n
12VCP
15K
2552
1n
23.2V
100n
3547
4.6V
F494
F493
100n
F495
6502
BZX284-C22
17.8V
2509
100n
I
4.6V
7529
BC857B
F837
3553
5.2V
100R
{POWER_UP,KILL_OUT}
1
2
3
4
F
2557
-8VA
10
F830
12
5551
100n
12R
10n
100n
2575
3567
22K
F843
3544
47K
5V
F832
+9SRVPWR
L12V
-8VA
BLM21
F841
OUT
2574
12R
3541
GND
E
7525
BC857B
100K F818
47u
F831
11V
7528
BC847B
2547
+5VA
F842
1K2
220u
3555
0.7V
3542
2910
IN
F845
9
7558
L78M09
2555
100n
2577
5709
3540
10K
8
F844
BLM21
GND_CASE
100n
P12V
BCP69
7527
10K
5503
7
F839
3554
BLM21
2565
100u
100n
2571
5501
BLM21
12VPWR
GNDA
POWER_UP
GND_CASE
F
5542
14
F828
C
D
BLM21
3557
EH-B
BLM21
5502
F827
2501
EH-B
5555
1A
MP
GND_CASE
11
3532
GNDA
7562
BC847B -8VA
7563
BC847B
F821
100K
9
10
1541
10K
3
2
2572
8
5541
BLM21
2n2
7
4
2502
5
5500
2n2
6
F822 F823
2500
6
F811
+12VA
2n2
5
5K6
+12VCD
2548
VDC1
7
1
5557
BLM21
100n
VFTD
F817
2541
F816
3
4 F820
1501
FROM PSU
2
3556
D
F807
BLM21
VDC2
F815
1
0.7V
5
F810
5546
6
7524
BC847B
P12VKILL
1500
B
F806
7520
STD17N05
2
1
3
2546
3536
100K
10K
3537
0.7V
10K
F809
-8V during
normal
operation
F813
F814
3538
F808
4
7523
BC847B
POWER_UP
3560
P12V
C
TO DISPLAY BOARD
3559
47u
2543
100n
2544
D5V
1A
MP
100K
3563
F805
5K6
5544
3562
5543
5K6
B
E
14
1
220u
1
5
6
7
8
9
10
11
12
13
14
1500 D1
1541 D4
1542 A4
1543 B4
2500 E2
2501 F1
2502 F2
2504 A12
2505 H12
2506 H12
2507 H10
2508 I8
2509 I8
2535 B5
2536 B4
2537 B5
2541 D5
2543 B4
2544 B4
2546 C7
2547 F6
2548 D5
2550 H8
2551 G4
2552 H4
2553 H8
2555 F12
2556 G13
2557 F14
2558 F12
2561 F11
2562 H8
2563 H8
2565 D6
2568 A5
2571 D3
2572 E2
2574 E8
2575 E9
2576 D6
2577 F2
2910 E7
3013 H13
3531 C12
3532 C12
3533 A13
3536 C6
3537 C6
3538 C4
3539 D5
3540 E10
3541 F6
3542 E6
3544 F4
3545 G4
3546 H4
3547 H5
3548 H6
3549 I7
3550 H10
3551 I6
3552 F5
3553 I6
3554 E5
3555 F5
3556 E4
3557 F4
3559 B12
3560 B13
3562 B13
3563 B14
3566 E10
3567 E11
3570 A12
3571 A11
5500 D2
5501 E2
5502 E2
5503 E2
5541 D4
5542 D4
5543 B3
5544 B3
5546 C7
5551 F11
5554 H10
5555 D6
5556 A5
5557 D6
5709 F3
6500 G11
6501 G9
6502 I11
6553 A11
6554 H8
6555 A10
6556 A11
6557 A11
7520 C6
7521-A G4
7521-B I6
7522 H5
7523 C6
7524 C5
7525 E11
7526 G5
7527 E5
7528 F5
7529 I8
7535 A4
7548 I8
7549 F11
7556 F13
7558 E8
7560 B12
7561 B14
7562 C13
CL06532018_065.eps
010300
7563 C12
F491 H5
F492 H9
F493 I7
F494 I8
F495 I9
F496 H8
F497 H11
F498 H10
F499 H9
F800 A6
F801 A12
F802 A6
F803 B13
F804 B14
F805 B6
F806 C8
F807 C8
F808 B13
F809 B12
F810 C11
F811 C12
F812 H3
F813 C5
F814 C5
F815 D2
F816 D2
F817 D2
F818 E10
F819 H12
F820 D1
F821 D7
F822 D2
F823 D2
F824 F11
F825 F11
F826 F12
F827 E2
F828 E2
F829 F14
F830 F4
F831 F3
F832 E11
F834 I7
F835 I6
F836 H4
F837 I7
F838 G4
F839 E6
F840 E6
F841 E9
F842 F5
F843 F7
F844 E3
F845 F4
F846 H5
Electrical diagrams and PWB’s
CDR 3rd gen.
