Pioneer DJC-800-RV, DJM-800 Service manual

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

POWE R

PROFESSIONAL MIXER

MIC

MIC 1MIC 2

-

12

-

12

MIC

OFF ON

HARMONIC

SOUND COLOR FX

CRUSH

FADER START

1234

HEADPHONES

MONO SPLIT STEREO

MIXING

LEVEL

PHONES

MIC 1
LEVEL

0

MIC 2
LEVEL

0

HI

+

6

EQ

LOW

+

6

TALK
OVER

SWEEP

FILTER

MASTERCUE

0

/DIGITAL PHONOCD/DIGITAL PHON O

CD

LINE

TRIM

TRIM

OVER

OVER

10

10

+

9

+

9

7

7

HI

HI

4

4

2

2

1

1

0

0

+6-

26

+6-

26

MID

MID

–1

–1

–2

–2

EQ EQ EQ EQ

–3

–3

–5

–5

+

6

-

26

+6-

26

–7

–7

LOW

LOW

–10

–10

–15

–15

–24

–24

dB dB dB dB

+6-

26

+6-

26

COLOR

COLOR

LOW

LOW

HI

HI

CUE

CUE

10

9

8

7

6

5

4

3

2

1

0

CROSS FADER ASSIGN

A B

LINE

/DIGITAL PHONO

/DIGITAL

TRIM

OVER

10

+

9

7

HI

4

2

1

0

+6-

26

MID

–1

–2

–3

–5

+6-

26

–7

LOW

–10

–15

–24

+6-

26

COLOR

LOW

HI

CUE

10

10

9

9

8

8

7

7

6

6

5

5

4

4

3

3

2

2

1

1

0

0

A THRU BA THRU BA THRU B

LINE

OVER

10

7

4

2

1

0

26

–1

–2

–3

–5

26

–7

–10

–15

–24

26

LOW

A THRU B

TRIM

+

9

HI

+6-

MID

+6-

LOW

+6-

COLOR

HI

CUE CUE

BOOTH MONITO R

CROSS FADER

MASTER

LR

BALANCE

MONO STEREO

CH FADER

LEVEL

0

OVER

10

7

4

2

1

0

–1

–2

–3

–5

–7

–10

BEAT

–15

–24

MIDI START

/STOP

AUTO/ TAP

dB

TAP

RL

CUE

BEAT EFFECTS

PHASER

FLANGER

FILTER

REVERB

TRANS

ROBOT

PAN

CHORUS

REV DLY

ROLL

ECHO

REV ROLL

DELAY

SND/RTN

MIC

4

3

CF.A

2

CF.B

1

MASTER

0

TIME

LEVEL/DEPTH

MAX

MIN

ON/OFF

ORDER NO.

RRV3340

DJM-800

DJ MIXER

DJM-800

ROTARY VOLUME KIT

DJC-800RV

THIS MANUAL IS APPLICABLE TO THE FOLLOWING MODEL(S) AND TYPE(S).

Model Type Power Requirement Remarks

DJM-800 KUCXJ AC120V
DJM-800 WYXJ5 AC220 - 240V
DJM-800 TLXJ AC110 - 120V / 220 - 240V
DJC-800RV ZXJ/WL5 —

For details, refer to "Important Check Points for good servicing".

T-IZR MAR. 2006 printed in Japan

1234

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.

B

NOTICE
(FOR CANADIAN MODEL ONLY)
Fuse symbols (fast operating fuse) and/or (slow operating fuse) on PCB indicate that replacement
parts must be of identical designation.

Health & Safety Code Section 25249.6 – Proposition 65

REMARQUE
(POUR MODÈLE CANADIEN SEULEMENT)
Les symboles de fusible (fusible de type rapide) et/ou (fusible de type lent) sur CCI indiquent que
les pièces de remplacement doivent avoir la même désignation.

C

(FOR USA MODEL ONLY)

1. SAFETY PRECAUTIONS

The following check should be performed for the
continued protection of the customer and

service technician.

