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PO WE R
MASTER
MIC
MIC 1
CD
/DIGIT
AL
M IC2
LINE
CD
/DIGIT
AL
O VER
O VER
O VER
10
10
+9
EQ
+6
-12
+6
–7
LO W
2
1
0
+6
MID
–1
–2
–2
EQ
–3
–3
–5
-26
-26
–1
EQ
–3
–7
4
0
+6
MID
–2
–5
+6
LO W
7
1
-26
–1
EQ
–3
-26
+9
HI
2
0
+6
MID
–2
–5
–7
LO W
-26
–1
EQ
4
1
0
+6
MID
10
7
2
1
-26
–3
OV ER
HI
4
2
0
+9
7
HI
4
1
–2
-12
+9
7
HI
4
–1
HI
+6
0
TRIM
10
–5
–5
-26
MIXER
PHON O
TRIM
O VER
2
MIC 2
LEVEL
0
PR OFESSIONAL
LEVEL
LINE
/DIGIT
AL
PHON O
TRIM
10
7
MIC 1
LEVEL
0
LINE
/DIGIT
AL
PHON O
TRIM
+6
–7
LO W
-26
+6
–7
LO W
–10
–10
–10
–10
–10
–15
–15
–15
–15
–15
BEA T
MIC
–24
dB
–24
-26
dB
+6
dB
+6
–24
–24
–24
-26
-26
dB
+6
-26
+6
L
dB
R
MIDI ST
AR T
/S
TO P
AU TO /TAP
OFF ON TALK
OVER
COLOR
COLOR
HARMONIC
COLOR
BALANCE
COLOR
SWEEP
TA P
SOUND COLOR FX
FILTER
CRUSH
LOW
LOW
HI
CUE
LOW
HI
CUE
LOW
HI
CUE
HI
L
CUE
R
CU E
CUE
BEA T EFFECTS
FADER STAR T
1
2
3
4
MONO
HEADPHONES
MONO SPLIT
10
9
8
7
6
5
4
3
2
1
0
STEREO
MIXING
CUE
10
9
8
7
6
5
4
3
2
1
0
10
9
8
7
6
5
4
3
2
1
0
STEREO
FLANGE R
FILTER
TRANS
PA N
REV DLY
ECHO
PHASE R
REVERB
RO BO T
CHOR US
RO LL
REV RO LL
DEL AY
BOO TH MONITO R
3
SND/RTN
4 MIC
2
1
CF.A
CF.B
MASTER
0
TIME
CH FA DER
M ASTER
LEVEL
CR OSS FA DER
ORDER NO.
LEVEL/DEPTH
0
A THRU
B
A THR U B
A THR U B
A THR U B
MIN
CR OSS FADER ASSIGN
A
MA X
RRV3340
ON/OF F
PHONES
B
DJM-800
DJ MIXER
DJM-800
DJC-800RV
ROTARY VOLUME KIT
THIS MANUAL IS APPLICABLE TO THE FOLLOWING MODEL(S) AND TYPE(S).
Model
Type
Power Requirement
DJM-800
KUCXJ
AC120V
DJM-800
WYXJ5
AC220 - 240V
DJM-800
TLXJ
AC110 - 120V / 220 - 240V
DJC-800RV
ZXJ/WL5
—
Remarks
For details, refer to "Important Check Points for good servicing".
PIONEER CORPORATION
4-1, Meguro 1-chome, Meguro-ku, Tokyo 153-8654, Japan
PIONEER ELECTRONICS (USA) INC. P.O. Box 1760, Long Beach, CA 90801-1760, U.S.A.
PIONEER EUROPE NV Haven 1087, Keetberglaan 1, 9120 Melsele, Belgium
PIONEER ELECTRONICS ASIACENTRE PTE. LTD. 253 Alexandra Road, #04-01, Singapore 159936
PIONEER CORPORATION 2006
T-IZR MAR. 2006 printed in Japan
1
2
3
4
SAFETY INFORMATION
A
This service manual is intended for qualified service technicians ; it is not meant for the casual do-ityourselfer. Qualified technicians have the necessary test equipment and tools, and have been trained
to properly and safely repair complex products such as those covered by this manual.
Improperly performed repairs can adversely affect the safety and reliability of the product and may
void the warranty. If you are not qualified to perform the repair of this product properly and safely, you
should not risk trying to do so and refer the repair to a qualified service technician.
WARNING
This product contains lead in solder and certain electrical parts contain chemicals which are known to the state of California to
causecancer, birth defects or other reproductive harm.
Health & Safety Code Section 25249.6 – Proposition 65
B
NOTICE
(FOR CANADIAN MODEL ONLY)
Fuse symbols
(fast operating fuse) and/or
parts must be of identical designation.
(slow operating fuse) on PCB indicate that replacement
REMARQUE
(POUR MODÈLE CANADIEN SEULEMENT)
Les symboles de fusible
(fusible de type rapide) et/ou
les pièces de remplacement doivent avoir la même désignation.
C
(fusible de type lent) sur CCI indiquent que
(FOR USA MODEL ONLY)
1. SAFETY PRECAUTIONS
The following check should be performed for the
continued protection of the customer and
ser vice technician.
ANY MEASUREMENTS NOT WITHIN THE LIMITS
OUTLINED ABOVE ARE INDICATIVE OF A POTENTIAL
SHOCK HAZARD AND MUST BE CORRECTED BEFORE
RETURNING THE APPLIANCE TO THE CUSTOMER.
LEAKAGE CURRENT CHECK
Measure leakage current to a known earth ground (waterpipe
, conduit, etc.) by connecting a leakage current tester
D
such as Simpson Model 229-2 or equivalent between the
earth ground and all exposed metal parts of the appliance
(input/output terminals, screwheads, metal overlays, control
shaft, etc.). Plug the AC line cord of the appliance directly
into a 120V AC 60Hz outlet and turn the AC power switch
on. Any current measured must not exceed 0.5mA.
Reading should
Leakage not be above
current 0.5mA
tester
Device
under
test
E
Test all
exposed metal
surfaces
Also test with
plug reversed
(Using AC adapter
plug as required)
Earth
ground
2. PRODUCT SAFETY NOTICE
Many electrical and mechanical parts in the appliance
have special safety related characteristics. These are
often not evident from visual inspection nor the protection
afforded by them necessarily can be obtained by using
replacement components rated for voltage, wattage, etc.
Replacement parts which have these special safety
characteristics are identified in this Service Manual.
Electrical components having such features are identified
by marking with a on the schematics and on the parts list
in this Service Manual.
The use of a substitute replacement component which does
not have the same safety characteristics as the PIONEER
recommended replacement one, shown in the parts list in
this Service Manual, may create shock, fire, or other hazards.
Product Safety is continuously under review and new
instructions are issued from time to time. For the latest
information, always consult the current PIONEER Service
Manual. A subscription to, or additional copies of, PIONEER
Service Manual may be obtained at a nominal charge
from PIONEER.
AC Leakage Test
F
2
DJM-800
1
2
3
4
5
6
7
8
[Important Check Points for Good Servicing]
In this manual, procedures that must be performed during repairs are marked with the below symbol.
Please be sure to confirm and follow these procedures.
A
1. Product safety
Please conform to product regulations (such as safety and radiation regulations), and maintain a safe servicing environment by
following the safety instructions described in this manual.
1 Use specified parts for repair.
Use genuine parts. Be sure to use important parts for safety.
2 Do not perform modifications without proper instructions.
Please follow the specified safety methods when modification(addition/change of parts) is required due to interferences such as
radio/TV interference and foreign noise.
B
3 Make sure the soldering of repaired locations is properly performed.
When you solder while repairing, please be sure that there are no cold solder and other debris.
Soldering should be finished with the proper quantity. (Refer to the example)
4 Make sure the screws are tightly fastened.
Please be sure that all screws are fastened, and that there are no loose screws.
5 Make sure each connectors are correctly inserted.
Please be sure that all connectors are inserted, and that there are no imperfect insertion.
6 Make sure the wiring cables are set to their original state.
Please replace the wiring and cables to the original state after repairs.
In addition, be sure that there are no pinched wires, etc.
C
7 Make sure screws and soldering scraps do not remain inside the product.
Please check that neither solder debris nor screws remain inside the product.
8 There should be no semi-broken wires, scratches, melting, etc. on the coating of the power cord.
Damaged power cords may lead to fire accidents, so please be sure that there are no damages.
If you find a damaged power cord, please exchange it with a suitable one.
9 There should be no spark traces or similar marks on the power plug.
When spark traces or similar marks are found on the power supply plug, please check the connection and advise on secure
connections and suitable usage. Please exchange the power cord if necessary.
D
0 Safe environment should be secured during servicing.
When you perform repairs, please pay attention to static electricity, furniture, household articles, etc. in order to prevent injuries.
Please pay attention to your surroundings and repair safely.
2. Adjustments
To keep the original performance of the products, optimum adjustments and confirmation of characteristics within specification.
Adjustments should be performed in accordance with the procedures/instructions described in this manual.
3. Lubricants, Glues, and Replacement parts
Use grease and adhesives that are equal to the specified substance.
Make sure the proper amount is applied.
E
4. Cleaning
For parts that require cleaning, such as optical pickups, tape deck heads, lenses and mirrors used in projection monitors, proper
cleaning should be performed to restore their performances.
5. Shipping mode and Shipping screws
To protect products from damages or failures during transit, the shipping mode should be set or the shipping screws should be
installed before shipment. Please be sure to follow this method especially if it is specified in this manual.
F
3
DJM-800
5
6
7
8
1
2
3
4
CONTENTS
1. SPECIFICATIONS ............................................................................................................................................ 5
2. EXPLODED VIEWS AND PARTS LIST ............................................................................................................ 6
2.1 PACKING SECTION .................................................................................................................................. 6
2.2 EXTERIOR SECTION................................................................................................................................ 8
2.3 CONTROL PANEL SECTION .................................................................................................................. 10
3. BLOCK DIAGRAM AND SCHEMATIC DIAGRAM .......................................................................................... 12
3.1 OVERALL BLOCK DIAGRAM_1.............................................................................................................. 12
3.2 OVERALL BLOCK DIAGRAM_2.............................................................................................................. 14
3.3 OVERALL WIRING DIAGRAM................................................................................................................. 16
3.4 INPUT ASSY (1/6) ................................................................................................................................... 18
3.5 INPUT ASSY (2/6) ................................................................................................................................... 20
3.6 INPUT ASSY (3/6) ................................................................................................................................... 22
3.7 INPUT ASSY (4/6) ................................................................................................................................... 24
3.8 INPUT ASSY (5/6) ................................................................................................................................... 26
3.9 INPUT ASSY (6/6) ................................................................................................................................... 28
3.10 MIC 1 ASSY ........................................................................................................................................... 30
3.11 PANEL 1 ASSY ...................................................................................................................................... 32
3.12 TRIM1 to TRIM 4 ASSYS....................................................................................................................... 36
3.13 MAIC 2 ASSY ........................................................................................................................................ 37
3.14 PANEL 2 ASSY ...................................................................................................................................... 38
3.15 CHFD 1 to CHFD 4 and CRSFD ASSYS............................................................................................... 40
3.16 DIGIA ASSY........................................................................................................................................... 41
3.17 DSP ASSY (1/3)..................................................................................................................................... 42
3.18 DSP ASSY (2/3)..................................................................................................................................... 46
3.19 DSP ASSY (3/3)..................................................................................................................................... 50
3.20 OUTPUT ASSY (1/3) ............................................................................................................................. 54
3.21 OUTPUT ASSY (2/3) ............................................................................................................................. 56
3.22 OUTPUT ASSY (3/3) ............................................................................................................................. 58
3.23 DIGIC ASSY .......................................................................................................................................... 60
3.24 DIGIB ASSY........................................................................................................................................... 64
3.25 HPAMP ASSY ........................................................................................................................................ 66
3.26 HPJACK ASSYS .................................................................................................................................... 68
3.27 ACSW ASSY .......................................................................................................................................... 69
3.28 SW POWER SUPPLY UNIT................................................................................................................... 70
3.29 VOLTAGES ............................................................................................................................................. 72
3.30 WAVEFORMS ........................................................................................................................................ 78
4. PCB CONNECTION DIAGRAM ..................................................................................................................... 84
4.1 INPUT ASSY............................................................................................................................................ 84
4.2 PANEL 1 ASSY ........................................................................................................................................ 88
4.3 TRIM 1 to TRIM 4 and ACSW ASSYS ..................................................................................................... 92
4.4 MIC1 and MIC2 ASSYS ........................................................................................................................... 94
4.5 CHFD1, CHFD2, CHFD3 and CHFD4 ASSYS ........................................................................................ 95
4.6 PANEL 2 and DIGIA ASSYS .................................................................................................................... 96
4.7 DSP ASSY ............................................................................................................................................. 100
4.8 OUTPUT ASSY...................................................................................................................................... 104
4.9 CRSFD, DIGIC and SLSW ASSYS........................................................................................................ 108
4.10 DIGIB ASSY......................................................................................................................................... 112
4.11 HPAMP and HPJACK ASSYS.............................................................................................................. 114
5. PCB PARTS LIST ......................................................................................................................................... 116
6. ADJUSTMENT ............................................................................................................................................. 123
7. GENARAL INFORMATION ........................................................................................................................... 124
7.1 DIAGNOSIS ........................................................................................................................................... 124
7.1.1 TEST MODE .................................................................................................................................... 124
7.1.2 REWRITING THE FIRMWARE........................................................................................................ 133
7.2 POWER ON SEQUENCE ...................................................................................................................... 146
7.3 DISASSEMBLY ...................................................................................................................................... 147
7.4 IC INFORMATION.................................................................................................................................. 152
8. PANEL FACILITES ....................................................................................................................................... 167
9. ROTARY VOLUME KIT (DJC-800RV)........................................................................................................... 172
9.1 PACKING SECTION .............................................................................................................................. 172
9.2 EXTERIOR SECTION............................................................................................................................ 173
9.3 SCHEMATIC DIAGAM ........................................................................................................................... 174
9.4 DISASSEMBLY ...................................................................................................................................... 175
A
B
C
D
E
F
4
DJM-800
1
2
3
4
5
6
7
8
1. SPECIFICATIONS
SPECIFICATIONS
A
1. General
3. Input/output connector systems
Power source (/KUCXJ) .............................................. AC 120 V, 60 Hz
Power source (/WYXJ5) ..................................... AC 220–240V, 50/60 Hz
Power source (/TLXJ) ......................... AC 110–120/220–240V, 50/60 Hz
PHONO input connectors
RCA pin jacks ..................................................................................3
LINE/CD input connectors
RCA pin jacks ..................................................................................4
LINE input connectors
RCA pin jacks ..................................................................................1
MIC input connectors
XLR connector/phone jack (Ø6.3 mm) ........................................... 1
Phone jack (Ø6.3 mm) .................................................................... 1
DIGITAL coaxial input connectors
RCA pin jacks ..................................................................................4
RETURN input connectors
Phone jacks (Ø6.3 mm) .................................................................. 1
MASTER output connectors
XLR connectors ...............................................................................1
RCA pin jacks ..................................................................................1
BOOTH output connectors
Phone jacks (Ø6.3 mm) .................................................................. 1
REC output connectors
RCA pin jacks ..................................................................................1
SEND output connectors
Phone jacks (Ø6.3 mm) .................................................................. 1
DIGITAL coaxial output connector
RCA pin jack .................................................................................... 1
MIDI OUT connector
5P DIN .............................................................................................. 1
PHONES output connector
Stereo phone jack (Ø6.3 mm) ........................................................ 1
CONTROL connector
Mini phone jacks (Ø3.5 mm) .......................................................... 4
Power consumption ..................................................................... 32W
Operating temperature ..................... +5 ˚C to +35 ˚C (+41 ˚F to +95 ˚F)
Operating humidity .................... 5 % to 85 % (without condensation)
Weight .......................................................................... 8.0 kg (16.54 lb )
Maximum dimensions ...................... 320 (W) x 381 (D) x 108 (H) mm
12-5/8 (W) x 15 (D) x 4-1/4 (H) in
2. Audio section
Sampling rate ............................................................................. 96 kHz
A/D, D/A converter ...................................................................... 24 bits
Frequency response
LINE ......................................................................... 20 Hz to 20 kHz
MIC .......................................................................... 20 Hz to 20 kHz
PHONO ......................................................... 20 Hz to 20 kHz (RIAA)
S/N ratio (at rated output)
LINE ....................................................................................... 105 dB
PHONO .................................................................................... 88 dB
MIC .......................................................................................... 84 dB
Distortion (LINE-MASTER 1) .................................................... 0.005 %
Standard input level/Input impedance
PHONO 2 to 4 ............................................................ –52 dBu/47 kΩ
MIC 1, MIC 2 ............................................................... –52 dBu/3 kΩ
LINE, LINE/CD 1 to 4 ................................................. –12 dBu/22 kΩ
RETURN .................................................................... –12 dBu/22 kΩ
Standard output level/Load impedance/Output impedance
MASTER 1 .............................................. +2 dBu/10kΩ /10Ω or less
MASTER 2 .......................................................... +2 dBu/10 k Ω/1 kΩ
REC ..................................................................... –8 dBu/10 kΩ /1 kΩ
BOOTH ............................................................. +2 dBu/600Ω /600Ω
SEND ................................................................ –12dBu/10 kΩ /1 kΩ
PHONES ................................................ +8.5 dBu/32Ω /22Ω or less
Rated output level/Load impedance
MASTER 1 ................................................................ +22 dBu/10kΩ
MASTER 2 ................................................................. +20 dBu/10 kΩ
Crosstalk (LINE) ............................................................................ 88 dB
Channel equalizer response
HI ............................................................... –26 dB to +6 dB (13 kHz)
MID ............................................................. –26 dB to +6 dB (1 kHz)
LOW ............................................................ –26 dB to +6 dB (70 Hz )
Microphone equalizer response
HI ............................................................... –12 dB to +6 dB (10 kHz)
LOW .......................................................... –12 dB to +6 dB (100 Hz )
B
C
4. Accessories
Operating Instructions ......................................................................... 1
Power cord ........................................................................................... 1
Warranty card ...................................................................................... 1
Specifications and appearance are subject to change without notice.
D
Accessories
Power cord
(KUCXJ : DDG1028)
E
(WYXJ5,TLXJ : ADG7062)
Operating instrucions
Warranty card (KUCXJ only)
F
5
DJM-800
5
6
7
8
1
2
3
4
2. EXPLODED VIEWS AND PARTS LIST
NOTES:
A
Parts marked by "NSP" are generally unavailable because they are not in our Master Spare Parts List.
The
mark found on some component parts indicates the importance of the safety factor of the part.
Therefore, when replacing, be sure to use parts of identical designation.
Screws adjacent to mark on product are used for disassembly.
For the applying amount of lubricants or glue, follow the instructions in this manual.
(In the case of no amount instructions, apply as you think it appropriate.)
2.1 PACKING SECTION
5
12
9
B
11
4
C
3
8
2
D
7
T
ON
FR
DJM-800
E
6
F
10
6
DJM-800
1
2
3
4
5
6
7
8
(1) PACKING SECTION PARTS LIST
Mark No.
Description
Mark No.
Part No.
>
1
2
3
4
5
• • • •
Pad Front
Pad Rear
Pad Top
Instruction Manual(M800)
DHA1698
DHA1699
DHA1705
See Contrast table (2)
6
7
Packing Case
Sheet
See Contrast table (2)
RHX1006
Description
Part No.
8
NSP 9
NSP 10
Power Cord
Polyethylene Bag
Label
See Contrast table (2)
AHG7117
See Contrast table (2)
NSP 11
NSP 12
Warranty Card
User Registration Sheet
See Contrast table (2)
DRM1262
A
(2) CONTRAST TABLE
DJM-800/WYXJ5, DJM-800/TLXJ and DJM-800/KUCXJ are constructed the same except for the fHollowing
Mark No.
>
NSP
NSP
Symbol and Description
DJM-800
/KUCXJ
DJM-800
/WYXJ5
DJM-800
/TLXJ
DRB1393
Not used
Not used
DRB1392
Not used
Not used
5 Instruction Manual (English)
5 Instruction Manual (English, French
German, Italian, Dutch, Spanish)
5 Instruction Manual
(English, Spanish, Chinese)
6 Packing Case
Not used
Not used
DRB1394
DHG2559
DHG2558
DHG2560
8 Power Cord
10 Label
11 Warranty Card
DDG1028
DRW2311
ARY7043
ADG7062
VRW1629
Not used
ADG7062
VRW1629
Not used
B
C
D
E
F
7
DJM-800
5
6
7
8
1
2
3
4
2.2 EXTERIOR SECTION
51
A
51
Refer to
"2.3 CONTROL PANEL SECTION".
63
61
61
50
64
B
35
S
A
59
O
Q
P
M
59
5
T
D 4/4
29
45
4
3
2
Q
24
S
56
59
60
31
12
C
8
60
K
59
59
K
D 2/4
11
L
22
L
18
J
60
I
J
43
58
59
47
L
26
60
62
71
30
60
H
G
A
47
62
59
67
38
68
48
D
65
F
34
53
R
52
14
G
28
H
59
F
57
69
40
37
47
59
41
70
E
42
59
69
59
47 69
42
60
B C
32
55
F
8
44
D
42
Q
46
13
DJM-800
1
2
3
4
CONTACT SIDE
41
NON-CONTACT
SIDE
E
59 54
Q
49
6
42
67
59
62
9
C
J
E
66
62
7
16
K
59
62
23
D
I
36
A
33
16
17
27
10
N
R
59
N
M
15
25
M
O
P
15
R
I
20
21
59
15
T
19
39
D 1/4
1
B
O
D 3/4
5
6
7
8
EXTERIOR SECTION PARTS LIST
Mark No.
>
>
Description
Mark No.
Part No.
37
38
39
40
1
2
3
4
5
INPUT Assy
TRIM 4 Assy
TRIM 3 Assy
TRIM 2 Assy
TRIM 1 Assy
DWX2535
DWX2551
DWX2550
DWX2549
DWX2548
6
7
8
9
10
DSP Assy
OUTPUT Assy
DIGIC Assy
DIGIA Assy
SLSW Assy
DWX2534
DWX2544
DWX2547
DWX2555
DWX2536
11
12
13
14
15
DIGIB Assy
HPAMP Assy
POWER SUPPLY Unit
ACSW Assy
Short Pin Plug
DWX2546
DWX2556
DWR1433
DWX2545
AKM7008
16
17
18
19
20
Flexible Cable (31P)
Flexible Cable (12P)
Flexible Cable (25P)
Flexible Cable (16P)
Flexible Cable (10P)
DDD1316
DDD1317
DDD1318
DDD1319
DDD1321
21
22
23
24
25
Flexible Cable (30P)
Flexible Cable (25P)
Flexible Cable (7P)
Flexible Cable (12P)
Flexible Cable (6P)
DDD1322
DDD1323
DDD1326
DDD1327
DDD1328
26
27
28
29
30
Flexible Cable (7P)
Flexible Cable (10P)
AC Inlet Assy
Flexible Cable (24P)
Connector Assy(10P-12P)
DDD1329
DDD1333
See Contrast table (2)
DDD1330
DKP3763
Connector Assy
Connector Assy
Connector Assy
Rear Panel
Bracket TRIM
PF05EE-S22
PF05EE4S32
PF06EE-D12
See Contrast table (2)
DNF1728
Bracket SSW
DNF1729
31
32
33
NSP 34
35
36
Description
Part No.
Shield Case
Shield Case AC
Shield Case DSP
Chassis Assy
DNH2697
DNH2698
DNH2699
DXB1881
41
NSP 42
43
44
45
Leg Assy
Spacer
PHONE Spacer
Barrier A
Styling Sheet
REC-434
AEB7092
DEC2914
DEC2915
DEC2917
46
47
48
49
50
Bottom Cover
Blind Label
Barrier B
Select Knob (S)
Extension Shaft
DEC2918
DEC2928
DEC2944
DAA1166
DNK4691
Rotary SW Knob S
Bracket PSW
POWER Knob
POWER Knob Guard
LABEL
DAA1204
DNF1730
DAC2306
DNK4534
See Contrast table (2)
56
57
58
59
60
CAUTION Label
Blind Cap
Terminal Screw
Screw
Screw
DRW2312
DNK4218
AKE-031-0
BBZ30P060FTB
BBZ30P080FTC
61
62
63
64
65
Screw
Screw
Screw
Flange Nut M7
Screw
BCZ30P080FTB
BPZ30P080FTB
CCZ30P060FTB
DBN1011
IBZ30P080FTB
51
52
53
54
NSP 55
A
B
C
D
66
67
68
69
NSP 70
Nut
Screw
Screw
Binder (SKB-90BK)
Caution LABEL
NKX2FTC
PMH30P100FTB
PMH40P080FTC
ZCA-SKB90BK
See Contrast table (2)
NSP 71
Earth LABEL
See Contrast table (2)
(2) CONTRAST TABLE
DJM-800/WYXJ5, /TLXJ and DJM-800/KUCXJ are constructed the same except for the fHollowing :
Mark No.
>
NSP
NSP
NSP
NSP
28
34
55
70
71
Symbol and Description
AC Inlet Assy
Rear Panel
LABEL
Caution LABEL
Earth LABEL
DJM-800
/KUCXJ
DJM-800
/WYXJ5
DJM-800
/TLXJ
DKP3761
DNC1800
DRW2294
DRW1975
DRW2276
DKP3762
DNC1789
DRW2293
Not used
Not used
DKP3762
DNC1791
DRW2319
Not used
Not used
E
F
9
DJM-800
5
6
7
8
1
2
3
4
2.3 CONTROL PANEL SECTION
29
A
30 54
53 41
28
33
34
27
47
46
54
43
54
B
31
44
27
54
32
48
57
56
25
58
57
25
57
3
E
51
22
B
56
51
57
57
58
19
C
37
43
45
Dependence
10 16
5
20
17
D
6
22
G 2/4
9
7
15
H
C
G 3/4
E
F
8
17
42
23
57
15
G 1/4
14
A
50
35
54
55
D
24
P
40
52
G 4/4
49
39
38
21
F
50
36
4
G
H
52
2
C
C
D
49
E
E
52
26
42
52
B
G
H
59
B
12
3
4
18
52
52
F
52
52
10
13
DJM-800
1
2
CONTACT SIDE
1
35
F
NON-CONTACT
SIDE
11
A
5
6
7
8
CONTROL PANEL SECTION PARTS LIST
Mark No.
Description
Mark No.
Part No.
1
2
3
4
5
MIC 1 Assy
PANEL 1 Assy
MIC 2 Assy
PANEL 2 Assy
CHFD 1 Assy
DWX2542
DWX2552
DWX2543
DWX2554
DWX2537
6
7
8
9
10
CHFD 2 Assy
CHFD 3 Assy
CHFD 4 Assy
CRSFD Assy
HP JACK Assy
DWX2538
DWX2539
DWX2540
DWX2541
DWX2553
11
12
13
14
15
Flexible Cable (12P)
Flexible Cable (27P)
Flexible Cable (30P)
Housing Wire Assy
Housing Wire Assy
DDD1320
DDD1324
DDD1325
PF03PP-D12
PF04PP-D05
Housing Wire Assy
Housing Wire Assy
Housing Wire Assy
Panel Stay
CRF Stay
PF04PP-D20
PF04PP4D05
PF05FF-D25
DND1254
DNF1726
MIC Stay
Fader Packing
SW Packing
Barrier (FL)
SW Packing
DNF1727
DEC2903
DEC2929
DEC2943
DED1177
PC Support
Rotary SW Knob (A)
VEC1508
DAA1175
28
29
30
Rotary SW Knob (B)
Rotary SW Knob S (A)
Rotary SW Knob S (B)
DAA1176
DAA1177
DAA1178
31
32
33
34
35
Select Knob
Rotary SW Knob (C)
Rotary SW Knob (HM)
Rotary SW Knob (MA)
CUE Knob
DAA1205
DAA1180
DAA1197
DAA1198
DAC2215
36
37
38
39
40
Slide SW Cap (A)
SET Knob (TAP)
SET Knob (FS)
SET Knob (HM)
EFFECT Knob
DAC2219
DAC2300
DAC2301
DAC2302
DAC2304
41
42
43
44
45
MIC Cap
Slide SW Cap
Slider Knob (L2)
CHF Panel
CRF Panel
DAC2309
DAC2310
DAC2371
DAH2426
DAH2427
46
47
48
49
Disply Panel
Control Panel
LENS
LENS Holder
DAH2428
DNB1144
DNK4532
DNK4533
16
17
18
NSP 19
20
21
22
23
24
25
NSP 26
27
Description
Part No.
50
LEVEL Meter Assy
DXB1882
51
52
53
54
55
Screw
Screw
Screw
Screw
Screw
AMZ26P040FTC
BBZ30P060FTB
BPZ30P120FTB
CCZ30P060FTB
DBA1262
56
57
58
Screw
Flange Nut M9
Nut
DBA1298
DBN1008
NKX2FTC
A
B
C
D
E
F
11
DJM-800
5
6
7
8
1
2
3
4
3. BLOCK DIAGRAM AND SCHEMATIC DIAGRAM
3.1 OVERALL BLOCK DIAGRAM_1
BLOCK DIAGRAM
A
MI C
MIC AMP
MIC 1 LEVEL
MIC 1
MIC AMP
147
A/D
MIC 2 LEVEL
MIC 1
MIC 2
MIC 2
B
CH 1
BUFFER
TRIM
LINE
BUFFER
BUFFER
A/D
CD
143
DIGITAL
DIR
DIGITAL/CD
SW .
CD/DIGITAL
LINE SW.
CD/DIGITAL LINE
CD
LINE
CD
LINE
DIGITAL DIGITAL
C
CH 1
AD
MATRIX
CH 2
SRC
55
119
LINE
CD
MATRIX
19
CD
DIGITAL
-COM
VR AD
PHONO/LINE SW.
28
DIGIT AL SEL.
DIGITAL
/ANALOG SW.
PHONO AMP.
TRIM
PHONO
BUFFER
DS
BUFFER
A/D
CD
144
CH 2
AD
MATRIX
DIGITAL
DIR
DIGITAL/CD
SW .
CD/DIGITAL
PHONO SW.
CD/DIGITAL PHONO
CD
PHONO
CD
DIGITAL DIGITAL PHONO
D
CH 3
SRC
59
119
PHONO
CD
CD
DIGITAL
MATRIX
20
-COM
VR AD
PHONO/LINE SW.
29
DIGIT AL SEL.
DIGITAL
/ANALOG SW.
PHONO AMP.
TRIM
PHONO
BUFFER
BUFFER
A/D
LINE
145
CH 3
AD
MATRIX
DIGITAL
E
SRC
DIR
DIGITAL/LINE
SW .
LINE/DIGI TAL
PHONO
PHONO SW.
LINE/DIGI TAL PHONO LINE/CD
PHONO ANALOG
LINE
LINE
DIGITAL DIGITAL PHONO DIGITAL
60
119
MATRIX
21
-COM
VR AD
PHONO/LINE SW.
30
DIGIT AL SEL.
DIGITAL
/ANALOG SW.
146
CH 4
CH 4
same as CH 3
To DSP BLOCK DIAGRAM
F
12
DJM-800
1
2
3
4
5
6
7
8
A
D610A003BPYPA225-K
PHONES
13
MUTE
D/A
PHONES
MASTER ATT.
MASTER
27
MUTE
B
D/A
MASTER 1
MUTE
MASTER 2
SRC
BOOTH
REC
20
18
DIT
DIGITAL OUT
BUFFER
AMP.
MUTE
BUFFER
AMP.
MUTE
D/A
BOOTH
D/A
REC
C
AMP.
DSP
SEND
17
MUTE
D/A
SEND
BUFFER
150
RETURN
D
A/D
RETURN
64M
4M
SDRAM
FLASH
ROM
E
FPGA
-COM
XC3S504TQG144C-K
HD64F2377-K
(PEG236A8-K)
÷ When ordering service parts, be sure to refer to "EXPLODED VIEWS and PARTS LIST" or
"PCB PARTS LIST".
÷ The > mark found on some component parts indicates the importance of the safety factor
of the part. Therefore, when replacing, be sure to use parts of identical designation.
÷
: The power supply is shown with the marked box.
M
F
13
DJM-800
5
6
7
8
1
2
3
4
3.2 OVERALL BLOCK DIAGRAM_2
I
A
DSP BLOCK DIAGRAM
DJM-800 Audio DSP
CH1-CH4 COMMON
CHn In
Digital Trim
CHn Fader
BPM
detect
CHx
Digital in
3Band
CHn
EQ
COLOR
EFFECTS
[ch1–4]
∗1
Analog in
CUE
Monitor
[CHx]
BEAT
EFFECTS
[CHx(pre)]
BEAT
EFFECTS
[CHx(post)]
∗2,3
Send
Return
[CHx]
CHx
+
CH
Fader
Curve
∗2,3,4
Input of digital / analog is set by SelectSW
CF Assign
Thru
CF_A
CF_B
3-possi.
B
CROSS
Fader
BPM
detect
[CF_A]
Send
Return
[CF_A]
∗5
∗4
3-possi.
CHx Level Meter
CHx
BPM
detect
[CF_B]
+
2Band
MIC
EQ
MIC1,2 In
Master
Balance
MIC SW
Off
On
TalkOver
MIC1,2
MIX
Cross
Fader
Curve
BPM
detect
[MIC]
∗5
3-possi.
C
Send
Return
[CF_B]
∗5
∗4
3-possi.
BEAT
EFFECTS
[MIC]
MIC Data
Send
Return
[MIC]
∗2,4
MIC
Filter
FPGA
[Dual PortRAM]
Bus
D
Send Out
CPU
I/F
Logic
• Mode
• Volume data
• Switch data
• CH Fader position
• CF Fader position
• Control Command
EFFECT CH SELECT
CH1–4
CF_A/B
MIC
Master
BEAT
EFFECTS
(SND/RTN)
Return In
Talk Over On/Off
∗1 : Ch1
∗2 : Boil
∗3 : Pos
∗4 : I do
∗5 : I de
/// BEAT EFFECT (SND/RTN) ///
/// COLOR EFFECT (Harmonic) ///
EFFECT CH SELECT
CH1–4
CF_A/B
MIC
Master
CH1–4 In
Friqency Counter
S
SEND Out
E
No Cable
Return Level
EFFECT Processor
CH1
Effect SW
Effect Out
Return In
Effect Contror (from CPU)
Cable Exist
EFFECT CUE
CableCheck
/// COLOR EFFECT (Others) ///
/// BEAT EFFECT (Other) ///
EFFECT CH SELECT
CH1–4
EFFECT Processor
CF_A/B
MIC
Master
F
Effect SW
MIX RATIO
CH1–4 In
EFFECT Processor
Effect Out
EFFECT CUE
14
DJM-800
1
2
3
4
CH1–
5
6
7
8
A
MIC Data
Master
Balance
+
PM
tect
F_A]
Send
Return
[CF_A]
∗5
BEAT
EFFECTS
[CF_A(post)
∗4
BPM
detect
[Master]
∗5
∗2,3
BEAT
EFFECTS
[Master]
Talk Over
Master
Mono
Stereo
+
Rec Out
Send
Return
[Master]
Master Level
∗2,4
B
Master Out1
Talk Over On/Off
Master Out2
PM
tect
F_B]
Send
Return
[CF_B]
∗5
BEAT
EFFECTS
[CF_B(post)
∗4
Digital Out
∗2,3
Master Level Meter
Master CUE
H.P. Level
CHx CUE
H.P.
MIX
+
Effect CUE
H.P. Out
C
Booth Level
MIC Monitor SW
CHx MIX Data
MIC Data
+
Booth Out
• DSP Status
• BPM Detect data
• Harmonic Detect data
• CH Level Meter
• Master Level Meter
CPU
I/F
Logic
FPGA
[Dual PortRAM]
D
∗1 : Ch1 – 4 processes the same effect.
∗2 : Boil effectch Select SW and do of effect attention for selected setting.
∗3 : Position of effect input is set in either front and back of fader by specification of Effect.
∗4 : I do SEND/RETURN of CH set in SND/RTN select by EffectCHSELECT.
∗5 : I detect B P M of CH selected by EFFECT CHSELECT.