1
2
3
7.
GB 65
4
5
6
7
8
9
{SEL_HP_OUT,INT_COPY_ANA,SYS_CLK_11B,L3_MODE,IIS_BCLK_A0,IIS_WS_A0,IIS_DATA_A0,IIS_BCLK_A1,IIS_WS_A1,IIS_DATA_A1,L3_DATA,L3_CLK,NMUTE,PROF_EBU}
{EXT_DIG_IN,DIG_OUT_C,EXT_OPT_IN,DISPL_INT,SYS_RESET,DSA_DATA_CD,DSA_ACK_CD,DSA_STR_CD,KEY_PRESSED,IIS_DATA_CD,IIS_WS_CD,IIS_BCLK_CD,DOBM_CD,SYS_CLK_8W,DIG_IN2,KILL}
{DSA_ACK_CDR,BE_RESET,DSA_STR_CDR,DSA_DATA_CDR,MUTE,ATT,DEEMP,IIS1_MS,SYS_CLK_BE}
{CDR60MEAS1,CDR60CFLG,CDR60CL1,MERR,MERRIN,HALL_V,HALL_U,HALL_W}
1830-1
{REFSIN,REFCOS,PCSSIN,PCSCOS}
DSA_DATA_CDR
1
DSA_ACK_CDR
2
DSA_STR_CDR
3
A
1820
A
2601
2600
4
1
10n
10n
2
B
3
3900 0R
4
3901 0R
5
IIS_DATA_CD
1831
SEL_HP_OUT
10n
IIS_BCLK_A0
GND_CASE
7
8
IIS_DATA_A0
9
IIS_WS_A1
GND_CASE
1812-1
52207
1 CDR60CL1
10
11
IIS_BCLK_A1
3CDR60MEAS1
12
IIS_DATA_A1
4
10n
10n
MERR
MERRIN
HDCD
7
HALL_U
16
LEVEL_A0
8
HALL_V
17
LEVEL_A1
9
HALL_W
18
LEVEL_A2
10
PCSSIN
11
PCSCOS
D3V3
KILL
23
PROF_EBU
25
3905
1818
INT_COPY_ANA
1
26
EXT_DIG_IN
DIG_IN2
PH-B
2
3
27
PH-B
RXD_TOOL
TXD_TOOL
D5V
4
28
DIG_OUT_C
29
EXT_OPT_IN
1819
1
BKPT
2
DSCLK
3
DSI
4
TDSO
TCK
5
TRACE99_RxD
5
6
TRACE99_TxD
6
30
7
TERMB
F
D3V3
4K7
22
100R
D
NMUTE
L3_MODE
24
GND_CASE
1K
21
10n
3909
0R
DSA_DATA_CD
4K7
19 DSA_COPY 3902
2606
3908
100R
3907
15
C
SGND
6
14
SYS_RESET
GND_CASE
GND_CASE
5
D5V
3904
20
E
2604
2605
2 CDR60CFLG
13
D
B
2603
IIS_WS_A0
6
C
GND_CASE
GND_CASE
7
CLK_OUT
8
WRITE_TOGGLE
9
RESET_MIN
E
F
TERMB
{BKPT,DSCLK,DSI,HDCD,LEVEL_A0,LEVEL_A1,LEVEL_A2,RXD_TOOL,TXD_TOOL,TCK,TRACE99_RxD,TRACE99_TxD,TDSO}
CLK_OUT
3104 123 4228.8
1
2
3
4
5
6
7
8
9
CL06532018_066.eps
010300
1812-1 C4
1818 E3
1819 E4
1820 A1
1830-1 A4
1831 B7
2600 A6
2601 A8
2603 B6
2604 C8
2605 C6
2606 C6
3900 B1
3901 B1
3902 D1
3904 C1
3905 E1
3907 E5
3908 E5
3909 E5
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 66
CDR MAIN BOARD - CIRCUIT DIAGRAM 9 : DASP MASTER PROCESSOR TESTPOINTS
1
2
3
4
5
6
7
8
9
10
11
12
13
{RAS0,CAS0,CAS1,DRAW_RW,F_READY,CSFLASH,F_RW,RESET_MIN}
F_READY
A(1:20)
F900
1701-1
1
1701-2
2
{POWER_UP,KILL_OUT}
{BKPT,DSCLK,DSI,HDCD,LEVEL_A0,LEVEL_A1,LEVEL_A2,RXD_TOOL,TXD_TOOL,TCK,TRACE99_RxD,TRACE99_TxD,TDSO}