LEAKAGE CURRENT CHECK

Measure leakage current to a known earth ground (waterpipe

D

E

, conduit, etc.) by connecting a leakage current tester

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
not be above

0.5mA

Device
under
test

Test all
exposed metal
surfaces

Also test with
plug reversed
(Using AC adapter
plug as required)

Leakage
current
tester

Earth
ground

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.

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.

F

2

1234

AC Leakage Test

DJM-800

5678

[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.

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.

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.

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.

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.

A

B

C

D

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.

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.

56

DJM-800

E

F

3

7

8

1234

CONTENTS

1. SPECIFICATIONS ............................................................................................................................................ 5

2. EXPLODED VIEWS AND PARTS LIST ............................................................................................................6

A

B

C

D

E

F

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
ACSW

3.27

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

ASSYS .................................................................................................................................... 68

ASSY.......................................................................................................................................... 69

4

1234

DJM-800

5678

1. SPECIFICATIONS

SPECIFICATIONS

1. General

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

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

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 ..............................................

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 )

12-5/8 (W) x 15 (D) x 4-1/4 (H) in

+2 dBu/10kΩ /10Ω or less

3. Input/output connector systems

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

4. Accessories

Operating Instructions .........................................................................1

Power cord ........................................................................................... 1

Warranty card ......................................................................................1

Specifications and appearance are subject to change without notice.

Accessories

Power cord
(KUCXJ : DDG1028)

A

B

C

D

(WYXJ5,TLXJ : ADG7062)

Operating instrucions
Warranty card (KUCXJ only)

DJM-800

56

E

F

5

7

8

1234

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

B

C

5

9

4

12

11

3

D

7

8

2

FRONT

DJM-800

E

6

F

10

6

1234

DJM-800

5678

(1) PACKING SECTION PARTS LIST

No. Description Part No.

No. Description Part No.

Mark

1• • • •
2Pad Front DHA1698
3Pad Rear DHA1699
4Pad Top DHA1705

5 Instruction Manual(M800) See Contrast table (2)

6Packing Case See Contrast table (2)

7 Sheet RHX1006

Mark

8 Power Cord See Contrast table (2)
NSP 9 Polyethylene Bag AHG7117
NSP 10 Label See Contrast table (2)

NSP 11 Warranty Card See Contrast table (2)
NSP 12 User Registration Sheet DRM1262

(2) CONTRAST TABLE

DJM-800/WYXJ5, DJM-800/TLXJ and DJM-800/KUCXJ are constructed the same except for the fHollowing

Mark No. Symbol and Description

5 Instruction Manual (English) DRB1393 Not used Not used
5 Instruction Manual (English, French Not used DRB1392 Not used

German, Italian, Dutch, Spanish)

5 Instruction Manual

(English, Spanish, Chinese)

6Packing Case DHG2559 DHG2558 DHG2560

8Power Cord DDG1028 ADG7062 ADG7062
NSP 10 Label DRW2311 VRW1629 VRW1629
NSP 11 Warranty Card ARY7043 Not used Not used

DJM-800

/KUCXJ

Not used Not used DRB1394

DJM-800

/WYXJ5

DJM-800

/TLXJ

A

B

C

>

>

D

E

56

DJM-800

F

7

7

8

1234

2.2 EXTERIOR SECTION

A

61

51

51

63

Refer to
"2.3 CONTROL PANEL SECTION".

61

50
64

B

C

22

D

59

S

A

O

P

59

Q

M

39

21

P

56

20

42

59

T

24

K

60

29

M

J

11

Q

60

T

R

L

7

J

45

S

12

O

59

31

60

8

B

19

59

K

N

27

16

17

M

O

18

L

J

59

I

16

I

K

47

6

E

A

30

48

47

60

71

I

D

1

33

4/4

23

C

D

5

49

68

3/4

Q

H

4

D

F

9

3

2/4

26

G

L

38

2

A

D

62

D

1/4

15

60

F

R

59

59

15

62

R

59

14

15

67

67

25

59

52

62

N

59

35

59

10

36

66

43

58

62

59

54

62

65

53

G

34

H

28

57

69

E

70

59

40

42

41

42

47

59

47

41

E

59

69

42

D

60

69

C

B

37

44

32

F

55

46

13

Q

NON-CONTACT

SIDE

CONTACT SIDE

8

1234

DJM-800

5678

EXTERIOR SECTION PARTS LIST

No. Description Part No.