EFFECT
Processor
SD-RAM
/// BPM DET. ///
ter
essor
EFFECT CH SELECT
CH1–4
CF_A/B
BPM COUNTER
MIC
Master
Send to CPU
Send to CPU
E
CH1–4 Out
∗ I detect B P M only for CH which EFFECT CH SELECT appears, and was Counter.
or (from CPU)
/// H.P. MIX ///
H.P.MONOSPLIT/STEREO SW
CHx CUE
CUE Balance
L
H.P.Level
Mono Split
+
R
+
H.P. Out Lch
Stereo
EFFECT CUE
essor
CH1–4 Out
Mono Split
Master Balance
H.P.Level
F
Stereo
Master CUE
L
+
H.P. Out Rch
R
15
DJM-800
5
6
7
8
1
2
3
4
3.3 OVERALL WIRING DIAGRAM
A
P
HP JACK(DWX2553)
O
R
ACSW
(DWX2545)
Q
B
J
HPAMP
(DWX2556)
SW POWER SUPPLY
OUTPUT(DWX2544)
( J 1/3– J 3/3)
C
I
DSP
(DWX2534)
K
( I 1/3– I 3/3)
DIGIC(DWX2547)
D
E
L
M DIGIB(DWX2546)
N
F
DIGIA
(DWX2555)
SLSW
(DWX2536)
16
DJM-800
1
2
3
4
5
6
7
8
A
G 1/4
CHFD1(DWX2537)
G 2/4
CHFD2(DWX2538)
G 3/4
CHFD3(DWX2539)
G 4/4
B
CHFD4(DWX2540)
H
CRSFD(DWX2541)
C
PANEL1(DWX2552)
F
PANEL2(DWX2554)
C
B
MIC1
(DWX2542)
E
MIC2
(DWX2543)
D
D 4/4
TRIM1(DWX2548)
D 3/4
A
TRIM2(DWX2549)
INPUT
(DWX2535)
E
( A 1/6– A 6/6)
D 2/4
TRIM3(DWX2550)
D 1/4
TRIM4(DWX2551)
F
17
DJM-800
5
6
7
8
1
2
3
4
3.4 INPUT ASSY (1/6)
A
A 1/6 INPUT ASSY(DWX2535)
D 4/4 CN491
BUFFER
8
(LI)
9
(LI)
(CDI)
(LI)
B
BUFFER
1
C
2
(CDI)
(CDI)
Shield Case
D
Analogue
A 6/6
A 6/6
E
A 2/6,3/6,4/6,6/6
7
F
A 1/6
18
DJM-800
1
2
3
4
5
6
7
8
A
5
_
3
(CH1)
(CH1)
(CH1)
(CH1)
12
B
6
4
12
C
D
(CH1)
A 6/6
(CH1Y)
E
A 6/6
(D1)
(CH1D)
(LI)
(CDI)
(CH1)
(D1)
(CH1Y)
AUDIO SIGNAL ROUTE
: LINE INPUT L CH SIGNAL
: CD INPUT L CH SIGNAL
: CH1 L CH SIGNAL
: CH1 DIGITAL SIGNAL
: CH1 Y CH SIGNAL
F
A 1/6
19
DJM-800
5
6
7
8
1
2
3
4
3.5 INPUT ASSY (2/6)
A
D 3/4 CN591
A 2/6 INPUT ASSY(DWX2535)
(PI)
12
10
(PI)
13
11
(CH2)
(CDI)
(PI)
B
_
C
(CDI)
(CDI)
BUFFER
Shield Case
D
Analogue
A 6/6
(CH2)
A 6/6
E
A 1/6,3/6,4/6,6/6
17
F
A 2/6
20
DJM-800
1
2
3
4
5
6
7
8
A
15
_
(CH2)
B
(CH2)
12
(CH2)
16
14
12
C
D
A 6/6
E
(CH2Y)
A 6/6
(D2)
(CH2D)
(PI)
(CDI)
(CH2)
(D2)
(CH2Y)
AUDIO SIGNAL ROUTE
: PHONO INPUT L CH SIGNAL
: CD INPUT L CH SIGNAL
: CH2 L CH SIGNAL
: CH2 DIGITAL SIGNAL
: CH2 Y CH SIGNAL
F
A 2/6
21
DJM-800
5
6
7
8
1
2
3
4
3.6 INPUT ASSY (3/6)
A
D 2/4 CN691
A 3/6 INPUT ASSY(DWX2535)
(PI)
(PI)
(CH3)
(LI)
(PI)
B
_
C
(LI)
(LI)
BUFFER
Shield Case
D
Analogue
A 6/6
(CH3)
A 6/6
A 1/6,2/6,4/6,6/6
E
F
A 3/6
22
DJM-800
1
2
3
4
5
6
7
8
A
_
(CH3)
12
(CH3)
(CH3)
B
12
C
D
A 6/6
(CH3Y)
E
A 6/6
(D3)
(CH3D)
(PI)
(LI)
(CH3)
(D3)
(CH3Y)
AUDIO SIGNAL ROUTE
: PHONO INPUT L CH SIGNAL
: LINE INPUT L CH SIGNAL
: CH3 L CH SIGNAL
: CH3 DIGITAL SIGNAL
: CH3 Y CH SIGNAL
F
A 3/6
23
DJM-800
5
6
7
8
1
2
3
4
3.7 INPUT ASSY (4/6)
A
A 4/6 INPUT ASSY (DWX2535)
D 1/4 CN791
(PI)
(PI)
(CH4)
_
(LI)
(PI)
B
BUFFER
C
(LI)
(LI)
Shield Case
D
Analogue
A 6/6
(CH4)
A 6/6
A 1/6,2/6,3/6,6/6
E
F
A 4/6
24
DJM-800
1
2
3
4
5
6
7
8
A
_
(CH4)
(CH4)
12
(CH4)
B
12
C
D
A 6/6
E
(CH4Y)
A 6/6
(D4)
(CH4D)
(PI)
(LI)
(CH4)
(D4)
(CH4Y)
AUDIO SIGNAL ROUTE
: PHONO INPUT L CH SIGNAL
: LINE INPUT L CH SIGNAL
: CH4 L CH SIGNAL
: CH4 DIGITAL SIGNAL
: CH4 Y CH SIGNAL
F
A 4/6
25
DJM-800
5
6
7
8
1
2
3
4
3.8 INPUT ASSY (5/6)
A
A 5/6 INPUT ASSY (DWX2535)
18
(REC)
19
B
A 6/6
(RECD)
(REC)
C
A 6/6
D
BUFFER
(MA)
(MA)
A 6/6
E
A 6/6
F
A 5/6
26
DJM-800
1
2
3
4
5
6
7
8
A
B
20
MUTE
(REC)
(REC)
C
23
(MA)
21
22
D
(REC)
(MA)
E
(RECD)
(REC)
(MA)
AUDIO SIGNAL ROUTE
: REC DIGITAL CH SIGNAL
: REC L CH SIGNAL
: MASTER L CH SIGNAL
F
A 5/6
27
DJM-800
5
6
7
8
1
2
3
4
3.9 INPUT ASSY (6/6)
A
A 6/6 INPUT ASSY (DWX2535)
LRCK BUFFER
I 1/3 CN3
28
27
26
25
B
BCK BUFFER
A
5/6
24
C
A 1/6,2/6,3/6,4/6
(CH1Y)
A 1/6
(CH2Y)
A 2/6
(CH3Y)
A 3/6
I 1/3 CN2
D
E
(CH1Y)
A 4/6
(CH4Y)
(CH2Y)
(CH3Y)
(CH4Y)
(D1)
(D2)
A 5/6
(D3)
(D4)
(MA)
AUDIO SIGNAL ROUTE
: CH 1 Y CH SIGNAL
: CH 2 Y CH SIGNAL
: CH 3 Y CH SIGNAL
: CH 4 Y CH SIGNAL
: CH1 DIGITAL SIGNAL
: CH2 DIGITAL SIGNAL
: CH3 DIGITAL SIGNAL
: CH4 DIGITAL SIGNAL
: MASTER L CH SIGNAL
F
A 6/6
28
DJM-800
1
2
3
4
5
6
7
8
A
A 1/6
A 2/6
A 3/6
A 4/6
(D1)
CN1203
(D2)
(D3)
K
(D4)
B
MCK BUFFER
J 1/3 CN902
A 1/6,2/6,3/6,4/6
(MA)
A 5/6
BCK BUFFER
C
J 3/3 CN904
A 1/6,2/6,3/6,4/6
LRCK BUFFER
A 1/6,2/6,3/6,4/6
CN1501
D
B
MCK BUFFER
A 5/6
BCK BUFFER
E
A 5/6
LRCK BUFFER
A 5/6
F
A 6/6
29
DJM-800
5
6
7
8
1
2
3
4
3.10 MIC 1 ASSY
A
B
MIC1 (DWX2542)
1
B
(MIC1)
(MIC1)
(MIC1)
(MIC1)
C
(MIC2)
(MIC2)
(MIC2)
E
J1503
(MIC2)
D
E
F
B
30
DJM-800
1
2
3
4
5
6
7
8
A
2
3
(MIC1)
(MIC1)
A 6/6 CN456
(MIC1)
B
C
(MIC2)
(MIC2)
(MIC2)
7
MIC A/D
D
5
I 2/3 CN11
6
(MICD)
E
(MIC1)
(MIC2)
(MICD)
C
4
(MIC2)
(MIC2)
(MIC1)
(MIC1)
Signal
AUDIO SIGNAL ROUTE
: MIC1 L CH SIGNAL
: MIC2 L CH SIGNAL
: MIC DIGITAL CH SIGNAL
CN1704
F
B
31
DJM-800
5
6
7
8
1
2
3
4
3.11 PANEL 1 ASSY
A
C
PANEL1 ASSY (DWX2552)(1/2)
F
Large size
SCH diagram
CN2101
1/2
B
2/2
C
1/2
D
E
F
32
DJM-800
1
2
3
4
5
6
7
CURVE CHRST
CLICK Exist/Noexist
A Curve
A
No exist
Special Curve
F
8
Exist
B Curve
Exist
B Curve
No exist
CN2102
B
C
D
E
F
33
DJM-800
5
6
7
8
1
2
3
4
A
C
PANEL1 ASSY
(DWX2552)(2/2)
Large size
SCH diagram
1/2
G 1/4 CN2601
D
G 2/4 CN2602
C
G 3/4 CN2603 G 4/4 CN2604
H
CN2608
B
E
2/2
2/2
F
I 1/3 CN4
34
I 1/3 CN5
DJM-800
1
2
3
4
5
6
7
8
A
B
C
D
E
F
I 1/3 CN6
B
35
DJM-800
5
6
CN1503
7
8
1
2
3
4
3.12 TRIM1 to TRIM 4 ASSYS
A
D 4/4 TRIM1 ASSY (DWX2548)
D 3/4 TRIM2 ASSY (DWX2549)
B
C
A 1/6 CN401
A 2/6 CN501
D 2/4 TRIM3 ASSY (DWX2550)
D 1/4 TRIM4 ASSY (DWX2551)
D
E
A 3/6 CN601
A 4/6 CN701
F
D 1/4–4/4
D 1/4–4/4
36
DJM-800
1
2
3
4
5
6
7
8
3.13 MAIC 2 ASSY
E
A
MIC2 (DWX2543)
B
Earth Plate
(MIC2)
B
J1502
C
D
(MIC2)
AUDIO SIGNAL ROUTE
: MIC2 L CH SIGNAL
E
F
E
E
37
DJM-800
5
6
7
8
1
2
3
4
3
4
3.14 PANEL 2 ASSY
A
F
PANEL2 ASSY (DWX2554)
C
CN1710
B
C
C
CN1711
D
E
F
F
38
DJM-800
1
2
5
6
7
8
A
Holder
B
C
D
E
MASTER VOL LEVEL
ZERO DETECTOR
F
F
39
DJM-800
5
6
7
8
1
2
3
4
3.15 CHFD 1 to CHFD 4 and CRSFD ASSYS
A
G 3/4 CHFD3(DWX2539)
C
B
C
CN1705
CN1707
G 1/4 CHFD1(DWX2537)
C
CN1706
CN1708
C
G 4/4 CHFD4(DWX2540)
C
G 2/4 CHFD2(DWX2538)
D
H
CRSFD(DWX2541)
C
CN1709
E
F
H
G 1/4–4/4
40
DJM-800
1
2
3
4
5
6
7
8
3.16 DIGIA ASSY
L
A
DIGIA ASSY (DWX2555)
K
CN1201
B
(D4)
(D3)
(D2)
(D1)
C
D
(D1)
(D2)
(D3)
(D5)
AUDIO SIGNAL ROUTE
: CH1 DIGITAL SIGNAL
: CH2 DIGITAL SIGNAL
: CH3 DIGITAL SIGNAL
: CH4 DIGITAL SIGNAL
E
F
L
L
41
DJM-800
5
6
7
8
1
2
3
4
3.17 DSP ASSY (1/3)
I 1/3 DSP ASSY (DWX2534)(1/2)
A
Large size
SCH diagram
C
C
CN1701
CN1702
1/2
B
2/2
C
I 1/3,2/3
1/2
I 3/3
D
I 3/3
E
(SDD)
(RND)
(BOD)
(MA1D)
AUDIO SIGNAL ROUTE
: SEND DIGITAL SIGNAL
: RETURN DIGITAL SIGNAL
: BOOTH DIGITAL SIGNAL
: MASTER DIGITAL SIGNAL
F
42
DJM-800
1
2
3
4
5
6
7
8
A
C
J 1/3 CN901
CN1703
(SDD)
(BOD)
(RND)
B
(MA1D)
I 1/3,2/3
I 1/3,2/3
C
I
2/3
I 1/3,2/3
I
2/3
BUFFER
I 3/3
I 1/3
I 1/3
BUFFER
I 1/3,2/3
D
DYW1757
I 3/3
F
43
DJM-800
5
E
6
7
8
1
2
3
4
A
I 1/3
DSP ASSY
(DWX2534)(2/2)
I 3/3
B
C
Large size
SCH diagram
1/2
I 2/3,3/3
D
I 3/3
I 1/3
I 1/3,2/3
2/2
I 3/3
E
I
I 2/3
I 3/3
2/2
F
(CH1Y)
(CH2Y)
AUDIO SIGNAL ROUTE
: SCH 1 Y CH SIGNAL
: SCH 2 Y CH SIGNAL
O
44
K
CN2503
DJM-800
1
2
3
4
CN1205
6
7
8
DYW175
5
A
I 1/3
I 3/3
B
C
I 2/3
I 3/3
D
I 3/3
UPDATE
CONNECTOR
(RECD)
3/3
I 1/3,2/3
(CH1Y)
(CH2Y)
(CH3Y)
I 1/3
(CH4Y)
I 3/3
I 3/3
E
F
K
A 6/6 CN452
CN1205
A 6/6 CN451
45
DJM-800
5
6
7
8
1
2
3
4
3
4
3.18 DSP ASSY (2/3)
I 2/3 DSP ASSY (DWX2534)(1/2)
A
B
CN1502
Large size
SCH diagram
1/2
B
2/2
C
I 1/3
I 3/3
1/2
D
E
F
46
DJM-800
1
2
5
6
7
8
A
B
I 3/3
C
I 3/3
D
I 3/3
I 1/3,2/3
E
I 1/3
F
47
DJM-800
5
6
7
8
1
2
3
4
A
I 2/3
DSP ASSY
(DWX2534)
(2/2)
B
Large size
SCH diagram
C
(CH1Y)
(CH2Y)
(CH3Y)
(CH4Y)
1/2
D
2/2
I 1/3
I 1/3,3/3
E
2/2
I
(CH2Y)
(MA1D)
(MA2D)
(RECD)
(BOD)
F
(SDD)
(HPD)
AUDIO SIGNAL ROUTE
: SCH 1 Y CH SIGNAL
: SCH 2 Y CH SIGNAL
: MASTER DIGITAL CH SIGNAL
: MASTER DIGITAL CH SIGNAL
: REC DIGITAL CH SIGNAL
: BOOTH DIGITAL CH SIGNAL
: SEND DIGITAL CH SIGNAL
: HP DIGITAL CH SIGNAL
POWER
SUPPLY
(CH1Y)
Q
48
CN201
DJM-800
1
2
3
4
5
6
7
8
I 1/3
I 1/3
I 3/3
A
1
(MA1D)
2
(MA2D)
B
5
(BOD)
(RECD)
(SDD)
C
(HPD)
3
4
D
E
I 1/3,2/3
I 3/3
F
49
DJM-800
5
6
7
8
1
2
3
4
3.19 DSP ASSY (3/3)
I 3/3 DSP ASSY (DWX2534)(1/2)
A
I 3/3 I 1/3
7
Large size
SCH diagram
I 2/3
I 1/3
I3
8
1/2
B
I 2/3
6M BUFFER
24M BUFFER
I 1/3
1/2
6
D
(MA2D)
AUDIO SIGNAL ROUTE
: MASTER DIGITAL CH SIGNAL
E
F
/
DJM-800
50
1
2
3
4
R384=L5
L5=CTF1346
R383=L8
L8=CTF1357
2/2
C
5
6
7
8
A
M
I 1/3
I 3/3 I 2/3
I 1/3
I 2/3 I 1/3
I 3/3 I 2/3
I 1/3
I 2/3 I 1/3
I 1/3
I 3/3
96k BUFFER
=L6
=L9
L6, L9=CTF1357
=L7
=L10
L7, L10=CTF1357
(MA2D)
B
6M BUFFER
/3
CN1302
I 2/3
C
I 1/3
D
E
F
51
DJM-800
5
6
7
8
1
2
3
4
A
I 1/3
I 3/3
I
DSP ASSY
(DWX2534)(2/2)
B
C
Large size
SCH diagram
D
1/2
E
2/2
I 2/3
F
2/2
52
DJM-800
1
2
3
4
5
6
7
8
A
I 1/3
I 1/3
B
I 1/3
C
I 1/3,2/3
D
I 1/3
E
F
I 1/3
I 2/3
53
DJM-800
5
6
7
8
1
2
3
4
3.20 OUTPUT ASSY (1/3)
J 1/3 OUTPUT ASSY (DWX2544)
A
2
B
(MA)
J 3/3
3
I 1/3 CN7
22 25 26
J 3/3
23
24
J 3/3
J 2/3
C
(MA1D)
MCK BUFFER
J 2/3,3/3
16
8
J 2/3,3/3
1
BCK
BUFFER
J 2/3,3/3
D
LRCK
BUFFER
J 2/3,3/3
E
J 2/3,3/3
F
J 1/3
54
DJM-800
1
2
3
4
5
6
7
8
A
(MA)
(MA)
7
B
(MA)
(MA)
(MA)
6
Shield Case
(MA)
4
(MA)
5
(MA)
C
D
(MA)
E
(MA)
A 6/6 CN454
(MA1D)
AUDIO SIGNAL ROUTE
: MASTER L CH SIGNAL
: MASTER DIGITAL CH SIGNAL
F
J 1/3
55
DJM-800
5
6
7
8
1
2
3
4
3.21 OUTPUT ASSY (2/3)
A
J 2/3 OUTPUT ASSY (DWX2544)
B
10
9
J 1/3,3/3
(BO)
(BOD)
J 1/3
C
J 1/3,3/3
Signal
J 1/3,3/3
J 1/3,3/3
D
E
F
J 2/3
56
DJM-800
1
2
3
4
5
6
7
8
A
11
12
(BO)
B
15
(BO)
(BO)
14
13
C
D
E
(BO)
(BOD)
AUDIO SIGNAL ROUTE
: BOOTH L CH SIGNAL
: BOOTH DIGITAL CH SIGNAL
F
J 2/3
57
DJM-800
5
6
7
8
1
2
3
4
3.22 OUTPUT ASSY (3/3)
A
J 3/3 OUTPUT ASSY (DWX2544)
17
(SD)
J 1/3,2/3
B
(SD)
(SDD)
J 1/3
C
J 1/3,2/3
J 1/3,2/3
J 1/3,2/3
D
20
BUFFER
21
(RN)
(RN)
(RN)
E
F
J 3/3
58
DJM-800
1
2
3
4
5
6
7
8
A
18
19
(SD)
B
A 6/6 CN455
C
Q
CN202
D
E
Signal
J 1/3
(RND)
Power
Supply
J 1/3
(SD)
(SDD)
(RN)
J 1/3
(RND)
AUDIO SIGNAL ROUTE
: SEND L CH SIGNAL
: SEND DIGITAL CH SIGNAL
: RETURN L CH SIGNAL
: RETURN DIGITAL CH SIGNAL
F
J 3/3
59
DJM-800
5
6
7
8
1
2
3
4
3.23 DIGIC ASSY
A
K
DIGIC ASSY (DWX2547)(1/2)
I 1/3 CN1
Large size
SCH diagram
1/2
B
2/2
C
(D2)
4
1/2
(D2)
D
(D1)
(D2)
(D3)
(D4)
E
AUDIO SIGNAL ROUTE
: CH 1 DIGITAL SIGNAL
: CH 2 DIGITAL SIGNAL
: CH 3 DIGITAL SIGNAL
: CH 4 DIGITAL SIGNAL
(D1)
F
60
DJM-800
1
2
3
4
(D3)
5
6
7
6
(D4)
(D3)
(D4)
(D2)
CN2401
MCLK BUFFER
BCK BUFFER
(D1)
N
LRCK BUFFER
5
6
7
A 6/6 CN453
M
7
8
CN1301
A
3
B
C
5
D
E
F
DJM-800
8
61
1
A
2
3
4
K
DIGIC ASSY
(DWX2547)(2/2)
(D1)
2
(D2)
B
Large size
SCH diagram
1/2
1
(D1)
D
(D2)
(D1)
C
2/2
2/2
E
(D2)
(D1)
(D1)
(D2)
(D3)
(D4)
AUDIO SIGNAL ROUTE
: CH 1 DIGITAL SIGNAL
: CH 2 DIGITAL SIGNAL
: CH 3 DIGITAL SIGNAL
: CH 4 DIGITAL SIGNAL
F
62
DJM-800
1
2
3
4
5
6
7
8
(D4)
(D3)
A
B
(D4)
(D3)
(D4)
(D3)
C
D
(D3)
E
(D4)
F
L
CN1401
63
DJM-800
5
6
7
8
1
2
3
4
3.24 DIGIB ASSY
A
M
DIGIB ASSY (DWX2546)
B
(MA2D)
2
C
D
BUFFER
4
(D)
(D)
(D)
3
(D)
E
F
M
64
DJM-800
1
2
3
4
5
6
7
8
A
LRCK
BUFFER
I 3/3 CN15
7
1
(MA2D)
BCK
BUFFER
(D)
B
6
5
MCLK BUFFER
C
CN1202
(MA2D)
BUFFER
K
8
D
(D)
E
(D)
(MA2D)
AUDIO SIGNAL ROUTE
: DIGITAL CH SIGNAL
: MASTER DIGITAL CH SIGNAL
F
M
65
DJM-800
5
6
7
8
1
2
3
4
3.25 HPAMP ASSY
A
O
HPAMP ASSY (DWX2556)
I 1/3 CN12
B
6
7
8
C
2
(HPD)
1
(HPD)
HP D/A
(HP)
Q
CN203
E
Power Supply
D
F
O
66
DJM-800
1
2
3
4
5
6
7
8
A
B
3
C
(HP)
(HP)
5
4
P
CN9
(HP)
D
E
(HP)
(HPD)
AUDIO SIGNAL ROUTE
: HP L CH SIGNAL
: HP DIGITAL CH SIGNAL
F
O
67
DJM-800
5
6
7
8
1
2
3
4
3.26 HPJACK ASSYS
A
P
HPJACK ASSY (DWX2553)
B
C
O
CN2501
(HP)
F804=R1901
(R1901=0 )
D
(HP)
AUDIO SIGNAL ROUTE
: HP L CH SIGNAL
E
F
P
P
68
DJM-800
1
2
3
4
5
6
7
8
3.27 ACSW ASSY
A
ACSW (DWX2545)
Q
TO SW POWER SUPPLY
B
INLET ASSY
R
C
D
E
F
R
R
69
DJM-800
5
6
7
8
1
2
3
4
3.28 SW POWER SUPPLY UNIT
Q
A
SW POWER SUPPLY UNIT (DWR1433)
NOTE OF SPARE PARTS IN POWER SUPPLY (SYPS) UNIT
• In case of repairing, use the described parts only to prevent an accident.
• Please write the red
mark on the board when the primary section of POWER SUPPLY (SYPS) Unit is repaired.
• Please take care to keep the space, not touching other parts when replacing the parts.
R
C
ACSW
ASSY
B
D
E
• NOTE FOR FUSE REPLACEMENT
CAUTION - FOR CONTINUED PROTECTION AGAINST RISK OF FIRE.
REPLACE WITH SAME TYPE AND RATINGS ONLY.
F
Q
70
DJM-800
1
2
3
4
J CN903
O CN 2502
I 2/3
CN 8
5
5
6
6
7
7
8
A
B
DJM-800
8
C
D
E
F
Q
71
1
2
3
4
3.29 VOLTAGES
Measurement Condition
A
Input
connectors
Output
connectors
B
MIC
CFX
FADER ST.
HP
C
CH
CD/LINE
PHONO
DIGITAL IN
RETURN
MIC1
MIC2
MASTER1
MASTER2
REC
BOOTH
SEND
DIGITAL OUT
HP
MIC LEVEL 1
MIC LEVEL 2
MIC EQ HI
MIC EQ LOW
MIC TKOV.
Nothing
Nothing
Nothing
Nothing
Nothing
Nothing
Non connction
Non connction
Non connction
Non connction
Non connction
Non connction
Non connction
Max
Max
Center
Center
OFF
OFF(Lighting)
All Ch OFF
STEREO
Center
Max
All Fully counter clock wise direction
Max
Center
Center
Center
Center
ALL OFF
ALL Max
All Ch THRU
Center
Max
Center
OFF
STEREO
Max
Center
Center
AUTO
START
OFF
DERAY
1
–
Max
OFF(Lighting)
ALL DIGI
0dB
ADD
96K
HP MONO/STEREO
MIXING
LEVEL
INPUT SELECT
TRIM
EQ HI
EQ MID
EQ LOW
COLOR
CUE
FADER
CROSS FADER ASSIGN
CRS FADER
MASTER
LEVEL
BALANCE
CUE
MONO/STEREO
BOOTH MONITOR
CH FADER CURVE
CRS FADER CURVE
EFFECT
AUTO/TAP
MIDI START/STOP
CUE
EFFECT
CHANNEL
TIME
LEVEL/DEPTH
ON/OFF
REAR
DIGI/ANA SEL
MASTER ATT.
MIC SIGNAL ADD/CUT
fs
D
E
F
72
DJM-800
1
2
3
4
5
6
7
8
Voltages
A
A 1/6
A 2/6
INPUT ASSY
IC409 (CS5361-KS-TLB)
A 3/6
INPUT ASSY
IC509 (CS5361-KS-TLB)
INPUT ASSY
IC609 (CS5361-KS-TLB)
Pin No
Voltage (V)
Pin No
Voltage (V)
Pin No
Voltage (V)
Pin No
Voltage (V)
Pin No
Voltage (V)
Pin No
Voltage (V)
1
2
3
4
5
6
7
8
9
10
11
12
3.186
0
1.557
1.539
1.71
4.851
0
3.223
1.036–1.134
3.178
0
0
13
14
15
16
17
18
19
20
21
22
23
24
3.192
0
0.725
2.502
2.408
0
4.962
2.493
2.507
2.48
0
4.192
1
2
3
4
5
6
7
8
9
10
11
12
3.188
0
1.559
1.541
1.709
4.848
0
3.224
1.032–1.166
3.221
0
0
13
14
15
16
17
18
19
20
21
22
23
24
3.188
0
0.783
2.511
2.497
0
4.964
2.498
2.512
2.476
0
4.724
1
2
3
4
5
6
7
8
9
10
11
12
3.189
0
1.609
1.541
1.541
4.852
0
3.225
1.011–1.196
3.221
0
0
13
14
15
16
17
18
19
20
21
22
23
24
3.221
0
0.668
2.514
2.5
0
4.964
2.505
2.522
2.48
0
4.931
A 4/6
A 5/6
INPUT ASSY
IC709 (CS5361-KS-TLB)
A 6/6
INPUT ASSY
IC803 (PCM1742KE-TBB)
B
INPUT ASSY
B
MIC1 ASSY
IC1501 (AK5381VT-TBB)
IC805 (TA78L12F-TLB)
Pin No
Voltage (V)
Pin No
Voltage (V)
Pin No
Voltage (V)
Pin No
Voltage (V)
Pin No
Voltage (V)
Pin No
Voltage (V)
1
2
3
4
5
6
7
8
9
10
11
12
3.187
0
1.608
1.541
1.715
4.859
0
3.223
1.065–1.193
3.22
0
0
13
14
15
16
17
18
19
20
21
22
23
24
3.215
0
0.616
2.515
2.499
0
4.967
2.499
2.514
2.48
0
4.933
1
2
3
4
5
6
7
8
1.596
1.611
1.56
0
3.223
4.972
2.505
2.468
9
10
11
12
13
14
15
16
0
2.412
–
–
0.015
3.19
0.002
1.733
1
2
3
11.896
0
15
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
2.530
2.534
0.000
2.499
0.000
5.008
0.230
0.000
0.295
0.274
0.264
0.270
0.072
0.000
0.000
0.000
C
C
PANEL1 ASSY
IC1706 (TC74HC238AF-TBB)
C
PANEL1 ASSY
IC1707 (TC74HC238AF-TBB)
D
PANEL1 ASSY
IC1708 (TC74HC238AF-TBB)
Pin No
Voltage (V)
Pin No
Voltage (V)
Pin No
Voltage (V)
Pin No
Voltage (V)
Pin No
Voltage (V)
Pin No
Voltage (V)
1
2
3
4
5
6
7
8
1.624
1.086
1.086
0
0
3.243
0
0
9
10
11
12
13
14
15
16
–
0.533
0.533
0.534
0.534
0.534
0.533
3.242
1
2
3
4
5
6
7
8
1.624
1.085
1.086
0
0
3.242
–
0
9
10
11
12
13
14
15
16
–
0.533
0.533
0.533
0.533
0.533
0.532
3.242
1
2
3
4
5
6
7
8
1.622
1.622
1.622
0
0
3.24
0.406
0
9
10
11
12
13
14
15
16
0.402
0.403
0.403
0.403
0.403
0.403
0.405
3.24
C
C
PANEL1 ASSY
IC1711 (TC74HC273AF-TBB)
C
C
PANEL1 ASSY
IC1712 (TC74HC273AF-TBB)
F
PANEL1 ASSY
E
PANEL2
ASSY
IC2102
(NJM2903M-TLB)
IC1713 (TC74HC273AF-TBB)
Pin No
Voltage (V)
Pin No
Voltage (V)
Pin No
Voltage (V)
Pin No
Voltage (V)
Pin No
Voltage (V)
Pin No
Voltage (V)
Pin No
Voltage (V)
1
2
3
4
5
6
7
8
9
10
3.204
0
0.175
0.156
0
0
0.17
0.16
0
0
11
12
13
14
15
16
17
18
19
20
3.242
0.442
0.158
0.159
0.886
0.442
0.158
0.165
0.886
3.24
1
2
3
4
5
6
7
8
9
10
3.204
0
0.167
0.155
0
0
0.17
0.159
0
0
11
12
13
14
15
16
17
18
19
20
3.241
0
0.151
0.159
0
0
0.157
0.164
0
3.24
1
2
3
4
5
6
7
8
9
10
3.203
0
0.166
0.155
0
0
0.168
0.158
0
0
11
12
13
14
15
16
17
18
19
20
3.241
0
0.157
0.152
0
0
0.157
0
3.239
3.239
1
2
3
4
5
6
7
8
3.24
0.005
3.238
0
0
–
–
3.242
F
73
DJM-800
5
6
7
8
1
2
3
4
A
I 1/3
I 2/3
DSP ASSY
IC1 (PEG236A)
B
C
D
E
F
DSP ASSY
IC22 (D610A003BPYPA225-K)
Pin No
Voltage (V)
Pin No
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
3.188
0.000
0.036
3.203
–
1.003–1.478
1.568–1.913
2.698
1.377
0.000
1.202
0.422
1.025
0.029
2.817
2.679
0.581
0.000
0.024
3.162
0.024
0.024
2.545
3.187
0.000
3.175
3.183
3.183
0.024
3.183
3.183
0.099
3.173
0.026
3.175
0.026
2.246
2.246
3.176
0.000
3.182
0.970
0.114
0.109
1.381
0.978
1.376
0.116
0.114
0.000
2.250
2.247
2.247
–
0.026
0.024
0.549
0.705
0.026
0.026
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
Voltage (V)
0.026
0.000
0.443
0.357
0.562
0.555
0.551
0.358
0.689
0.000
0.567
3.171
0.551
0.680
0.293
0.284
0.282
0.278
0.280
0.278
2.234
1.822
1.822
–
0.007
3.129
3.143
3.143
3.156
–
2.977
3.146
0.519
0.514
0.000
–
1.599
3.161
3.162
–
–
0.000
3.192 ∗
2.257
2.256
0.024
3.159
3.181
3.180
3.180
3.182
3.183
1.390
1.576
1.596
1.603
1.581
2.501
3.146
2.988
Pin No
Voltage (V)
Pin No
Voltage (V)
Pin No
Voltage (V)
Pin No
Voltage (V)
Pin No
Voltage (V)
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
3.170
3.167
3.168
1.842
3.060
3.056
3.064
0.021
0.000
3.067
3.050
3.043
0.035
–
3.057
3.049
3.083
2.863
0.030
–
0.083
1.109
0.139
0.139
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
3.234–3.695
–
1.140
0.000
3.238
–
–
0.000
3.270
0.000
1.160
1.590
0.001
1.040
0.000
1.488
0.001
0.001
1.488
3.265
1.538
1.187
0.000
1.538
3.270
0.000
3.266
1.603
1.187
0.000
0.001
–
0.000
0.000
1.187
–
0.000
–
0.001
1.042
0.000
0.000
1.041
3.238
0.000
1.040
3.238
0.000
0.000
1.040
1.039
0.000
1.039
0.000
3.239
–
–
3.239
0.000
1.038
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
3.214
0.013
2.948
3.080
3.239
0.000
1.038
0.378
3.073
3.082
3.080
3.239
0.000
3.062
0.010
1.642
0.940
–
3.209
1.037
0.000
–
3.219
3.239
0.000
0.006
3.240
0.000
1.038
0.569–3.225
0.011
0.011
0.011
0.354–3.014
0.004
1.187
0.000
3.266
0.002
0.002
–
2.686
3.266
1.187
1.187
0.000
3.266
3.266
–
3.266
3.266
3.266
3.266
3.266
0.000
1.187
3.266
3.266
3.263
3.264
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
148
149
150
151
152
153
154
155
156
157
158
159
160
161
162
163
164
165
166
167
168
169
170
171
172
173
174
175
176
177
178
179
180
3.264
3.264
3.267
1.187
0.000
3.266
3.267
3.267
3.267
3.267
3.267
3.267
1.187
0.000
–
–
–
3.233
1.520
1.488
3.237
0.000
1.026
1.032
1.065
1.062
1.013
0.000
1.049
1.281
–
–
1.489
0.000
1.522
3.240
1.049
0.000
1.587
3.240
1.587
3.240
0.000
–
–
–
–
–
1.490
0.000
1.049
–
0.000
–
0.000
3.202
1.049
0.000
–
0.000
181
182
183
184
185
186
187
188
189
190
191
192
193
194
195
196
197
198
199
200
201
202
203
204
205
206
207
208
1.048
0.000
3.241
0.010
3.239
3.239
3.238
3.241
0.000
1.054
3.238
3.238
3.238
0.000
1.187
1.187
0.000
–
0.000
–
1.186
3.241
0.000
2.337
3.261
3.264
0.000
1.185
* Hang-up assumes
that I touch it.