{EXT_DIG_IN,DIG_OUT_C,EXT_OPT_IN,DISPL_INT,SYS_RESET,DSA_DATA_CD,DSA_ACK_CD,DSA_STR_CD,KEY_PRESSED,IIS_DATA_CD,IIS_WS_CD,IIS_BCLK_CD,DOBM_CD,SYS_CLK_8W,DIG_IN2,KILL}
1702
EH-B
10
3 3820-C6 47RA(14)
D5V
A15
11
2 3820-B7 47RA(15)
VDC2
4 3821-D5 47RA(17)
VFTD
100R 101
R|W
A18
14
3 3821-C6 47RA(18)
VDC1
102
TS_
A19
16
2 3821-B7 47RA(19)
A20
17
1 3821-A8 47RA(20)
47p
2767
47p
2769
47p
100n
47p
2707
3834 47R
3836 47R
3757
7
47R
7706-B
74LV74D
14
9
KEY_PRESSED
SYS_RESET
F972 3816
470R
11
12
13
D5V
F961 3770
GND_CASE
2n2
2n2
2773
0R
3912
7
F949
8
9
10
F948
F952
13
14
15
F958 F959
19
RIGHT
20
F962
3
4
5
6
7
8
9
10
2741 47p
11
12
I
21
22
23
CLK_OUT
2
R4
18
7707
BC848B
7
H
17
4K7
SYS_CLK_8W
G
16
LEFT
KILL
8
11
12
2743 47p
10
6
2737 100n
IIS_WS_CD
IIS_BCLK_CD
3104 123 4228.8
1
47p
47p
3833 47R
DOBM_CD
5
47R F946
2740 47p
SYS_CLK_8W
4
F945
2739 47p
6
3
+12VCD
IIS_DATA_CD
3753
0R
V7706
D5V
1708
2
47R F943
3832
2735 47p
3826
100R
R9
F
1
3831 47R
F944
3751 4K7
3
470R
3704
3830 47R
5
1
3812
DSA_ACK_CD
3835 47R
2
DISPL_INT
D(31)
D(30)
D(29)
D(28)
D(27)
D(26)
D(25)
D(24)
D(23)
D(21)
D(20)
D(19)
D(18)
D(17)
D(16)
D(22)
A9
DSA_STR_CD
3815
1 3822-A8 47R
2 3822-B7 47R
3 3822-C6 47R
4 3822-D5 47R
2 3823-B7 47R
1 3823-A8 47R
3 3823-C6 47R
4 3823-D5 47R
4 3824-D5 47R
3 3824-C6 47R
1 3824-A8 47R
2 3824-B7 47R
1 3825-A8 47R
3 3825-C6 47R
2 3825-B7 47R
F105
A10
L3_DATA
SYS_CLK_BE
1433n
4
R8
A11
BE_RESET
E
H700
1
GND_CASE
3829
47R F942
2734 47p
3716
10K
28 D15
29 D14
31 D13
34 D12
36 D11
35 D10
32 D9
30 D8
46 D7
43 D6
41 D5
39 D4
37 D3
40 D2
42 D1
45 D0
4 3825-D5 47R
3911 4K7
F957
{DOBM_CDR,BCLK,WCLK,DATA1,DATA0}
DSA_DATA_CD
1705-4
2
2902 560p
47p
NMUTE
2712
7706-A
74LV74D
1705-9
2901 560p F906
2733
3828
V7706
D3V3
1705-10
L3_CLK
100R
73 SDATAI4|GPIO12
F969
SYS_CLK_16W
IIS_DATA_A1
3743 47R 72 LRCK4|GPIO11
IIS_WS_A1
3814 47R 71 SCLK4|GPIO10
F985
F956
IIS_BCLK_A1
IIS_DATA_CD
IIS_WS_CD
F973 F986
110 SDATA3|GPIO20
109 LRCK3|GPIO19
108 SCLK3|GPIO18
3894-C 47R 67 SDATAO2
F955 F984
IIS_DATA_A0
IIS_BCLK_CD
3894-A 47R 65 SCLK2
3894-B 47R 66 LRCK2
F983
F982 F975
F974
IIS_WS_A0
DATA0
DATA1
WCLK
BCLK