Mark

1 INPUT Assy DWX2535
2 TRIM 4 Assy DWX2551
3 TRIM 3 Assy DWX2550
4 TRIM 2 Assy DWX2549
5 TRIM 1 Assy DWX2548

6 DSP Assy DWX2534
7 OUTPUT Assy DWX2544
8 DIGIC Assy DWX2547
9 DIGIA Assy DWX2555

10 SLSW Assy DWX2536

11 DIGIB Assy DWX2546
12 HPAMP Assy DWX2556
13 POWER SUPPLY Unit DWR1433
14 ACSW Assy DWX2545
15 Short Pin Plug AKM7008

16 Flexible Cable (31P) DDD1316
17 Flexible Cable (12P) DDD1317
18 Flexible Cable (25P) DDD1318
19 Flexible Cable (16P) DDD1319
20 Flexible Cable (10P) DDD1321

21 Flexible Cable (30P) DDD1322
22 Flexible Cable (25P) DDD1323
23 Flexible Cable (7P) DDD1326
24 Flexible Cable (12P) DDD1327
25 Flexible Cable (6P) DDD1328

26 Flexible Cable (7P) DDD1329
27 Flexible Cable (10P) DDD1333

>

28 AC Inlet Assy See Contrast table (2)
29 Flexible Cable (24P) DDD1330
30 Connector Assy(10P-12P) DKP3763

31 Connector Assy PF05EE-S22
32 Connector Assy PF05EE4S32
33 Connector Assy PF06EE-D12

NSP 34 Rear Panel See Contrast table (2)

35 Bracket TRIM DNF1728

36 Bracket SSW DNF1729

>

>

No. Description Part No.

Mark

37 Shield Case DNH2697
38 Shield Case AC DNH2698
39 Shield Case DSP DNH2699
40 Chassis Assy DXB1881

41 Leg Assy REC-434

NSP 42 Spacer AEB7092

43 PHONE Spacer DEC2914
44 Barrier A DEC2915
45 Styling Sheet DEC2917

46 Bottom Cover DEC2918
47 Blind Label DEC2928
48 Barrier B DEC2944
49 Select Knob (S) DAA1166
50 Extension Shaft DNK4691

51 Rotary SW Knob S DAA1204
52 Bracket PSW DNF1730
53 POWER Knob DAC2306
54 POWER Knob Guard DNK4534

NSP 55 LABEL See Contrast table (2)

56 CAUTION Label DRW2312
57 Blind Cap DNK4218
58 Terminal Screw AKE-031-0
59 Screw BBZ30P060FTB
60 Screw BBZ30P080FTC

61 Screw BCZ30P080FTB
62 Screw BPZ30P080FTB
63 Screw CCZ30P060FTB
64 Flange Nut M7 DBN1011
65 Screw IBZ30P080FTB

66 Nut NKX2FTC
67 Screw PMH30P100FTB
68 Screw PMH40P080FTC
69 Binder (SKB-90BK) ZCA-SKB90BK

NSP 70 Caution LABEL See Contrast table (2)

NSP 71 Earth LABEL See Contrast table (2)

A

B

C

D

(2) CONTRAST TABLE

DJM-800/WYXJ5, /TLXJ and DJM-800/KUCXJ are constructed the same except for the fHollowing :

Mark No. Symbol and Description

28 AC Inlet Assy DKP3761 DKP3762 DKP3762
NSP 34 Rear Panel DNC1800 DNC1789 DNC1791
NSP 55 LABEL DRW2294 DRW2293 DRW2319
NSP 70 Caution LABEL DRW1975 Not used Not used
NSP 71 Earth LABEL DRW2276 Not used Not used