74
DJM-800
1
2
3
4
5
6
7
8
A
I 2/3
I 3/3
DSP ASSY
IC11 (K4S641632H-TC75-K)
I 3/3
DSP ASSY
DSP ASSY
IC14 (R1224N102H-TLB)
IC13 (XC3S50-4TQG144C-K)
Pin No
Voltage (V)
Pin No
Voltage (V)
Pin No
Voltage (V)
Pin No
Voltage (V)
Pin No
Voltage (V)
Pin No
Voltage (V)
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
3.253
3.113
3.253
3.100
3.109
0.000
3.105
3.098
3.253
3.092
3.089
0.000
3.092
3.252
3.175
3.230
3.206
3.224
3.219
1.012–3.024
1.010–3.084
0.139
0.119
3.058
3.139
3.245
3.253
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
0.000
3.180
3.167
3.168
3.143
0.129
0.125
0.165
–
3.237
1.669
3.174
–
0.000
3.077
3.253
3.108
3.138
0.000
3.034
3.142
3.253
3.151
3.029
0.000
3.064
0.000
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
2.994
0.126
3.183
–
–
–
–
1.579
0.020
0.052
3.176
1.577
0.053
3.175
–
0.000
–
–
3.182
–
3.176
0.000
–
–
–
–
1.047
2.665
0.020
–
2.803
0.025
1.029
3.182
0.435
1.196
2.524
2.525
2.525
1.412
2.646
0.000
3.181
1.595–1.927
0.000
1.048–1.458
3.153
2.514
1.215
3.174
3.161
0.329
0.334
3.182
0.332
0.334
–
–
0.335
0.336
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
1.215
2.514
0.706
0.021
0.084
3.179
0.000
0.361
0.585
0.713
2.541
2.521
0.381
0.562
3.181
0.583
0.587
0.557
0.467
–
0.000
–
–
0.359
0.021
0.021
0.021
0.000
0.021
0.022
3.181
0.021
0.021
0.000
–
–
3.028
3.018
3.030
3.019
0.000
3.016
3.028
3.003
3.021
3.182
3.018
3.070
–
–
–
3.040
3.082
0.000
0.604
0.856
0.000
0.880
0.793
0.605
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
0.604
0.661
0.610
0.614
0.604
0.595
1.216
1.240
1.251
1.233
1.706
1.745
1.676
1.701
1.771
0.000
1.801
1.712
0.000
1.851
1.784
1.720
1.725
–
1
2
3
4
5
2.783
0.020
1.020
2.002
3.201
I 2/3
DSP ASSY
IC12 (MBM29LV400TC-70PFTN)
Pin No
Voltage (V)
Pin No
Voltage (V)
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
0.146
0.158
1.013–3.112
0.984–3.103
0.164
0.138
0.131
0.111
–
–
3.229
0.557
–
–
–
–
0.185
0.517
3.169
3.169
3.182
3.246
3.139
3.063
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
0.128
3.238
0.000
3.225
3.103
3.076
3.090
3.107
3.103
3.141
3.102
3.035
3.251
3.085
3.145
3.087
3.151
3.079
0.266
0.264
3.059
0.000
3.253
0.025
I 3/3
DSP ASSY
B
IC16 (NJM2374AM-TFB)
Pin No
Voltage (V)
Pin No
Voltage (V)
1
2
3
4
13.862
0.000
0.792
0.000
5
6
7
8
1.268
8.813
8.767
6.840
I 3/3
DSP ASSY
IC15 (S-1200B25-M5-TRB)
Pin No
Voltage (V)
1
2
3
4
5
3.237
0.000
3.236
–
2.510
J 1/3
C
OUTPUT ASSY
IC904 (AK4393VF-TBB)
Pin No
Voltage (V)
Pin No
Voltage (V)
1
2
3
4
5
6
7
8
9
10
11
12
13
14
0.000
3.221
1.698
3.188
1.529
0.004
1.558
0.000
2.940
3.202
0.000
0.000
3.219
0.000
15
16
17
18
19
20
21
22
23
24
25
26
27
28
0.000
0.000
4.977
4.977
0.000
2.621
2.620
2.623
2.623
2.629
3.217
3.219
0.000
0.000
J 2/3
OUTPUT ASSY
E
IC910 (PCM1742KE-TBB)
Pin No
Voltage (V)
Pin No
Voltage (V)
1
2
3
4
5
6
7
8
1.529
0.003
1.560
0.000
3.223
4.976
2.505
2.462
9
10
11
12
13
14
15
16
0.000
2.481
–
–
0.016
3.192
0.002
1.705
F
75
DJM-800
5
6
D
7
8
1
2
3
4
A
J 3/3
OUTPUT ASSY
IC915 (PCM1742KE-TBB)
B
Voltage (V)
Pin No
Voltage (V)
Pin No
Voltage (V)
Pin No
Voltage (V)
Pin No
Voltage (V)
Pin No
Voltage (V)
1.530
0.002
1.559
0.000
3.224
4.975
2.509
2.467
9
10
11
12
13
14
15
16
0.000
2.470
0.000
2.470
0.016
3.192
0.002
1.701
1
2
3
4
5
6
7
8
9
10
11
12
1.193
3.202
1.576
0.000
0.075
3.202
0.000
0.000
2.248
1.805
0.004
13
14
15
16
17
18
19
20
21
22
23
24
0.000
0.000
1.593
0.063
3.206
2.266
3.176
0.000
1
2
3
4
5
6
7
8
9
10
11
12
13
14
–
1.602
–
0.004
1.800
2.246
3.200
0.000
0.000
0.000
0.000
0.000
3.177
0.004
15
16
17
18
19
20
21
22
23
24
25
26
27
28
0.004
0.000
0.000
0.000
0.000
0.000
0.000
3.199
1.893
2.249
1.631
0.000
0.000
0.000
OUTPUT ASSY
Pin No
Voltage (V)
Pin No
Voltage (V)
1
2
3
4
5
6
7
8
2.482
0.741
0.000
2.481
0.000
4.974
3.225
0.000
9
10
11
12
13
14
15
16
0.167
0.359
0.150
0.352
0.003
0.000
0.000
0.000
K
DIGIC ASSY
IC1202 (AK4117VF-TBB)
Pin No
Voltage (V)
Pin No
Voltage (V)
1
2
3
4
5
6
7
8
9
10
11
12
1.195
3.181
1.566
0.000
0.074
3.180
0.000
0.000
2.232
1.741
0.005
13
14
15
16
17
18
19
20
21
22
23
24
0.000
0.000
1.583
0.062
3.189
2.254
3.158
0.000
K
DIGIC ASSY
IC1208 (AK4117VF-TBB)
E
DIGIC ASSY
IC1209 (AD1895AYRS-TBB)
1
2
3
4
5
6
7
8
J 3/3
D
K
DIGIC ASSY
Pin No
IC918 (AK5381VT-TBB)
C
K
IC1214 (AK4117VF-TBB)
Pin No
Voltage (V)
Pin No
Voltage (V)
1
2
3
4
5
6
7
8
9
10
11
12
1.188
3.182
1.572
0.000
0.075
3.183
0.000
0.000
2.245
1.800
0.005
13
14
15
16
17
18
19
20
21
22
23
24
0.000
0.000
1.593
0.063
3.270
2.267
3.177
0.000
K
DIGIC ASSY
IC1217 (AK4117VF-TBB)
Pin No
Voltage (V)
Pin No
Voltage (V)
1
2
3
4
5
6
7
8
9
10
11
12
1.186
3.191
1.568
0.000
0.075
3.199
0.000
0.000
–
2.246
1.759
0.004
13
14
15
16
17
18
19
20
21
22
23
24
0.000
–
0.000
–
1.593
0.063
3.206
2.266
–
–
3.176
0.000
K
DIGIC ASSY
IC1203 (AD1895AYRS-TBB)
Pin No
Voltage (V)
Pin No
Voltage (V)
1
2
3
4
5
6
7
8
9
10
11
12
13
14
–
1.599
–
0.004
1.739
2.245
3.197
0.000
0.000
0.000
0.000
0.000
3.176
0.004
15
16
17
18
19
20
21
22
23
24
25
26
27
28
0.004
0.000
0.000
0.000
0.000
0.000
0.000
3.196
1.890
2.248
1.624
0.000
0.000
0.000
K
DIGIC ASSY
IC1215 (AD1895AYRS-TBB)
Pin No
Voltage (V)
Pin No
Voltage (V)
1
2
3
4
5
6
7
8
9
10
11
12
13
14
–
1.586
–
0.004
1.805
2.247
3.203
0.000
0.000
0.000
0.000
0.000
3.175
0.005
15
16
17
18
19
20
21
22
23
24
25
26
27
28
0.004
0.000
0.000
0.000
0.000
0.000
0.000
3.202
1.894
2.248
1.629
0.000
0.000
0.000
K
DIGIC ASSY
IC1218 (AD1895AYRS-TBB)
Pin No
Voltage (V)
Pin No
Voltage (V)
1
2
3
4
5
6
7
8
9
10
11
12
13
14
–
1.592
–
0.004
1.756
2.235
3.184
0.000
0.000
0.000
0.000
0.000
3.161
0.004
15
16
17
18
19
20
21
22
23
24
25
26
27
28
0.004
0.000
0.000
0.000
0.000
0.000
0.000
3.183
1.886
2.239
1.624
0.000
0.000
0.000
F
76
DJM-800
1
2
3
4
5
6
7
8
A
M DIGIB ASSY
M DIGIB ASSY
IC1308 (AK4114VQ)
O
IC1307 (AD1895AYRS-TBB)
HPAMP ASSY
IC2501 (PCM1742KE-TBB)
Pin No
Voltage (V)
Pin No
Voltage (V)
Pin No
Voltage (V)
Pin No
Voltage (V)
Pin No
Voltage (V)
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
–
0.000
–
0.000
–
0.000
–
0.000
0.000
0.000
3.167
–
3.182
0.000
–
1.612
–
–
–
–
3.182
0.000
–
2.237
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
–
1.599
–
1.779
–
1.644
3.164
0.172
0.073
3.191
3.189
–
–
3.182
1.203
1.200
0.000
–
0.000
–
0.000
–
0.000
–
1
2
3
4
5
6
7
8
9
10
11
12
13
14
–
0.250
–
0.209
1.591
2.243
3.178
0.000
0.000
0.000
0.000
0.000
0.004
0.004
15
16
17
18
19
20
21
22
23
24
25
26
27
28
0.172
0.000
0.000
0.000
0.000
0.000
0.000
0.004
0.192
0.161
0.160
0.004
0.005
0.004
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
1.556
0.002
1.563
0
3.2
4.928
2.481
2.441
0
2.456
0.015
3.191
0.001
1.602
B
C
D
E
F
77
DJM-800
5
6
7
8
1
2
3
4
3.30 WAVEFORMS
Measuring Conditions (Analog)
A
Measure CH
IN CH
IN LEVEL(TRIM MAX)
IN FREQ
PHONO
CH1
-46dBv
1KHz
LINE
CH1
-6dBv
1KHz
CD
CH1
-6dBv
1KHz
RETURN
CH1SELECT
-6dBv
1KHz
SEND LEVEL MAX
SEND
CH1SELECT
-6dBv(CH1)
1KHz
SEND LEVEL MAX
BOOTH
CH1
-6dBv(CH1)
1KHz
600ohm
REC
CH1
-6dBv(CH1)
1KHz
10Kohm
MIC 1,2
MIC 1,2
-44.8dBv
1KHz
HP
CH1
-6dBv
1KHz
B
RL
BOOTH LEVEL MAX,EQ FLAT
32ohm
HP LEVEL 4
Set as follows except for designation;
CH1 FADER: MAX
C.F ASSIGN: Nothing
CH FADER CURVE: Center.
A
C
1
NOTE: The following waveforms were measured at the point of the corresponding
balloon number in the schematic diagram and PCB diagram.
INPUT ASSY
JA401-pin 5 (CD L)
V: 0.2V/div. H: 500µsec/div.
5
R440 and R450 (AINL-)
V: 1.00V/div. H: 500µsec/div.
GND
2
RY401-pin 9
V: 0.2V/div. H: 500µsec/div.
9
RY401 - pin7
V: 0.2V/div. H: 500µsec/div.
GND
6
R442 and R451 (AINL+)
V: 1.00V/div. H: 500µsec/div.
13
CN501 - pin5 (L_OUT)
V: 0.2V/div. H: 500µsec/div.
GND
10
JA501 - pin2 (PHONO L)
V: 50mV/div. H: 500µsec/div.
GND
14
IC503 - pin7
V: 0.2V/div. H: 500µsec/div.
D
GND
3
CN401-pin 5 (L_OUT)
V: 0.2V/div. H: 500µsec/div.
GND
7
IC408 - pin 2 (SDO1)
V: 1V/div. H: 200nsec/div.
GND
GND
11
Q505 -Gate
V: 50mV/div. H: 500µsec/div.
15
R540 and R550 (AINL-)
V: 1.0V/div. H: 500µsec/div.
E
GND
4
IC403-pin 7
V: 0.2V/div. H: 500µsec/div.
GND
8
JA401 - pin 2 (LINE L)
V: 0.5V/div. H: 500µsec/div.
GND
12
RY501 - pin7
V: 0.2V/div. H: 500µsec/div.
GND
GND
GND
16
R542 and R551 (AINL+)
V: 1.0V/div. H: 500µsec/div.
GND
GND
F
78
DJM-800
1
2
3
4
5
6
7
8
NOTE: The following waveforms were measured at the point of the corresponding
balloon number in the schematic diagram and PCB diagram.
A
17
A
INPUT ASSY
IC508 - pin2 (SDO2)
V: 1.0V/div. H: 200nsec/div.
21
JA801 - pin5 (RECOUT L)
V: 0.5V/div. H: 500µsec/div.
GND
25
CN451-pin 2 (DSP_RESET2)
V: 1V/div. H: 200nsec/div.
GND
GND
B
18
C841 - Side (VOUTL)
V: 0.2V/div. H: 500µsec/div.
22
C820 - –Side (MASTER_OUT L)
V: 1.0V/div. H: 500µsec/div.
GND
19
IC801 - pin3
V: 0.5V/div. H: 500µsec/div.
26
CN451-pin 4 (24M)
V: 1V/div. H: 50nsec/div.
GND
GND
23
JA801 - pin2 (MASTER_OUT L)
V: 1.0V/div. H: 500µsec/div.
27
CN451-pin 6 (6M)
V: 1V/div. H: 50nsec/div.
C
GND
20
C818 - –Side (REC OUT L)
V: 0.5V/div. H: 500µsec/div.
GND
GND
24
CN451 - Pin1 (DATA_REC)
V: 1.0V/div. H: 200nsec/div.
GND
28
CN451-pin 8 (96k)
V: 1V/div. H: 2µsec/div.
GND
D
GND
E
F
79
DJM-800
5
6
7
8
1
2
3
4
NOTE: The following waveforms were measured at the point of the corresponding
balloon number in the schematic diagram and PCB diagram.
A
L
1
B
DSP ASSY
IC22-pin 27 (MASTER_DATA1)
V: 1.00V/div. H: 200nsec/div.
7
IC6 - pin 8 (6M)
V: 1V/div. H: 50nsec/div.
GND
B
2
IC22-pin 27 (MASTER_DATA2)
V: 1.00V/div. H: 200nsec/div.
JA1502 - pin2 (MIC IN)
V: 50mV/div. H: 500µsec/div.
GND
8
IC7 - pin 8 (96k)
V: 1V/div. H: 2µsec/div.
IC22-pin 18(REC DATA)
V: 1.00V/div. H: 200nsec/div.
7
CN1502 - Pin4 (96k)
V: 1.0V/div. H: 2µsec/div.
GND
2
GND
CN1503 pin1(MIC1_I)
V: 0.2V/div. H: 500µsec/div.
GND
GND
GND
3
1
MIC 1 ASSY
3
IC1501 - pin 1 (AINR)
V: 1V/div. H: 500µsec/div.
C
GND
4
GND
IC22-pin 17(SEND DATA)
V: 1.00V/div. H: 200nsec/div.
4
CN1502 - pin2 (MIC_DATA)
V: 1.0V/div. H: 200nsec/div.
GND
GND
D
5
IC22 - pin 20(BOOTH DATA)
V: 1.00V/div. H: 200nsec/div.
5
CN1502 - pin8 (6M)
V: 1.0V/div. H: 50nsec/div.
GND
GND
E
6
IC4 - pin 4 (24M)
V: 1V/div. H: 50nsec/div.
6
CN1502 - pin6 (24M)
V: 1.0V/div. H: 50nsec/div.
GND
GND
F
80
DJM-800
1
2
3
4
5
6
7
8
NOTE: The following waveforms were measured at the point of the corresponding
balloon number in the schematic diagram and PCB diagram.
N
1
A
DIGIC ASSY
IC1202-pin 4 (PNG)
V: 1.00V/div. H: 200nsec/div.
7
CN1203 - pin 11 (6M)
V: 1V/div. H: 50nsec/div.
GND
2
GND
B
IC1203-pin 4 (PNG)
V: 1.00V/div. H: 500nsec/div.
GND
3
CN1203-pin 1(D-IN_1_DATA)
V: 1.00V/div. H: 200nsec/div.
C
GND
4
CN1205-pin 11(DSP_RESET3)
V: 1.00V/div. H: 200nsec/div.
GND
5
D
CN1205 - pin 9(24M)
V: 1.00V/div. H: 200nsec/div.
GND
E
6
CN1203 - pin 9 (96k)
V: 1V/div. H: 50nsec/div.
GND
F
81
DJM-800
5
6
7
8
1
2
1
CN901-pin 20 (MASTER_DATA)
V: 1.0V/div. H: 200nsec/div.
4
NOTE: The following waveforms were measured at the point of the corresponding
balloon number in the schematic diagram and PCB diagram.
M OUTPUT ASSY
A
3
7
JA901 - pin 2 (MASTER OUT L COLD)
V: 1V/div. H: 500µsec/div.
13
C980 & R1049
V: 2.0V/div. H: 500µsec/div.
GND
19
JA905 - Output (SEND L)
V: 0.2V/div. H: 500µsec/div.
GND
GND
GND
2
IC904 -pin 23 (L +)
V: 1.0V/div. H: 500µsec/div.
8
CN901 - pin19 (BOOTH_DATA)
V: 1.0V/div. H: 200nsec/div.
14
JA903 - OUTPUT PIN(BOOTH L COLD)
V: 1.0V/div. H: 500µsec/div.
20
JA907 - Input pin (RETURN L)
V: 0.2V/div. H: 500µsec/div.
B
GND
GND
GND
GND
3
IC904 -pin 22 (L –)
V: 1.0V/div. H: 500µsec/div.
9
C965 & R1031 (VOUTL)
V: 1.0V/div. H: 500µsec/div.
15
JA903 - Output Pin(BOOTH L HOT)
V: 1.0V/div. H: 500µsec/div.
IC918 - pin2 (RETURN_A/D)
V: 1.0V/div. H: 500µsec/div.
GND
GND
GND
21
GND
C
4
L902 -pin 1 (L –)
V: 1.0V/div. H: 500µsec/div.
10
C970 & R1036
V: 1.0V/div. H: 500µsec/div.
16
CN901 - Pin18 (SEND_DATA)
V: 1.0V/div. H: 200nsec/div.
22
CN901 - pin17 (RETURN_DATA)
V: 1.0V/div. H: 200nsec/div.
GND
GND
GND
D
5
L902 - pin 6 (L +)
V: 1.0V/div. H: 500µsec/div.
11
IC912 - pin1
V: 1.0V/div. H: 500µsec/div.
GND
17
C1008 & R1097
V: 2.0V/div. H: 500µsec/div.
GND
GND
23
CN901 - pin16 (DSP_RESET1)
V: 1.0V/div. H: 200nsec/div.
GND
GND
6
JA901 - pin 3 (MASTER_OUT L Hot)
V: 1.0V/div. H: 500µsec/div.
12
C975 & R1044
V: 2.0V/div. H: 500µsec/div.
18
C1013 – Side
V: 0.2V/div. H: 500µsec/div.
24
CN901 - pin14 (24M)
V: 1.0V/div. H: 50nsec/div.
E
GND
GND
GND
GND
25
CN901-pin12 (6M)
V: 1V/div. H: 50nsec/div.
F
26
CN901-pin10 (96k)
V: 1V/div. H: 2µsec/div.
GND
82
GND
DJM-800
1
2
3
4
5
6
7
8
NOTE: The following waveforms were measured at the point of the corresponding
balloon number in the schematic diagram and PCB diagram.
P
1
S
DIGIB ASSY
CN1302-pin3 (MASTER_DATA2)
V: 1.0V/div. H: 500nsec/div.
4
JA1303 - Input pin (fs=96k)
V: 0.5V/div. H: 200nsec/div.
GND
2
IC1307-pin23 (fs=48k)
V: 1.0V/div. H: 500nsec/div.
1
5
IC1307-pin23 (fs=96k)
V: 1.0V/div. H: 500nsec/div.
CN2503-pin1 (HP OUT)
V: 1.0V/div. H: 500µsec/div.
CN1302 - pin 5 (24M)
V: 1V/div. H: 50nsec/div.
2
CN2534 - – Side
V: 0.2V/div. H: 500µsec/div.
GND
6
CN1302 - pin7 (6M)
V: 1V/div. H: 50nsec/div.
7
CN2503 - pin5 ( 6M )
V: 1.0V/div. H: 50nsec/div.
GND
GND
GND
2
A
HP JACK ASSY
GND
8
GND
3
B
CN2503 - pin3 ( 96k )
V: 1.0V/div. H: 2µsec/div.
GND
C2521 - + Side
V: 2.0V/div. H: 200µsec/div.
C
GND
GND
GND
3
IC1303-pin 6(fs=48k)
V: 1.0V/div. H: 200nsec/div.
7
CN1302 - pin3 (96K)
V: 1.0V/div. H: 2µsec/div.
4
IC2503 - pin 1
V: 2.0V/div. H: 500µsec/div.
GND
GND
D
GND
3
IC1303 - pin 6(fs=96k)
V: 2.0V/div. H: 200nsec/div.
8
CN1301 - pin11 (DSP_RESET3)
V: 1.0V/div. H: 2µsec/div.
5
CN2501 - pin 1 (HP_L)
V: 1V/div. H: 200nsec/div.
GND
GND
GND
E
4
JA13034 - Input pin (fs=48k)
V: 0.5V/div. H: 200nsec/div.
6
CN2503 - pin7 (24M)
V: 1V/div. H: 50nsec/div.
GND
GND
F
83
DJM-800
5
6
7
8
1
2
3
4
4. PCB CONNECTION DIAGRAM
4.1 INPUT ASSY
J CN902
MUTE
8
C602
C670
C655
C657
C658
C665
R684
C675
R683
R691
R790
3
4
5
1
C494
C493
4
3
5
C707
R682
R652
R650
C473
R669
R667
R665
R670
C651
IC607
R647
R631
5 R630
R632
C641
R628
C637
C631
Q601
C619
C620
C615
R4602
C614
R616 R615
C618
C616
4
5
C606
C605
C630
R609
C612
C611
C607
R697
R675
R696
C624
Q606
Q605
R618
C
R6
JA601
Q604
JA702
JA801
Q607
C626
R674
4
5
IC702
R717
C629
C617
C725
R718
C613
1
8
IC601
R620
Q705
RY601
D610
R719
Q704
C632
R627
C723
JA701
Q706
C722
C721
R774
4
R863
C726
C724
R720
Q707
R775
R797
R796
C812
R804
C804
C636
8
4
C608
Q804
C803
R6
R6
R6
C622
C621
8
1
Q808
C711
C708
Q803
R803
IC603
1
C729
C730
R709
REPLACE IC LINK
1
AS MARKED.MFD.BY
LITTELFUSE INC.
8
5
C712
C816
C820
C717
C808
C638
11
C788
1
4
C713
C716
C706
C802
IC804
4
5
1
C705
CAUTION
C718
IC701
8
CN701
D710
R802
C819
R4702
R716 R715
C801
C815
C719
RY701
C714
R801
C715
4
D611
C720
C807
R668
R664
C746
IC705
C733
C737
R727
C806
R862
C861
3
1
5
1
R728
IC
C635
C640
R633
C732
C810
C809
C811
5
R634
C789
C814
Q806
Q802
Q801
R644
R636
R641
R660
R637
R663
R635 1
C734
R648
1
R661
R657
IC606
C639
R646
R640
R731
C731
Q805
Q807
13
C667
8
4
R743
R739
R729
R666
1
R742
R745
R738
5
4
IC704
R658
R662
R654
R659
R655
5 R730
4
R734
R732
8
8
C735
C740
R733
IC801
4
C822
R748
C736
IC703
R735 1
C818
C805
E
C496
4
5
3
4
C866
C755
R784
C757
C758
R782
R744
R736
R769 R741
R737
R760
R763
D711
D
DSP
C600
C666
C741
C817
C813
SIDE B
CN701
Chip Part
C765
C739
R746
R740
1
5
4
R757 R761
IC706
C835
D 1/4 CN791
P.C.Board
C762
8
C836
C823
Capacitor
SIDE A
R498
24
IC609
1
R656
1
8
C838
1 R766
R762
R754
R759
R755
C826
IC707
R767
1
Connector
C840
5
C
1
CONTACT
12
D604
D603
D701
R749
R751
4
R764
R758
C828
3. The parts mounted on this PCB include all necessary parts for
several destinations.
For further information for respective destinations, be sure to
check with the schematic diagram.
4. View point of PCB diagrams.
13
R750
R747
R752
C839
IC802
Resistor array
3-terminal
regulator
D702
C767
C474
C827
5
D G S
R681
8
D703
R768
Field effect
transistor
R765
R770
C751
G S
C738
G S D
4
1
R4601
C659
C763
Q701
D
IC453
C764
IC6
5
8
R866
SDO3
12
C766
IC708
CN452
IC454
R867
C701
C775
R756
Transistor
with resistor
D704
R783
E
C830
C
C833
E B
C841
C
R791
Part Name
IC810
C843
SDO4
C829
B
B C E
24
1
8
Transistor
B C E
C702
V+15
R868
R4701
C759 IC709
R781
R899
1
CN454
C770 C495
9
16
V-15
C865
IC803
466.750
Symbol In Schematic
Diagrams
B C E B C E
R869
6
1
1
7
IC455
V+12
C871
IC456
R499
C869
1
1. Part numbers in PCB diagrams match those in the schematic
diagrams.
2. A comparison between the main parts of PCB and schematic
diagrams is shown below.
Symbol In PCB
Diagrams
V+5A
C867
IC805
C868
C
CONTACT SIDE UP
466.750
IC809
KN1
NOTE FOR PCB DIAGRAMS :
B
CN455
C870
CN455
J CN904
A INPUT ASSY
I CN2
CN454
1
SIDE A
2
A
D 2/4 CN691
F
IC805
A
IC803
IC802
Q803
Q805
Q807
Q801
84
IC804
IC801
Q804 Q806
Q808
Q802
IC810 IC706
Q701
Q707
Q706
IC809
IC707
IC703
IC701 IC709
Q704 Q705
IC456
IC704
IC455
IC702
IC454
IC705
IC606
Q607
IC607
Q601
Q606
DJM-800
1
2
3
4
IC453
IC601 IC603
IC609
IC708
Q604 Q605
IC6
IC608
5
I CN2
6
7
K CN1203 CN453
CN452
8
SIDE A
I CN3
CN451
A
CONTACT SIDE UP
CN453
R456
53
01 IC603
C609
IC708
4 Q605
C401
R451
R450
R452
C446
R430
1
D 4/4 CN491
CN401
11
C488
CN401
Production Code
8
5
IC401
C429
C425
5
4
IC402
1
8
C430
C407
C408
C421
C422
C424
C426
R419
R417
IC508
IC605
IC408
Q507
JA401
CN501
IC509
IC507 IC503
IC506
IC451 IC501
Q501
Q506
JA402
JA502
R418
JA501
CN601
IC604
IC608 IC602
E
C423
R420
ATTENTION
5
C525
R518 R517
REMPLACER LE IC
LINK COMME INDEQUE.
8
IC502
R520
CN456
C402
C419
C418
4
D 2/4 CN691
C523
R519
Q505
C522
C521
R474
R597
Q504
JA602
Q506
R469
C489
1
D
1
C513
C529
1
4
5
C625 IC602
R475
C622
C621
R619
Q507
R617
C526
C524
JA601
R618
R446
R447
R482
R465
R470
C451
R432
Q401
C431
R427
D410
RY401
C417
C507
C
C433
C432
5
8
1
4
R674
R620
Q605
C623
5
C441
D411
FC
C530
C512
C629
C630
R509
R596
C624
4
R442
R445
R438
R443
C434
C435
R434
C517
C511
6
IC404
R439
R429
8
R431
C420
C514
1
4
ICT
8
C516
IC501
5
R4402
C518
C508
C626
1
8
4
C436
IC403
R449
R448
1
R440
R444
R436
R460 R441
R463 R437
C505
C607
C471
IC405
R428
C437
CN501
R4502
R515
C617
R609
C470
C455
C475
R484
R483
C458
R468
C438
C588
C519
D510
R516
C506
C613
8
R496
C465
R491
C546
IC505
R549
R551
R540
RY501
B CN1501
CN451
IC806
IC807
R547
R552
C532
R528
1
C614
C515
C605
5
R461
IC406
C533
5 R530
C537
R527
C601
5
4
R457
8
C439
C541
C618
4
C555
C570
C575
C501
R533
4
R534
C520
C689
R4602
R466
1
C490
IC407
R467
D511
C531
C619
610
D401
C497
R435
Q501
CN601
C688
C632
04
R458
R462
R454
R459
R455
C534
8 R531
C535
R532
C538
11
C637
6 R615
C536
D402
C440
C633
C641
R628
RY601
D404
R542
R545
R538
5
R543
R539
R529
B
13
C540
5 R630
4
4
8
CN456
C462
12
R433
C635
4
4
R582
C634
R631
R548
1 IC504
R563
IC503
R535 1
C636
8
R569
C472
R651
R568
R570
C551
IC507
4
5
R557 R561
IC506
R546
C463
C464
D403
C562
R544
R536
R541
R537
R560
C539
35 1
D501
R550
8
24
C457
SDO1
R464
R567
1
R642
R645
R638
5
R643
R639
R629
13
R566
V3R3
IC409
1
11
R647
IC603
8
R562
R554
R559
R555
24M
R481
D502
C567
C566
R564
R558
5
96K
6M
R4401
C459
C589
4
R663
R656
1
R644
R636
R641
R637
R649
IC604
1
R660
C646 IC605
R648
12
D504
C699
D503
R565
R652
R646
R640
R650
C473
R669
R667
D601
C662
4
R884
C563
R556
C675
13
1
C564
R583
C664
D602
C667
C666
1
5
1
R591
C600
R885
24
C557
C558
R584
SDO2
5
12
1
3
5
C655
IC509
1
1
4
C565
C602
C663
C670
5
1
C493
R498
24
IC609
1
R4501
C559
R581
DSP_RESET2
C872
C873
3
C853
1
CONTACT SIDE UP
3
C492
IC452
IC451
5
4
R864
C502
1
12
C491
R497 R865
4
1
IC408
5
R490
1
8
4
3
R690
4
1
5
8
8
R790
4
1
3
4
C453
IC508
IC608
5
5
R590
IC708
8
1
CN452
KN2
31
1
(DNP2207-C)
D 3/4 CN591
F
IC452
IC807 IC806
IC504 IC502 IC505
Q504 Q505
IC409
IC406
IC407
IC403 IC401
IC404
IC405
IC402
A
Q401
85
DJM-800
5
6
7
8
C642
F691
R671
C653
R626
R625
F689
C628
R688
R621
R506
C574
C571
R624
C572
C503
R901
R501
1
R523
R524
2
R522
R588
R521
3
2
1
CN401
5
R673
C643
1
F690
R504
R503
R507
C527
R508
C528
R402
C405
C406
R423
R502
R902
C504
4
CN456
C669
11
F692
C652
R525
R687
R401
R422
R421
A
C645
C654
R672
C510
C509
R599
R598
R511
R526
R571
C553
F589
F590
R404
R406
R403
R405
C427
C573
R488
R487
CN601
CN501
C569
C547
C548
C550
F591
R425
C428
20
1
C549
C544
1
C552
R426
R471
F489
C404
R594
R553
C542
11
F592
C554
R572
C453
ADD SOLDER
ADD SOLDER
R578
R573
C543
C668
C568
R623
R424
R510
F490
Q1504 Q1502
Q1503
Q1501
F
C545
C449
C447
C448
C450
C444
C442
C454
C576
R593
R493
R494
R453
C443
1 F491
C452
R400
1
C469
R478
R473
C878
11
F492
R472
R495
8
R587
R505
C577
21
R408
R407
2
D509
9
R580
R61
R514
22
R513
27
R480
D609
D409
R416
R415
3
2
1
C877
C445
DJM-800
86
23
3
25
5
34
35
R512
D
24
4
C468
C403
E
26
6
37
12
C852
C876
R479
B
36
38
3
SIDE B
1
LF
CN452
CN453
CN451
A INPUT ASSY
A
4
3
2
1
7
R579
C
2
3
1
R898
C862
C864
R851
C831
R794
R837
R836
R835
R848
R849
R753
R834
R833
C837
R844
R845
C747
C748
C742
C750
C745
C744
C749
C743
C649
C647
R831
R832
R842
R830
C821
C834
R843
R841
11
R817 R809
R825
R818
R821
R822
R810
1
R857
C845
R813
R814
F792
R799
R798
R855
R852
F790
F789
R725
R861
R860
R853
R858
C752
R726
C709
C710
R771
C753
R711
F791
C754
R772
R625
R815
R816
R808
R706
R722
R812
R823
R824
R811
R819
R827
R828
R820
R708
R704
R703
R603
R604
C728
R707
C727
R608
R607
C627
R606
R622
R688
R807
R721
C674
R621
C772
C771
R724
R723
C703
R905
R701
C672
C671
C603
R903
R601
R624
R906
C704
1
C628
3
C572
2
F690
3
C648
C650
R626
R699 C610
R698
C609
R611
R671
C653
C844 R856
F689
E
R506
R904
R602
C604
R502
(DNP2207-C)
CN601
33
31
R702
C832
R793
C842
R778
R773
R693
R694
C644
F691
F692
C652
C774
R788
R829
CN701
C863
C860
R678
R653
C642
1
R672
R710
R610
R826
8
7
6
5
R705
ADD SOLDER
ADD SOLDER
ADD SOLDER
30
11
C654
R623
R787
R687
C776
C676
R712
R854
R859
D709
R805
R806
R714
32
C777
C677
R846
C643
C645
29
C825
R847
D
R612
C773
C673
R605
R779
R679
1
6
R838
R673
R593
D609
C769
C669
C569
C469
C768
C668
R713
R614
R613
R780
R680
27
7
1
L803
SIDE B
A
CN455
CN454
CN452
8
7
6
5
B
28
C
F
NOTE : The encircled numbers denote measuring point.