IIS_BCLK_A0
77 SDATAI1
3898-C 47R 78 SDATAO1
3898-A 47R 74 SCLK1
3898-B 47R 76 LRCK1
F954
3903
EXT_OPT_IN
DOBM_CD
PROF_EBU
EXT_DIG_IN
DIG_OUT_C
DOBM_CDR
D(16:31)
IIC_CLK
DIG_IN2
IIC_DATA
DEEMP
L3_MODE
IIS1_MS
F953
0R
111 EBUIN4|GPIO21
51 EBUIN3
48 EBUOUT2|GPIO2
49 EBUIN2
47 EBUOUT1
79 EBUIN1
136 SCL
135 SDA
47R
3735
52 TOUT1|GPIO3
134 TOUT2|GPIO30
132 TIN2|GPIO29
53 TIN1|GPIO4
D3V3
D3V3
100R
4K7
3768 4K7
3910
121 GPIO22|CLKOUT
47R 68 CL16
F951
I2C BUS
DSA_STR_CDR
12K
CLK_OUT
3750
10n
6
4
SYS_CLK_IIW
10K
4K7
5
3810
7705-B
8
MC34072
3811 7
2713
+12VX
3771
3732 47R 69 CL11
3746 15K
0R
F756
CRSEL
3894-D
4K7
56
1705-8
2742 47p
CSFLASH
XTRIM
47R
2736 100n
24
F971
1705-7
F928
2738 47p
CS0_
55
1705-6
3715
47p
26 CAS1
GPIO23 122 3728 100R
D
7
F927
3758 100R F938
2725 100n
ATT
GPIO6|CS3
6
1705-5
10K
MUTE
18
3726
19
A27|CS7|WE0|GPIO0
SYS_CLK_16W
390R
3764
560p
A26|CS6|WE1|GPIO1
CAS0
85
F979
3765
RAS1
25
A12
5
1705-3
23
A13
4
F960
GND_CASE
GND_CASE GND_CASE
SYS_RESET
RAS0
CROUT
F936
1705-1
D3V3
C
3
5706
1705-2
22
88
1704
1
R3
1 3820-A8 47RA(16)
F978
7
F929
13
F970
2722
2723
A14
54 3725 100R
D5V
F934
2774
GPIO17|TT1
IIC_CLK
12
CLK_SYS
D3V3
2771
DISPL_INT
60
2772
3734
4 3820-D5 47RA(13)
CS1|GPIO9
10K
3709
100R F918
47p
D5V
8
GPIO5|CS2
D5V
1400-6
6 1400-7
CONN. 1705 TO DISPLAY BOARD
A(10)
1400-4
1400-5
B
2
2709
2 3819-B7 47RA(11)
A13
R6
3
4
F932
3714
47R
2728 100n
6
GPIO16|TT0
DRAMW
F912
F907
47p
A11
10K
2708
4 3819-D5 47R A(9)
3 3819-C6 47R
1 3819-A8 47RA(12)
CRIN
1400-2
GND_CASE BLM21
2727 100n
5
3711
4
2726 100n
A9
A10
F922
1400-1
2 1400-3
5
BLM21
3713
47R F920
IIC_DATA
7
87
1
A23
BLM21
A12
20
47p
2721
10K
3719
10K
3724
2 3818-B7 47R A(8)
A17
3745 270K
3731
10K
2
A16
F976
2719
3717
A8
GPIO8|SIZ0
F977
2718
560p
F966
1 3818-A8 47R A(7)
GPIO7|SIZ1
DRAW_RW
F757
10K
1
58
F941
BB132
3722
A7
A(6)
59
CAS1
BB132
10K
3718
144
BLM21
GND_CASE
5707
3721 100R
CAS0
CX-11F
33M8688
6702
6701
3723
A6
4 3818-D5 47R A(5)
3 3818-C6 47R
3720
F940
6
F914
5705
F921
F935
RAS0
1707
33n
143
5704
F933
F939
5
A24
2731 47p
106
F937
1M
10K
133
140
VDD11
A5
HIZ
4
100n
GND_CASE
3708
4K7
100R
3727
GND11
119
VDD10