DJM-800

/KUCXJ

DJM-800

56

DJM-800

/WYXJ5

7

DJM-800

/TLXJ

E

F

9

8

1234

2.3 CONTROL PANEL SECTION

A

27

33

29

30

54

53

41

28

34

47

54

43

B

C

45

55

20

14

D

54

43

A

P

54

9

H

22

22

58

10

16

36

44

57

56

38

54

5

G

1/4

15

51

39

25

27

6

G

48

21

G

15

E

F

4/4

58

57

17

50

57

56

17

D

7

49

G

8

3/4

2/4

C

57

57

40

31

32

25

E

B

51

57

Dependence

42

23

52

F

35

3

19

4

G

46

37

50

H

24

52

2

C

C

D

E

52

26

11

F

10

1234

B

1

18

52

E

F

A

B

52

52

52

DJM-800

42

13

49

35

G

H

59

52

12

NON-CONTACT

SIDE

CONTACT SIDE

5678

CONTROL PANEL SECTION PARTS LIST

No. Description Part No.

Mark

1 MIC 1 Assy DWX2542
2PANEL 1 Assy DWX2552
3 MIC 2 Assy DWX2543
4PANEL 2 Assy DWX2554
5 CHFD 1 Assy DWX2537

6 CHFD 2 Assy DWX2538
7 CHFD 3 Assy DWX2539
8 CHFD 4 Assy DWX2540
9 CRSFD Assy DWX2541

10 HP JACK Assy DWX2553

No. Description Part No.

Mark

50 LEVEL Meter Assy DXB1882

51 Screw AMZ26P040FTC
52 Screw BBZ30P060FTB
53 Screw BPZ30P120FTB
54 Screw CCZ30P060FTB
55 Screw DBA1262

56 Screw DBA1298
57 Flange Nut M9 DBN1008
58 Nut NKX2FTC

A

11 Flexible Cable (12P) DDD1320
12 Flexible Cable (27P) DDD1324
13 Flexible Cable (30P) DDD1325
14 Housing Wire Assy PF03PP-D12
15 Housing Wire Assy PF04PP-D05

16 Housing Wire Assy PF04PP-D20
17 Housing Wire Assy PF04PP4D05
18 Housing Wire Assy PF05FF-D25

NSP 19 Panel Stay DND1254

20 CRF Stay DNF1726

21 MIC Stay DNF1727
22 Fader Packing DEC2903
23 SW Packing DEC2929
24 Barrier (FL) DEC2943
25 SW Packing DED1177

NSP 26 PC Support VEC1508

27 Rotary SW Knob (A) DAA1175
28 Rotary SW Knob (B) DAA1176
29 Rotary SW Knob S (A) DAA1177
30 Rotary SW Knob S (B) DAA1178

B

C

D

31 Select Knob DAA1205
32 Rotary SW Knob (C) DAA1180
33 Rotary SW Knob (HM) DAA1197
34 Rotary SW Knob (MA) DAA1198
35 CUE Knob DAC2215

36 Slide SW Cap (A) DAC2219
37 SET Knob (TAP) DAC2300
38 SET Knob (FS) DAC2301
39 SET Knob (HM) DAC2302
40 EFFECT Knob DAC2304

41 MIC Cap DAC2309
42 Slide SW Cap DAC2310
43 Slider Knob (L2) DAC2371
44 CHF Panel DAH2426
45 CRF Panel DAH2427

46 Disply Panel DAH2428
47 Control Panel DNB1144
48 LENS DNK4532
49 LENS Holder DNK4533

56

DJM-800

E

F

11

7

8

1234

S

3. BLOCK DIAGRAM AND SCHEMATIC DIAGRAM

3.1 OVERALL BLOCK DIAGRAM_1

A

B

C

BLOCK DIAGRAM

MI C

MIC 1

MIC 2

CH 1

LINE

CD

DIGITAL

CD/DIGITAL

SW .

CD

DIGITAL/CD

CH 2

PHONO

CD

DIGITAL

DIGITAL

DIGITAL

CD/DIGITAL

LINE SW.

CD

PHONO AMP.