A
87
DJM-800
2
1
F
88
C
1
2
LEVEL1
LEVEL2
3
D1737
D1741
VR1707
D1745
103
VR1712
103B
VR1716
103B
LOW
103
VR1715
D1739
D1743
D1747
IC1710
10
CN1711
9
10
E
103B
CN1704
B CN1503
DJM-800
4
MIX
D1713
D1738
D1746
D1742
D1751
D1755
9
D1719
MIX
D1712
VR1711
LOW
103B
MIX
D1714
LOW
103B
VR1720
103
VR1718
VR1719
103B
MID
V+5D
MIX
VR1708
103B
LOW
D1750
D1754
D1759
D1763
D1767
D1771
VR1717
CN1710
103
D1711
D1736
D1740
D1744
103B
VR1714
MID
103B
HI
103B
F CN2101
MIX1
S1701
HI
D1749
D1758
D1762
D1766
D1770
D1775
D1779
S1706
INPUT SEL
3
S1707
103B
D1753
VR1710
27
D1748
103B
D1757
VR1706
D1761
MID
CN1710
D1752
MID
D1765
103B
VR1713
D1783
D1787
CH4
2
MIC
CN1704
D1756
D1760
D1764
D1769
D1774
D1778
HI
D1791
D1795
IC1710
VR1704
1
VR1703
103B
VR1709
1
D1773
D1777
HI
D1782
D1786
D1790
INPUT SEL
S1705
PANEL1 ASSY
D1768
D1772
VR1705
D1781
NO USE
D1776
NO USE
HI
D1785
D1789
D1794
CH3
NO USE
D1780
D1784
IC1709
D1793
C
NO USE
103A-NON
VR1701
D
INPUT SEL
S1704
B
C
D1788
D1792
CH2
SIDE A
INPUT SEL
S1703
A
VR1702
103A-NON
CH1
1
4
4.2 PANEL 1 ASSY
F CN2102
CN1711
1
18
1
30
1
IC1709
18
MIX2
D1720
8
D1735
LOW
S1708
D17
5
6
7
G 4/4 CN2604
2
G 3/4 CN2603
CN1708
SIDE A
A
CN1707
PANEL1
DWX2552- /J
103
S1722
CRS FAD
ASS 4
S1718
D1733
VR1720
D1734
Production Code
CUE_CH4
V+5D
8
TO CH4 FADER
3
1
OPEN SIDE
CN1709
D1714
MIX
CN1708
0
CN1709
YELLOW
4
1 OPEN SIDE
B
1
4
H CN2608
1 OPEN SIDE
CUE_CH3
TO CH3 FADER
CRS FAD
ASS 3
S1717
D1731
VR1716
18
S1720
D1732
103
CN1707
MIX
D1713
R
Heat Ploof
Pre-Flux
G 1/4 CN2601 G 2/4 CN2602
CN1706
CRS FAD
ASS 2
S1721
CUE_CH2
S1716
D1729
VR1712
D1730
30
C
4 CN1706 1
MIX
YELLOW
OPEN SIDE
4
1
1
CN1705
D1712
103
TO CH2 FADER
OPEN SIDE
CN1705
MIX
103
FC
CRS FAD
ASS 1
C1743
C1741
CN1701
MIX2
1
MIX4
1
C1742
CN1702
D
ICT
VR1708
S1715
D1727
18
TO CH1 FADER
S1719
D1728
CUE_CH1
IC1709
CN1703
1
25
10
CONTACT SIDE
FS4
D1722
S1714
CONTACT SIDE
S1702
D1720
D1726
30
CONTACT SIDE
E
FS3
S1708
D1721
MIX3
D1719
S1709
FS2
S1712
D1724
S1711
D1723
(DNP2209-D)
103B
FS1
S1707
H.P.LEVEL
VR1722
H.P. MN/ST
H.P.MIXING
S1710
VR1721
S1713
D1725
103B-NON
CN1701
CN1702
CN1703
I CN4
I CN5
I CN6
F
C
89
DJM-800
5
6
7
8
D1829
R1831
R1839
D1828
R1766
C1736
C1740
D1827
R1764
R1763
R1838
R1830
R1762
R1761
Q1711
D1826
R1829
R1837
S1717
_
26.VR_A03
27.VR_5
28.V+5D
29.V3R3
30.GLED
R1836
R1759
R1760
R1828
D1825
S1716
R1827
R1835
R1720
D1824
R1758
R1757
4.GNDF
3.V3R3REF
2.CH1 FADER
1.GREF
C1739
D1823
C1737
R1826
R1834
R1756
R1755
R1754
Q1719
D1822
R1753
S1715
C1734
D1810
R1833
R1825
IC1714
R1842
C1757
R1730
FL_CLK
R1751
R1752
D1809
S1710
D1805
D1808
R1750
R1749
Q1716
C1756
R1841
R1843
C1758
Q1715
D1806
D1797
S1702
S1709
D1807
S1712
R1748
R1747
Q1714
C1708
D1804
S1711
R1770
R1769
R1745
Q1713
4
R1832
R1840
R1765
D1811
R1732
C1747
R1844
C1759
1.FL_BK
2.FL_LAT
3.FL_CLK
4.FL_SO
5.VF+
6.VF+
7.VF8.VF9.V+33
10.GNDM
C
S1714
1
10
C1701
D1701
Q1710
4.GNDF
3.V3R3REF
2.CH2 FADER
1.GREF
D1704
R1846
R1845
C1751
C1702
D1703
R1780
Q1722
Q1718
CN1706
S1718
D1812
Q1704
C1731
C1732
4
1
D1813
Q1712
R1708
R1707
Q1702
Q1701
Q1703
R1706
R1813
D1815
Q1715
4.GNDF
3.V3R3REF
2.CH3 FADER
1.GREF
D1706
C1703
D1705
Q1708
Q1707
Q1706
Q1705
C1733
8
R1768
R1767
D1708
C1704
D1707
R1847
C1753
R1712
R1711
C1752
R1710
C1749
R1709
C1748
R1705
R1704
R1703
R1702
R1701
D1814
F
R1848
R1815
R1814
D1819
Q1713
4
1
S1713
DSP_RESET
R1746
1.EFFECT_PARA10
2.EFFECT_PARA11
3.CH1_FADER
4.CH2_FADER
5.CH3\FADER
6.CH4_FADER
7.CRS_FADER
C1709
8.TAP
9.BEAT_EFON
10.VR_A01
11.VR_A02
12.VR_A03
13.V3R3REF
14.GREF
15.GREF
16.VR0
17.VR1
18.VR2
19.VR3
20.VR4
21.VR5
29.GLED
22.DSP_RESET
30.MUTE2
23.V+5D
24.V3R3
25.V+5D
26.V+5D
27.GLED
28.GLED
DJM-800
90
CN1701
CN1702
CN1703
D1818
V3R3
1
S1719
V+33
D1702
8
14
4
1
CN1705
20
1.LED_DIG0
2.LED_DIG1
3.LED\DIG2
4.LED_CE1
5.LED_CE2
6.LED_CE3
7.D0
V+5D
R1774
R1729
8.D1
9.D2
10.D3
11.D4
12.D5
13.D6
14.D7
V3R3REF
CN1701
CN1702
MUTE2
CN1703
4.GNDF
3.V3R3REF
2.CH4 FADER
1.GREF
R1816
CN1707
IC1713
11
15.SW_SCAN0
16.SW_SCAN1
17.SW_SCAN2
Q1716
1
1
25
IC1707
IC1706
1
8
1
8
1
3
2
1
D1817
S1721
Q1710
9
16
9
16
9
IC1708
16
IC1708
10
IC1714
D1816
Q1723
VR1721
VR1722
Q1714
CN1708
CN1709
4
1
B
1
18.SW_MAT0
19.SW_MAT1
20.SW_MAT2
21.SW_MAT3
22.SW_MAT4
23.SW_MAT5
24.SW_MAT6
25.SW_MAT7
IC1701
D1821
Q1708
Q1705 Q1706 Q1707
D1820
S1720
D
S1722
Q1711
Q1709
R1773
IC1712
R1850
IC1704
10
30
E
3
1
R1849
CN1709
1
Q1717
C1705
Q1724
IC1711
Q1719
IC1711
D1709
Q1712
A
B
C
D1710
IC1705
1
0
1
0
0 1 2 3 4 5 6 7 8 9
0 1 2 3
7
IC1702
Q1721
IC1703
Q1718
Q1722
IC1706
IC1707
LF
3.V3R3REF
2.CRS FADER
1.GREF
Q1703 Q1704
Q1701
Q1702
C
R1731
CN1705 CN1706
SIDE B
DWX2552- /J
PANEL1
Q1720
CN1708
CN1707
C PANEL1 ASSY
A
4
3
2
1
R1832
R1840
C1738
1.VF+
2.VF3.VF+
4.VF5.LED+14
6.LED+10
7.LED+7
8.LED+4
9.LED+2
10.LED+1
11.LED0
12.LED-1
13.LED-2
14.LED-3
15.LED-5
16.LED-7
17.LED-10
18.LED-15
19.LED-24
20.LED05
21.LED04
22.FL_BK2
23.FL_LAT2
24.FL_CLK2
25.FL_SO2
26.GNDM
27.V+33
D1800
R1818
S1705
C1746
C1720
Q1723
C1745
C1716
S1704
R1795
R1796
R1797
R1798
C1714
C1715
R1799
R1800
VR1709
R1720
R1719
R1718
1.V3R3REF
2.GREF
R1717
3.GREF
4.BEAT_EFON
5.EFFECT_PARA10
6.EFFECT_PARA10
7.SW_2
8.SW_3
9.SW_4
10.SW_5
11.SW_6
12.SW_MAT4
13.SW_MAT5
C1717
14.SW_MAT6
15.SW_MAT7
R1828
R1827
R1835
D1824
R1758
R1811
R1812
R1809
R1810
R1807
R1808
R1805
R1806
C1744
R1817
C1728
D1798
R1803
R1804
R1801
R1802
R1793
R1794
R1791
R1792
R1789
R1790
R1787
R1785
R1788
R1786
R1783
R1784
C1739
D1823
IC1702
9
R1772
Q1721
C1750
R1714
R1713
C1735
R1826
R1834
R1756
R1755
R1833
R1825
S1703
C1710
C1712
C1713
R1754
Q1719
D1822
R1753
S1715
R1716
R1715
E
(DNP2209-D)
D1808
S1710
D1805
R1743
R1744
R1739
R1740
1.MIC1_I
2.MIC1_O
3.GNDA
4.,IC2_I
5.MIC2_O
6.GNDA
7.GNDF
8.GNDF
D1809
S1708
R1819
R1820
S1701
C1726
D1806
D1796
C1706
C1707
R1738
R1737
R1741
R1742
S1711
D1804
S1707
S1709
D1807
D1802
91
DJM-800
D1799
R1724
R1723
16.LED_EFON
17.LED_TAP
18.LED_MASCUE
19.LED_EFCUE
20.LED15
21.LED14
22.TAP
23.MUTE2
24.VR_A01
25.VR_A02
26.VR_A03
27.VR_5
28.V+5D
29.V3R3
30.GLED
D1825
S1716
1
8
8
7
C1718
C1754
R1776
R1775
Q1709
R1722
R1721
C1721
R1762
R1761
R1829
R1837
R1836
R1759
9
S1706
C1722
C1723
R1728
R1838
R1830
Q1711
CONTACT SIDE
R1760
IC1712
C
CN1710
CN1711
VR1701
VR1702
VR1703
VR1704
C1730
C1724
Q1724
C1755
R1727
C1736
C1740
D1827
R1764
C1729
D1801
R1778
R1777
R1782
Q1720
R1726
R1725
C1725
R1766
D1826
8
1
IC1701
6
5
CN1704
16
D1803
8
1
C1711
VR1705
VR1706
VR1707
8
1
C1719
S1717
714
R1779
9
16
R1831
R1839
D1828
R1763
R1771
C1727
Q1717
IC1703
8
20
16
9
1 1
1
27
1
8
1
R1765
10
1
16
10
IC1709
18
11
CONTACT SIDE
30
VR1710
VR1711
VR1712
IC1705
D1829
S1718
713
R1781
VR1713
VR1714
VR1715
VR1716
9
IC1710
18
16
IC1704
10
10
1
9
111
IC1713
B
20
VR1717
VR1718
VR1719
VR1720
CN1710
CN1711
8
7
6
5
SIDE B
A
D
VR1708
9
F
CN1704
C
1
2
3
4
4.3 TRIM 1 to TRIM 4 and ACSW ASSYS
A
SIDE A
SIDE A
R
ACSW ASSY
VR691
TRIM3
D 2/4 TRIM3 ASSY
C1
LIVE
WHITE
BROWN
NEUTRAL
NEUTRAL
LIVE
1
CN91
DWX2545- /J
2
CN 91
LF
11
A CN501
CN591
CN591
DWX2549- /J
1
(DNP2208-C)
AC INLET ASSY
(DNP2208-C)
VR791
TRIM1
D 4/4 TRIM1 ASSY
D 1/4 TRIM4 ASSY
TRIM4
D
LF
ACSW
VR591
TRIM2
D 3/4 TRIM2 ASSY
NEUTRAL LIVE
SW Power Supply
LF
11
(DNP2208-C)
A CN701
CN791
LF
11
A CN401
CN491
CN491
11
DWX2548- /J
1
DWX2551- /J
1
VR491
E
CN791
C
PRIMARY
S1
A CN601
CN691
CN691
1
DWX2550- /J
B
LF
(DNP2208-C)
(DNP2208-C)
F
D 1/4–4/4 R
D 1/4–4/4 R
92
DJM-800
1
2
3
4
5
6
7
8
SIDE B
SIDE B
D 2/4 TRIM3 ASSY
A
LF
R
ACSW ASSY
C691
B
DWX2545- /J
11
LF
PRIMARY
TRIM3
CN691
1
ACSW
(DNP2208-C)
D 3/4 TRIM2 ASSY
LIVE
LF
C
NEUTRAL
(DNP2208-C)
D 4/4 TRIM1 ASSY
D
NEUTRAL
(DNP2208-C)
D 1/4 TRIM4 ASSY
LF
11
CN 91
TRIM2
CN591
1
LIVE
C591
ADD
SOLDER
LF
C791
E
11
11
CN491
1
CN791
1
C491
TRIM4
TRIM1
(DNP2208-C)
(DNP2208-C)
F
D 1/4–4/4 R
D 1/4–4/4 R
93
DJM-800
5
6
7
8
1
2
3
4
4.4 MIC1 and MIC2 ASSYS
SIDE A
SIDE A
CN1501
C1551
C1532
DSP_RESET3
C1549
C1538
R1503
V3R3
9
CN1503
CN1502
8
R1538
IC1503
C1540
5
C1530
C CN1704
C1543
24M
6M
96K
C1529
16
8
C1507
R1509
C1516
C1534
C1520
C1519
C1504
D1518
IC1501
1
12
C1552
8
5
NP
C1539
1
4
R1504
CONTACT SIDE UP
D1519
D1520
V+15
1
4
NP
R1505
D1521
8
C1521
C1531
C1508
C1506
IC1502
C1550
C1542
V+5A
1
C1517
R1519
5
1
R1520
R1524
C1525
CN1503
R1530
C
C1544
J1502
J1503
1
R1523
LF
JA1502
C1535
V-15
MIC2_0
GNDA
GNDA
GNDA
(DNP2207-C)
DWX2542
C1537
4
4
1.
2.
3.
4.
1
1
B
MIC1
CN1501
D1515
J1503
JA1501
D1514
MIC2
DWX2543- /J
A CN456
B MIC1 ASSY
MIC2 ASSY
R1531
E
J1502
A
C1541
(DNP2207-C)
IC1502
IC1503
IC1501
SIDE B
SIDE B
D
B MIC1 ASSY
1
J1503
J1502
1
2
4
3
C1
8
C1518
R1527
MIC2_0
GNDA
GNDA
GNDA
F1543
C1509
R1514
C1511
R1518
C1502
R1506
C1505
R1511
D1510
D1511
C1501
F1541
L1542
C1528
R1512
R1510
C1526
C1548
R1507
C1503
Q1501
C1545
D1513
R1517
1
1.
2.
3.
4.
(DNP2207-C)
D1512
C1510
L1544
Q1504
R1508
3
6
Q1503
R1521
2
Q1502
R1516
5
R1525
C1527
R1526
7
R1540
CN1503
R1532
C1524
C1522
C1546
E
1
F1547
R1529
R1515
F1548
4
C3 C2
R1522
C1514
1
4
5
D1
LF
F1549
C1547
CN1501
DWX2542
MIC2 ASSY
DWX2543- /J
LF MIC2
C1512
F1545
L1546
C1513
MIC1
E
1
(DNP2207-C)
F
NOTE : The encircled numbers denote measuring point.
B E
B E
94
DJM-800
1
2
3
4
5
6
7
8
4.5 CHFD1, CHFD2, CHFD3 and CHFD4 ASSYS
SIDE A
SIDE B
A
CN2601
1
1
4
4
CN2601
C CN1705
CN2601
G 1/4 CHFD1 ASSY
VR206
LF
CH1 FADER
B
DWX2537- /J
(DNP2207-C)
(DNP2207-C)
CN2602
4
1
CN2602
C CN1706
C
1
YELLOW
4
CN2602
G 2/4 CHFD2 ASSY
VR205
LF
CH2 FADER
DWX2538- /J
(DNP2207-C)
(DNP2207-C)
G 3/4 CHFD3 ASSY
CH3 FADER
D
DWX2539- /J
LF
CN2603
C CN1707
1
CN2603
1
CN2603
(DNP2207-C)
4
4
VR203
(DNP2207-C)
E
G 4/4 CHFD4 ASSY
CH4 FADER
DWX2540- /J
4
4
CN2604
1
CN2604
1
YELLOW
C CN1708
CN2604
LF
VR204
(DNP2207-C)
(DNP2207-C)
F
G 1/4–4/4
G 1/4–4/4
95
DJM-800
5
6
7
8
1
2
3
4
4.6 PANEL 2 and DIGIA ASSYS
SIDE A
A
F
PANEL2 ASSY
MIC MONITOR
1/2
V+5D
BOOTH LEVEL
VR2102
CH FD CV
CUE MAS
S2107
D2138
S2113
S2114
B
D2137
CRS FD CV
LF
103B-NON
VR2101
103B
142.0
MAS BALANC
S2105
DWX2554- /J
PANEL2
S2112
C
D2135
4 5
3 1
D2134
S2111
2
4 5
3 1
TIME
LEVEL/DEPTH
EFFECT
ON/OFF
EFFECT CH SEL
EFFECT SEL
TAP
D
L
DIGIA ASSY
DWX2555- /J DIGIA
DIG IN 3
DIG IN 4
DIG IN 2
1/2
DIG IN 1
JA1402
JA1401
E
CN1401
(DNP2210-C)
1
7
CN1401
K CN1201
F
F L
96
DJM-800
1
2
3
S2108
CUE EFC
103B
S2109
S2106
D2133
2
S2110
D2136
VR2104
4
5
6
7
8
SIDE A
A
C CN1711
C CN1710
CN2102
CN2101
C2112
C2113
C2114
V+5D
30
CN2102
CN2101
D2113
D2137
Lch
C2116
D2114
D2103
D2104
D2105
D2106
D2107
D2108
D2109
D2138
D2102
D2110
D2111
D2112
D2115
B
D2116
C2115
VR2103
Rch
103B
103B-NON
D2120
D2122
39
D2118
D2121
D2119
D2123
34
D2117
D2124
D2125
D2126
27
MAS BALANCE
D2127
D2131
D2128
D2129
MAS LEVEL
D2130
1
VR2101
V2101
S2103
AUTO/TAP
S2108
D2136
D2135
DOWN
S2101
D2132
C
D2139
S2106
CUE EFCT
S2104
S2102
TAP
UP
MIDI
START
(DNP2210-C)
D
E
F
F
97
DJM-800
5
6
7
8
E
LF
(DNP2210-C)
1
1.DIGITAL_IN_1
2.GNDD
3.DIGITAL_IN_2
4.GNDD
5.DIGITAL_IN_3
6.GNDD
7.DIGITAL_IN_4
Q2102
98
2
Q2106
Q2101
L
DIGIA ASSY
1/2
DWX2555- /J DIGIA
1
Q2105
3
Q2104
Q2103
R2120
30
34
39
MUTE2
Q2108
Q2107
D
1041NC
CONTACT SIDE
7
CN1401
F
F L
DJM-800
4
C2118
C2107
VF+
8
C2117
1
D2148
D2143
CN2101
R2136
C2127
R2127
C2108
C2121
D2141
C2119
B
R2135
R2126
Q2107
CN2101
C2122
D2142
C2129
R2118
V3R3REF
R2113
R2117
D2101
3
D2144
C2120
C2130
R2150
CONTACT SIDE
Q2103
Q2108
C2104
1
R2148
R2108
C2134
C2133
27
6.VR_A02
5.VR_A03
4.VR_5
3.V+5D
2.V3R3
1.GLED
C2135
C2136
R2155
R2154
R2153
R2152
27
R2149
R2107
R2112
2
Q2104
Q2105
Q2101
16.SW_MAT7
15.LED_EFON
14.LED_TAP
13.LED_MASCUE
12.LED_EFCUE
11.LED15
10.LED14
9.TAP
8.MUTE2
7.VR_A01
C2125
30.V3R3REF
29.GREF
28.GREF
27.BEAT\EFON
26.EFFECT_PARA10
25.EFFECT_PARA11
24.SW_2
23.SW_3
22.SW_4
21.SW_5
20.SW_6
19.SW_MAT4
18.SW_MAT5
17.SW_MAT6
R2105
R2106
C
Q2106
C2132
VF-
C2126
R2110
R2111
Q2102
1
27.VF+
26.VF25.VF+
24.VF23.LED+14
22.LED+10
21.LED+7
20.LED+4
19.LED+2
18.LED+1
17.LED0
16.LED-1
15.LED-2
14.LED-3
13.LED-5
12.LED-7
11.LED-10
10.LED-15
R2104
R2103 9.LED-24
R2102 8.LED05
R2101 7.LED04
C2105
6.FL_BK2
R2109 5.FL_LAT2
4.FL_CK2
3.FL_SO2
2.GNDM
1.V+33
C2102
F
1
7
1
4
A
SIDE B
PANEL2 ASSY
V+33
CN2102
1
CN2102
CONTACT SIDE
V3R3
V+5D
5
IC2
4
IC2
IC2102
5
6
R2139
DJM-800
7
8
R2121
D2150
1
D2151
1
D2147
7
R2122
5
5
D2146
1/2
R2123
R2124
C2101
8
C2128
D2159
S2112
C2106
D2162
CONTACT SIDE
R2138
C2109
R2141
R2140
D2157
2
C2103
R2114
D2163
R2158
R2132
R2162
6
C2110
C2123
R2142
R2143
D2155
D2154
1
D2153
4
1 3 5
D2158
R2137
R2116
D2145
R2133
R2134
IC2101
16
C2124
C2111
D2156
2
4
R2115
D2149
IC2102
S2111
R2156
R2163
R2159
R2131
D2152
D2161
R2160
5
5 4
1 3
R2157
R2161
R2125
R2128
1
R2129
R2151
R2146
R2144
R2147
C2131
R2145
C2107
3R3
D2160
C2117
R2119
R2120
MUTE2
C2118
CN2102
R2130
C2108
8
D2148
R2136
R2135
5
8
SIDE B
A
1
DWX2554- /J
PANEL2
LF
B
9
C
(DNP2210-C)
IC2101
D
E
F
F
99
1
2
3
4
4.7 DSP ASSY
M CN1302
CN1
CN15
1
10
DWX2534- /J
C45
C44 C43
C41
R260
C42
52
C91
R203
4
3
CPU_RESET
10
IC24
R243
FK BL
LED_DIG0
LED_DIG1
LED_DIG2
LED_CE1
LED_CE2
LED_CE3
D0
D1
D2
D3
D4
D5
D6
D7
SW_SCAN0
SW_SCAN1
SW_SCAN2
SW_MAT0
SW_MAT1
SW_MAT2
SW_MAT3
SW_MAT4
SW_MAT5
SW_MAT6
SW_MAT7
C183
5
3 1
IC47
R395
D36
Q14
R314
C250
4
EFFECT_PARA10
EFFECT_PARA11
CH1_FADER
CH2_FADER
CH3_FADER
CH4_FADER
CRS_FADER
TAP
BEAT_EFON
VR_A01
VR_A02
VR_A03
V3R3REF
GREF
GREF
VR0
VR1
VR2
VR3
VR4
VR5
DSP_RESET1
V+5D
V3R3
V+5D
V+5D
GLED
GLED
GLED
MUTE2
D31
6
Q14
D34
C95
C
C94
ATTENTION
REMPLACER LE
IC LINK COMME
INDEQUE.DE CHEZ
LITTELFUSE INC.
CAUTION
REPLACE IC
LINKS AS
MARKED.MFD.BY
LITTELFUSE INC.
1
GNDD
R183
C156
C148
N.C.
MD
20
R211
R210
R209
R208
R207
R206
R205
D30
D33
5
1
CN13
C247
C251
IC49
14
36
37
C14
C143
R160
C21
C20
R8
R162
R164
R145
R143
C18
R245
R244
A
R236
7
C92
C93
C131
C17
D29
IC40 IC42
IC24 IC41
R57
C56 C55
C57 C58
C59 C60
C61
C63 C62
C64 C65
C67 C66
144
R202
C2
108
R15
C204
R212
1
F
B
C15
8
1
R56
R224
R55
R54
R53
R225
R52
R51
R50
R48
C157
IC46
IC45
IC25
C16
11
TXD1
RXD1
V3R3 D32
144
R345
C11
1
Q16
5
3
4
IC31
72
73
14
IC47 IC43 IC44 IC48 IC16
E
1
IC8
CN14
IC49
7 R82
Q3
Q4
CPU
X1
R147
14
8
6
IC4
C135
IC30
IC8
SCK2
C22
C90
C89
R226
C198
C130
Q13
1
R364
IC3
1
C3
24M
C218
C245
C246
R198
C140
C221
C4
Q2
Q1
IC1
53
DSP_RESET
R389
R362
R363
9
8
R311
C7
16
8
1
R158
R156
R154
R152
R150
8
9
IC2
D
4
5
36
R148
R146
R144
R142
R167
R165
R163
R161
C24
R384
R383
R385
7
16
C217
R159
R157
R155
R153
R151
R149
96K
C23
IC3
IC2 IC13
IC4
IC15
IC14
10
1
6M
DS
R257
R256
37
IC31
1
R258
C46
C47
1 3 1 3 1 3
R141
R166
7
C40
C39
CN10
R7
FPGA
RESET
R350
R349
R177
R239
IC7
10
1
RXD1
D5
11
R347
R348
Q13
IC6
20
1
R81
R80
C1
IC11
IC46 IC45 IC25
IC1
11
C129
IC7
20
C128
IC6
8
C121
IC5
14
IC5
1
C52
C53
C216
Q5
A
R115
R116
R117
R118
R119
R381
B
R382
R194
R195
R196
R197
1
CN11
R388
R386
R387
IC22 IC12
C
R373
R374
R375
R376
R377
R378
GNDD
MIC_DATA
GNDD
LRCK
GNDD
MCLK
GNDD
SCLK
GNDD
DSP_RESET3
GNDD
V3R3
R11
R176
R175
R174
R173
R172
R218
R217
R216
R215
R214
R213
C
C35 C32
C3
C34 C33
R268
C31
208
C176
14
R128
R355
R354
R180
C152
C171
C172
C173
C169
C170
C191
C190
C189
C188
C187
C186
R129
TXD1
12
R179
R178
R78
R130
CONTACT SIDE
Q5
CN11
IC39
B CN1502
B
C37
C38
C9
C175
LF
DNP22
C36
C243
L4
C174
C139
CONTAC
REC
TXD2
KN4
GNDD
V3R3
GNDD
V+5D
MIDI_TX
GNDD
RXD1
TXD1
GNDD
DIGIANA_SW1
DIGIANA_SW2
DIGIANA_SW3
DIGIANA_SW4
RXD6
TXD6
SCK6
RXD7
TXD7
SCK7
GNDD
DSP_RESET3
GNDD
MCLK
GNDD
SIO_SEL3
SIO_SEL4
48/96_SW
SIO_SEL1
GNDD
GNDD
GNDD
DSP
1
SEND DATA
MASTER
DATA2
CN15
C54
31
CONTACT SIDE
C215
GNDD
GNDD
V3R3
GNDD
LRCK
GNDD
SCLK
GNDD
MCLK
GNDD
DSP_RESET2
DATA_REC
1
C214
4
CONTACT SIDE 2
CN1
C50 C49
C51 C48
3
CN
SCK1
DSP ASSY
A CN
GNDD
96K
GNDD
6M
GNDD
24M
GNDD
MASTER_DATA2
GNDD
SCK1
I
K CN1205
C8
SIDE A
A
CN5
KN1
1
CN6
1
25
CONTACT SIDE
1
30
CONTACT SIDE
CN6
C CN1703
F
CN5
C CN1702
I
100
DJM-800
1
2
3
4
5
6
A CN451
J CN901
7
8
SIDE A
A CN452
A
1
GNDD
V3R3
GNDD
GNDD
MIC_CUT_SW
VMUTE
MUTE_OFF
RETURN_SW
GNDD
LRCK
GNDD
SCLK
GNDD
MCLK
GNDD
DSP_RESET1
RETURN_DATA
SEND_DATA
BOOTH_DATA
MASTER_DATA
TXD2
SCK2
SIO_SEL0
MUTE2
GNDD
R227
R228
KN3
BOOTH DATA
C211
ICT
C138
C72
C71
105
C83
48
28
R191
C194
Q1
R61
R65
4
R62
C116
C118
R402
5
8
R401
R400
R67
R66
R69
R79 R73 R74
D3
R70
R254
C113
Q3
IC16
V3R3
1
R367
R368
V+8V
V+5D
IC43
4661.25
5
C208
L3
C248
D
R63
3
1
IC14
R60
6
Q2
D2
R255
R76
R75
R64
C109
Q4
R77
Q16
C200
C201
C112
C249
R271
IC42
466.750
VMUTE
1
10
4
C117
E
10
CN4
C CN1701
12
KN2
CN8
CN4
CONTACT SIDE
702
3
D1
C108
L2
C114
C180
C181
C202
C197
IC15
C133
30
DE
C105
C110
C196
FK_BL
FK_LAT
FL_CLK
FL_SO
VF+
VF+
VFVFV+33
GNDM
VR2
VR3
VR4
VR5
DSP_RESET1
V+5D
V3R3
V+5D
V+5D
GLED
GLED
GLED
MUTE2
C136
C106
R72
C144
XDONE
C104
4
5
1
C134
C99
C100
5
IC40
466.125
IC41
466.375
CPU_RESET
C143
4
R223
IC30
C95
C97
C94
ATTENTION
REMPLACER LE
IC LINK COMME
INDEQUE.DE CHEZ
LITTELFUSE INC.
Y
C.
1
3
R243
R245
R244
36
37
V1R2
V2R5
V+33
C115
C182
C101
C92
C93
C131
A
R193
R192
C125
R71
IC13
B
C103
C111
C141
C177
C199
FPGA
C137
C126
C102
R202
R203
C79
R190
1
C
C209
24
C193
C192
C78
108
R278
R281
R283
R280
R305
R285
27
109
144
C80
1
C178
C91
3
4
IC31
R279
R282
R284
R272
R273
R286
R287
R288
R277
R274
R275
1
C87 C85
IC44
466.750
IC48
466.750
R57
5
SDRAM
IC11
C203
C179
C90
C89
R226
R224
C64 C65
C67 C66
1
R56
R55
R54
R53
R225
R52
R51
R50
R48
R45
R41
R40
R140
R42
R43
R139
R138
R137
54
C198
C234
C84
FLASH
R39
104
C81 C82
C68
B
O CN2503
C142
C69
C70
52
1
16
C123
IC22
53
C253
R304 R302
R300 R298
R294 R296
R303
R292 R290
R299
R301
R295
R297
R291
R289
R293
R276
R187
R186
C73
C74
DSP
C122
HP_OUT
R246
GNDD
LRCK
R242
GNDD
SCLK
R241
GNDD
R240
MCLK
GNDD
SIO_SEL0
SCK2
TXD2
MUTE
IC12
VMUTE
GNDD
25
V3R3
GNDD
C195
C5
R320
C75
C76
C77
C154
C155
FC
C210
CN12
IC39
1
5
CONTACT SIDE
157
VMUTE
V+8
GNDM
V+5D
GNDD
V3R3
CPU_RESET
GLED
VF+
VFNC
NC
208
C107
C8
C26
CN12
9
C153
16
R229
R230
Production Code
R68
DNP2206-D
C158
C35 C32
C30
C34 C33
C29
R268
C28
C31
C27
R231
R232
C37
C38
31
CONTACT SIDE
MASTER DATA1
REC DATA
C36
C243
1
25
CONTACT SIDE
4
4
12
CN2
1
1
DATA
1
CONTACT SIDE
CN7
3
3
CN3
CN2
8
SCLK
GNDD
MCLK
GNDD
DSP_RESET2
DATA_REC
4
CN7
1
CN3
1
2
5
CN8
Q CN201
(DNP2206-D)
NOTE : The encircled numbers denote measuring point.
F
I
101
DJM-800
5
6
7
8
1
102
2
CN8
3
R100
Q6
R365
CN4
F
I
DJM-800
4
R310
C12
R134
R132
R49
R47
R264
R249
R372
R391
R58
R136
R46
R392
R261
R308
R309
R90
R263
R369
CN2
R234
R233
R3
R340
C150
R4
C242
R6
R125
CN7
R131
Q10
R59
R133
R250
R38
R126
R127
C151
R44
R135
C159
R21
1
R341
R336
R337
3
C220
Q8
C88
IC10
C96
C10
C86
Q8
R338
R339
R87
R30
A
B
C
CN2
C98
Q9
R37
R36
R35
R34
R33
R32
R31
C127
R326
R28
R29
R27
GNDD
GREF
V3R3REF
SIO_SEL0
SCK2
TXD2
DIGIANA_SW4
D_TRIM4
DATA4
INPUT_SEL4
FADER_ST4FADER_ST4+
DIGIANA_SW3
D_TRIM3
DATA3
INPUT_SEL3
FADER_ST3FADER_ST3+
DIGIANA_SW2
D_TRIM2
DATA2
INPUT_SEL2
FADER_ST2FADER_ST2+
DIGIANA_SW1
D_TRIM1
DATA1
INPUT_SEL1
FADER_ST1FADER_ST1+
GNDD
0 1 2 3 4 5 6 7 8 9
31
R94
Q11
C124
Q12
Q7
Q10
R329
C160
C19
R122
R325
R22
R24
R23
R26
R25
R328
Q15
C
R201
Q11
R247
1
C237
C120
1
2
C241
C240
D
C13
R98
Q6
Q15
Q7
0
B
R332
R331
C161
L1
Q12
0
I
0 1 2 3
SIDE B
R313
A
CN12
1
4
DSP ASSY
CN3
R88
ICT
C238
C21
R2
R1
R262
R259
Q9
R123
R92
C132
C207
E
C206
R366
C2
C239
CN5
5
D20
R318
R317
R319
R394
R393
R315
R316
CN6
6
R379
R235
R334
R171
R168
R169
R170
R397
R390
DNP2206-D
R20
R19
R380
R351
C165
C166
C167
C168
R399
LF
14
C244
R265
R266
R267
R370
CN11
1
R335
C213
R403
1
R359
DWX2534- /J
R17
C25
4
R18
R14
R406
1
R16
5
IC10
R346
R184
R269
CN15
14
C205
DSP
C132
8
R342
R185
R234
C212
R358
R357
R356
C149
C252
R343
R369
R371
R233
N3
R361
R360
D19
D21
R259
D23
D25
R264
D22
R372
R391
R392
R262
D24
D27
R310
R134
R132
R49
R261
R308
R309
R263
D26
C220
R58
R136
R47
ICT
D28
C241
C240
R131
5
6
7
7
8
SIDE B
A
CN1
FC
C238
C236
C235
R1
B
C
R353
R352
D
R405
R404
06
E
(DNP2206-D)
F
I
DJM-800
8
103
1
2
3
4
4.8 OUTPUT ASSY
SIDE A
J
A
OUTPUT ASSY
3
1
96K
3
6M
1
CONTACT SIDE
4
R1083
R1081
C994
R1075
C991
C992
R1071
R1063
R1147
R1024
R919
R920
R922
R1144
C964
C917
8
C960
NP
C107
C961
R1029
1.GNDD
3.GNDD
R
R921
1
R918
C916
2.V3R3
4.V+5D
5.ST/MONO_SW
1
7.MUTE_OFF
6.VMUTE
11.GNDD
3 8.RET_SW
10.LRCK
9.GNDD
24M
14.MCLK
15.GNDD
13.GNDD
12.SCLK
17.RETURN_DATA
DSP_RESET1
CN901 16.RESET
18.SEND_DATA
19.BOOTH_DATA
21.TXD2
20.MASTER_DATA
22.SCK2
23.SIO_SEL0
25
24.MUTE2
25.GNDD
5
Q910
Q913
C999
4
1
R1067
R1064
C989
5
R1031
R1028
C906
C1001
5532
5
8
R1069
R1068
5
R1062
C965
4
R1087
C1002
R1086
Q912
C1000
Q911
R1085
R1084
4
R1065
R1032
C987
C1058
IC910
9
16
R908
IC902
R1066
C959
5
C998
R1170
1
VMUTE
MUTE OFF
4
C963
C997
R1077
NP
C990
C1057
IC903
5
R910
C908
C910
C1019
4
C968
C1029
R912
NP
IC901
ATTENTION
1
R1033
R1034
C969
C1028
C1007
C1006
R914
REMPLACER LE IC LINKS
COMME INDEQUE.DE CHEZ.
LITTEL FUSE INC.
R1088
C985
R1118
C1055
R1120
R1096
R1092
R1050
R1044
R1035
C975
R1036
R1038
C996
R1039
R1076
1
R1040
1
R1043
C976
8
C978
R1045
R1117
C1027
R1051
R1052
Q906
Q907
C982
R1059
4
5
R1049
C1025
9
C1004
R1030
R1082
R1080
R1078
R1079
NP
R1070
IC911
C966
9
C1048
16
8
REPLASE IC LINKS AS MARKED.
MFD.BY LITTEL FUSE INC.
IC912
C988
C967
IC915
1
C1046
NP
C1005
CAUTION
1
R1037
C1030
16
1
5
R1097 R1099
4
NP C1009
LF
1
R1101
R1091
R1100
D915
C1010
C1044
D917
8
V3R3
NP
C973
C972
C970
R1123
R1140
KN901
NP
JA904
8
C1050
R1143
NP
C1012
C1008
C1049
R1053
8
5532
R1119
R1121
R1122
C1047
E
IC913
C984
C981
C1011
R1098
IC918
R1137
NP
8
IC916
C977
C974
R1042
R1048
R1041
C1026
R1102
D914
C983
R1054
Q916
C1024
C1013
D916
C979
R1047
R1046
R1113
C980
R1115
R1106
C1014
R1103
C1043
R1105
C1040
1
8
NP
C1045
ICT
R1057
4
5
Q917
NP
C1038
NP
FC
Q915
Q914
R1104
IC917
R1126
R1129
R1058
C1022
NP
R1116
C1023
NP
JA903
JA906
JA905
NP
C1037
C
DWX2544- /J
R1114
C1015
C1056
C1034
C1039
D
JA908
C1036
Q908
R1055
Q909
R1056
R1128
JA907
R1124
CONTA
7
OUTPUT
B
CN901
I CN7
F
IC917
IC918
IC903
IC915
IC916
Q914
Q917
Q915
J
104
Q908
Q916
A
IC913
IC902
IC901
IC911
IC910
IC912
Q907
Q909
Q911
Q912
Q906
DJM-800
1
2
3
4
Q913
Q910
5
6
7
8
SIDE A
A
C1062
S901
B
R1016
C953
C952
R1009
R1018
R995
R999
D905
D912
D910
D903
R1011
D904
Q901
RY901
R1195
C956
JA902
R1019
Q902
R981
R988
R1000
R996
R989
R982
R1083
R1081
R1008
Q910
C1001
Q913
R1007
D906
R1006
JA904
C955
R1017
D911
JA901
S902
D909
R1014
C904
OPEN SIDE
7
Q919
IC1168
IC906 IC1167
Q920
C1075
R1188
R1001
R1187
5
CN903
OPEN SIDE
Q CN202
5
6
(DNP2208-C)
A CN455
Q918
Q924
C1051
1
A CN454
IC908
E
2
CN904
IC914
V+5A
KN902
CN904
CN902
IC907
IC904
IC905
C1061
IC1167
466.750
C1052
R948
R947
R945
R944
R943
IC1168
466.750
14
R905
R901
R903
R904
1
C903
R946
C913
1
CN902
R951
C1080
5
C958
4
C931
15
C901
V-15
1
CN903
28
C926
C912
R916
C930
C933
C927
R939
R938
IC904
CONTACT SIDE
Q910
R927
R917
R928
C921
R929
Q924
R932
R1022
R1135
R1170
C959
C924
R1021
C957
R923
R921
R918
C916
C932
C925
C914
R934
R919
R920
R922
R1144
C923
IC905
5
C918
C929
R935
R936
4
C922
R937
C915
C920
D
IC1169
466.750
8
1
C1079
8
1
C961
C1077
R998
V+15
R1152
Q925
Q921
C928
IC906
C919
R991
C1072
Q905
R1153
R942
Q920
R1149
R931
R1147
R997
IC909
C947
R1151
C1078
R926
R1148
Q919
R1146
Q918
C989
R1063
R1150
R1196
R1020
2114
C
C1071
Q904
R994
C949
4
C1069
D919
5
4
R978
IC908
2114
R993
1
R1180
1
R986
R984
C942
RY902
R1002
C950
R1003
Q903
R1193
C940
R976
C944
R985
R987
C937
R973
C1067
R974
R975
C939
R1067
R1064
R972
C938
R990
R992
C946
D918
C917
Q913
C1073
C943
R983
5
C1058
11.GNDD
.GNDD
R1194
C1070
R1062
SP_RESET1
R977
R968
R1074
IC914
C935
1
IC907
C991
C992
R1071
R1075
C994
1
4
C954
8
7
C1076
R979
R1073
R1072
R1066
8
C936
R970
C934 R971
8
C990
R969
C998
NP
NP
R1070
C1063
C999
R1078
R1079
C995
C993
8
4
C997
R1077
R1197
C1074
NP
R1082
R1080
F
IC1169 IC909
Q901
Q925
Q902
Q921 Q903
Q905
Q904
J
105
DJM-800
5
6
7
8
2.GNDA
3.V+15
1.V+5A
106
2
6
E
1.GNDA
2.MASTER_R
3.GNDA
4.MASTER_L
5.GNDA
6.MMUTE
7.GNDD
4.GNDA
5.V-15
6.V+12
CN904
3
CN902
1
1
F
J
DJM-800
4
Q923
Q923
Q922
CN904
CN902
Q922
R1159
2
C962
4.V-15
3.GNDA
2.V+5A
1.V+15
R1158
3
R1160
C945
4
5
1
1
R1184
8
C1066
C1065 C941
C951
4
8
R1189
R967
R966
R965
R964
R955
R953
R952
R1185
D901
D902
R1183
R954
5
R1162
R1005
R1015
C1068
5
D907
R1161
C1054
C1053
R1191
D908
R1163
1
C1060
C948
R1190
C
R1010
R1182
R959
R958
R1060
R1186
R1012
R1181
R980
8
D
R1192
R1089
R1090
R957
R956
R1157
R963
R962
R961
R960
7
5
CN903
6
1
CN903
R1013
1
J
3
4
5
1
2
7
1
4
A
SIDE B
OUTPUT ASSY
ADD SOLDER
B
15
14
4
C1064
11
5.GNDF
9
8
23
5
6
7
8
SIDE B
A
ADD SOLDER
20
C1033
R1127
R1109
C1016
13
R1107
R1112
12
R1108
C1017
C1021
C1020
R1060
R1061
14
R1111
R1110
15
R1125
19
B
R1154
R1131
ADD
SOLDER
R1155
ADD SOLDER
C1035
R1089
R1156
R1134
ADD SOLDER
ADD SOLDER
C
5
4
5
18
8
1
8
11
10
21
D
17
C962
R1177
9
DWX2544- /J
LF
OUTPUT
8
C1003
R1132
R1164
E
R1165
R1159
Q922
R1158
R1160
16
R1161
R1162
23
22
24
25
26
(DNP2208-C)
CN901
NOTE : The encircled numbers denote measuring point.