GND10
126
GND9
104
112
VDD9
91
98
VDD8
GND8
75
82
VDD7
GND7
GND6
63
70
VDD6
GND5
50
VDD5
57
38
VDD4
GND4
44
27
VDD3
GND3
33
GND2
VDD2
15
21
3
GND1
VDD1
9
86
OSCVDD
OSCGND
89
PLLGND
SUBR|GPIO15
A(2)
99 TRST|DSCLK
105
F_RW
F967
33n
2766
33n
2765
2764
100n
33n
2763
2762
2761
100n
2752
100n
100n
2706
100n
2704
100n
2751
100n
47u
2760
1u
2703
2750
90
93
NC
PLLVDD
92
115
114
113
107
120
118
117
116
123
124
1 3897-A8 47R A(4)
TDI|DSI
3769
INT_COPY_ANA
DSA_STR_CD
142
97
100n
2770
EXT_DIG_IN
137
A4
F925
2
3
47R
SFSY|GPIO14
TMS|BKPT
47R
A
1
2768
F931
GND_CASE
3706
RESET_MIN
2 3897-B7 47R A(3)
96
F913
DIG_OUT_C
EXT_OPT_IN
141
F924
100
DEEMP
139
R1
BLM21
BLM21
F968
1u
10n
2717
2716
5701
BLM21
47u
5710
LEVEL_A2
DSA_DATA_CD
LEVEL_A1
HDCD
LEVEL_A0
KILL_OUT
KEY_PRESSED
F_READY
TRACE99_TxD
STANDBY
127 100R
125 3813
F910
F909
128
129
F992 F965
PP5|PST1
A0|GPIO31
103 ATM
{IIC_CLK,IIC_DATA}
I
F903
F930
5702
F901
GND_CASE
5703
A3
TCK
0R
3729
SEL_HP_OUT
D3V3 D3V3
A2
TDSO
D3V3
33n
H
BLM21
138
95
3763
SYS_RESET
D3V3
5715
D3V3
D3V3a
A1
F923
4K7
DSA_ACK_CDR
V7706
4 3897-D5 47R A(1)
3 3897-C6 47R
100R
F919
94
F926
DSCLK
3744 270K
G
DSI
2714
F
{SEL_HP_OUT,INT_COPY_ANA,SYS_CLK_IIW,L3_MODE,IIS_BCLK_A0,IIS_WS_A0,IIS_DATA_A0,IIS_BCLK_A1,IIS_WS_A1,IIS_DATA_A1,L3_DATA,L3_CLK,NMUTE,PROF_EBU}
E
BKPT
150R
POWER 7705
+12VX
3712
3906 4K7
TDSO
150R
3701 100R
EXT_DIG_IN
F758
2724 F917
TCK
PP7|PST3
3710 100R 83
3755
10K
SUB
PP6|PST2
81
3756
SFSY
PP4|PST0
RCK|GPIO13
PP3|DDATA3
80
PP2|DDATA2
TEST3
PP1|DDATA1
64
PP0|DDATA0
TEST2
F759
TXD1|GPO24
62
3752
+12VCD
MUTE
RTS1|GPIO26
TEST1
RCK
D
F905
F91661
CTS1|GPIO25
RSTI
RXD2|GPI27
F91584
D3V3
D3V3
ATT
TXD2|GPO27
D3V3
2909
3760
4K7
3761
{RCK,SFSY,SUB}
D3V3
4K7
3762
D3V3
7701
DASP
130
NC
4
3
C
4K7
IN
GND
5
4K7
2
3766
RESET_
F990
10K
7704
MC33464N 1
131
D3V3
4
3
10K
3838
1u
D3V3
5
NC
CTS2|GPIO28
IN
GND
3837
RTS2|RST0
RESET_
2
F963
D3V3a 3767
RXD1|GPI24
7710
MC33464N 1
F991 F964
4K7
D5V
B
TXD_TOOL
D3V3
RESET_MIN
DSA_DATA_CDR
22K
3705
D3V3
RXD_TOOL
DSA_ACK_CD
STANDBY
TRACE99_RxD
{DSA_ACK_CDR,BE_RESET,DSA_STR_CDR,DSA_DATA_CDR,MUTE,ATT,DEEMP,IIS1_MS,SYS_CLK_BE}