MIC AMP

MIC AMP

BUFFER

BUFFER

DIR

LINE
LINE
LINE

BUFFER

DIR

LINE

CD
CD

DIGITAL

MIC 1 LEVEL

MIC 2 LEVEL

TRIM

AD
MATRIX

55

119

MATRIX

19

TRIM

AD
MATRIX

A/D

BUFFER

A/D

SRC

-COM

VR AD
PHONO/LINE SW .
DIGIT AL SEL.
DIGITAL

/ANALOG SW.

BUFFER

A/D

SRC

28

147

143

144

MIC 1
MIC 2

CH 1

CH 2

D

59

CD/DIGI TAL
PHONO SW.

D

CH 3

PHONO

LINE

DIGITAL

SW .

CD

DIGITAL/CD

DIGITAL

CD/DIGI TAL

CD

DIGITAL

PHONO

PHONO
PHONO
PHONO

DIGITAL

PHONO AMP.

BUFFER

DIR

CD
CD

MATRIX

TRIM

119

20

BUFFER

AD
MATRIX

60

E

SW .

LINE

DIGITAL/LINE

DIGITAL

CH 4

LINE/DIGI TAL

PHONO SW.

LINE/DIGI TAL

LINE

DIGITAL

PHONO
PHONO
PHONO

PHONO

LINE/CD

ANALOG

DIGITAL

119

MATRIX

21

same as CH 3

F

-COM

VR AD
PHONO/LINE SW .
DIGIT AL SEL.
DIGITAL

/ANALOG SW.

A/D

SRC

-COM

VR AD
PHONO/LINE SW .
DIGIT AL SEL.
DIGITAL

/ANALOG SW.

To DSP BLOCK DIAGRAM

29

30

145

146

CH 3

CH 4

12

DJM-800

1234

5678

A

D610A003BPYPA225-K

DSP

PHONES

MASTER

BOOTH

REC

SEND

RETURN

13

27

20

18

17

150

D/A

MASTER ATT.

D/A

SRC DIT

BUFFER AMP.

D/A

BUFFER

D/A

D/A

A/D

BUFFER

AMP.

AMP.

MUTE

MUTE

MUTE

MUTE

MUTE

MUTE

PHONES

B

MASTER 1

MASTER 2

DIGITAL OUT

BOOTH

REC

C

SEND

D

RETURN

64M 4M

SDRAM

÷

When ordering service parts, be sure to refer to "EXPLODED VIEWS and PARTS LIST" or

FLASH

ROM

FPGA

XC3S50-

4TQG144C-K

-COM

HD64F2377-K

(PEG236A8-K)

"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.

DJM-800

56

7

E

F

13

8

1234

S

1

–

s

3.2 OVERALL BLOCK DIAGRAM_2

A

I

DSP BLOCK DIAGRAM

DJM-800 Audio DSP

CHn In

Digital in

Analog in

Input of digital / analog is set by SelectSW

B

MIC1,2 In

C

CH1-CH4 COMMON

Digital Trim

2Band

MIC

EQ

BPM

detect

CHx

MIC1,2

MIX

3Band

CHn

EQ

COLOR

EFFECTS

[ch1–4]

MIC SW

Off
On

TalkOver

3-possi.

BEAT
EFFECTS
[CHx(pre)]

∗1 ∗2,3

Send

Return

[CHx]

∗2,3,4

BPM

detect

[MIC]

∗5

CUE

Monitor

[CHx]

EFFECTS

BEAT

[MIC]

Send

Return

[MIC]

∗2,4

CHn Fader CF Assign

CH
Fader
Curve

3-possi.

CHx Level Meter CHx

Master
Balance

BEAT

EFFECTS

[CHx(post)]

MIC Data

Thru
CF_A
CF_B

3-possi.

CHx

+

+

CROSS
Fader

Cross
Fader
Curve

3-possi.