F
Q922
J
107
DJM-800
5
6
7
8
1
2
3
4
4.9 CRSFD, DIGIC and SLSW ASSYS
SIDE A
A
N
H CRSFD ASSY
VR202
CN2608
1
3
(DNP2207-C)
CN2608
B
C CN1709
K DIGIC ASSY
R1213
CN1201
S1201
C1256
C1255
C1240
IC1213
R1269
R1232
C1252
CN1202
CN1204
24
1
C1268
3
4
4
R1231
C1219
C1201
5 IC1216
8
1
R1233
R1223
7
D1207
IC1219
CN1202
1
R12
5
R12
JA1201
Q1201
R1240
C1263
IC1218
1
R128
28
C126
C1274
1
24
C1278
R1239
R12
R1285
R1286
R1287
C1259
R1247
IC1217
13
D1206
12
M CN1301
4
1
R1224
C1222
C1241
R1222
C1237
D
R1226
C1242
R1217
C1224
R1268
R1215 C1223
R1214
5
DW
C1254
R1204
4
1
8
C1239
C1203
R1206
FC
R1205
5
1
ICT
4
1
C1204
C1205
CN1201
KN1203
8
5
C1221
8
IC1201
C
IC1207
R1267
R1208
C1206
L CN1401
6
DIGIC
R1235
C1257
R1270
CN12
R1236
C1260
C1261
C1262
14
E
15
C1266
C1264
IC12
IC1219
F
IC1201
IC1217
IC1207
IC1213 IC1218
Q1201
K H
108
DJM-800
1
2
3
4
IC1216
5
6
7
8
SIDE A
A
SLSW ASSY
S2403
S2402
1
DIGIANA_SW2
S2404
CONTACT SIDE UP
DIGIANA_SW3
DIGIANA_SW4
DWX2536- /J SLSW
1
6
CN2401
S2401
2
DIGIANA_SW1
N
B
(DNP2207-C)
CN2401
R1235
C1257
R1270
R1269
C1256
24
IC1203
R1275
13
IC1202
15
C1217
28
C
4
C1215
14
CONTACT SIDES UP
C1266
V3R3
C1234
1
C1250 R1280
C1269
R1276
28
1
C1245
1
D
C1270
C1249
R1281
R1282
R1283
C1251
12
C1244
C1273
23.GNDD 27.MIDI_TX
24.TXD1 28.V+5D
18.RXD6 25.RXD1
29.GNDD
10.GNDD
11.DSP_RESET3
26.GNDD 30.V3R3
R1227
31.GNDD
12.GNDD 19.DIGIANA_SW4
13.SCK7 20.DIGIANA_SW3
1-3.GNDD
14.TXD7 21.DIGIANA_SW2
C1246
4.SIO_SEL1
22.DIGIANA_SW1
5.48/96_SW
8.GNDD 15.SCK6
6.SIO_SEL4
9.MCLK 16.TXD6 17.TXD6
7.SIO_SEL3
C1276
64
15
CN1203
12
R1284
C1265
14
C1247
R1246
28
24
1
IC1214
13
C1286
IC1218
15
IC1215
CN1205
31
263
1
C1226
5
1
14
IC1223
28
1
6M
3
1
3
R1253
6
7
R1278
R1277
96K
3
1
5
4
5
4
IC1225
R1252
IC1221
R1279
24M
C1282
C1290
C1229
4
R1254
13
12
V+5D
6
24
C1233
14
1
C1218
C1216
IC1209
C1272
R1218
CN1204
24
1
C1252
IC1208
C1235
15
1
C1228
C1277
C1236
231
I CN1
1
C1211
CN1205
R1272
DSP_RESET3
C1210
2
C1291
C1292
1
C1271
12
R1209
C1209
R1271
R1232
R1274
R1273
R1244
C1208
1
C1254
223
KN1201
C1275
5 IC1216
8
Production Code
DWX2547- /J LF
C1255
4
C1240
5
R1233
C1242
CN1204
E
KN1202
(DNP2208-C)
CN1203
A CN453
IC1218
IC1221
IC1223
IC1225
IC1208
IC1216
IC1202 IC1214
IC1209
IC1215 IC1203
F
N K
109
DJM-800
5
6
7
8
1
2
3
4
SIDE B
A
N
H CRSFD ASSY
DWX2541- /J
LF
CRS FADER
3
1
B
(DNP2207-C)
CN2608
K DIGIC ASSY
CN1204
C
DIGIC
DWX2547- /J
R1234
LF
2
1
1
D
4
3.D-IN_2_DATA
4.GNDD
5.D-IN_3_DATA
6
6.GNDD
12
E
7
7.D-IN_4_DATA
8.GNDD
9.LRCK
10.GNDD
11.SCLK
12.GNDD
CN1203
NOTE : The encircled numbers denote measuring point.
K H
110
DJM-800
1
2
3
24
4
24.GNDD
23.RXD1
22.TXD1
21.GNDD
20.GNDD
19.GNDD
G
C1248
1.D-IN_1_DATA
2.GNDD
4.DIGIANA_SW2
5.DIGIANA_SW1
6.V3R3
R1245
1
CN1205
3
1.GNDD
2.DIGIANA_SW4
3.DIGIANA_SW3
6
5
F
C1253
C1227
R1265
24
C1202
C1293
C1220
C1238
1
7
C1267
3.DIGITAL_IN_3
4.GNDD
5.DIGITAL_IN_2
D1205
6
C1213
R1225
R1207
R1216
R2401
1
7
LF
C2404
R2404
6
C2403
R2403
C2402
R2402
1.
2.
3.
4.
5.
6.
GNDD
D/A_SW4
D/A_SW3
D/A_SW2
D/A_SW1
V3R3
C2401
6
CN1202
R1243
6
C1253
R1234
1
ADD SOLDER
5
C1294
10.GNDD
9.V3R3
8.V+5D
7.GNDD
6.GNDD
5.GNDD
4.GNDD
3.GNDD
2.GNDD
1.GNDD
11.DSP_RESET3
16.48/96_SW
15.SIO_SEL1
14.GNDD
13.GNDD
12.GNDD
24.GNDD
23.RXD1
22.TXD1
21.GNDD
20.GNDD
19.GNDD
18.GNDD
17.GNDD
4.DIGIANA_SW2
5.DIGIANA_SW1
6.V3R3
2.DIGIANA_SW4
3.DIGIANA_SW3
5
7
8
SIDE B
A
N SLSW ASSY
DWX2536- /J SLSW
B
CN2401
(DNP2207-C)
204
C
CN1201
1.DIGITAL_IN_4
2.GNDD
D
6.GNDD
7.DIGITAL_IN_1
R1264
E
R1263
(DNP2208-C)
F
N K
DJM-800
8
111
1
2
3
4
4.10 DIGIB ASSY
A
SIDE A
SIDE A
M DIGIB ASSY
I CN15
6M
24M
96K
1
IC1309
IC1310
IC1311
R1338
K CN1202
24
CN1301
C1351
F1302
IC1303
C1346
C1314
CN1301
4
5
14
C1350
28
15
CONTACT SIDE
R1367
C1313
R1368
3
1
14
7
DSP_RESET3
V3R3
C1345
1
C1311
FC
4
C1348
3
1
36
IC1307
IC1313
1
C1312
ICT
1
8
F1305
V+5D
C1347
L1304
C1318
5 4
C1330
37
25
C1329
C1334
24
R1365
1
5
13
R1366
C1333
IC1312
4
1 3
5
48
5
R1359
1
C1331
13
4
R1358
12
IC1308
3
R1301
R1356
R1337
C1332
C1304
C1340
LF
C
C1344
C1342
F1304
KN1302
10
KN1301
CN1302
2
1
B
CONTACT SIDE
CN1302
R1353
D
F1306
R1369
R1354
JA1303
DIGIB
DWX2546- /J
(DNP2208-C)
IC1313
IC1309
E
IC1312
IC1310
IC1303
IC1308
IC1307 IC1311
Q925
Q903
F
M
M
112
DJM-800
1
2
3
4
5
6
7
8
SIDE B
SIDE B
A
M DIGIB ASSY
CN1302
1.SCK1
2.GNDD
3.MASTER_DATA
4.GNDD
5.MCLK
6.GNDD
7
6
10
5
DWX2546- /J
DIGIB
F1303
24
LF
7.SCLK
8.GNDD
9.LRCK
10.GNDD
CN1302
B
1
1
R1363
R1364
CN1301
C
8
R1362
1
2
3
CN1301
C1335
24.GNDD
23.RXD1
22.TXD1
21.GNDD
20.GNDD
19.GNDD
18.GNDD
17.GNDD
16.48/96_SW
15.SIO_SEL1
14.GNDD
13.GNDD
12.GNDD
11.DSP_RESET
10.GNDD
9.V3R3
8.V+5D
7.GNDD
6.GNDD
5.GNDD
4.GNDD
3.GNDD
2.GNDD
1.GNDD
F1301
D
4
(DNP2208-C)
E
NOTE : The encircled numbers denote measuring point.
F
M
M
113
DJM-800
5
6
7
8
1
2
3
4
4.11 HPAMP and HPJACK ASSYS
SIDE A
O HPAMP ASSY
CN9
CN9
1
R2522
IC2506
466.125
Q2507
8
5
C2540
1
IC2503
Q2509
4
R2555
R2529
C2526
IC2502
C2546
R2565
R2508
C2514
R2524
8
1
C2544
5
4
C2507
4
C2534
C2535
9
D2512
C2519
C2503
96K
R2556
1
16
R2538
V+15
IC2507
V+12
6M
C2520
C2521
C2508
R2560
HPAMP
C2502
C2504
8
R2504
C2501
MUTE OFF
R2525
R2557
IC2501
R2559
Q2504 Q2507
IC2506 Q2505
R2554
C2506
IC2502
Q2503
D2508
R2528
R2531
C2523
C2541
R2530
R2563
C2522
C2505
C2533
IC2507
IC2501
C2532
IC2504
IC2504
466.375
C2539
24M
16
2
(DNP2211-B)
V-15
D2513
C2531
1
CN2503
C2536
CONTACT
SIDE
UP
1
V+5A
C2538
E
R2511
R2553
R2505
C2537
IC2505
D2509
C2516
C2515
R2515
D2510
D2504
D2503
Q2509
IC2503
R2552
D
IC2505
R2533
Q2504
C2509
C2542
R2532
R2513
R2536
R2537
Q2503
Q2505
C2511
R2512
D2511
D2501
R2501
R2510
R2561
466.125
C2528
R2535
R2523
C2513
R2521
D2507
RY2501
D2502
C2518
1/4
D2506
JA10
3
4
R2518
R2519
R2516
C2510
R2509
(DNP2209-D)
C
R2520
C2524
DWX2556- /J
HPJACK
DWX2553- /J
LF
OPEN SIDE
CN2501
1
R2534
B
R2517
1
R
CN2501
HPJACK ASSY
OPEN SIDE
P
SIDE A
4
A
CN2502
5
OPEN SIDE
CN2503
I CN12
CN2502
Q CN203
F
O P
O
114
DJM-800
1
2
3
4
5
6
7
8
SIDE B
SIDE B
O HPAMP ASSY
P
A
HPJACK ASSY
B
4.HP_R
3.GNDHP
2.GNDHP
1.HP_L
6
5
LF
F804
F803
1
10
1
1
DWX2553- /J
HPJACK
F802
4
CN9
4
5
C810
C809
CN2501
R
(DNP2209-D)
C
4
3
2
LF
D
1
7
E
6
8
1
5
CN2502
(DNP2211-B)
NOTE : The encircled numbers denote measuring point.
F
P O
O
115
DJM-800
5
6
7
8
1
2
3
4
5. PCB PARTS LIST
NOTES:
A
B
MarkNo.
Description
Part No.
Mark No.
Description
Part No.
LIST OF ASSEMBLIES
NSP
C
Parts marked by "NSP" are generally unavailable because they are not in our Master Spare Parts List.
The mark found on some component parts indicates the importance of the safety factor of the part.
Therefore, when replacing, be sure to use parts of identical designation.
When ordering resistors, first convert resistance values into code form as shown in the following examples.
Ex.1 When there are 2 effective digits (any digit apart from 0), such as 560 ohm and 47k ohm (tolerance is shown by J=5%,
and K=10%).
560 Ω
56 x 10 1
RD1/4PU 5 6 1 J
561
47k Ω
RD1/4PU 4 7 3 J
47 x 10 3
473
0.5 Ω
RN2H R 5 0 K
R50
1Ω
RS1P 1 R 0 K
1R0
Ex.2 When there are 3 effective digits (such as in high precision metal film resistors).
5.62k Ω
562 x 10 1
5621
RN1/4PC 5 6 2 1 F
NSP
NSP
D
NSP
>
1..INFD ASSY
2..INPUT ASSY
2..MIC 1 ASSY
2..MIC 2 ASSY
2..SLSW ASSY
2..CHFD 1 ASSY
2..CHFD 2 ASSY
2..CHFD 3 ASSY
2..CHFD 4 ASSY
2..CRSFD ASSY
DWM2239
DWX2535
DWX2542
DWX2543
DWX2536
DWX2537
DWX2538
DWX2539
DWX2540
DWX2541
1..OUDIG ASSY
2..OUTPUT ASSY
2..AC SW ASSY
2..DIGIB ASSY
2..DIGIC ASSY
2..TRIM 1 ASSY
2..TRIM 2 ASSY
2..TRIM 3 ASSY
2..TRIM 4 ASSY
DWM2240
DWX2544
DWX2545
DWX2546
DWX2547
DWX2548
DWX2549
DWX2550
DWX2551
1....PANEL-A ASSY
2..PANEL 1 ASSY
2..HPJACK ASSY
DWM2241
DWX2552
DWX2553
1....PANEL-B ASSY
2..PANEL 2 ASSY
2..DIGI A ASSY
DWM2242
DWX2554
DWX2555
1..DSP ASSY
DWX2534
1..HPAMP ASSY
DWX2556
1..POWER SUPPLY UNIT
DWR1433
Description
IC405, IC505, IC605, IC705
IC501, IC601, IC701
IC401–IC404, IC406, IC502–IC504
F
IC506, IC602–IC604, IC606
IC702–IC704, IC706, IC801, IC802
IC804
IC803
IC805
NJM4580MD
NJM4580MD
NJM4580MD
PCM1742KE
TA78L12F
116
D409, D509, D609, D709
UDZS5R6(B)
RY401, RY501, RY601, RY701
LCKAW221J2520
VTF1093
VTF1093
VSR1008
CAPACITORS
Part No.
CS5361-KS
DEK1096
LM4040EIM3-2.5
NE5532AD
NJM4580MD
DTC124EUA
1SS355
1SS355
RB706D-40
RB706D-40
SWITCHES AND RELAYS
SEMICONDUCTORS
IC409, IC509, IC609, IC709
Q401, Q501, Q601, Q701
D410, D411, D510, D511
D610, D611, D710, D711
D401–D404, D501–D504
D601–D604, D701–D704
L803
F489–F492, F589–F592
F689–F692, F789–F792
A INPUT ASSY
> IC809, IC810
TC7SH08FUS1
TC7WH157FU
2SC3326
2SK371D1
2SK371D1
COILS AND FILTERS
E
Mark No.
IC451–IC456, IC806, IC807
IC408, IC508, IC608, IC708
Q801–Q808
Q504–Q507, Q604–Q607
Q704–Q707
C403–C406, C421–C424, C435
C440, C444, C445, C449, C450
C521–C524, C535, C540
C544, C545, C549, C550
C621–C624, C635, C640
CCSRCH101J50
CCSRCH101J50
CCSRCH101J50
CCSRCH101J50
CCSRCH101J50
C644, C645, C649, C650
C721–C724, C735, C740
C744, C745, C749, C750
C571, C572, C671, C672
C771, C772
CCSRCH101J50
CCSRCH101J50
CCSRCH101J50
CCSRCH181J50
CCSRCH181J50
C503, C504, C603, C604
C703, C704
C509, C510, C609, C610
C709, C710
C573, C574, C673, C674
CCSRCH221J50
CCSRCH221J50
CCSRCH331J50
CCSRCH331J50
CCSRCH471J50
C773, C774
C465, C565, C665, C765
C419, C420, C429, C430, C464
C488–C490, C497, C519, C520
C529, C530, C564, C566, C567
CCSRCH471J50
CEHAR100M16
CEHAR100M35
CEHAR100M35
CEHAR100M35
C588, C589, C619, C620
C629, C630, C664, C666, C667
C688, C689, C699, C719, C720
C729, C730, C764, C766, C767
C788, C789, C809–C812
CEHAR100M35
CEHAR100M35
CEHAR100M35
CEHAR100M35
CEHAR100M35
C817–C820, C823, C826, C836
CEHAR100M35
DJM-800
1
2
3
4
5
Mark No.
6
Description
C838
C462, C562, C662, C762
C507, C508, C607, C608
C707, C708
Part No.
CEHAR100M35
CEHAR101M10
CEHAT471M25
CEHAT471M25
C829, C841
C866, C867, C870, C871
C843
C463, C563, C663, C763
C830, C833
CEJQ100M25
CEJQ101M25
CEJQ221M10
CEJQ221M6R3
CEJQ470M10
C853, C861, C865
C432–C434, C437–C439
C532–C534, C537–C539
C632–C634, C637–C639
C732–C734, C737–C739
CEJQ470M25
CFTNA334J50
CFTNA334J50
CFTNA334J50
CFTNA334J50
C402, C446, C451, C453–C455
C459, C502, C546, C551
C553–C555, C559, C602, C646
C651, C653–C655, C659, C702
C746, C751, C753–C755, C759
CKSRYB103K50
CKSRYB103K50
CKSRYB103K50
CKSRYB103K50
CKSRYB103K50
C831, C832, C842
C868, C869, C876
C401, C417, C418, C427, C428
C436, C441–C443, C447, C448
C458, C468, C469, C491–C496
CKSRYB103K50
CKSRYB104K16
CKSRYB104K25
CKSRYB104K25
CKSRYB104K25
C501, C517, C518, C527, C528
C536, C541–C543, C547, C548
C558, C568, C569, C600
C617, C618, C627, C628, C636
C641–C643, C647, C648, C658
CKSRYB104K25
CKSRYB104K25
CKSRYB104K25
CKSRYB104K25
CKSRYB104K25
C668, C669, C701, C717, C718
C727, C728, C736, C741–C743
C747, C748, C758, C768, C769
C821, C825, C834, C837
C844, C845, C852, C860
CKSRYB104K25
CKSRYB104K25
CKSRYB104K25
CKSRYB104K25
CKSRYB104K25
C862–C864, C872, C873
C877, C878
C457, C557, C657, C757
C470, C475, C570, C575, C670
C675, C770, C775
CKSRYB104K25
CKSRYB104K25
CKSRYB104K50
CKSRYB272K50
CKSRYB272K50
C452, C552, C652, C752
C511, C512, C611, C612
C711, C712
C514, C515, C614, C615
C714, C715, C801–C804
CKSRYB473K50
CQMA124J50
CQMA124J50
CQMA222J50
CQMA222J50
C505, C506, C605, C606
C705, C706
C828, C840
C513, C516, C613, C616, C713
C716
CQMA223J50
CQMA223J50
CQMA272J50
CQMA333J50
CQMA333J50
C805–C808, C827, C839
C813–C816
CQMA392J50
CQMA682J50
RESISTORS
R401, R402, R419, R420
R519, R520, R619, R620
R719, R720
R403, R404, R421, R422
R521, R522, R621, R622
RN1/16SE1001D
RN1/16SE1001D
RN1/16SE1001D
RN1/16SE1102D
RN1/16SE1102D
R721, R722
R446, R449, R464, R467, R546
RN1/16SE1102D
RN1/16SE1201D
7
Mark No.
8
Description
Part No.
R549, R564, R567, R646, R649
R664, R667, R746, R749, R764
R767
RN1/16SE1201D
RN1/16SE1201D
RN1/16SE1201D
R407, R408, R423, R424
R523, R524, R623, R624
R723, R724
R430, R434, R530, R534, R630
R634, R730, R734
RN1/16SE1502D
RN1/16SE1502D
RN1/16SE1502D
RN1/16SE1503D
RN1/16SE1503D
R428, R432, R528, R532, R628
R632, R728, R732
R441, R443, R459, R461, R541
R543, R559, R561, R641, R643
R659, R661, R741, R743, R759
RN1/16SE2202D
RN1/16SE2202D
RN1/16SE2401D
RN1/16SE2401D
RN1/16SE2401D
R761
R801–R804, R817–R820
R436–R439, R444, R445
R454–R457, R462, R463
R474, R475, R536–R539
RN1/16SE2401D
RN1/16SE2700D
RN1/16SE3301D
RN1/16SE3301D
RN1/16SE3301D
R544, R545, R554–R557
R562, R563, R596, R597
R636–R639, R644, R645
R654–R657, R662, R663
R674, R675, R696, R697
RN1/16SE3301D
RN1/16SE3301D
RN1/16SE3301D
RN1/16SE3301D
RN1/16SE3301D
R736–R739, R744, R745
R754–R757, R762, R763
R774, R775, R796, R797
R447, R448, R465, R466
R547, R548, R565, R566
RN1/16SE3301D
RN1/16SE3301D
RN1/16SE3301D
RN1/16SE3601D
RN1/16SE3601D
R647, R648, R665, R666
R747, R748, R765, R766
R809–R812
R503–R506, R603–R606
R703–R706
RN1/16SE3601D
RN1/16SE3601D
RN1/16SE4300D
RN1/16SE8200D
RN1/16SE8200D
R429, R433, R529, R533, R629
R633, R729, R733
R898
R511, R512, R611, R612
R711, R712
RN1/16SE1202D
RN1/16SE1202D
RS1/8S0R0J
RSK1/16S222J
RSK1/16S222J
R509, R510, R609, R610
R709, R710
R507, R508, R607, R608
R707, R708
Other Resistors
RSK1/16S273J
RSK1/16S273J
RSK1/16S510J
RSK1/16S510J
RS1/16S###J
A
6
C
D
OTHERS
CN454 7P FFC CONNECTOR
CN453 12P FFC CONNECTOR
CN451 12P FFC CONNECTOR
CN452 31P FFC CONNECTOR
SHIELD CASE S
52044-0745
52044-1245
DKN1450
DKN1451
DNH2717
JA402
JA502
JA602
JA702
CN455
RKN1004
RKN1004
RKN1004
RKN1004
S6B-EH
REMOTE CONTROL JACK
REMOTE CONTROL JACK
REMOTE CONTROL JACK
REMOTE CONTROL JACK
6P SIDE POST
E
JA401, JA501, JA601, JA701, JA801 4P JACK VKB1132
KN1, KN2 WRAPPING TERMINAL
VNF1084
CN401, CN501, CN601, CN701 11P PLUG XKP3065
F
117
DJM-800
5
B
7
8
1
Mark No.
2
Description
3
Part No.
Mark No.
B MIC1 ASSY
A
SEMICONDUCTORS
IC1501
IC1502, IC1503
Q1501–Q1504
D1510–D1515
D1518–D1521
AK5381VT
NJM4580MD
2SC4081
1SS355
RB501V-40
Description
Part No.
D1701–D1710, D1796-D1829
D1735, D1788-D1795
D1723–D1734, D1772–D1787
1SS355
SLI-343URCW(RST)
SLI-343YCW(RST)
D1719–D1722
D1711–D1714
D1736–D1771
SLR-343BBT(HJKL)
SPR-325MVW
TLGE68TG(NP)
SWITCHES AND RELAYS
S1707–S1718
S1702
S1719–S1722
S1701
S1703–S1706
COILS AND FILTERS
F1547–F1549
F1541, F1543, F1545
L1542, L1544, L1546
4
DTF1069
VTF1093
VTL1105
DSG1079
DSH1057
DSH1058
DSK1026
DSK1033
B
CAPACITORS
CAPACITORS
C
C1741–C1743
C1737, C1739, C1740
C1701–C1736, C1747–C1755
CEHAT101M16
CKSRYB103K50
CKSRYB104K25
C1505, C1516, C1518, C1525
C1501–C1503, C1509–C1514, C1524
C1504, C1517
C1508, C1521, C1532, C1534, C1535
C1537
CCSRCH101J50
CCSRCH102J50
CCSRCH331J50
CEAL100M16
CEAL100M16
C1538
C1543, C1544
C1540
C1539, C1541, C1542
C1530, C1531
CEAL101M10
CEAL101M25
CEAL470M10
CEAL470M16
CEALNP220M16
VR1703–VR1707, VR1709–VR1711
VR1713–VR1715, VR1717–VR1719, VR1721
VR1701, VR1702
VR1722
VR1708, VR1712, VR1716, VR1720
DCS1065
DCS1065
DCS1072
DCS1086
DCS1095
C1550, C1552
C1529
C1506, C1507, C1519, C1520
C1546–C1549, C1551
C1526–C1528
CFTLA103J50
CKSRYB103K50
CKSRYB104K25
CKSRYB104K25
CKSRYB104K50
Other Resistors
RS1/16S###J
C1545
CKSRYB472K50
RESISTORS
OTHERS
CN1710 FFC BOTTOM CONNECTOR 27P 52492-2720
CN1711 FFC CONNECTOR 30P
52492-3020
CN1709 KR CONNECTOR 3P
B3B-PH-K
CN1705, CN1707 KR CONNECTOR B4B-PH-K
CN1706, CN1708 KR CONNECTOR B4B-PH-K-Y
RESISTORS
D
R1503, R1514, R1515, R1529
R1504, R1505, R1519, R1520
R1508, R1523
R1506, R1509, R1510, R1521
R1524, R1525
RN1/16SE1000D
RN1/16SE1501D
RN1/16SE3300D
RN1/16SE3901D
RN1/16SE3901D
R1516, R1517, R1530, R1531
Other Resistors
RN1/16SE4701D
RS1/16S###J
CN1701
CN1702
CN1703
CN1704
10P FFC CONNECTOR
30P FFC CONNECTOR
25P FFC CONNECTOR
CONNECTOR
DKN1454
DKN1455
DKN1456
DKP3684
D 4/4 TRIM1 ASSY
CAPACITORS
C491
CKSRYB104K50
OTHERS
E
0
4P CABLE HOLDER
JA1502 CANON CONNECTOR
CN1503 CONNECTOR
CN1502 12P FFC CONNECTOR
J1502 4P JUMPER WIRE
51048-0400
DKB1068
DKN1408
DKN1450
DKP3767
CN1501 5P SIDE POST
S5B-EH
RESISTORS
VR491
OTHERS
CN491 11P SOCKET
C PANEL1 ASSY
XKP3076
D 3/4 TRIM2 ASSY
SEMICONDUCTORS
F
DCS1089
IC1706–IC1708
IC1711–IC1713
IC1701–IC1705
IC1714
IC1709, IC1710
TC74HC238AF
TC74HC273AF
TC74HC4051AF
TC74HCT08AF
TD62083APG
Q1705–Q1708, Q1721-Q1724
Q1701–Q1704, Q1709-Q1720
2SB1188
DTC143EUA
118
CAPACITORS
C591
CKSRYB104K50
RESISTORS
VR591
DCS1089
DJM-800
1
2
3
4
5
Mark No.
6
Description
Part No.
XKP3076
D 2/4 TRIM3 ASSY
Part No.
DSH1058
DSH1066
DSX1064
DSX1068
A
CKSRYB104K50
C2112, C2113, C2115, C2116
C2114
C2104, C2123, C2124, C2127, C2128
C2132
C2101–C2103, C2105–C2107
CEHAT101M10
CEHAT470M50
CKSRYB103K50
CKSRYB103K50
CKSRYB104K25
DCS1089
C2117, C2118, C2125, C2126
C2129–C2131
CKSRYB104K25
CKSRYB104K25
RESISTORS
VR691
Description
CAPACITORS
CAPACITORS
C691
Mark No.
8
S2113, S2114
S2105
S2110
S2111, S2112
OTHERS
CN591 11P SOCKET
7
RESISTORS
OTHERS
CN691 11P SOCKET
R2108, R2109
VR2101, VR2104
VR2102, VR2103
Other Resistors
XKP3076
D 1/4 TRIM4 ASSY
OTHERS
CAPACITORS
C791
CKSRYB104K50
RESISTORS
VR791
B
RS1/8S100J
DCS1065
DCS1086
RS1/16S###J
DCS1089
CN2101 FFC BOTTOM CONNECTOR
CN2102 FFC CONNECTOR 30P
V2101 FL INDICATOR TUBE
0
FL HOLDER
52492-2720
52492-3020
DEL1061
DNF1732
G 1/4 CHFD1 ASSY
OTHERS
C
RESISTORS
CN791 11P SOCKET
XKP3076
VR206
OTHERS
E MIC2 ASSY
CN2601 KR CONNECTOR
SEMICONDUCTORS
D1
UDZS5R6(B)
S4B-PH-K
G 2/4 CHFD2 ASSY
RESISTORS
CAPACITORS
C2
C1
DCV1020
VR205
CKSRYB103K50
CKSRYB472K50
DCV1020
D
OTHERS
CN2602 KR CONNECTOR
S4B-PH-K-Y
OTHERS
0
4P CABLE HOLDER
JA1501 MIC JACK
EARTH PLATE (MIC)
G 3/4 CHFD3 ASSY
51048-0400
DKB1076
DNH2735
RESISTORS
VR203
F PANEL2 ASSY
DCV1020
OTHERS
CN2603 KR CONNECTOR
SEMICONDUCTORS
IC2102
IC2101
Q2105–Q2108
Q2101–Q2104
D2141–D2163
NJM2903M
TC74HC4051AF
2SB1188
DTC143EUA
1SS355
D2115, D2116, D2130, D2131
D2111–D2114, D2126-D2129
D2133–D2138
D2132, D2139
D2102–D2110, D2117–D2125
SLI-343URCW(RST)
SLI-343YCW(RST)
SLI-343YCW(RST)
SLR-343EBT(KLMN)
TLGE68TG(NP)
D2101
UDZS2R0(B)
E
G 4/4 CHFD4 ASSY
RESISTORS
VR204
DCV1020
OTHERS
CN2604 KR CONNECTOR
S4B-PH-K-Y
H CRSFD ASSY
F
RESISTORS
SWITCHES AND RELAYS
S2101–S2104, S2106–S2109
S4B-PH-K
VR202
DSG1079
DCV1006
119
DJM-800
5
6
7
8
1
Mark No.
2
Description
3
Part No.
Mark No.
OTHERS
CN2608 KR CONNECTOR
S3B-PH-K
A
I DSP ASSY
SEMICONDUCTORS
IC22
> IC40
> IC41
> IC42, IC44, IC48
> IC43
B
C
D
D610A003BPYPA225
DEK1086
DEK1094
DEK1096
DEK1098
IC12
IC11
IC16
IC1
IC14
DYW1754
K4S641632H-TC75
NJM2374AM
DYW1757
R1224N102H
IC15
IC8
IC39
IC24
IC2, IC3
S-1200B25-M5
TC74HC32AF
TC74HC4051AF
TC74HC541AF
TC74VHC163FT
IC6, IC7
IC4, IC5
IC25, IC45–IC47
IC30, IC31
IC13
TC74VHC541FTS1
TC74VHCU04FT
TC7S08FU
TC7SH08FUS1
XC3S50-4TQG144C
IC0
Q2
Q16, Q3
Q4
Q1
MBM29LV400TC-70PFTN
2SA1576A
2SC2412K
2SC4081
CPH6314
Q13
Q14
Q10–Q12, Q15, Q5–Q9
D1, D19–D34, D36
D2, D3
DTA143EUA
DTC114EUA
DTC124EUA
1SS355
RB160L-40
D5
SML-310DT
E
ATH7011
CTH1254
DTL1123
RTF1189
CTF1346
L10, L6- L9
F7, F9
CTF1357
VTF1093
F
CCSRCH150J50
CCSRCH180J50
CCSRCH331J50
CEVW100M16
CEVW100M50
C194, C202, C7, C84, C9
C103, C106, C111, C112
C115, C116, C135–C144, C196
C14
C10, C12, C120, C127, C13
CEVW100M50
CEVW101M10
CEVW101M10
CEVW101M16
CKSRYB103K50
120
Part No.
CKSRYB103K50
CKSRYB103K50
CKSRYB103K50
CKSRYB104K16
CKSRYB104K16
C85–C99
C11, C121–C126, C128–C134
C148, C149, C15, C154–C157
C16, C17, C175–C178, C18
C180, C181, C183, C192, C193
CKSRYB104K16
CKSRYB104K25
CKSRYB104K25
CKSRYB104K25
CKSRYB104K25
C195, C20, C200, C201
C204–C209, C21, C210–C218
C22, C221, C23, C234–C239
C24, C240–C246, C26–C29
C3, C30–C39, C4
CKSRYB104K25
CKSRYB104K25
CKSRYB104K25
CKSRYB104K25
CKSRYB104K25
C40–C49, C5, C50–C79
C8, C80–C83
C108
C109
C169–C173
CKSRYB104K25
CKSRYB104K25
CKSRYB105K10
CKSRYB332K50
CKSRYB471K50
C104, C105, C110
CKSYB106K10
R186
R64
R70
R69
R65
RS1/10S0R0J
RS1/16S1502F
RS1/16S2202F
RS1/16S5603F
RS1/16S7502F
R254, R255
R271, R365–R368
Other Resistors
RS1/4SA681J
RS1/8S0R0J
RS1/16S###J
OTHERS
CN14 PH CONNECTOR 6P(SMT)
X1 CRYSTAL RESONATOR
CN8
CN15, CN4 10P FFC CONNECTOR
CN11, CN3 12P FFC CONNECTOR
AKM1292
ASS7025
DKN1449
VKN1414
VKN1416
CN12 16P FFC CONNECTOR
CN6, CN7 25P FFC CONNECTOR
CN5 30P FFC CONNECTOR
CN1, CN2 31P FFC CONNECTOR
KN1–KN4 EARTH METAL FITTING
VKN1420
VKN1429
VKN1434
VKN1435
VNF1109
J OUTPUT ASSY
SEMICONDUCTORS
IC904
IC918
> IC1167–IC1169
IC908, IC909
IC905–IC907, IC911, IC912
CAPACITORS
C2
C1
C117
C248, C249
C118, C153, C174, C179, C182
Description
C150–C152, C158–C161
C165–C168, C19, C220
C186–C189, C190, C191, C252
C100–C102, C107, C113, C114
C197–C199, C203, C247
RESISTORS
COILS AND FILTERS
L1
L2
L3
L4
L5
4
AK4393VF
AK5381VT
DEK1096
NJM2114D
NJM4580MD
IC916, IC917
IC913, IC914
IC910, IC915
IC901–IC903
Q901, Q902
NJM4580MD
NJM5532DD
PCM1742KE
TC7SH08FUS1
2SA1576A
Q903, Q922, Q923
Q906–Q921
Q924
Q904, Q905
2SC2412K
2SC3326
DTA143EUA
DTC124EUA
3
4
DJM-800
1
2
5
Mark No.
6
Description
Part No.
D901–D912, D918, D919
1SS355
D914–D917
RB501V-40
7
Mark No.
8
Description
C920, C922, C929, C932
Part No.