CONN. 1400 TO I/O BOARD NOT FOR CDR950/951
I2C BUS
{IIC_CLK,IIC_DATA}
CONN. 1708 TO CD MAINBOARD CDR775/776
A
13
24
1400-1 B13
1400-2 B13
1400-3 B13
1400-4 B13
1400-5 C13
1400-6 C13
1400-7 C13
1701-1 A13
1701-2 A13
1702 A13
1704 C13
1705-1 E13
1705-10 E13
1705-2 E13
1705-3 F13
1705-4 F13
1705-5 D13
1705-6 E13
1705-7 E13
1705-8 E13
1705-9 E13
1707 G1
1708 F13
2703 B6
2704 B7
2706 B7
2707 C13
2708 D12
2709 F12
2712 G11
2713 H3
2714 H1
2716 A8
2717 A8
2718 G1
2719 G2
2721 A12
2722 C12
2723 C13
2724 D11
2725 F12
2726 F12
2727 F12
2728 F12
2731 H12
2733 F12
2734 G12
2735 G12
2736 H13
2737 H13
2738 H13
2739 H13
2740 H13
2741 I13
2742 I13
2743 I13
2750 B6
2751 B7
2752 B8
2760 B6
2761 B8
2762 B8
2763 B8
2764 B9
2765 B9
2766 B9
2767 A13
2768 A13
2769 B13
2770 B13
2771 C12
2772 C12
2773 D13
2774 D13
2901 F13
2902 F13
2909 C2
3701 A12
3704 I10
3705 A2
3706 B12
3708 C12
3709 C12
3710 D2
3711 E12
3712 D12
3713 D12
3714 D12
3715 E12
3716 G10
3717 B10
3718 B10
3719 B10
3720 E2
3721 E2
3722 C10
3723 C10
3724 C10
3725 G10
3726 F11
3727 G1
3728 G10
3729 E2
3731 G2
3732 H3
3734 C11
3735 H4
3743 H7
3744 H1
3745 H2
3746 H2
3750 I2
3751 H13
3752 A7
3753 I12
3755 A7
3756 D2
CL06532018_067.eps
010300
3757 H12
3758 F13
3760 C2
3761 C2
3762 C2
3763 E2
3764 G2
3765 H2
3766 B2
3767 B3
3768 H3
3769 E2
3770 I12
3771 H3
3810 I3
3811 H2
3812 I10
3813 B4
3814 H7
3815 H11
3816 I11
3818-A D10
3818-B D10
3818-C D10
3818-D D10
3819-A E10
3819-B E10
3819-C D10
3819-D D10
3820-A E10
3820-B E10
3820-C E10
3820-D E10
3821-A F10
3821-B F10
3821-C F10
3821-D E10
3822-A H9
3822-B H9
3822-C H9
3822-D H9
3823-A H9
3823-B H9
3823-C H8
3823-D H8
3824-A H8
3824-B H8
3824-C H8
3824-D H8
3825-A H8
3825-B H7
3825-C H7
3825-D H7
3826 G11
3828 G12
3829 G13
3830 G12
3831 G13
3832 G13
3833 H12
3834 H12
3835 G12
3836 H12
3837 B3
3838 B3
3894-A H6
3894-B H6
3894-C H6
3894-D H3
3897-A D10
3897-B C10
3897-C C10
3897-D C10
3898-A H5
3898-B H5
3898-C H6
3903 H5
3906 D2
3910 H4
3911 I7
3912 F13
5701 A6
5702 A12
5703 B12
5704 C12
5705 C12
5706 D13
5707 D12
5710 A6
5715 A9
6701 G1
6702 G2
7701 C3
7704 B1
7705-B H2
7706-A H10
7706-B H10