BPM

detect

[CF_A]

∗5 ∗4

BPM

detect

[CF_B]

∗5 ∗4

Send
Return
[CF_A]

Send
Return
[CF_B]

D

E

FPGA
[Dual PortRAM]

Send Out

Return In

MIC

Filter

• Mode

CPU

• Volume data

I/F

• Switch data

Bus

Logic

• CH Fader position

• CF Fader position

• Control Command

BEAT

EFFECTS

(SND/RTN)

/// BEAT EFFECT (SND/RTN) /// /// COLOR EFFECT (Harmonic) ///

EFFECT CH SELECT

–4

CH1

CF_A/B

MIC

Master

Return In

EFFECT CH SELECT

Return Level Effect SW

–4

CH1

CF_A/B

MIC

Master

No Cable EFFECT Processor CH

Cable Exist

CableCheck

SEND Out

Effect Out

EFFECT CUE

Talk Over On/Off

CH1

–4 In Friqency Counter

Effect Contror (from CPU)

∗1 : Ch1
∗2 : Boil
∗3 : Po
∗4 : I do
∗5 : I de

/// BEAT EFFECT (Other) ///

EFFECT CH SELECT

CH1

–4

F

CF_A/B

MIC

Master

EFFECT Processor

MIX RATIO Effect Out

14

Effect SW CH1–4 In EFFECT Processor CH1

EFFECT CUE

DJM-800

/// COLOR EFFECT (Others) ///

1234

5678

t

o

t

t

A

Master
Balance Talk Over

Talk Over On/Off

MIC Monitor SW CHx MIX Data

∗2,4

Master

Mono

Stereo

MIC Data

BPM

M

Send

Return

ect

[CF_A]

_A]

∗5 ∗4 ∗2,3

M

Send

Return

ect

[CF_B]

_B]

∗5 ∗4 ∗2,3

∗1 : Ch1 – 4 processes the same effect.
∗2 : Boil
∗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.

BEAT

EFFECTS

[CF_A(post)

BEAT

EFFECTS

[CF_B(post)

effectch Select

+

SW and do of effect attention for selected setting.

detect

[Master]

BEAT

EFFECTS

[Master]

∗5

Send

Return

[Master]

MIC Data

+

CHx CUE

Effect CUE

Master Level

Master CUE

+

Booth Level

+

• DSP Status

• BPM Detect data

• Harmonic Detect data

• CH Level Meter

• Master Level Meter

Master Level Meter

H.P.

MIX

EFFECT
Processor

H.P. Level

CPU

I/F

Logic

Rec Out

Master Out1

Master Out2

Digital Out

H.P. Out

Booth Out

FPGA
[Dual PortRAM]

SD-RAM

B

C

D

/// BPM DET. ///

EFFECT CH SELECT

CH1

er Send to CPU

ssor CH1–4 Out

r (from CPU)

ssor CH1–4 Out Mono Split

56

–4

CF_A/B

MIC

Master

∗ I detect B P M only for CH which EFFECT CH SELECT appears, and was Counter.

/// H.P. MIX ///

CHx CUE

EFFECT CUE

Master CUE L

BPM COUNTER

CUE Balance

+

Master Balance H.P.Level

L

R

R

Send to CPU

H.P.MONOSPLIT/STEREO SW

Mono Split

Stereo

Stereo

+

+

H.P.Level

DJM-800

7

E

H.P. Out Lch

F

H.P. Out Rch

15

8

1234

3.3 OVERALL WIRING DIAGRAM

A

B

C

P

HP JACK(DWX2553)

ACSW

R

(DWX2545)

OUTPUT(DWX2544)

J

J J

1/3–( 3/3)

O

SW POWER SUPPLY

Q

HPAMP
(DWX2556)

I

DSP
(DWX2534)

I I

DIGIC(DWX2547)

K

1/3–( 3/3)

D

E

DIGIB(DWX2546)

M

F

SLSW

N

(DWX2536)

DIGIA

L

(DWX2555)

16

DJM-800

1234

5678

PANEL1(DWX2552)

C

G 1/4

CHFD1(DWX2537)

G 2/4

CHFD2(DWX2538)

G 3/4

CHFD3(DWX2539)

G 4/4

CHFD4(DWX2540)

H

CRSFD(DWX2541)

PANEL2(DWX2554)

F

A

B

C

A

INPUT
(DWX2535)

A A

1/6–( 6/6)