DCH1255
RESISTORS
A
R1058, R1059, R1087, R1088
R979, R986, R993, R998
R1053, R1057, R1082, R1143
R1040, R1041, R1046, R1047, R1070
R1072, R1078, R1079, R976, R983
RD1/2VM101J
RD1/2VM181J
RN1/16SC68R0D
RN1/16SE1002D
RN1/16SE1002D
DSG1083
VSH1025
VSR1008
R992, R997
R981, R988, R995, R999
R919, R923, R928, R932, R935
R938, R944, R948
R1109, R1110
RN1/16SE1002D
RN1/16SE1101D
RN1/16SE1102D
RN1/16SE1102D
RN1/16SE2200D
C1033, C1035
C1036, C1056
C974, C976, C978, C979, C991
C993, C994, C997
C934, C936, C938, C939
CCSRCH101J50
CCSRCH102J50
CCSRCH151J50
CCSRCH151J50
CCSRCH220J50
R1038, R1042, R1043, R1045, R1048
R1068, R1071, R1073, R1075, R1077
R1044, R1049, R1074, R1076, R1104
R1114
R1107, R1112
RN1/16SE2202D
RN1/16SE2202D
RN1/16SE2700D
RN1/16SE2700D
RN1/16SE3300D
C917, C918, C921, C924, C925
C927, C930, C958
C940, C942–C944, C946, C947
C949, C950
C1015, C1022, C1034, C1037
CCSRCH221J50
CCSRCH221J50
CCSRCH820J50
CCSRCH820J50
CEANP100M16
R1039, R1069, R1125, R1127
R1002, R1003, R977, R978
R984, R985, R990, R991
R1000, R982, R989, R996
R1021, R1022, R918, R920–R922
RN1/16SE3602D
RN1/16SE3901D
RN1/16SE3901D
RN1/16SE4701D
RN1/16SE5601D
C1008, C1028, C1040, C1043
C1013, C1024
C913
C1012, C1026, C1046, C1051, C1052
C1073-C1076, C969, C988
CEANP100M25
CEAT100M50
CEAT101M16
CEAT101M25
CEAT101M25
R927, R929, R934, R936, R937
R939, R943, R945–R947
R1001, R980, R987, R994
Other Resistors
RN1/16SE5601D
RN1/16SE5601D
RN1/16SE9101D
RS1/16S###J
C1004, C1007, C1049
C1029, C1044, C1061
C964, C965, C970, C990
C954
C975, C980, C992, C996
CEAT470M10
CEAT471M10
CEHANP220M16
CEHANP220M25
CEHANP470M25
C1019, C904
C1069–C1072
C912
C1057, C961
C963
CEHAT100M50
CEHAT101M25
CEHAT221M10
CEHAT470M16
CEHAT471M16
C1005, C1006, C1050, C1062, C901
C1003, C1038, C1039, C1060, C903
C906, C908, C910, C914, C915
C919, C923, C928, C933
C972, C973
CKSRYB103K50
CKSRYB104K25
CKSRYB104K25
CKSRYB104K25
CKSRYB104K25
C1011, C1025, C1030, C1045
C1047, C1048, C1053, C1054, C935
C937, C941, C945, C948, C951
C959, C960, C962, C968, C977
C981, C989, C995, C998
CKSRYB104K50
CKSRYB104K50
CKSRYB104K50
CKSRYB104K50
CKSRYB104K50
C1017, C1020
C1016, C1021
C1077–C1080
C1014, C1023
C916, C926, C931, C957
CKSRYB222K50
CKSRYB392K50
CKSRYB473K50
CKSRYB682K50
CKSRYB821K50
C1001, C1002, C952, C953
C955, C956, C984, C985
C1058, C966
C1009, C1055, C967, C987
C1010, C1027
CQMA103J50
CQMA103J50
CQMA272J50
CQMA392J50
CQMA472J50
C1000, C982, C983, C999
CQMA682J50
COILS AND FILTERS
F101–F104
VTF1093
SWITCHES AND RELAYS
S902
S901
RY901, RY902
CAPACITORS
6
C
OTHERS
CN902 7P FFC CONNECTOR
CN903 5P TOP POST
CN904 6P TOP POST
JA901, JA902 CANON CONNECTOR
JA907 HEADPHONE JACK
52045-0745
B5B-EH-Y
B6B-EH
DKB1077
DKB1078
JA903, JA904 HEADPHONE JACK
JA905, JA906 HEADPHONE JACK
JA908 HEADPHONE JACK
ROTARY SW STAY
CN901 25P FFC CONNECTOR
DKN1249
DKN1452
DKN1452
DNH2646
VKN1429
KN901, KN902 WRAPPING TERMINAL
VNF1084
D
K DIGIC ASSY
SEMICONDUCTORS
IC1203, IC1209, IC1215, IC1218
IC1202, IC1208, IC1214, IC1217
IC1219
IC1221, IC1223, IC1225
IC1201, IC1207, IC1213, IC1216
AD1895AYRS
AK4117VF
TC7S04FU
TC7SH08FUS1
TC7WU04FU
Q1201
D1206, D1207
D1205
DTC124EUA
1SS355
NNCD6.2MF
E
SWITCHES AND RELAYS
S1201
VSH1025
F
CAPACITORS
C1204, C1222, C1240, C1255
CCSRCH220J50
121
DJM-800
5
B
7
8
1
Mark No.
A
2
Description
3
Part No.
C1202, C1220, C1238, C1253
C1206, C1224, C1242, C1257
C1210, C1211, C1216, C1218
C1228, C1229, C1234, C1236
CCSRCH221J50
CCSRCH470J50
CEJQ100M50
CEJQ100M50
C1246, C1247, C1249, C1251
C1261, C1262, C1264, C1266
C1269, C1270
C1203, C1221, C1239, C1254, C1267
C1271–C1278
CEJQ100M50
CEJQ100M50
CEJQ100M50
CKSRYB103K50
CKSRYB103K50
C1205, C1208, C1209, C1215, C1217
C1223, C1226, C1227, C1233, C1235
C1241, C1244, C1245, C1248, C1250
C1256, C1259, C1260, C1263, C1265
C1268, C1282, C1286, C1290-C1294
CKSRYB104K25
CKSRYB104K25
CKSRYB104K25
CKSRYB104K25
CKSRYB104K25
C1213
C1201, C1219, C1237, C1252
CKSRYB104K50
CQMA221J50
Mark No.
Description
Part No.
C1313, C1329, C1331, C1333, C1335
CKSRYB104K25
C1340, C1342, C1344-C1346, C1348
C1350
C1304
CKSRYB104K25
CKSRYB104K25
CKSRYB474K10
RESISTORS
R1301
Other Resistors
RN1/16SE1802D
RS1/16S###J
OTHERS
CN1301
CN1302
JA1303
KN1301
KN1302
B
24P FFC CONNECTOR
10P FF CONNECTOR
1P JACK BOARD
WRAPPING TERMINAL
WRAPPING TERMINAL
52045-2445
DKN1454
PKB1033
VNF1084
VNF1084
N SLSW ASSY
RESISTORS
R1239, R1240
R1204, R1213, R1222, R1231
R1263–R1265
Other Resistors
4
RD1/2VM221J
RD1/2VM820J
RS1/10S0R0J
RS1/16S###J
SWITCHES AND RELAYS
S2401-S2404
VSH1025
CAPACITORS
C
C2401-C2404
OTHERS
CN1204
CN1201
CN1203
CN1202
JA1201
6P FFc CONNECTOR
7P FFC CONNECTOR
12P FFC CONNECTOR
24P FFC CONNECTOR
DIN CONNECTOR 5P
CN1205 31P FFC CONNECTOR
SHIELD CASE (MIDI)
KN1203 SCREW PLATE
KN1201 WRAPPING TERMINAL
KN1202 WRAPPING TERMINAL
D
52044-0645
52045-0745
52045-1245
52045-2445
DKN1188
RESISTORS
Other Resistors
CN2401 6P FFC CONNECTOR
52044-0645
O HPAMP ASSY
SEMICONDUCTORS
> IC2505, IC2506
> IC2504
OTHERS
CN1401 FFC BOTTOM CONNECTOR 7P 52492-0720
JA1401, JA1402 2P PIN JACK
DKB1079
M DIGIB ASSY
SEMICONDUCTORS
E
RS1/16S###J
OTHERS
DKN1451
DNH2736
VNE1948
VNF1084
VNF1084
L DIGIA ASSY
IC1307
IC1308
IC1303
IC1312
IC1309–IC1311, IC1313
CKSRYB103K50
AD1895AYRS
AK4114VQ
TC74HCU04AF
TC7SET08FUS1
TC7SH08FUS1
IC2503
IC2502
IC2501
DEK1086
DEK1094
NJM2068M
NJM4558MD
PCM1742KE
IC2507
Q2503, Q2504
Q2509
Q2505, Q2507
D2501–D2504, D2506–D2512
TA78L12F
2SB1238X
2SC2412K
2SD1859X
1SS355
D2513
UDZS3R3(B)
SWITCHES AND RELAYS
RY2501
VSR1008
COILS AND FILTERS
F1301–F1304
L1304
F1305, F1306
DTF1069
PTL1003
VTF1091
CAPACITORS
CAPACITORS
F
C1330, C1332, C1334, C1347
C1314
C1318
C1311, C1312
CEAT100M50
CEAT101M16
CEAT470M16
CKSRYB103K50
122
C2510, C2515
C2540, C2541
C2501, C2514
C2519–C2522, C2526, C2534, C2535
C2531, C2533, C2536, C2537
CCSRCH220J50
CCSRCH471J50
CCSRCH820J50
CEAT100M50
CEAT101M25
C2524, C2528, C2542
C2518, C2523
CEAT221M25
CEAT2R2M50
DJM-800
1
2
3
4
5
Mark No.
6
Description
C2532
C2502–C2505, C2508, C2538, C2539
C2506, C2507, C2509
7
8
Part No.
CEAT470M25
CKSRYB104K25
CKSRYB104K50
A
RESISTORS
R2501, R2513, R2515, R2532
R2518, R2523
R2504, R2524
R2509, R2528
R2516, R2519, R2533, R2535
RD1/2VM122J
RD1/2VM221J
RN1/16SE1001D
RN1/16SE1802D
RS2LMF270J
Other Resistors
RS1/16S###J
OTHERS
CN2501 KR CONNECTOR
CN2502 5P TOP POST
CN2503 16P FFC CONNECTOR
B
B4B-PH-K
B5B-EH
DKN1453
P HPJACK ASSY
COILS AND FILTERS
F802–F804
VTF1093
CAPACITORS
C809, C810
CKSRYB104K25
C
RESISTORS
Other Resistors
RS1/16S###J
OTHERS
CN9 KR CONNECTOR
JA10 HEADPHONE JACK
B4B-PH-K
DKN1281
R ACSW ASSY
D
SWITCHES AND RELAYS
> S1
DSA1031
CAPACITORS
> C1
ACG7030
OTHERS
> CN91 AMP U-P CONNECTOR 2P
> J0 CONNECTOR ASSY
2-178496-4
DKP3768
E
6. ADJUSTMENT
• There is no information to be shown in this chapter.
F
123
DJM-800
5
6
7
8
1
2
3
4
7. GENARAL INFORMATION
7.1 DIAGNOSIS
A
7.1.1 TEST MODE
1. Description of Test Modes
The following eight test modes are provided for this unit:
1 mode 1 : For confirmation of the software version
2 mode 2 : All LEDs and FL display "OFF" MODE. "ALL CLR"
3 mode 3 : All LEDs and FL display "ON" MODE. "ALL SET"
4 mode 4 : KEY operating TEST. (KEY TEST)
5 mode 5 : SELECT SW Operating Test. (SW TEST)
6 mode 6 : Volume Test 1. (VOLTEST1)
7 mode 7 : Volume Test 2. (VOLTEST2)
8 mode 8 : Volume Test 3. (VOLTEST 3)
9 mode 9 : Volume Test 4. (VOLTEST 4)
0 mode 8 : Fader Test . (FDRTEST)
- mode 9 : Meter LED Test . (METERTEST)
B
2. Test Mode
Cyclic operation
Test mode : ON
SOUND
COLOR FX
buttons
Feder
Stat
HARMONIC
1
CH-1
CUE
button
Mode 1
Mode 2
Mode 3
TAP
button
(Rear panel)
POWER ON
Test mode
(Mode 1)
CUE
Mode 4
Mode 11
Mode 5
TAP
Mode 10
C
Mode 6
Mode 9
Mode 8
Mode 7
POWER SW
POWER
Test mode : CANCEL
MASTER
MIC
MIC 1
CD
/DIGITAL
MIC 2
(Rear panel)
POWER OFF
CD
/DIGITAL
LINE
TRIM
D
MIC 1
LEVEL
0
MIC 2
LEVEL
0
TRIM
OVER
10
10
+9
2
2
2
2
1
1
1
1
0
+6
MID
MIC
0
+6
MID
–1
+6
+6
+6
–10
–15
–15
–15
–24
–24
–24
dB -26
dB
+6
0
MID
–1
–2
13
–2
EQ
–3
–7
14
-26
–5
–5
LOW
–10
+6
1
+6
–3
-26
–10
dB -26
2
-26
–1
EQ
–7
LOW
7
4
0
MID
–5
-26
–7
LOW
12
–3
–5
-26
+6
–2
EQ
–3
–5
-26
–1
–2
EQ
–7
LOW
-26
+9
HI
4
-26
10
7
4
0
0
OVER
HI
4
–3
+6
-12
+9
7
HI
4
HI
EQ
+9
7
HI
PHONO
TRIM
OVER
10
–2
+6
TRIM
OVER
10
7
LEVEL
LINE
/DIGITAL
PHONO
OVER
–1
-12
LINE
/DIGITAL
PHONO
PROFESSIONAL MIXER
+6
–7
LOW
–10
–10
–15
–15
–24
–24
dB
+6
-26
-26
+6
dB
L
BEAT
R
MIDI START
/STOP
AUTO/TAP
OFF ON TALK
OVER
COLOR
COLOR
HARMONIC
COLOR
COLOR
BALANCE
SWEEP
TAP
SOUND COLOR FX
CRUSH
FILTER
LOW
41
E
FADER START
1
2
3
CUE
CUE
LOW
HI
CUE
HI
CUE
L
R
10
9
8
7
6
5
4
3
2
1
0
STEREO
10
9
8
7
6
5
4
3
2
1
0
10
9
8
7
6
5
4
3
2
1
0
CUE
CUE
MONO
MIXING
CUE
LOW
HI
4
HEADPHONES
MONO SPLIT
LOW
HI
BEAT EFFECTS
STEREO
FLANGER
FILTER
TRANS
PAN
REV DLY
ECHO
PHASER
REVERB
ROBOT
CHORUS
ROLL
REV ROLL
AY
BOOTH MONITOR
3
SND/RTN
4 MIC
CF.A
CF.B
2
1
MASTER
0
TIME
CH FADER
MASTER
LEVEL
CROSS FADER
LEVEL/DEPTH
0
A THRU B
A THRU B
A THRU B
A THRU B
MIN
CROSS FADER ASSIGN
A
F
124
DJM-800
1
2
3
MAX
ON/OFF
PHONES
4
5
6
7
8
How to start the Test Mode.
A
To enter test mode, turn the Power button while pressing all of the HARMONIC,
FADER START CH1,CUE CH1 buttons.
There are 11 modes in this Test Mode.
If the TAP button is pressed, Mode1 ~ 11 can be selected by selector switch.
When set up mode is started, Mode 1 is selected automatically.
Once Test Mode starts, it keeps the test mode until turning the Power off.
B
Test mode Contents.
1 Mode 1 : Confirmation of software version.
Mode that confirms version of microcomputer, DSP (program), DSP (data), and FPGA.
It is displayed a version of firmware by FL display.
C
For exsample
Microcomputer : 1.000
DSP (program) : 1.000
M 1.000
D 1.000
D
2 Mode 2 : ALL LED & FL display "OFF" MODE. "ALL CLR"
It displays "ALL CLR" on the FL display in the first 2 seconds.
3 Mode 3 : ALL LED & FL display "ON" MODE. "ALL SET"
E
It displays "ALL SET" on the FL display in the first 2 seconds.
F
125
DJM-800
5
6
7
8
1
2
3
4
4 Mode 4 : KEY OPERATING TEST. "KEY TEST"
A
• While the self-illumination buttons are being pressed, LEDs lights.
• The abbreviated name of selected key is displyed on the FL display.
LED TABLE
Buttons
HARMONIC
SWEEP
CRUSH
FILTER
FADER START CH1
FADER START CH2
FADER START CH3
FADER START CH4
CUE CH1
CUE CH2
CUE CH3
CUE CH4
CUE MASTER
CUE EFFECT
)
BEAT DOWN(
)
BEAT UP (
AUTO/TAP
MIDI START/STOP
EFFECT ON/OFF
B
C
Lighting LED
FL Display
HARMONIC LED
SWEEP LED
CRUSH LED
FILTER LED
FADER START CH1 LED
FADER START CH2 LED
FADER START CH3 LED
FADER START CH4 LED
CUE CH1 LED
CUE CH2 LED
CUE CH3 LED
CUE CH4 LED
CUE MASTER LED
CUE EFFECT LED
COLOR CH1 LED
COLOR CH2 LED
COLOR CH3 LED
COLOR CH4 LED
EFFECT ON/OFF LED
MIX_A
MIX_B
MIX_C
MIX_D
FS_CH1
FS_CH2
FS_CH3
FS_CH4
CUE_CH1
CUE_CH2
CUE_CH3
CUE_CH4
CUE_MAS
CUE_EFF
B_DOWN
B_UP
AUTO
MIDI
EFCT_ON
Remark
Red and green LED light
at the same time.
5 Mode 5 : SELECT SW Operating Test. "SW TEST"
• The selected SW can be confirmed by LEDs lights.
D
CD/DIGITAL SELECT SW CH1
Headphone
MONO/STEREO
Lights Green
"CD" is selected : Lights Red
"DIGITAL" is selected :
Lights Green
"LINE" is selected : Lights Red
COLOR CH3 LED
LINE/DIGITAL SELECT SW CH4
MIC
"DIGITAL" is selected :
COLOR CH2 LED
LINE/DIGITAL SELECT SW CH3
E
"CD" is selected : Lights Red
COLOR CH1 LED
CD/DIGITAL SELECT SW CH2
: OFF
: ON
: TALK OVER
: MONO SPLIT
: STEREO
Remark
Lighting LED
Swich
"DIGITAL" is selected :
Lights Green
"LINE" is selected : Lights Red
COLOR CH4 LED
"DIGITAL" is selected :
Lights Green
MIC LED
MIC LED & CH1 Level Meter -24dB LED
-24dB
CH2 Level Meter LED
-15dB
F
126
DJM-800
1
2
3
4
5
6
7
8
5 Mode 5 : SELECT SW Operating Test. "SW TEST"
A
Assign A
THRU
Assign B
Assign A
CH FADER
THRU
Assign CH2
Assign B
Assign A
CH FADER
THRU
Assign CH3
Assign B
Assign A
CH FADER
THRU
Assign CH4
Assign B
CD/DIGITAL LINE
CD DIGITAL
LINE
Select SW CH1
CD/DIGITAL PHONO
CD DIGITAL
Select SW CH2
PHONO
LINE/DIGITAL PHONO
CD DIGITAL
Select SW CH3
PHONO
LINE/DIGITAL PHONO
CD DIGITAL
Select SW CH4
PHONO
Left
CH FADER
Center
CURVE select SW
Right
Left
CROSS FADER
Center
CURVE select SW
Right
DELAY
ECHO
REV DLY
PAN
TRANS
FILTER
FLANGER
Effect Select
SW
PHASER
REVERB
ROBOT
CHORUS
ROLL
REV ROLL
SND/RTN
1
2
3
4
CH Select
SW
MIC
CF.A
CF.B
MASTER
MONO STEREO
Select SW
CH FADER
Assign CH1
:
:
:
:
:
:
:
:
:
:
:
:
:
:
:
:
:
:
:
:
:
:
:
:
:
:
:
:
:
:
:
:
:
:
:
:
:
:
:
:
MIC SIGNAL Select sw
Remark
Lighting LED
Swich
CH1 Level Meter LED
CH2 Level Meter LED
CH3 Level Meter LED
CH4 Level Meter LED
CH1 Level Meter LED
CH2 Level Meter LED
CH3 Level Meter LED
CH4 Level Meter LED
CH4 Level Meter LED
CH3 Level Meter LED
Master Level Meter R CH LED
Master Level Meter L CH LED
7dB
10dB
OVER
7dB
10dB
OVER
7dB
10dB
OVER
7dB
10dB
OVER
B
0dB
0dB
0dB
0dB
-24dB
-15dB
-10dB
-24dB
-15dB
-10dB
-24dB
-15dB
-10dB
-7dB
-5dB
-3dB
-2dB
-1dB
0dB
1dB
2dB
4dB
7dB
10dB
-24dB
-15dB
-10dB
-7dB
-5dB
-3dB
-2dB
-1dB
Master Level Meter L CH LED
10dB
Master Level Meter L CH LED
OVER
C
D
E
MONO : Lights off
STEREO : Lights
ADD : Lights off
CUT : Lights
F
127
DJM-800
5
6
7
8
1
2
3
4
5 Mode 5 :SELECT SW Operating Test. " SW TEST "
A
• The status is displayed on the FL Display about the following.
Swich
FL Display
Position of FL Display
"48k" is selected : Display "48".
"96k" is selected : Display "96".
Digital Out Sampling Rate Select SW
B
When the cable is connected up to L side
RETURN IN
terminal, it displays as "R".
• Default "0"
• Upper limit "100"
TIME Encoder
• Lower limit "-100"
C
Example
Example of selecting 96k
Example of selecting Upper Limit
D
E
F
128
DJM-800
1
2
3
4
5
6
7
8
6 Mode 6 : Volume Test 1. " VOLTEST1 "
A
• This mode displays a value of volume as shown below on a Level Meter.
• HI of MIC,HI of CH1,CH2,CH3,CH4
• MASTER LEVEL
Volume
Lighting LED
MIC HI
Master Level Meter L CH LED
CH1 HI
CH1 Level Meter LED
CH2 HI
CH2 Level Meter LED
CH3 HI
CH3 Level Meter LED
CH4 HI
CH4 Level Meter LED
MASTER LEVEL
Master Level Meter R CH LED
Remark
"-12" :
"+6" :
"-26" :
"+6" :
"-26" :
"+6" :
"-26" :
"+6" :
"-26" :
"+6" :
"- ∞ " :
"0" :
Lights off
Full Illuminate
Lights off
Full Illuminate
Lights off
Full Illuminate
Lights off
Full Illuminate
Lights off
Full Illuminate
Lights off
Full Illuminate
B
C
• This mode displays a value of CH1 TRIM volume in the FL Display.
I will turn on from upper left according to value of TRIM in turn, and only lower berth rightmost edge
of effect name display lights it that I finish turning it.
It displays "VOLTEST1" on the FL display in the first 2 seconds.
Then it displays "VOL 1" on the bottom of ths FL Display. (in order to let you display TRIM value)
D
VOLTEST
VOL 1
E
F
129
DJM-800
5
6
7
8
1
2
3
4
A
7 Mode 7 :Volume Test 2. " VOLTEST2 "
• This mode displays a value of volume as shown below on a Level Meter.
• LOW of MIC,MID of CH1,CH2,CH3,CH4
• MASTER BARANCE
Lighting LED
Volume
B
C
Remark
MIC LOW
Master Level Meter L CH LED
CH1 MID
CH1 Level Meter LED
CH2 MID
CH2 Level Meter LED
CH3 MID
CH3 Level Meter LED
CH4 MID
CH4 Level Meter LED
MASTER BARANCE
Master Level Meter R CH LED
"-12" :
"+6" :
"-26" :
"+6" :
"-26" :
"+6" :
"-26" :
"+6" :
"-26" :
"+6" :
"L" :
"R" :
Lights off
Full Illuminate
Lights off
Full Illuminate
Lights off
Full Illuminate
Lights off
Full Illuminate
Lights off
Full Illuminate
Lights off
Full Illuminate
• This mode displays a value of CH 2 TRIM volume in the FL Display.
I will turn on from upper left according to value of TRIM in turn, and only lower berth rightmost edge
of effect name display lights it that I finish turning it.
It displays "VOLTEST2" on the FL display in the first 2 seconds.
Then it displays "VOL 2" on the bottom of ths FL Display. (in order to let you display TRIM value)
D
VOLTEST
E
F
130
DJM-800
1
2
3
4
5
6
7
8
A
8 Mode 8 : Volume Test 3. " VOLTEST "
• This mode displays a value of volume as shown below on a Level Meter.
• H.P. MIXING,LOW of CH1,CH2,CH3,CH4
• BOOTH MONITOR
Volume
Lighting LED
H.P. MIXING
Master Level Meter L CH LED
CH1 LOW
CH1 Level Meter LED
CH2 LOW
CH2 Level Meter LED
CH3 LOW
CH3 Level Meter LED
CH4 LOW
CH4 Level Meter LED
BOOTH MONITOR
Master Level Meter R CH LED
Remark
"CUE" :
"MASTER" :
"-26" :
"+6" :
"-26" :
"+6" :
"-26" :
"+6" :
"-26" :
"+6" :
"- ∞ " :
"0" :
B
Lights off
Full Illuminate
Lights off
Full Illuminate
Lights off
Full Illuminate
Lights off
Full Illuminate
Lights off
Full Illuminate
Lights off
Full Illuminate
C
• This mode displays a value of CH3 TRIM volume in the FL Display.
I will turn on from upper left according to value of TRIM in turn, and only lower berth rightmost edge
of effect name display lights it that I finish turning it.
It displays "VOLTEST3" on the FL display in the first 2 seconds.
Then it displays "VOL 3" on the bottom of ths FL Display.(in order to let you display TRIM value)
D
VOLTEST
E
F
131
DJM-800
5
6
7
8
1
2
3
4
9 Mode 9 : Volume Test 4. " VOLTEST "
• This mode displays a value of volume as shown below on a Level Meter.
• H.P. LEVEL,COLOR of CH1,CH2,CH3,CH4
• LEVEL/DEPTH
A
B
Volume
Lighting LED
H.P. LEVEL
Master Level Meter L CH LED
CH1 COLOR
CH1 Level Meter LED
CH2 COLOR
CH2 Level Meter LED
CH3 COLOR
CH3 Level Meter LED
CH4 COLOR
CH4 Level Meter LED
LEVEL/DEPTH
Master Level Meter R CH LED
Remark
"-• " :
"0" :
"LOW" :
"HI" :
"LOW" :
"HI" :
"LOW" :
"HI" :
"LOW" :
"HI" :
"MIN" :
"MAX" :
Lights off
Full Illuminate
Lights off
Full Illuminate
Lights off
Full Illuminate
Lights off
Full Illuminate
Lights off
Full Illuminate
Lights off
Full Illuminate
• This mode displays a value of CH4 TRIM volume in the FL Display.
I will turn on from upper left according to value of TRIM in turn, and only lower berth rightmost edge
of effect name display lights it that I finish turning it.
It displays "VOLTEST4" on the FL display in the first 2 seconds.
Then it displays "VOL 4" on the bottom of ths FL Display. (in order to let you display TRIM value)
C
VOLTEST
D
0 Mode 10 : Fader Test. " FDRTEST "
• Mode that confirms a value of each CH Fader and Cross Fader.
E
FADER
Lighting LED
CH1 FADER
CH1 Level Meter LED
CH2 FADER
CH2 Level Meter LED
CH3 FADER
CH3 Level Meter LED
CH4 FADER
CH4 Level Meter LED
CROSS FADER
Master Level Meter L CH LED
Remark
"0" :
"10" :
"0" :
"10" :
"0" :
"10" :
"0" :
"10" :
"A" :
"B" :
Lights off
Full Illuminate
Lights off
Full Illuminate
Lights off
Full Illuminate
Lights off
Full Illuminate
Full Illuminate
Lights off
- Mode 11 : Meter LED Test. " METERTEST "
• Mode that confirms a value of each CH Fader and Cross Fader.
• LED of each CH of Level Meter lights from the bottom one by one when the CUE key is pressed.
The default all Lights off.
It is possible to return to all Lights off when pressing it 15 times
F
again after it presses it (LED on lights most) and to repeat from the beginning.
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5
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8
7.1.2 REWRITING THE FIRMWARE
Items required
A
• DJM-800 (This model)
• PC (Windows 98, XP, 2000)
• RS-232C jig (GGF1490)
• Flash Development Tool Kit (ver. 3.3)
• Program Flash File
About these softwares (Flash Development Tool kit and Program Flash Files)
To obtain these software, contact your nearest Pioneer service center.
Connections
Connect GND terminal of the RS-232C jig board and
GND (chassis) of the DJM-800.
B
PC
RS-232C jig
(GGF1490)
(operate on 3.3V)
CN1
Blind Cap
CN3
DSP BOARD
CN14
UPDATE
CONNECTOR
RS-232C
C
RS-232C jig (GGF1490) Schematic diagram
FOR CDJ-800
Parts List
SEMICONDUCTORS
IC1
Q1
Q2
: MAX3232CSE+
: DTA124EK
: DTC124EK
CAPACITORS
C1, C2, C3, C4, C5
C7
: CEAT100M50
: CKSQYB103K50
RESISTORS
R1
R2, R3
: RD1/4PU221J
: RD1/4PU103J
RS-232C Jig
C4
10/50
To PC (RS-232C)
OTHERS
CN1 (RS-232C CONNECTOR) : DKN1343
CN3 (6P CONNECTOR)
: B6B-PH
CN4 (MINI JACK)
: AKN7014
SW1, 2 (SWITCH)
: DSH1049
C1 +
10/50
1
2
3
4
5
6
NC
GND
7
C2 +
10/50
8
9
NC
C3
10/50 +
CN1
DKN1343
B
E
STBY
+
GND
1
16
2
15
3
14 NC
4
13
5
12 NC
6
11
7
10
8
9
C5 +
10/50
GND
C6
0.01
GND
Q1
DTA124EK
C7
0.01 R3
10k
GND
C
E
GND
2
A
3
D
AKN7014
C
GND
1
B
CN4
R1
220
R2
10k
C
FOR CDJ-800
SW2
OTHER
1 REMO
2 REMI
TEST MODE
3 V+5V
SW1
4 RMIN
5 FLWR
6 GNDD
UPDATE
CN3
To
DSP BOARD
CN14
UPDATE
CONNECTOR
B6B-PH
B
Q2
DTC124EK
E
SW position
SW1 : UPDATE
SW2 : OTHER
GNDD
GND
IC1
MAX3232CSE+
MAXIM
F
133
DJM-800
5
6
7
8
1
2
3
4
DJM-800
Order of updating
A
1. Update of the DSP program (if required)
2. Update of DSP data (if required)
3. Update of the microcomputer software
Note: Be sure to update the microcomputer software after updating of the DSP program and
/or DSP data is performed.
How to update the microcomputer software
1. For the method for updating the microcomputer software, see "How to use the Flash Development Toolkit."
(The updating method is the same as with the EFX-1000.)
B
Use "djm800_xxxx.mot" as the update file.
Note: If the Flash Development Toolkit is not installed on your PC,
see "How to install the Flash Development Toolkit."
How to update the DSP program and DSP data
How to update the DSP program
1. Update the DSP program of the DJM-800, using the "dsp_upp_xxxx.mot" update file, in the same way
as with the microcomputer software.
2. After disconnecting the special tool from the DJM-800, turn the DJM-800 on.
3. Once data transmission to and writing on the DSP FLASH starts, wait until the message
"UPDATE END" is displayed on the FL display. The LED for the TAP button is unlit while the
DJM-800 is starting up, flashes while the DSP program is being updated, then lit after
the updating is finished.
4. Updating of the DSP program is completed when "UPDATE END" is displayed on the FL display
or the LED for the TAP button lights up.
5. If updating of DSP data is required, go to "How to update DSP data."
If it is not required, update the microcomputer software, using the "djm800_xxxx.mot" update file.
C
How to update DSP data
D
1. Update DSP data of the DJM-800, using the "dsp_upd_xxxx.mot" update file, in the same way as with
the microcomputer software.
2. After disconnecting the special tool from the DJM-800, turn the DJM-800 on.
3. Once data transmission to and writing on the DSP FLASH starts, wait until the message
"UPDATE END" is displayed on the FL display. The LED for the TAP button is unlit while the DJM-800
is starting up, flashes while DSP data are being updated, then lit after the updating is finished.
4. Updating of DSP data is completed when "UPDATE END" is displayed on the FL display or
the LED for the TAP button lights up.
5. Be sure to update the microcomputer software, using the "djm800_xxxx.mot" update file.
E
F
134
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1
2
3
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5
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7
8
Installing Flash Development Toolkit
A
Read the Software License Agreement, and if you accept
the conditions, click on Yes.
1. Installation
1.1 Installation
Double-click on the fdt3_3.exe file icon. The window shown
below will open.
Click on Next.
B
Leave the check boxes as they are and click on Next.
C
Select International (English), then click on Next.
D
Leave the check boxes as they are and click on Next.
E
F
135
DJM-800
5
6
7
8
1
2
3
Leave the check boxes as they are and click on Next.
4
The location where Flash Development Tool Kit 3.3 is to be
installed will be displayed.
A
B
With the default setting, the program will be installed under
Program Files on Drive C. You may change the location. If
you do not wish to change the location, skip to Step 1.3.
Leave the check boxes as they are and click on Next.
C
D
E
F
136
DJM-800
1
2
3
4
5
6
7
8
Method 1
You can directly enter the location for installation in the box
enclosed in the frame in the illustration below:
1.2 Changing the location for installation
Click on Browse....
A
B
Method 2
You can select the drive in the box enclosed in the lower
frame and the folder in the box enclosed in the upper frame
in the illustration below:
The window shown below will open.
C
D
After designating the location for installation, click on OK.
Then the Select Destination Directory window will close.
E
F
137
DJM-800
5
6
7
8
1
A
2
3
1.3 The location where the backup directory will be
created is displayed.
If you wish to change the location, you can change it in the
same manner as in Step 1.2.
Normally, leave the location setting as it is and click on
Next.
4
Click on Install. Installation starts.
B
During installation, the display shown below indicates the
progress of installation.
C
D
1.4 You can register the program on the Start menu.
Normally, leave the setting as it is and click on Next.
When installation is completed, the message shown below
will be displayed. Click on Finish. Installation is completed.
E
F
138
DJM-800
1
2
3
4
5
6
2. Initial settings
Click on Start, and select Program, Renesas, Flash
Development Tool Kit 3.3, then Flash Development Tool Kit
3.3 Basic. The program will start up, and the window shown
below will open.
7
8
2.3 Device setting
Enter 24.5760 in the Enter the CPU crystal frequency for
the selected device: box. Leave other settings as they are.
Click on Next.
A
B
2.1 Selection of the device and kernel
Select H8S/2377F in the Select Device: box then click on
Next.
2.4 Connection type
Click on the Use Default check box to remove the check
mark for this option. Select 19200 in the Recommended
Speeds: box.
C
D
2.2 Selection of the port
Select the port to be used in the Select port: box then click
on Next.
E
F
139
DJM-800
5
6
7
8
1
A
2
3
2.5 Registering the initial settings
Click on Finish to register the initial settings.
4
3. How to use
Click on the User Area check box in Download File Area to
place a check mark in the check box.
B
The program starts.
C
Designate the file in the User Area: box in File Selection.
D
Click on Options then click to place a check mark in the
Request Checksum check box.
E
F
Now installation and registration of the initial settings have
been completed.
140
DJM-800
1
2
3
4
5
6
Click on Program Flash.
7
8
When downloading is finished, click on Disconnect. After
confirming that "Disconnected" is displayed in the window,
turn off the DJM-800(efx1000).
A
B
Downloading will start.
C
D
If you wish to change the device or port settings, select
Options then New Settings.
Change settings, referring to "2. Initial settings."
E
F
141
DJM-800
5
6
7
8
1
2
3
4
Instruction Manual for Flash Development Tool Kit
A
B
Preparation: Connect the DJM-800(efx1000) and your PC, using the RS-232C jig.
Note: After the above connection is made, when the DJM-800 is turned on, it will enter Writing mode. In Writing mode, all the
LEDs remain unlit. However, when the DJM-800(efx1000) is turned on or off, it clicks.
• How to confirm the port to be used on your PC
Double-click on System in Control Panel, or right-click on
My Computer and select System Properties. Click on the
Hardware tab and select Device Manager. You can confirm
the port at Port (COM and LPT).
Click on the Port Setting tab and select 19200 in the bps
box.
C
Set the baud rate of the port to be used to 19200.
Example: COM1
Double-click on the port name to be used.
D
Click on OK. The setting is completed.
E
F
142
DJM-800
1
2
3
4
5
6
7
8
1. Starting the program
Click on Start, and select Program, Renesas, Flash
Development Tool Kit 3.1, then Flash Development Tool Kit
3.1.
The workspace will open.
A
B
When the program starts, the following message will be
displayed.
Click on OK.
To change the port where the RS-232C jig is to be
connected, modify the setting in the following way (if the
port does not need to be changed, skip to "2. Selecting the
.mot file to be downloaded into the DJM-800(efx1000)"):
Click on the Configure Flash Project icon.
C
The Flash Properties window will be displayed.
Then the window shown below will be displayed.
Select Open a recent project workspace then click on OK.
D
Click on the Communications tab. The screen shown below
will be displayed. Click on Port.
E
F
143
DJM-800
5
6
7
8
1
A
2
3
The window shown below will open. Designate the port then
click on Finish. The Communications Port window will then
close.
4
2. Selecting the .mot file to be downloaded into
the DJM-800(efx1000)
Right-click on the project name and select Add Files....
B
C
Select a .mot file to be downloaded from the folder then
click on Add.
D
The .mot file to be downloaded will be added.
E
F
144
DJM-800
1
2
3
4
5
6
7
8
3. Downloading the .mot file into the DJM-800
Turn on the DJM-800(efx1000). Click on the Connect icon
to activate connection of the DJM-800(efx1000) with the
PC.
When the message "Image successfully written to device"
is displayed, downloading has been finished.
A
If the display shown below appears, the connection has
been successfully made.
B
• Confirming if downloading has been successfully
completed
Right-click on the .mot file, and select Compare File →
Device Checksum.
Right-click on the .mot file and select Download File.
C
Check the values enclosed in the frames in the illustration
below. If these two values are the same, downloading has
been successfully completed.
D
Downloading will start.
E
4. Exiting from the program
Click on the Disconnect icon to deactivate connection of the
DJM-800(efx1000) with the PC.
Turn off the DJM-800(efx1000), and unplug the cables of
the RS-232C jig.
145
DJM-800
5
6
F
7
8
1
2
3
4
7.2 POWER ON SEQUENCE
Power ON Sequence
A
DAC initialization
Power ON
Release the CPU reset
Release the reset when pin 92
of IC1 is H.
Interrupt mask
B
Mute ON
Data and clock outputs with pins
133 and 135 of IC1.
WAIT (10 msec)
Initial setting of the work
Pin 3 of IC1 is H.