7707 I12
7710 B2
F105 H7
F756 H2
F757 H1
F758 A8
F759 B6
F900 A13
F901 A12
F903 B6
F905 B4
F906 F13
F907 C13
F909 B3
F910 B3
F912 B13
F913 B12
F914 B13
F915 C3
F916 C3
F917 D11
F918 C11
F919 D2
F920 D12
F921 D12
F922 D12
F923 D2
F924 D2
F925 D2
F926 E2
F927 E12
F928 E12
F929 E12
F930 A13
F931 B13
F932 C13
F933 E2
F934 C13
F935 E2
F936 D13
F937 F2
F938 F13
F939 F2
F940 F2
F941 F2
F942 G13
F943 G13
F944 G12
F945 G13
F946 G13
F948 H13
F949 H13
F951 H3
F952 H13
F953 H4
F954 H6
F955 H6
F956 H7
F957 H7
F958 I13
F959 H13
F960 D13
F961 I12
F962 I12
F963 B4
F964 B4
F965 B4
F966 B10
F967 B10
F968 B10
F969 G10
F970 G10
F971 G10
F972 I11
F973 H7
F974 H6
F975 H6
F976 G2
F977 G2
F978 G2
F979 G2
F982 H6
F983 H6
F984 H6
F985 H7
F986 H7
F990 B3
F991 B4
F992 B4
H700 F13
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 67
CDR MAIN BOARD - CIRCUIT DIAGRAM 10 : DASP FLASH & DRAM TESTPOINTS
1
2
3
4
5
6
7
8
9
10
11
12
13
D(16:31)
A
A
{RAS0,CAS0,CAS1,DRAW_RW,F_READY,CSFLASH,F_RW,RESET_MIN}
A(1:20)
B
B
5712
F754
D3V3
F755
D
I|O0
I|O1
I|O2
I|O3
I|O4
I|O5
I|O6
I|O7
I|O8
I|O9
I|O10
I|O11
I|O12
11
E
12
32
NC1
I|O13
NC2
I|O14
NC3
I|O15
RAS_
LCAS_
VSS3
VSS2
VSS1
UCAS_
F
100n
2711
100u
2710
100n
100n
2700
100n
2715
2702
2701
21
VCC3
VCC1
C
BLM21
7703
Am29LV160BB 37
6
VCC2
7702
GM71C18163CJ-6 1
17
A(10)
A0
18
A(11)
A1
19
A(12)
A2
20
A(13)
A3
23
A(14)
A4
24
A(15)
A5
25
A(16)
A6
26
A(17)
A7
27
A(18)
A8
28
A(20)
A9
16
A10
15
A11
100u
D3V3
BLM21
5713
WE_
OE_
2
D(16)
A(1)
25
3
D(17)
A(2)
24
4
D(18)
A(3)
23
5
D(19)
A(4)
22
7
D(20)
A(5)
21
8
D(21)
A(6)
20
9
D(22)
A(7)
19
10
D(23)
A(8)
18
33
D(24)
A(9)
8
34
D(25)
A(10)
7
35
D(26)
A(11)
6
36
D(27)
A(12)
5
38
D(28)
A(13)
4
39
D(29)
A(14)
3
40
D(30)
A(15)
2
41
D(31)
A(16)
1
14
RAS0
A(17)
48
31
CAS1
A(18)
17
30
CAS0
A(19)
16
13
DRAW_RW
A(20)
9
29
D3V3
F980
CSFLASH
28
10K
10K
3845
10K
3844
3843
22 37 42
26
F981
11
12
RESET_MIN
D3V3
D3V3
47
29
VCC
A0
DQ0
A1
DQ1
A2
DQ2
A3
DQ3
A4
DQ4
A5
DQ5
A6
DQ6
A7
DQ7
A8
DQ8
A9
DQ9
A10
DQ10
A11
DQ11
A12
DQ12
A13
DQ13
A14
DQ14
A15
DQ15|A-1
A16
RY|BY_
C
D(16)
31
D(17)
33
D(18)
35
D(19)
38
D(20)
40
D(21)
42
D(22)
44
D(23)