DIT initialization
CPU initialization
WAIT (500 msec)
RAM clear
Test mode ?
Data and clock outputs with pins
142 and 138 of IC1.
Bootwait of DSP
Yes
No
Test mode processing
Interrupt enable
C
MIDI CH setting
mode ?
TSTR timer interrupt set
Display a model name in FL
FPGA program load
(470ms)
D
Release the FPGA reset
DSP reset
Release the DSP reset
E
No
Data and clock outputs with pins
142 and 138 of IC1.
Control with pins 57 and 58.
Clear the FPGA program when
pin 24 of IC1 is H. Data and clock
outputs with pins 137 and 141.
Load is completed normally when
pin 71 of IC13 is H.
Release the reset when pin 27
of IC1 is H.
Wait for 30ms when pin 26 of IC1
is H, and wait for 60ms with L,
then reset it.
Release the reset when pin 26 of
IC1 is H. Also release the reset
the IC904, IC1501, IC918, IC409,
IC509, IC609, IC709, IC1307,
IC1308, IC1202, IC1203, IC1208,
IC1209, IC1214, IC1215, IC1217,
IC1218 and IC12 with this pin.
DIR initialization
WAIT (4000 msec)
Mute OFF
Yes
MIDI CH setting mode
processing
4CH realtime initialization.
Data output with pins 10 and 13
of IC13, and clock output with
pins 11 and 14.
Waits for noise rejection
Pin 3 of IC1 is L
Starts the LED display
Starts the key scan
Main processing
WAIT (10m sec)
F
146
DJM-800
1
2
3
4
5
6
7
8
7.3 DISASSEMBLY
Note: Even if the unit shown in the photos and illustrations in this manual may differ from your product, the procedures
described here are common.
A
Knobs and Volumes Location
A
B
B
F
C
G
D
B
C
J
I
H
H
D
E
A
Rotary SW knob S (C)
(DAA1204) ×4
D
Rotary SW knob (HM)
(DAA1197) ×4
G
Rotary SW knob S (A)
(DAA1177) ×2
J
Select knob
(DAA1179) ×2
White
White
White
Silver
Black
Gray
B
Rotary SW knob (MA)
(DAA1198) ×3
E
H
Slider knob (L2)
(DAC2371) ×5
White
Black
E
Rotary SW knob (A)
(DAA1175) ×3
White
White
White
Black
Black
Black
C
Rotary SW knob (B)
(DAA1176) ×12
F
Rotary SW knob S (B)
(DAA1178) ×2
I
Rotary SW knob (C)
(DAA1180) ×1
White
White
Black
Black
Gray
F
White
147
DJM-800
5
6
7
8
1
2
3
4
Disassembly
A
1 Cross Fader Section
1
2
3
Remove the slider knob (L2).
Remove the two screws.
3
Remove the CRSFD Assy with CRF panel.
2
1
2
B
CRF panel
4
Slider knob (L2)
Disconnect the connector.
Exchange
4
C
CRSFD Assy
2 CH Fader Section
1
2
3
2
Remove the four slider knob (L2)s.
3
Remove the four screws.
1
2
1
1
Remove the CHF panel.
1
2
2
D
CHF panel
E
4
5
Disconnect the four connectors.
5
5
Slider knob (L2)
5
5
Remove the eight screws.
4
4
4
4
Exchange
5
5
CHFD2 Assy
CHFD1 Assy
5
5
CHFD4 Assy
CHFD3 Assy
F
148
DJM-800
1
2
3
4
5
6
7
8
3 Control Panel Section
1
2
3
4
5
Remove the four Rotary SW knob S (HM)s.
3
4
3
4
Remove the two screws.
A
Remove the two screws.
1
×4
Remove the six screws.
Remove the control panel section.
Rotary SW knob S (HM)
B
4
2
4
5
2
4
4
Control panel section
PANEL2 Assy
C
PANEL1 Assy
MIC2 Assy
MIC1 Assy
D
Front view
E
CHFD3 Assy
CHFD4 Assy
CHFD1 Assy
CHFD2 Assy
HP JACK Assy
CRSFD Assy
F
149
DJM-800
5
6
7
8
1
2
3
4
4 Bracket TRIM and Shield Case
Bracket TRIM
A
1
2
3
1
Bracket TRIM
×4 Extension shaft
Remove the four extension shafts.
Remove the four nuts M7.
Remove the bracket TRIM.
3
2
×4
Nut M7
B
C
Shield Case AC and Shield Case
D
1
2
3
4
5
Remove the three screws.
3
Remove the shield case AC.
3
1
1
1
Remove the two screws.
Remove the three screws.
Remove the shield case.
Shield case AC
Shield case
2
5
4
E
4
4
F
150
DJM-800
1
2
3
4
5
6
7
8
5 INPUT Assy and Shield Case DSP
INPUT Assy
1
2
1
×6 Short pin plug
Remove the six short pin plugs.
A
Remove the five screws.
2
2
2
2
2
INPUT Assy
3
4
5
Remove the two screws.
B
Disconnect cables, as required.
Remove the INPUT Assy.
5
3
Shield Case DSP
6
7
8
9
10
3
4 4 4
8
8
Remove the three screws.
Remove the styling sheet.
4
9
Remove the four screws.
6
Disconnect cables, as required.
9
10
6
Remove the shield case DSP.
C
Shield case DSP
6
8
9
DIGIA Assy
7
8
9
SLSW Assy
TRIM1 Assy
TRIM3 Assy
TRIM2 Assy
TRIM4 Assy
ACSW Assy
D
DIGIB Assy
DIGIC Assy
OUTPUT Assy
INPUT Assy
E
HPAMP Assy
POWER SUPPLY
Unit
DSP Assy
F
151
DJM-800
5
6
7
8
1
2
3
4
7.4 IC INFORMATION
DYW1757(HD64F2377) : (DSP ASSY : IC 1)
• Microcomputer
A
Pin Function
No.
B
C
D
E
F
Mark
Pin Name
I/O
Pin Function
1
MD2
MD2
I
Mode pin 2 NOR: Mode 4 At rewriting: Mode 3
2
VSS
VSS
I
GND
3
P80
MUTE
O
MUTE signal 0: Mute ON, 1: Mute OFF
4
VCC
VCC
I
Power supply
5
A0
A0
O
Address bus output A0
6
A1
A1
O
Address bus output A1
7
A2
A2
O
Address bus output A2
8
A3
A3
O
Address bus output A3
9
A4
A4
O
Address bus output A4
10
VSS
VSS
I
GND
11
A5
A5
O
Address bus output A5
12
A6
A6
O
Address bus output A6
13
A7
A7
O
Address bus output A7
14
A8
A8
O
Address bus output A8
15
A9
A9
O
Address bus output A9
16
A10
A10
O
Address bus output A10
17
A11
A11
O
Address bus output A11
18
VSS
VSS
I
GND
19
PB4
DIGIANA1
I
CH1 Digital <-> Analog SW
20
PB5
DIGIANA2
I
CH2 Digital <-> Analog SW H : Digital, L : Analog
21
PB6
DIGIANA3
I
CH3 Digital <-> Analog SW H : Digital, L : Analog
22
PB7
DIGIANA4
I
CH4 Digital <-> Analog SW H : Digital, L : Analog
23
PA0
XDONE
I
FPGA program ready H : Digital, L : Analog
24
PA1
XPGM
O
FPGA program clear
25
VSS
VSS
I
GND
26
PA2
DSP_RESET
O
RESET OUT H : Release of RESET, L : RESET
27
PA3
FPGA_RESET
O
RESET OUT H : Release of RESET, L : RESET
28
PA4
DIGIANA_SEL1
O
CH1 input select 0: Analog side 1, 1: Digital side 1
29
PA5
DIGIANA_SEL2
O
CH2 input select 0: Analog side 2, 1: Digital side 2
30
PA6
DIGIANA_SEL3
O
CH3 input select 0: Analog side 3, 1: Digital side 3
31
PA7
DIGIANA_SEL4
O
CH4 input select 0: Analog side 4, 1: Digital side 4
32
EMLE
EMLE
I
Emulator enable pin Set to L level at normal operation. GND by 1k.
33
TXD3
MIDI_TXD
O
MIDI TXD send only
34
P82
SIO_SEL0
O
SIO port select 0 FPGA, DAC, selection (at power on) H : FPGA, L : DAC
35
PH0
SIO_SEL1
O
SIO port select 1 DIT selection L : DIT
36
PH1
SIO_SEL2
O
SIO port select 2 EEPROM selection
37
PH2
SIO_SEL3
O
FPGA_SIO0 DIR (CH1,CH3) selection L : DIR
38
PH3
SIO_SEL4
O
FPGA_SIO1 DIR (CH2,CH4) selection L : DIR
39
WDTOVFn EMU_03
O
Overflow output of the watch dock timer for H8JTAG emulator
40
NMI
NMI
I
Nonmaskable interrupt L level fixing
41
VCC
VCC
I
Power supply
42
P10
SW_MAT0
I
KEY matrix b0 input
43
P11
SW_MAT1
I
KEY matrix b1 input
44
P12
SW_MAT2
I
KEY matrix b2 input
45
P13
SW_MAT3
I
KEY matrix b3 input
46
P14
SW_MAT4
I
KEY matrix b4 input
47
P15
SW_MAT5
I
KEY matrix b5 input
48
P16
SW_MAT6
I
KEY matrix b6 input
152
DJM-800
1
2
3
4
5
No.
6
Mark
Pin Name
7
I/O
Pin Function
A
49
P17
SW_MAT7
I
KEY matrix b7 input
50
VSS
VSS
I
GND
51
P20
SW_SCAN0
O
KEY SCAN ADDRESS
52
P21
SW_SCAN1
O
KEY SCAN ADDRESS
53
P22
SW_SCAN2
O
KEY SCAN ADDRESS
54
TXD4
SIO4_TXD
O
Vacant, CH1 line select, H : LINE, L : CD/DIGITAL
55
RXD4
INPUT_SEL1
I
56
P25
MIC_OUT
I
BOOTH MONITOR MIC CUT/ADD H : CUT, L : ADD
57
P26
FL_LAT
O
For FL control
58
P27
FL_BK
O
For FL control
59
P83
INPUT_SEL2
O
H : PHONO, L : CD/DIGITAL
60
P84
INPUT_SEL3
O
H : PHONO, L : LINE/DIGITAL
61
P85
INPUT_SEL4
O
H : PHONO, L : LINE/DIGITAL
62
DCTL
DCTL
I
L fixing
63
D0
D0
I/O
Data bus D0
64
D1
D1
I/O
Data bus D1
65
D2
D2
I/O
Data bus D2
66
D3
D3
I/O
Data bus D3
67
D4
D4
I/O
Data bus D4
68
D5
D5
I/O
Data bus D5
69
D6
D6
I/O
Data bus D6
70
VSS
VSS
71
D7
D7
72
VCC
VCC
I
Power supply
73
D8
D8
I/O
Data bus D8
74
D9
D9
I/O
Data bus D9
75
D10
D10
I/O
Data bus D10
76
D11
D11
I/O
Data bus D11
77
D12
D12
I/O
Data bus D12
78
D13
D13
I/O
Data bus D13
79
D14
D14
I/O
Data bus D14
80
D15
D15
I/O
Data bus D15
81
P60
LED_DIG0
O
LED display selectio A_0
82
P61
LED_DIG1
O
LED display selectio A_1
83
P62
LED_DIG2
O
LED display selectio A_2
84
WAIT
WAIT
I
For bus control FPGA request
85
PF1
EFCT_PARA10
I
For encoder input detection
86
PF2
EFCT_PARA11
I
For encoder input detection
87
PF3
LWRn
O
For bus control Use for LED control.
88
PF4
HWRn
O
For bus control FPGA
89
PF5
RDn
O
For bus control FPGA
90
PF6
Asn
O
For bus control FPGA
91
PLLVCC
PLLVCC
I
Power supply for internal PLL oscillator VCC
92
RESn
RESn
I
Reset input
93
PLLVSS
PLLVSS
94
PF7
95
VSS
96
XTAL
I
I/O
8
B
C
GND
Data bus D7
D
I
GND for internal PLL oscillator
O
TEST Pin
VSS
I
GND
XTAL
I
Crystal connection pin
E
F
153
DJM-800
5
6
7
8
1
No.
A
B
C
D
E
Mark
2
Pin Name
3
I/O
4
Pin Function
97
EXTAL
EXTAL
I
Crystal connection/external clock input
98
VCC
VCC
I
Power supply
99
VCC
VCC
I
Power supply
100
NC1
NC1
-
Non connection (open)
101
NC2
NC2
-
Non connection (open)
102
VSS
VSS
I
GND
103
STBYn
I
PULL UP
104
P63
VR_A01
O
A/D input select
105
P64
VR_A02
O
A/D input select
106
P65
VR_A03
O
A/D input select
107
CS0n
CS0
O
Expansion I/O: DP_RAM (FPGA)
108
CS1n
CS1
O
Expansion I/O: LED display DATA3
109
CS2n
CS2
O
Expansion I/O: LED display DATA1
110
CS3n
CS3
O
Expansion I/O: LED display DATA2
111
AVCC
AVCC
I
Power supply for A/D
112
VREF
VREF
I
Reference voltage input for A/D
113
AN0
VR0
I
VRin0 (MIC HIGH, LOW/H.P.MIXING, Volume) input
114
AN1
VR1
I
VRin1 (CH1: HIGH, MID, LOW, EFFECT) input
115
AN2
VR2
I
VRin2 (CH2: HIGH, MID, LOW, EFFECT) input
116
AN3
VR3
I
VRin3 (CH3: HIGH, MID, LOW, EFFECT) input
117
AN4
VR4
I
VRin4 (CH4: HIGH, MID, LOW, EFFECT) input
118
AN5
VR5
I
VRin5 (MASTER: LEVEL, BALANCE, /Booth LEVEL/effect DEPTH) input
119
AN6
VR6
I
VRin6 (TRIM 1-4) input
120
AN7
CH1_FADER
I
CH1 fader input
121
AN8
CH2_FADER
I
CH2 fader input
122
AN9
CH3_FADER
I
CH3 fader input
123
AN10
CH4_FADER
I
CH4 fader input
124
AN11
CRS_FADER
I
Cross fader input
125
AN12
TAP
I
TAP input
126
AN13
BEAT_EFON
I
Beat Effect SW
127
AN14
4896_SEL
I
48K/96K switching input
128
AN15
RET_IN
I
For confirming connection of the return cable
129
AVSS
AVSS
I
GND for A/D
130
PG4
EMU_01
I
For H8JTAG emulator
131
PG5
EMU_05
I
For H8JTAG emulator
132
PG6
EMU_06
I
For H8JTAG emulator
133
TXD2
SIO2_TXD
O
For SIO2gloup (DAC1-4) DAC_data
134
RXD2
SIO2_RXD
I
For SIO2gloup (DAC1-4) DAC_data
135
SCK2
SIO2_SCK
O
For SIO2gloup (DAC1-4) DAC_data
136
P53
EMU_02
I
For H8JTAG emulator
137
SCK1
SIO1_CLK
O
For SIO1gloup USB, FPGA, EEPROM, DIT
138
SCK0
FL_CLK
O
For FL display
139
RXD1
SIO1_RXD
I
For rewriting RXD & SIO1gloup FPGA, DIT
140
P32
P32
O
Vacant
141
TXD1
SIO1_TXD
O
For rewriting TXD & SIO1gloup FPGA, DIT
142
TXD0
FL_TXD
O
For FL display
143
MD0
MD0
I
Mode pin 0 NOR: Mode 4 At rewriting: Mode 3
144
MD1
MD1
I
Mode pin 1 NOR: Mode 4 At rewriting: Mode 3
F
154
DJM-800
1
2
3
4
5
6
7
8
D610A003BPYPA225 (DSP ASSY : IC 22)
• DSP Microcomputer
A
Pin Function
No.
Pin Name
I/O
IPD/IPU
Pin Function
1
GP0[4](EXT_INT4)/AMUTEIN1
O
IPU
2
GP0[6](EXT_INT6)
O
IPU
DSP state display LED After main operation start, light
3
CVDD
−
−
Power supply
4
VSS
−
−
GND
5
DVDD
−
−
Power supply
6
GP0[5](EXT_INT5)/AMUTEIN0
O
IPU
TEST pin for DMA
7
GP0[7](EXT_INT7)
O
IPU
TEST pin for DMA
8
CLKS1/SCL1
−
−
McBSP1 GND
TEST pin for DMA
B
9
DVDD
−
−
Power supply
10
VSS
−
−
GND
11
CVDD
−
−
Power supply
12
TINP1/AHCLKX0
I
IPD
13
TOUT1/AXR0[4]/AXR1[11]
O
IPD
14
CVDD
−
−
Power supply
15
VSS
−
−
GND
16
CLKX0/ACLKX0
I
IPD
McASP0 McASP transmit bit clock
17
TINP0/AXR0[3]/AXR1[12]
O
IPD
McASP0 Send Out
18
TOUT0/AXR0[2]/AXR1[13]
O
IPD
McASP0 Rec Out
19
CLKR0/ACLKR0
I
IPD
McASP0 McASP receive bit clock
20
DX0/AXR0[1]/AXR1[14]
O
IPU
McASP0 Booth Out
21
FSX0/AFSX0
I
IPD
McASP0 McASP transmit LRCLK (FS)
22
CVDD
−
−
Power supply
23
VSS
−
−
GND
24
FSR0/AFSR0
I
IPD
25
DVDD
−
−
Power supply
26
VSS
−
−
GND
27
DR0/AXR0[0]/AXR1[15]
O
IPU
McASP0 Master Out & Digital Out
28
CLKS0/AHCLKR0
I
IPD
McASP0 McASP High frequency receive bit clock
29
CVDD
−
−
Power supply
30
VSS
−
−
GND
31
FSX1
−
IPD
McBSP1 Vacant
32
DX1/AXR0[5]/AXR1[10]
−
IPU
McBSP1 Vacant
McASP0 McASP High frequency transmit bit clock
McASP0 H.P. Out
C
McASP0 McASP receive LRCLK (FS)
33
CLKX1/AMUTE0
−
IPD
34
VSS
−
−
GND
35
CVDD
−
−
Power supply
36
CLKR1/AXR0[6]/AXR1[9]
−
IPD
37
DR1/SDA1
−
−
38
FSR1/AXR0[7]/AXR1[8]
−
IPD
39
VSS
−
−
GND
40
CVDD
−
−
Power supply
41
SCL0
−
−
I2C0 Vacant (GND)
42
SDA0
−
−
I2C0 Vacant (GND)
43
CVDD
−
−
Power supply
44
DVDD
−
−
Power supply
45
VSS
−
−
GND
46
CVDD
−
−
Power supply
47
DVDD
−
−
Power supply
48
VSS
−
−
GND
D
McBSP1 Vacant
McBSP1 Vacant
McBSP1 Vacant (GND)
McBSP1 Vacant
E
F
IPD = Internal pulldown, IPU = Internal pullup.
155
DJM-800
5
6
7
8
1
A
No.
B
C
D
E
2
Pin Name
3
4
I/O
IPD/IPU
49
VSS
−
−
GND
Pin Function
50
CVDD
−
−
Power supply
51
CVDD
−
−
Power supply
52
VSS
−
−
GND
53
CVDD
−
−
Power supply
54
VSS
−
−
GND
55
DVDD
−
−
Power supply
56
ARDY
−
IPU
For SD-RAM access (signal) ARDY
57
xCE3
−
IPU
For SD-RAM access (signal) NO ASSIGN
58
DVDD
−
−
Power supply
59
VSS
−
−
GND
60
CVDD
−
−
Power supply
61
xCE2
O
IPU
For SD-RAM access (signal)
62
EA2
O
IPU
For SD-RAM access (address) External address
63
EA3
O
IPU
For SD-RAM access (address) External address
64
EA4
O
IPU
65
DVDD
−
−
Power supply
66
VSS
−
−
GND
67
CVDD
−
−
Power supply
68
EA5
O
IPU
For SD-RAM access (address) External address
69
EA6
O
IPU
For SD-RAM access (address) External address
70
EA7
O
IPU
For SD-RAM access (address) External address
71
EA8
O
IPU
72
DVDD
−
−
Power supply
73
VSS
−
−
GND
74
EA9
O
IPU
75
xAOE/xSDRAS/xSSOE
O
IPU
For SD-RAM access (signal) xAOE/xSDRAS/xSSOE
76
EA10
O
IPU
For SD-RAM access (address) External address
77
ECLKOUT
O
IPD
For SD-RAM access (signal) ECLKOUT
78
ECLKIN
I
IPD
For SD-RAM access (signal) Vacant (FREE)
79
xARE/xSDCAS/xSSADS
I
IPU
80
CVDD
−
−
Power supply
81
VSS
−
−
GND
82
CLKOUT2/GP0[2]
−
IPD
Vacant (FREE)
83
xAWE/xSDWE/xSSWE
O
IPU
For SD-RAM access (signal) xAWE/xSDWE/xSSWE
For SD-RAM access (address) External address
For SD-RAM access (address) External address
For SD-RAM access (address) External address
For SD-RAM access (signal) xARE/xSDCAS/xSSADS
84
DVDD
−
−
Power supply
85
VSS
−
−
GND
86
EA11
O
IPU
87
DVDD
−
−
Power supply
88
VSS
−
−
GND
89
CVDD
−
−
Power supply
90
EA14
O
IPU
For SD-RAM access (address) External address
91
EA13
O
IPU
For SD-RAM access (address) External address
92
EA16
O
IPU
For SD-RAM access (address) External address
93
EA12
O
IPU
For SD-RAM access (address) External address
94
EA15
O
IPU
For SD-RAM access (address) External address
95
EA18
O
IPU
96
CVDD
−
−
For SD-RAM access (address) External address
For SD-RAM access (address) External address
Power supply
IPD = Internal pulldown, IPU = Internal pullup.
F
156
DJM-800
1
2
3
4
5
No.
6
Pin Name
I/O
7
IPD/IPU
8
A
Pin Function
97
VSS
−
−
GND
98
DVDD
−
−
Power supply
99
EA17
O
IPU
For SD-RAM access (address) External address
100
EA19
O
IPU
For SD-RAM access (address) External address
101
EA20
O
IPU
For SD-RAM access (address) Vacant (FREE)
102
xCE0
O
IPU
For SD-RAM access (signal) DPRAM (FPGA) ACCESS
103
xCE1
O
IPU
104
CVDD
−
−
Power supply
105
CVDD
−
−
Power supply
106
VSS
−
−
GND
107
DVDD
−
−
Power supply
108
xBE1
−
IPU
For SD-RAM access (signal) xBE1
109
EA21
O
IPU
For SD-RAM access (address) Vacant (FREE)
110
xBE0
−
IPU
For SD-RAM access (signal) xBE0
111
ED13/GP1[13]
I/O
IPU
For SD-RAM access (data) External data bus
112
ED15/GP1[15]
I/O
IPU
For SD-RAM access (data) External data bus
113
ED14/GP1[14]
I/O
IPU
114
DVDD
−
−
Power supply
115
VSS
−
−
GND
116
CVDD
−
−
Power supply
117
ED11/GP1[11]
I/O
IPU
For SD-RAM access (data) External data bus
118
ED12/GP1[12]
I/O
IPU
For SD-RAM access (data) External data bus
119
ED9/GP1[9]
I/O
IPU
For SD-RAM access (data) External data bus
120
ED10/GP1[10]
I/O
IPU
For SD-RAM access (data) External data bus
121
ED6/GP1[6]
I/O
IPU
For SD-RAM access (data) External data bus
122
ED7/GP1[7]
I/O
IPU
For SD-RAM access (data) External data bus
123
ED8/GP1[8]
I/O
IPU
124
CVDD
−
−
Power supply
125
VSS
−
−
GND
126
DVDD
−
−
Power supply
127
ED4/GP1[4]
I/O
IPU
For SD-RAM access (data) External data bus
128
ED5/GP1[5]
I/O
IPU
For SD-RAM access (data) External data bus
129
ED3/GP1[3]
I/O
IPU
For SD-RAM access (data) External data bus
130
ED2/GP1[2]
I/O
IPU
For SD-RAM access (data) External data bus
131
ED1/GP1[1]
I/O
IPU
For SD-RAM access (data) External data bus
132
ED0/GP1[0]
I/O
IPU
For SD-RAM access (data) External data bus
133
CVDD
−
−
Power supply
134
VSS
−
−
GND
135
xHINT/GP0[1]
−
IPU
Open(FREE)
136
BUSREQ
−
IPU
For SD-RAM access (signal) Vacant (FREE)
137
xHOLDA
−
IPU
For SD-RAM access (signal) Vacant (FREE)
138
xHOLD
−
IPU
For SD-RAM access (signal) Set to "H".
139
HHWIL/AFSR1
I
IPU
McASP1 McASP receive LRCLK(FS)
140
xHRDY/ACLKR1
I
IPD
141
DVDD
−
−
Power supply
142
VSS
−
−
GND
143
HR/W/AXR0[15]/AXR1[0]
I
IPU
McASP1 CH1 IN
144
HCNTL1/AXR0[14]/AXR1[1]
I
IPU
McASP1 CH2 IN
For SD-RAM access (signal) FLASH ROM ACCESS
B
For SD-RAM access (data) External data bus
C
For SD-RAM access (data) External data bus
D
E
McASP1 McASP receive bit clock
IPD = Internal pulldown, IPU = Internal pullup.
F
157
DJM-800
5
6
7
8
1
A
B
C
D
E
No.
2
Pin Name
3
I/O
IPD/IPU
I
IPU
McASP1 CH3 IN
I
IPU
McASP1 CH4 IN
I
IPU
McASP1 MIC IN
4
Pin Function
145
xHCS/AXR0[13]/AXR1[2]
146
HCNTL0/AXR0[12]/AXR1[3]
147
HD0/AXR0[11]/AXR1[4]
148
VSS
−
−
GND
149
CVDD
−
−
Power supply
150
xHDS2/AXR0[10]/AXR1[5]
I
IPU
McASP1 RETURN IN
151
xHDS1/AXR0[9]/AXR1[6]
−
IPU
Vacant
152
HD1/AXR0[8]/AXR1[7]
O
IPU
McASP0 Vacant
153
xHAS/ACLKX1
I
IPU
McASP1 McASP transmit bit clock
154
HD3/AMUTE1
O
IPU
McASP1 McASP mute output "L"
155
HD2/AFSX1
I
IPU
McASP1 McASP transmit LRCLK (FS)
156
HD4/GP0[0]
−
IPD
MODE "H"
157
CVDD
−
−
Power supply
158
VSS
−
−
GND
159
HD5/AHCLKX1
−
IPU
McASP1 McASP High frequency transmit bit clock
160
HD8/GP0[8]
−
IPU
Set to "H".
161
HD6/AHCLKR1
−
IPU
162
DVDD
−
−
Power supply
163
VSS
−
−
GND
164
HD7/GP0[3]
−
IPU
TESTPort Vacant (FREE)
165
HD9/GP0[9]
−
IPU
MODE Vacant (FREE)
166
HD10/GP0[10]
−
IPU
MODE Vacant (FREE)
167
HD11/GP0[11]
−
IPU
MODE Vacant (FREE)
168
HD12/GP0[12]
−
IPU
Vacant (FREE)
169
CVDD
−
−
Power supply
170
VSS
−
−
GND
171
CVDD
−
−
Power supply
172
HD13/GP0[13]
−
IPU
MODE Vacant (FREE)
173
HD14/GP0[14]
−
IPU
Vacant (GND)
174
HD15/GP0[15]
−
IPU
Vacant (FREE)
175
NMI
−
IPD
Vacant (GND)
176
xRESET
I
−
Reset signal
177
CVDD
−
−
Power supply
178
OSCIN
−
−
Vacant (GND)
179
OSCOUT
−
−
Vacant (FREE)
180
OSCVSS
−
−
OSC GND
181
OSCVDD
−
−
OSC Power supply
182
VSS
−
−
GND
183
DVDD
−
−
Power supply
184
CLKOUT3
−
IPD
Vacant (FREE)
185
EMU1
I/O
IPU
For JTAG JTAG 14 pin
186
EMU0
I/O
IPU
For JTAG JTAG 13 pin
187
TDO
O
IPU
188
DVDD
−
−
Power supply
189
VSS
−
−
GND
190
CVDD
−
−
Power supply
191
TDI
I
IPU
For JTAG JTAG 3 pin
192
TMS
I
IPU
For JTAG JTAG 1 pin
McASP1 McASP receive high-frequency master clock
For JTAG JTAG 7 pin
IPD = Internal pulldown, IPU = Internal pullup.
F
158
DJM-800
1
2
3
4
5
No.
6
Pin Name
7
I/O
IPD/IPU
8
A
Pin Function
193
TCK
I
IPU
194
VSS
−
−
GND
For JTAG JTAG 9 and 11 pins
195
CVDD
−
−
Power supply
196
CVDD
−
−
Power supply
197
xTRST
I
IPD
198
RSV2
−
IPU
199
VSS
−
−
GND
200
RSV0
−
−
Vacant (free) non connection
201
CVDD
−
−
Power supply
202
PLLHV
−
−
Set to "H".
203
RSV1
−
IPD
GND (VSS)
204
CLKIN
I
IPD
Clock input (24.586MHz)
205
CLKMODE0
−
IPU
206
DVDD
−
−
Power supply
207
VSS
−
−
GND
−
208 CVDD
IPD = Internal pulldown, IPU = Internal pullup.
−
Power supply
For JTAG JTAG 2 pin
Vacant (free) non connection
B
Clock mode selection "H"
C
D
E
F
159
DJM-800
5
6
7
8
1
2
3
4
XC3S50-4TQG144C (DSP ASSY : IC 13)
• FPGA
A
Pin Function
No.
D
E
F
Pin Name
I/O
Pin Function
P1
DSPA1
IO_L01P_7/VRN_7
I
P2
DSPA0
IO_L01N_7/VRP_7
I
Address bus 0 with DSP
P3
Vcc
VCCO_7
−
Power supply
P4
NC
IO/VREF_7
−
Not used
P5
NC
IO_L20P_7
−
Not used
P6
NC
IO_L20N_7
−
Not used
P7
NC
IO_L21P_7
−
Not used
P8
RXD7
IO_L21N_7
I
Serial receive port 7
P9
GND
GND
−
GND
P10
TXD7
IO_L22P_7
O
Serial receive port 7
P11
SCK7
IO_L22N_7
O
Serial clock 7
P12
RXD6
IO_L23P_7
I
Serial receive port 6
P13
TXD6
IO_L23N_7
O
Serial receive port 6
P14
SCK6
IO_L24P_7
O
Serial clock 6
P15
NC
IO_L24N_7
−
Not used
P16
GND
GND
−
GND
P17
NC
IO_L40P_7
−
Not used
P18
NC
IO_L40N_7/VREF_7
−
Not used
P19
Vcc
VCCO_7
−
Power supply
P20
NC
IO_L40P_6/VREF_6
−
Not used
P21
RESET
IO_L40N_6
I
Reset input
P22
GND
GND
−
GND
P23
NC
IO_L24P_6
−
Not used
P24
NC
IO_L24N_6/VREF_6
−
Not used
P25
NC
IO_L23P_6
−
Not used
P26
NC
IO_L23N_6
−
Not used
P27
µCA10
IO_L22P_6
I
Address bus 10 with microcomputer
P28
µCA9
IO_L22N_6
I
Address bus 9 with microcomputer
P29
GND
GND
−
GND
P30
NC
IO_L21P_6
−
Not used
P31
µCA8
IO_L21N_6
I
Address bus 8 with microcomputer
P32
µCA7
IO_L20P_6
I
Address bus 7 with microcomputer
P33
µCA6
IO_L20N_6
I
Address bus 6 with microcomputer
P34
Vcc
VCCO_6
−
Power supply
P35
µCA5
IO_L01P_6/VRN_6
I
Address bus 5 with microcomputer
P36
µCA4
IO_L01N_6/VRP_6
I
Address bus 4 with microcomputer
M1
B
C
Mark
Address bus 1 with DSP
P37
M1
M1
−
P38
M0
M0
−
M0
P39
M2
M2
−
M2
P40
µCA3
IO_L01P_5/CS_B
I
Address bus 3 with microcomputer
P41
µCA2
IO_L01N_5/RDWR_B
I
Address bus 2 with microcomputer
P42
GND
GND
−
GND
P43
Vcc
VCCO_5
−
Power supply
P44
µCA1
IO/VREF_5
I
Address bus 1 with microcomputer
P45
GND
GND
−
GND
P46
µCA0
IO_L28P_5/D7
I
Address bus 0 with microcomputer
P47
µCCS
IO_L28N_5/D6
I
Chip select with microcomputer
P48
Vcc
VCCAUX
−
Power supply
160
DJM-800
1
2
3
4
5
No.
6
Mark
Pin Name
7
I/O
Vcc
VCCINT
−
Power supply
P50
µCRD
IO_L31P_5/D5
I
Read signal with microcomputer
P51
µCWR
IO_L31N_5/D4
I
Write signal with microcomputer
P52
µCD15
IO_L32P_5/GCLK2
I/O
Data bus 15 with microcomputer
P53
µCD14
IO_L32N_5/GCLK3
I/O
Data bus 14 with microcomputer
−
P54
Vcc
VCCO_5
P55
µCD13
IO_L32P_4/GCLK0
I/O
P56
µCD12
IO_L32N_4/GCLK1
I/O
P57
NC
IO_L31P_4/DOUT/BUSY
−
Not used
P58
NC
IO_L31N_4/INIT_B
−
Not used
P59
µCD11
IO_L30P_4/D3
I/O
P60
µCD10
IO_L30N_4/D2
I/O
P61
Vcc
VCCINT
P62
Vcc
VCCAUX
P63
µCD9
IO_L27P_4/D1
Power supply
Data bus 13 with microcomputer
Data bus 12 with microcomputer
B
Data bus 11 with microcomputer
Data bus 10 with microcomputer
−
Power supply
−
Power supply
I/O
Data bus 9 with microcomputer
P64
GND
GND
−
P65
DATA
IO_L27N_4/DIN/D0
−
DATA (for download)
P66
Vcc
VCCO_4
−
Power supply
P67
GND
GND
−
GND
P68
µCD8
IO_L01P_4/VRN_4
I/O
Data bus 8 with microcomputer
P69
µCD7
IO_L01N_4/VRP_4
I/O
Data bus 7 with microcomputer
P70
µCD6
IO/VREF_4
I/O
P71
DONE
DONE
P72
CCLK
CCLK
P73
µCD5
IO_L01P_3/VRN_3
I/O
Data bus 5 with microcomputer
P74
µCD4
IO_L01N_3/VRP_3
I/O
Data bus 4 with microcomputer
GND
C
Data bus 6 with microcomputer
−
DONE signal
−
CCLK signal
−
P75
Vcc
VCCO_3
P76
µCD3
IO
I/O
Data bus 3 with microcomputer
P77
µCD2
IO_L20P_3
I/O
Data bus 2 with microcomputer
P78
µCD1
IO_L20N_3
I/O
Data bus 1 with microcomputer
P79
µCD0
IO_L21P_3
I/O
Data bus 0 with microcomputer
P80
NC
IO_L21N_3
−
NC
P81
GND
GND
−
GND
P82
NC
IO_L22P_3
−
NC
P83
NC
IO_L22N_3
−
NC
P84
GPIO17
IO_L23P_3/VREF_3
O
I/O port 7 (CH4 fader stop)
P85
GPIO16
IO_L23N_3
O
I/O port 6 (CH4 fader start)
P86
GPIO15
IO_L24P_3
O
I/O port 5 (CH3 fader stop)
P87
GPIO14
IO_L24N_3
O
I/O port 4 (CH3 fader start)
P88
GND
GND
−
GND
P89
GPIO13
IO_L40P_3
O
I/O port 3 (CH2 fader stop)
P90
GPIO12
IO_L40N_3/VREF_3
O
Power supply
I/O port 2 (CH2 fader start)
Power supply
D
E
P91
Vcc
VCCO_3
−
P92
GPIO11
IO_L40P_2/VREF_2
O
I/O port 1 (CH1 fader stop)
P93
GPIO10
IO_L40N_2
O
I/O port 0 (CH1 fader start)
P94
GND
GND
−
GND
P95
NC
IO_L24P_2
−
NC
IO_L24N_2
−
NC
NC
A
Pin Function
P49
P96
8
F
161
DJM-800
5
6
7
8
1
A
B
C
D
E
No.
2
Mark
Pin Name
3
I/O
Pin Function
P97
DSPD0
IO_L23P_2
I/O
P98
DSPD1
IO_L23N_2/VREF_2
I/O
Data bus 1 with DSP
P99
DSPD2
IO_L22P_2
I/O
Data bus 2 with DSP
P100 DSPD3
IO_L22N_2
I/O
Data bus 3 with DSP
−
Data bus 0 with DSP
P101 GND
GND
P102 DSPD5
IO_L21P_2
I/O
Data bus 5 with DSP
P103 DSPD4
IO_L21N_2
I/O
Data bus 4 with DSP
P104 DSPD8
IO_L20P_2
I/O
Data bus 8 with DSP
P105 DSPD7
IO_L20N_2
I/O
P106 Vcc
VCCO_2
P107 DSPD6
IO_L01P_2/VRN_2
I/O
P108 DSPD10
IO_L01N_2/VRP_2
I/O
P109 NC
TDO
−
NC
P110 NC
TCK
−
NC
P111 NC
TMS
−
NC
P112 DSPD9
IO_L01P_1/VRN_1
I/O
P113 DSPD12
IO_L01N_1/VRP_1
I/O
P114 GND
GND
P115 Vcc
VCCO_1
P116 DSPD11
IO
P117 GND
GND
P118 DSPD14
IO_L28P_1
I/O
P119 DSPD15
IO_L28N_1
I/O
P120 Vcc
VCCAUX
−
Power supply
P121 Vcc
VCCINT
−
Power supply
P122 DSPD13
IO_L31P_1
P123 DSPCS
IO_L31N_1/VREF_1
−
GND
Data bus 7 with DSP
Power supply
Data bus 6 with DSP
Data bus 10 with DSP
Data bus 9 with DSP
Data bus 12 with DSP
−
GND
−
Power supply
I/O
−
4
Data bus 11 with DSP
GND
Data bus 14 with DSP
Data bus 15 with DSP
I/O
Data bus 13 with DSP
I
Chip select from DSP
P124 DSPA10
IO_L32P_1/GCLK4
I
Address bus 10 with DSP
P125 DSPA9
IO_L32N_1/GCLK5
I
Address bus 9 with DSP
P126 Vcc
VCCO_1
−
Power supply
P127 DSPWE
IO_L32P_0/GCLK6
I
DSP write signal
P128 CLK
IO_L32N_0/GCLK7
I
Clock input
P129 DSPA8
IO_L31P_0/VREF_0
I
Address bus 8 with DSP
P130 DSPRD
IO_L31N_0
I
DSP read signal
P131 DSPA7
IO_L30P_0
I
Address bus 7 with DSP
P132 DSPA6
IO_L30N_0
I
Address bus 6 with DSP
P133 Vcc
VCCINT
−
Power supply
P134 Vcc
VCCAUX
−
Power supply
P135 DSPA5
IO_L27P_0
I
Address bus 5 with DSP
P136 GND
GND
−
GND
P137 DSPA4
IO_L27N_0
I
Address bus 4 with DSP
P138 Vcc
VCCO_0
−
Power supply
P139 GND
GND
−
GND
P140 DSPA3
IO_L01P_0/VRN_0
I
Address bus 3 with DSP
P141 DSPA2
IO_L01N_0/VRP_0
I
Address bus 2 with DSP
P142 HSWAP_EN HSWAP_EN
−
HSWAP_EN
P143 PROG_B
PROG_B
−
PROG_B (XPGM)
P144 NC
TDI
−
Not used
F
162
DJM-800
1
2
3
4
5
6
7
8
CS5361 (INPUT ASSY : IC409, IC509, IC609, IC709)
• Audio A/D Converter
A
Pin Arrangement (Top view)
RST
M/S
LRCK
SCLK
MCLK
VD
GND
VL
SDOUT
MDIV
HPF
I2S/LJ
1
2
3
4
5
6
7
8
9
10
11
12
24
23
22
21
20
19
18
17
16
15
14
13
FILT+
REFGND
VQ
AINR+
AINRVA
GND
AINLAINL+
OVFL
M1
M0
Block Diagram
FILT+ 24
VQ
REFGND
22
23
OVFL VL SCLK LRCK SDOUT MCLK
15
8
Voltage Reference
4
3
9
5
1 RST
Serial Output
Interface
12 I2S/LJ
2 M/S
AINL- 17
∆Σ
LP Filter
AINL+ 16
S/H
Digital
Decimation
Filter
High
Pass
Filter
Digital
Decimation
Filter
High
Pass
Filter
11 HPF
10 MDIV
B
DAC
AINR- 20
∆Σ
LP Filter
AINR+ 21
S/H
13 M0
DAC
14 M1
Pin Function
No.
Pin Name
I/O
Pin Function
1
RST
I
Reset input The device enters a low power mode when low.
2
M/S
I
Master/Slave mode input
3
LRCK
I/O
LR clock input/output
4
SCLK
I/O
Serial clock input/output
5
MCLK
I
Master clock input
6
VD
I
Digital power input
7
GND
I
Ground input Must be connected to analog ground.
8
VL
I
Logic power input
9
SDOUT
O
Serial audio data output
10
MDIV
I
MCLK divider input
11
HPF
I
High-pass filter enable input
12
I2S/LJ
I
Serial audio interface format select input
13
M0
I
14
M1
I
15
OVFL
O
16
AINL+
I
17
AINL-
I
18
GND
I
Ground input Must be connected to analog ground.
19
VA
I
Analog power input
20
AINR-
I
21
AINR+
I
22
VQ
O
23
REF_GND
I
Reference ground input
24
FILT+
O
Positive voltage reference output
C
D
Mode selection input
Overflow output, open drain
Differential left channel analog input
E
Differential right channel analog input
Quiescent voltage output Filter connection for the internal quiescent reference voltage.
F
163
DJM-800
5
6
7
8
1
2
3
4
DEL1061 (PANEL 2 ASSY : V2101)
A
• FL Display
Pin Arrangement
Pin Connection
Pin No.
1
39 38 37 36 35
34
33
32 31 30
Connection F- NX NX NP NP LGND PGND VH VDD BK
EFFECT SELECT
Pin No.
29
28
27 26-6
Connection LAT CLK SI
CH SELECT
1
2
A
3
B
4
MST
PARAMETER
MIDI
BPM
%
AUTO
TAP
4
3
2
39
C
Grid Assignment
Segment Designation
1GA
EFFECT SELECT
2G
D
3G
4G
S1
5G
6G
7G
(A)
(A)
(A)
(A)
(A)
(A)
(B)
(B)
(B)
9GB
(B)
(B)
9GC
(B)
(B)
9GD
CH SELECT
S4
S5
S6
1
2
A
3
B
4
S8
MIC
S9
S2
MST
PARAMETER
10G
1GB
AUTO
TAP
13G
(B)
14G
(B)
(A)
(B)
11G
(A)
1
(B)
MIC
12G
(A)
4-1
5-1
3-2
4-2
5-2
1-3
2-3
3-3
4-3
5-3
1-4
2-4
3-4
4-4
5-4
1-5
2-5
3-5
4-5
5-5
1-6
2-6
3-6
4-6
5-6
1-7
2-7
3-7
4-7
5-7
CH SELECT
S10
S11
E
3-1
2-2
(2G-8G, 10G-14G)
S3
S7
2-1
1-2
8G
(A)
9GA
1-1
MIDI
BPM
%
2
A
3
B
4
MST
PARAMETER
S12
1GC
(9GA-9GD)
(B)
B1
B2
B3
B8
B9
B10
15G
B4
B5
B6
B7
B11
B12
B13
B14
(15G)
F
164
DJM-800
1
2
3
1
NP NP NX NX F+
NOTE:
1) F-, F+ : Filament
2) NP
: No pin
3) NX
: No extend pin
4) DL
: Datum Line
5) LGND : Logic GND pin
6) PGND : Power GND pin
7) VH
: High Voltage Supply pin
8) VDD : Logic Voltage Supply pin
9) BK
: Driver Output Blanking
10) LAT : Latch Control Input
11) CLK : Shift Register Clock
12) SI
: Serial Data Input
13) Solder composition is Sn-3Ag-0.5Cu.
B
MIC
NX
5
4
5
6
7
8
Anode Connection
P1
1GA-C
2G-8G
9GA-D
10G-12G
13G, 14G
15G
−
5-7B
S2
5-7B
5-7B
B1
P2
−
4-7B
S3
4-7B
4-7B
B2
P3
−
3-7B
S4
3-7B
3-7B
B3
P4
−
2-7B
S5
2-7B
2-7B
B4
P5
−
1-7B
S6
1-7B
1-7B
B5
P6
−
5-6B
S7
5-6B
5-6B
B6
P7
−
4-6B
S8
4-6B
4-6B
B7
P8
−
3-6B
S9
3-6B
3-6B
B8
P9
−
2-6B
S10
2-6B
2-6B
B9
P10
−
1-6B
S11
1-6B
1-6B
B10
P11
−
5-5B
S12
5-5B
5-5B
B11
P12
−
4-5B
−
4-5B
4-5B
B12
P13
−
3-5B
−
3-5B
3-5B
B13
P14
−
2-5B
−
2-5B
2-5B
B14
P15
−
1-5B
−
1-5B
1-5B
−
P16
−
5-4B
−
5-4B
5-4B
−
P17
−
4-4B
−
4-4B
4-4B
−
P18
−
3-4B
−
3-4B
3-4B
−
P19
−
2-4B
−
2-4B
2-4B
−
P20
−
1-4B
−
1-4B
1-4B
−
P21
−
5-3B
−
5-3B
5-3B
−
P22
−
4-3B
−
4-3B
4-3B
−
P23
−
3-3B
−
3-3B
3-3B
−
P24
−
2-3B
−
2-3B
2-3B
−
P25
−
1-3B
−
1-3B
1-3B
−
P26
−
5-2B
−
5-2B
5-2B
−
P27
−
4-2B
−
4-2B
4-2B
−
P28
−
3-2B
−
3-2B
3-2B
−
P29
−
22B
−
22B
22B
−
P30
−
1-2B
−
1-2B
1-2B
−
P31
−
5-1B
−
5-1B
5-1B
−
P32
−
4-1B
−
4-1B
4-1B
−
P33
−
3-1B
−
3-1B
3-1B
−
P34
ms
2-1B
−
2-1B
2-1B
−
P35
%
1-1B
−
1-1B
1-1B
−
A
B
C
D
E
F
165
DJM-800
5
6
7
8
1
2
3
4
Anode Connection
A
1GA-C
2G-8G
9GA-D
10G-12G
13G, 14G
15G
−
5-7A
−
5-7A
−
−
P36
B
C
D
P37
−
4-7A
−
4-7A
−
−
P38
−
3-7A
−
3-7A
−
−
P39
−
2-7A
−
2-7A
−
−
P40
−
1-7A
−
1-7A
−
−
P41
−
5-6A
−
5-6A
−
−
P42
−
4-6A
−
4-6A
−
−
P43
−
3-6A
−
3-6A
−
−
P44
−
2-6A
−
2-6A
−
−
P45
−
1-6A
−
1-6A
−
−
P46
−
5-5A
−
5-5A
−
−
P47
−
4-5A
−
4-5A
−
−
P48
−
3-5A
−
3-5A
−
−
P49
−
2-5A
−
2-5A
−
−
P50
−
1-5A
−
1-5A
−
−
P51
−
5-4A
−
5-4A
−
−
P52
−
4-4A
−
4-4A
−
−
P53
−
3-4A
−
3-4A
−
−
P54
−
2-4A
−
2-4A
−
−
P55
−
1-4A
−
1-4A
−
−
P56
−
5-3A
−
5-3A
−
−
P57
−
4-3A
−
4-3A
−
−
P58
−
3-3A
−
3-3A
−
−
P59
−
2-3A
−
2-3A
−
−
P60
−
1-3A
−
1-3A
−
−
P61
−
5-2A
−
5-2A
−
−
P62
−
4-2A
−
4-2A
−
−
P63
−
3-2A
−
3-2A
−
−
P64
−
2-2A
−
2-2A
−
−
P65
−
1-2A
−
1-2A
−
−
P66
BPM
5-1A
−
5-1A
−
−
P67
MIDI
4-1A
−
4-1A
−
−
P68
TAP
3-1A
−
3-1A
−
−
P69
AUTO
2-1A
−
2-1A
−
−
P70
S1
1-1A
−
1-1A
−
−
E
F
166
DJM-800
1
2
3
4
5
6
7
8
8. PANEL FACILITES
OPERATION PANEL
A
POWER
MASTER
MIC
MIC 1
CD
/DIGITAL
MIC 2
9
11
TRIM
OVER
1
2
3
CD
/DIGITAL
LINE
MIC 1
LEVEL
0
MIC 2
LEVEL
4
0
+9
7
2
1
1
1
1
12
6
MID
+6
7
8
+6
13
0
MID
13
15
COLOR
42
COLOR
43
13
42
–7
LOW
dB
–1
–2
EQ
–3
-26
+6
13
15
dB
+6
42
–24
-26
15
+6
COLOR
43
BEAT
–15
–24
-26
42
dB
L
43
R
BALANCE
MIDI START
/STOP
AUTO/TAP
34
33
TAP
SOUND COLOR FX
CRUSH
35
FILTER
LOW
41
17
FADER START
1
2
3
4
LOW
HI
LOW
HI
HI
CUE
CUE
CUE
CUE
16
16
16
16
10
9
8
7
6
5
4
3
2
1
0
STEREO
28
MIXING
29
CUE
LOW
HI
HEADPHONES
MONO SPLIT
B
–7
–10
14
–15
24 32
–5
LOW
–10
14
COLOR
43
0
MID
–5
–24
15
1
12
–3
–15
+6
+6
–2
EQ
+6
–10
–24
dB -26
2
-26
–1
-26
–7
14
7
4
0
MID
–5
LOW
–15
+6
12
–3
+6
–10
–24
dB -26
+6
–2
EQ
-26
–7
14
-26
–1
–5
LOW
–15
SWEEP
12
–3
OFF ON TALK
OVER
HARMONIC
+6
–2
EQ
-26
–10
MIC
-26
–1
–5
–7
LOW
-12
0
44
HI
4
+6
+9
7
2
-26
23
10
HI
4
2
–3
EQ
+9
7
HI
4
0
0
OVER
10
2
HI
+6
+9
7
10
11
TRIM
10
HI
PHONO
OVER
4
–2
-12
10
11
TRIM
LEVEL
LINE
/DIGITAL
PHONO
OVER
10
–1
5
10
11
TRIM
OVER
10
LINE
/DIGITAL
PHONO
PROFESSIONAL MIXER
10
9
8
7
6
5
4
3
2
1
0
L
25 R
16
MONO
10
9
8
7
6
5
4
3
2
1
0
18 19
18 19
CUE
36
BEAT EFFECTS
STEREO
FLANGER
FILTER
TRANS
PAN
REV DLY
ECHO
PHASER
REVERB
ROBOT
CHORUS
ROLL
REV ROLL
DELAY
BOOTH MONITOR
26 2 3
SND/RTN
4 MIC
CF.A
CF.B
1
MASTER
0
27
C
37
TIME
CH FADER
20
MASTER
LEVEL
16
CUE
18 19 18 19
30
CROSS FADER
38
LEVEL/DEPTH
21
0
A THRU B
A THRU B
A THRU B
A THRU B
MIN
CROSS FADER ASSIGN
PHONES
22
31
A
MAX
ON/OFF
39
40
B
NAMES AND FUNCTIONS OF PARTS (OPERATION PANEL_1)
8. Microphone function selector switch (MIC )
Microphone input control section
1. Microphone 1 input jack (MIC 1)
Use to connect a microphone with an XLR or phone plug.
2. Microphone 2 input jack (MIC 2)
Use to connect a microphone with a phone plug.
3. Microphone 1 level control dial
(MIC 1 LEVEL)
Use to adjust the volume of microphone 1. (adjustable range
–∞ to 0 dB)
4. Microphone 2 level control dial
(MIC 2 LEVEL)
OFF:
No microphone sound is output.
ON:
Microphone sound is output normally.
TALK OVER:
Microphone sound is output; when sound is input to a
connected microphone, the TALK OVER function operates
and all sound other than that from the microphone is
attenuated by 20 dB.
D
Channel input control section
Use to adjust the volume of microphone 2. (adjustable range
–∞ to 0 dB)
5. Microphone equalizer high-range control dial (HI)
Use to adjust the treble (high-range) frequencies of
microphones 1 and 2. (adjustable range –12 dB to +6 dB)
6. Microphone equalizer low-range control dial
(LOW)
E
9. Channel 1 input selector switch
CD/DIGITAL:
Use to select CD input connectors (line level analog input) or
DIGITAL input connectors.
LINE:
Use to select LINE input connectors.
10. Channel 2 to 4 input selector switches
CD/DIGITAL (channel 2) :
Use to select CD input connectors (line level analog input) or
DIGITAL input connectors.
7. Microphone function indicator
LINE/DIGITAL (channel 3 to 4):
Lights when microphone is ON; flashes when TALK OVER is
F
Use to select LINE input connectors (line level analog input) or
ON.
DIGITAL input connectors.
PHONO:
Use to select PHONO input connectors (analog turntableinput).
167
DJM-800
Use to adjust the bass (low-range) frequencies of
microphones 1 and 2. (adjustable range –12 dB to +6 dB)
5
6
7
8
1
2
3
4
NAMES AND FUNCTIONS OF PARTS (OPERATION PANEL_2)
A
11. TRIM adjust dial
21. Cross fader curve switch (CROSS FADER)
Use to adjust the input level for each channel. (adjustable
range: – ∞ to +9 dB, mid-position is about 0 dB)
This switch allows the user to select from three types of cross
fader curve response.
÷ At the left setting, the curve produces a rapid signal rise.
(As soon as the cross fader lever leaves the [A] side, the [B]
channel sound is produced.)
÷ At the right setting, the curve operates to produce an even,
neutral rise throughout the cross fader’s movement.
÷ At the middle setting, an intermediate curve is produced,
midway between the two curves noted above.
12. Channel equalizer high-range adjust dial (HI)
Use to adjust the treble (high-range) frequency sound for each
channel. (adjustable range: –26 dB to +6 dB)
13. Channel equalizer mid-range adjust dial (MID)
Use to adjust the mid-range frequency sound for each
channel. (adjustable range: –26 dB to +6 dB)
14. Channel equalizer low-range adjust dial (LOW)
Use to adjust the bass (low-range) frequency sound for each
channel. (adjustable range: –26 dB to +6 dB)
B
15. Channel level indicator
Displays the current level for each channel, with two-second
peak hold.
16. Headphone CUE buttons/indicators
These buttons are used to select from channel 1 to 4,
MASTER, or effector, to allow you to monitor the desired
source through headphones. If multiple buttons are pressed
simultaneously, the selected audio sources are mixed. Press
the button once more to cancel the selected source.
Unselected buttons glow darkly, while selected source
buttons light brightly.
C
Fader control section
D
Master output control section
23. Master output level dial (MASTER LEVEL)
Use to adjust the master output level. (adjustable range: – ∞to
0 dB)
The master output is the sum combination of the sound from
channels set to [THRU] with the CROSS FADER ASSIGN
switch; the signal passed through the cross fader; and the
signals from microphone 1 and microphone 2 (if the effect
selector is set to [SND/RTN], the RETURN input is also
added).
24. Master level indicator (MASTER L, R)
Enables the fader start/back cue function for the channel to
which a DJ CD player is connected. The button lights when set
to ON. When enabled, the operation differs depending on the
setting of the CROSS FADER ASSIGN switch.
÷ When the CROSS FADER ASSIGN switch is set to the [A] or
[B] position, fader start button operation is linked to the
operation of the cross fader (and unlinked to channel fader).
÷ When the CROSS FADER ASSIGN switch is set to the
[THRU] position, fader start button operation is linked to the
operation of the channel fader (and unlinked to cross fader).
These segment indicators display the output level from L and
R channels. The indicators have a two-second peak hold.
25. Master balance dial (BALANCE)
Use to adjust the L/R channel balance for master output,
booth monitor output, recording output, and digital output.
26. Master output STEREO/MONO selector switch
When set to [MONO], the master output becomes a monaural
combination of L+R.
Booth monitor control section
Use to adjust sound volumes for each channel. (adjustable
range: – ∞ to 0 dB)
Output is in accordance with the channel fader curve selected
with the CH FADER curve switch.
19. CROSS FADER ASSIGN switch
27. BOOTH MONITOR level control dial
This dial is used to adjust the booth monitor output volume.
The volume can be adjusted independently of the master
output level. (adjustable range: – ∞to 0 dB)
This switch assigns each channel’s output to either right or
left side of the cross fader (if multiple channels are assigned to
the same side, the result will be the combined sum of the
channels).
A:
The selected channel is assigned to the cross fader’s A (left)
side.
THRU:
The channel fader’s output is sent as is to the master output,
without being passed through the cross fader.
B:
The selected channel is assigned to the cross fader’s B (right)
side.
MONO SPLIT:
The audio source selected with the headphone CUE button is
output to the L channel, and the master audio is output to the
R channel (only when headphone CUE button is used to select
[MASTER]).
STEREO:
The audio source selected with the headphone CUE button is
output in stereo.
20. Channel fader curve switch (CH FADER)
29. Headphones mixing dial (MIXING)
This switch allows the user to select from three types of
channel fader curve response. This setting is applied equally
to channels 1 to 4.
÷ At the left setting, the curve operates to produce a rapid
rise as the channel fader approaches its distant position.
÷ At the right setting, the curve operates to produce an even,
neutral rise throughout the channel fader’s movement.
÷ At the middle setting, an intermediate curve is produced,
midway between the two curves noted above.
F
Outputs sound assigned to [A] and [B] sides in accordance
with setting of the CROSS FADER ASSIGN switch, and subject
to the cross fader curve selected with the CROSS FADER
curve switch.
17. Fader start button/indicator (FADER START 1 to 4)
18. Channel fader lever
E
22. Cross fader lever
168
Headphones output section
28. Headphones output switch
(MONO SPLIT/STEREO)
When rotated clockwise (toward [MASTER]), the master
output audio is produced at the headphones (only when
[MASTER] has been selected with the headphones CUE
button); when rotated counterclockwise (toward [CUE]), the
headphones output becomes the mixture of the effect
monitor and the channel selected with the headphone CUE
button.
DJM-800
1
2
3
4
5
6
7
8
NAMES AND FUNCTIONS OF PARTS (OPERATION PANEL_3)
A
30. Headphones level adjust dial (LEVEL)
Adjusts the output level of the headphones jack. (adjustable
range: – ∞ to 0 dB)
31. Headphones jack (PHONES)
Sound-color effects section
41. Sound-color effect select buttons/indicators
(HARMONIC, SWEEP, FILTER, CRUSH)
Use to select and enable/disable sound-color effects .
The button for the selected function will flash, and the effect
will be applied equally to channels 1 to 4. When the flashing
button is pressed, it lights steadily and the effect turns OFF.
When power is first turned on, all effects default to OFF
(indicators are lighted).
BPM counter section
32. Beat select buttons (BEAT)
(Beat up): Doubles the calculated BPM.
(Beat down): Halves the calculated BPM.
42. Harmonic Indicators
÷ Some effects can be set for “3/4”.
33. MIDI start/stop button (MIDI START/STOP)
Use to alternate the MIDI control function between start and
stop .
When this control is enabled, the [MIDI START (STOP)]
message appears for two seconds on the display.
MIDI SNAP SHOT:
When the MIDI START/STOP button is held depressed, a
snapshot is sent to the external MIDI component.
B
When [HARMONIC] is turned ON, these indicators light and
the color of the indicator changes in accord with the status of
the effect .
43. Sound-color effect parameter dial (COLOR)
Used to adjust quantitative parameters for the effect selected
with the sound-color effect selector buttons.
44. Display
34. BPM measuring mode button (AUTO/TAP)
Each time the button is pressed, the BPM measuring mode
alternates between [AUTO] and [TAP].
AUTO:
The display’s [AUTO] indicator lights, and the BPM is
automatically calculated.
TAP:
The display’s [TAP] indicator lights, and the BPM is calculated
manually by TAP button input.
C
35. TAP button
The BPM is calculated from the intervals at which the TAP
button is struck. If the TAP button is pressed in the AUTO
mode, the mode automatically switches to the TAP mode
(manual input).
Beat effect section
D
36. Effect selector (DELAY, ECHO, REV DLY
(REVERSE DELAY), PAN, TRANS, FILTER,
FLANGER, PHASER, REVERB, ROBOT (ROBOT
VOCODER), CHORUS, ROLL, REV ROLL
(REVERSE ROLL), SND/RTN (SEND/RETURN))
Use to select desired type of effect.
When using an external effector connected to the SEND and
RETURN connectors, set to the [SND/RTN] position.
37. Effect channel selector (1, 2, 3, 4, MIC, CF.A, CF.B,
MASTER)
Use to select the channel to which effects are applied.
When [MIC] is selected, effects are applied to both
microphone 1 and microphone 2.
E
38. Effect parameter 1 dial [TIME (PARAMETER 1)]
Adjusts time parameter for selected effect .
If the TIME dial is rotated while depressing the TAP button,
direct BPM can be set manually.
If the TIME dial is rotated while holding the TAP button and
AUTO/TAP buttons depressed, the BPM can be set in 0.1
units.
39. Effect parameter 2 dial
[LEVEL/DEPTH (PARAMETER 2)]
Adjusts quantitative parameters for selected effect .
40. Effect button/indicator (ON/OFF)
F
Sets selected effect ON/OFF. Whenever power is first
turned ON, effects default to OFF and the button is lighted.
When effects are enabled (ON), the button flashes.
169
DJM-800
5
6
7
8
1
2
3
4
NAMES AND FUNCTIONS OF PARTS (DISPLAY SECTION)
2. Channel select display section
DISPLAY
SECTION
A
The <CH SELECT> indicator lights constantly, and a red frame
lights around the number position corresponding to the
chosen effect channel selector.
EFFECT SELECT
1
3. Parameter display section
Upper
MIDI
<PARAMETER>:
The <PARAMETER> indicator lights constantly.
AUTO/TAP:
[AUTO] lights when the BPM measuring mode is set to AUTO,
and [TAP] lights when the BPM measuring mode is set to
manual (TAP).
BPM counter display (3 digits):
In AUTO mode, displays the automatically detected BPM value.
If the BPM count cannot be detected automatically, the display
will flash at the previously detected value. In manual (TAP)
mode, displays the BPM value designated by TAP input, etc.
BPM:
Lights constantly.
MIDI:
Displays the MIDI start/stop status.
Indicator lights after MIDI start command has been sent.
Indicator goes out after MIDI stop command has been sent.
Parameter 1 display (5 digits):
Displays parameters designated for each effect. When the beat
select buttons (BEAT , ) are pressed, the corresponding
beat multiple change is displayed for one second. If the beat
select buttons (BEAT , ) are used to designate a value
outside the parameter range, the current number will flash
but will not change.
Unit Display (%/ms):
Lights in accordance with the unit used for each effect.
Lower
START
4. Beat display section
Upper
MIDI
Lower
STOP
Upper
Lower
SNAP
SHOT
CH SELECT
1
MIC
2
A
3
B
4
2
MST
PARAMETER
MIDI
BPM
%
AUTO
TAP
B
3
4
1. Effects display section
The <EFFECT SELECT> indicator lights constantly, and the
alpha-numeric display (seven characters in two lines) indicates
the name of the effect as shown below. Also, when one of the
change operations is performed as noted in the table, the
corresponding characters are displayed for two seconds, after
which the display returns to the original effect name.
C
Switching Operation
At MIDI start
Upper/
Lower Row
Display
Displays the location of parameter 1 relative to BPM (1/1 beat).
The lower row is lighted constantly. When the parameter 1
location approaches a threshold value, the corresponding
indicator is lighted. When the parameter 1 is between
threshold values, the indicator flashes. Although the display
includes seven actual indicators, the two ends can also be
considered to act as indicators, with the result that a
theoretical nine positions can be postulated. When the values
are at the two ends, no indicators light.
At MIDI stop
MIDI snapshot
D
Effect
selector
DELAY
ECHO
REV DLY
PAN
TRANS
E
FILTER
FLANGER
PHASER
REVERB
ROBOT
CHORUS
ROLL
REV ROLL
F
SND/RTN
Effect display
Minimum
Upper/
Effect name
value
Lower
Upper
DELAY
1
Lower
Upper
ECHO
1
Lower
Upper
REVERSE
10
Lower
DELAY
Upper
PAN
10
Lower
Upper
TRANS
10
Lower
Upper
FILTER
10
Lower
Upper
FLANGER
10
Lower
Upper
PHASER
10
Lower
Upper
REVERB
1
Lower
Upper
ROBOT
–100
Lower
Upper
CHORUS
10
Lower
Upper
ROLL
10
Lower
Upper
REVERSE
10
Lower
ROLL
Upper
SEND/
Lower
RETURN
Parameter display
Maximum
Default
value
Beat display
Unit
4 000
500
ms
1/8
1/4
1/2
3/4
1/1
2/1
4/1
8/1
16/1
4 000
500
ms
1/8
1/4
1/2
3/4
1/1
2/1
4/1
8/1
16/1
4 000
500
ms
1/8
1/4
1/2
3/4
1/1
2/1
4/1
8/1
16/1
16 000
500
ms
1/16
1/8
1/4
1/2
1/1
2/1
4/1
8/1
16/1
16 000
500
ms
1/16
1/8
1/4
1/2
1/1
2/1
4/1
8/1
16/1
32 000
2 000
ms
1/4
1/2
1/1
2/1
4/1
8/1
16/1 32/1 64/1
32 000
2 000
ms
1/4
1/2
1/1
2/1
4/1
8/1
16/1 32/1 64/1
32 000
2 000
ms
1/4
1/2
1/1
2/1
4/1
8/1
16/1 32/1 64/1
100
50
%
10
20
30
40
50
60
70
80
90
100
0
%
—
–100 –66
–50
0
26
50
100
—
32 000
2 000
ms
1/4
1/2
1/1
2/1
4/1
8/1
16/1 32/1 64/1
4 000
500
ms
1/16
1/8
1/4
1/2
1/1
2/1
4/1
8/1
16/1
4 000
500
ms
1/16
1/8
1/4
1/2
1/1
2/1
4/1
8/1
16/1
Shaded items
170
are not displayed.
DJM-800
1
2
3
4
5
6
7
8
A
CONNECTION PANEL
1
2
3
4
5
6
7
SIGNAL GND
SIGNAL GND
MASTER 2
L
PHONO
REC
PHONO
LINE
8
L
LINE
PHONO
L
DIGITAL IN
LINE
CD
L
CD
L
B
POWER
OFF
ON
CONTROL
1GND
2HOT
R
R
DIGITAL
LINE
3COLD
AC IN
CONTROL
R
CONTROL
R
DIGITAL
LINE
DIGITAL
CD
CONTROL
R
MIDI OUT
DIGITAL OUT
fs (Hz)
DIGITAL
CD
48 k
96 k
MASTER ATT
0dB
-3dB
-6dB
-12dB
R
21
ADD CUT
MASTER 1 L
20
R
MIC SIGNAL
19
BOOTH
(TRS)
18 17
1. POWER switch
2. MASTER 2 output connectors
R
L
16
15
14
SEND
L(MONO)
R
RETURN
13
L(MONO)
12 11
10
9
14. SEND output connectors
C
Ø6.3 mm phone-type output connectors.
Use to connect to the input connectors of external effectors or other
similar components. When the L channel only is connected, a L+R
monaural signal is output.
RCA type unbalanced output.
3. Recording output connectors (REC)
RCA type output connectors for recording.
15. CONTROL connectors
4. PHONO input connectors
RCA type phono level (MM cartridge) input connectors.
Do not use for inputting line level signals.
5. LINE input connectors
RCA type line level input connectors.
Use to connect a cassette deck or other line level output component.
6. Signal grounding terminals (SIGNAL GND)
Use to connect ground wires from analog players.
This is not a safety grounding terminal.
7. CD input connectors
Ø3.5 mm mini-connector. Use to connect to the control connector of
a Pioneer DJ CD player.
When the connectors are connected, the DJM-800’s fader can be
used to perform start/stop on the DJ CD player.
16. BOOTH monitor output connectors
Ø6.3 mm phone-type booth monitor output connectors.
The sound level from these connectors is controlled independently
by the BOOTH MONITOR level dial, regardless of the position of the
MASTER LEVEL dial. (These connectors are TRS output, so they
support both balanced and unbalanced outputs.)
RCA type line level input connectors.
Use to connect a DJ CD player or other line level output component.
17. DIGITAL/LINE input selector switches
8. DIGITAL IN connectors
18. Master output attenuator switch (MASTER ATT)
RCA type digital coaxial input connectors.
Use to connect to DJ CD player or other digital coaxial output
connectors.
Use to attenuate the level of the master 1 and master 2 outputs.
Selectable values are 0 dB, –3 dB, –6 dB and –12 dB.
9. MIDI OUT connector
D
Use to select either analog input (LINE) or digital input (DIGITAL IN).
19. Microphone signal switch
(MIC SIGNAL ADD/CUT)
When set to the [ADD] position, the sounds from microphone 1 and
microphone 2 are output to the BOOTH monitor output connectors.
When set to the [CUT] position, the sounds from microphone 1 and
microphone 2 are not output to the BOOTH monitor output
connectors.
DIN type output connector.
Use to connect to other MIDI component .
10. DIGITAL OUT connector
RCA type digital coaxial output connector.
Master audio digital output.
11. Sampling frequency selector switch (fs 48 k/96 k)
Use to set the sampling frequency of the digital output to 96 kHz/24bit or 48 kHz/24-bit.
12. DIGITAL/CD input selector switches
Use to select either analog input (CD) or digital input (DIGITAL IN).
13. RETURN connectors
Ø6.3 mm phone-type input connectors.
Use to connect to the output connectors of external effectors or
similar components.
When the L channel only is connected, the L channel input is
simultaneously input to the R channel.
E
20. MASTER 1 output connectors
XLR type (male) balanced output.
÷ When using a cord with RCA-type plug, users are recommended
to connect the plug directly to the MASTER 2 connectors without
using an XLR/RCA converter plug.
21. Power inlet (AC IN)
Use the accessory power cord to connect to an AC power outlet of the
proper voltage.
F
171
DJM-800
5
6
7
8
1
2
3
4
9. ROTARY VOLUME KIT (DJC-800RV)
9.1 PACKING SECTION
5
A
Warranty Card
(For JAPAN)
6
Warranty Card
(For NORTH AMERICA)
7
INSTRUCTION MANUAL
3
B
Rotary Volume Kit
2
4
C
10
9
(PACKING CASE)
ROTALY VOLUME KIT
(PACKING CASE)
* LABEL PUT UP
D
PACKAGING TAPE
11
E
STAMP UNDER
DESTINATION PLACE SYMBOL
• PACKING SECTION parts List
F
Mark No.
Description
Part No.
1
2
3
4
NSP 5
• • • •
Mirror Mat (300*230)
TOP Pad
BOTTOM Pad
Warranty Card (Japan)
DHL1155
DHA1708
DHA1709
DRY1235
NSP 6
Warranty Card(North America) ARY7043
172
Mark No.
Description
7
8
9
NSP 10
Instruction Manual
• • • •
Packing Case
Serial Label (UPC)
DHG2615
DRW2311
Master Carton
DHG2616
11
Part No.
DRC1280
DJM-800
1
2
3
4
5
6
7
8
9.2 EXTERIOR SECTION
A
(Front)
6
6
6
8
7
B
3
(Back)
9
2
Yellow
3
1
2
White
5
C
7
5
1
• EXTERIOR SECTION parts List
Mark No.
Description
D
Part No.
1
2
3
4
5
Potentiometer
Connector Assy (W)
Connector Assy (Y)
• • • •
Binder (SKB-90BK)
DCS1088
DKP3765
DKP3766
6
7
8
NSP 9
10
VR Knob (ISO)
CHF Panel (RV)
Flange Nut M7
CE Mark Label (UP)
• • • •
DAA1165
DAH2432
DBN1011
RRW1221
ZCA-SKB90BK
E
F
173
DJM-800
5
6
7
8
1
2
3
4
9.3 SCHEMATIC DIAGAM
Note: Although the ref. numbers for the CH1/CH3 FADER Assys are
different, they are identical, and their functions in the circuitry are the
same. You can connect to either of them.
A
Note: Although the ref. numbers for the CH2/CH4 FADER Assys are
different, they are identical, and their functions in the circuitry are the
same. You can connect to either of them.
C
CN3 &
C
CN1
B
CN4 &
C
CN2
C
C
D
Connector Ass'y (W)
Connector Ass'y (Y)
White
E
Yellow
Gray
Gray
White
White
1
Solder
Potentiometer
Potentiometer
1
Solder
F
174
DJM-800
1
2
3
4
5
6
7
8
9.4 DISASSEMBLY
A
3. Disconnect the 4 cable connectors.
WARNING
Do not attempt to install this kit by your-self!
This kit requires professional expertise and must
be installed by a specially trained technician.
For details, inquire at your nearest authorized Pioneer service center. (Consult your retail dealer for
more information regarding authorized Pioneer
service centers. )
4. Remove the 2 mounting screws for each slide
volume (total 8 screws), and remove the 4
slide volumes.
4
4
4
4
3 3
3 3
4
4
4
4
B
NOTE:
Installation of this kit requires specialized professional
training and expertise. Consult your nearest authorized Pioneer service center for installation(installation fee must be paid by user).
Attempting to install this kit by yourself can be very
dangerous, and may result not only in damage to the
unit, but fire or electrical shock. Pioneer can accept
no liability for injuries or damages resulting from installations or modifications performed by the
cus-tomer.
5. Connect the 4 cable connectors for the fader
units to be installed (total 4).
• Insert the connectors securely, taking care not
to mistake the order in which the connectors
are attached (connectors for odd-numbered
channels are white, while connectors for evennumbered channels are yellow. Attach connec-
C
tors of the same color together).
To the Installing Service Personnel
Install this panel unit as depicted in the accompanying
illustrations and instructions.
• Before beginning work, be sure to disconnect the
power cord from its supply outlet.
5
5
5
5
1. Pull off the 4 fader slider knobs.
1
1
1
D
1
6. Insert the Fader panel and fasten with theIfour
corner screws (total 4).
• Take care not to allow any wiring to be caughtunder
the panel.
6
2. Remove the 4 screws at the four corners of
the fader panel, and remove the panel.
2
6
6
6
E
2
2
2
• Carefully store all removed parts (lever knobs
(4), panel (1), slide volumes (4), and mounting
screws (8)).
F
175
DJM-800
5
6
7
8
1
2
3
4
Jigs list
A
Jig No.
GGF 1490
djm800-xxxx. mot
Jig Name
Remarks
RS-232C jig
Program up date file
used for firmware download
used for firmware download
B
C
D
E
F
176
DJM-800
1
2
3
4