30
D(24)
32
D(25)
34
D(26)
36
D(27)
39
D(28)
41
D(29)
43
D(30)
45
D(31)
D
E
15 F947 3817
F_READY
1K
A17
A18
A19
NC2
CE_
NC3
OE_
NC4
10
F
13
14
WE_
RESET_
+12VX
BYTE_
3898-D
27
5716
BLM21
VSS1 VSS2
G
46
3
7708-A
74HC00D
1
14
6
47R
7999
BC848B
3999
G
0R
14
R7
3
5
V7708
7705-A
MC34072
1
4
V7708
F_RW
8
2
2705
100n
V7708
7708-B
74HC00D
4
2700 C6
2701 C5
2702 C5
2705 G7
2710 C10
2711 C11
2715 C5
2720 H10
3011 H11
3754 H7
3759 I7
3780 I10
3817 E11
3841 H11
3843 F5
3844 F6
3845 F6
3898-D G13
3999 G13
5712 B10
5713 C4
5716 G7
7702 C4
7703 C9
7705-A G11
7708-A G8
7708-B G7
7708-C H10
7708-D H7
7999 G12
F754 B5
F755 B10
F902 H7
F904 I7
F947 E10
F950 H12
F980 F9
F981 F9
2
7
D3V3
V7708
7
H
7708-C
74HC00D
9
3754
1K
V7708
F902
F904
7708-D
74HC00D
12
10
SYS_CLK_IIW
1n
11
3011
3841
82R
0R
F950
SYS_CLK_11B
7
13
7
3780
1K
3759
OPTION
8
2720
14
H
14
100K
I
I
WRITE_TOGGLE
3104 123 4228.8
1
2
3
4
5
6
7
8
9
10
11
12
13
CL06532018_068.eps
010300
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 68
CDR MAIN BOARD .8 - TOP VIEW
CL06532018_069.eps
010300
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 69
CDR MAIN BOARD .8 - BOTTOM VIEW
CL06532018_070.eps
010300
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 70
CDR-Mainboard PWB testpoints
CDR MAIN BOARD - BOTTOM VIEW : POWER PART TESTPOINTS
3
6
2
1
9
10
15
11
13
8
12
7
4
5
14
16
CL06532018_072.eps
010300
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 71
CDR MAIN BOARD - BOTTOM VIEW : RESET & CLOCK TESTPOINTS
R6
R2
R4
R1
R5
R7
R9
R8
R3
CL06532018_073.eps
010300
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 72
CDR MAIN BOARD - BOTTOM VIEW : SERVO TESTPOINTS
S11
S23
S21
S22
S6
S12
S8
S20
S7
S2
S10
S19
S3
S4
S5
S13
S1
S9
S18
S14
S17
S15
S16
CL06532018_074.eps
010300
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 73
CDR MAIN BOARD - BOTTOM VIEW : AUDIO TESTPOINTS
A14
A9
A13
A16
A15
A12
R10
A10
A11
A27
A18
A17
HF2
HF1
A23
A8
A6
A7
A24
A5
A20
A3
A1
A2
A4
A22
A19
A21
A25
A26
CL06532018_075.eps
010300
Electrical diagrams and PWB’s
CDR 3rd gen.
7.
GB 74
CDR MAINBOARD: SURVEY OF TESTPOINTS
CL06532018_086.eps
010300