MIC1

B

(DWX2542)

MIC2

E

(DWX2543)

D

D 4/4

TRIM1(DWX2548)

D 3/4

TRIM2(DWX2549)

E

D 2/4

TRIM3(DWX2550)

D 1/4

TRIM4(DWX2551)

F

56

DJM-800

17

7

8

1234

3.4 INPUT ASSY (1/6)

A

B

C

A 1/6

(LI)

INPUT ASSY(DWX2535)

8

(LI)

BUFFER

1

(CDI)

(CDI)

BUFFER

CN491

4/4

D

(LI)

9

(CDI)

2

Shield Case

D

Analogue

6/6

A

6/6A

E

7

F

18

2/6,3/6,4/6,6/6A

A 1/6

DJM-800

1234

5678

A

5

3

_

(CH1)

(CH1)

(CH1)

(CH1)

B

1212

4

6

C

D

(CH1)

(D1)

(CH1D)

AUDIO SIGNAL ROUTE

(LI)

: LINE INPUT L CH SIGNAL

(CDI)

: CD INPUT L CH SIGNAL

(CH1)

: CH1 L CH SIGNAL

(D1)

(CH1Y)

: CH1 DIGITAL SIGNAL
: CH1 Y CH SIGNAL

DJM-800

56

6/6A

(CH1Y)

6/6A

E

F

A 1/6

19

7

8

1234

3.5 INPUT ASSY (2/6)

A

A 2/6

INPUT ASSY(DWX2535)

CN591

3/4

D

(PI)

10

11

B

C

(PI)

_

(CDI)

(CDI)

12

(PI)

13

(CH2)

(CDI)

BUFFER

Shield Case

D

6/6

A

Analogue

(CH2)

6/6A

E

17

F

20

A 2/6

1/6,3/6,4/6,6/6A

DJM-800

1234

5678

A

15

_

(CH2)

1212

14

(CH2)

16

(CH2)

B

C

(CH2D)

(D2)

AUDIO SIGNAL ROUTE

(PI)

: PHONO INPUT L CH SIGNAL

(CDI)

: CD INPUT L CH SIGNAL

(CH2)

: CH2 L CH SIGNAL

(D2)

(CH2Y)

: CH2 DIGITAL SIGNAL
: CH2 Y CH SIGNAL

(CH2Y)

D

6/6A

E

6/6A

F

56

DJM-800

A 2/6

21

7

8

1234

3.6 INPUT ASSY (3/6)

A

A 3/6

INPUT ASSY(DWX2535)

(PI)

(PI)

CN691

2/4

D

(CH3)

B

C

D

(PI)

(LI)

Shield Case

_

(LI)

BUFFER

(LI)

E

F

22

A 3/6

Analogue

A

6/6

(CH3)

6/6A

1/6,2/6,4/6,6/6A

DJM-800

1234

5678

A

_

(CH3)

1212

(CH3)

(CH3)

B

C

(CH3D)

AUDIO SIGNAL ROUTE

(PI)

: PHONO INPUT L CH SIGNAL

(LI)

: LINE INPUT L CH SIGNAL

(CH3)

: CH3 L CH SIGNAL

(D3)

(CH3Y)

: CH3 DIGITAL SIGNAL
: CH3 Y CH SIGNAL

(D3)

(CH3Y)

D

6/6A

E

6/6A

F

56

DJM-800

A 3/6

23

7

8

1234

3.7 INPUT ASSY (4/6)

A

B

A 4/6

INPUT ASSY (DWX2535)

(PI)

(PI)

(PI)

CN791

1/4

D

(CH4)

_

C

(LI)

(LI)

Shield Case

D

A

BUFFER

6/6

(LI)

Analogue

(CH4)

6/6A

E

F

24

1/6,2/6,3/6,6/6A

A 4/6

DJM-800

1234

5678

A

_

(CH4)

(CH4)

B

1212

(CH4)

C

(CH4D)

AUDIO SIGNAL ROUTE

(PI)

: PHONO INPUT L CH SIGNAL

(LI)

: LINE INPUT L CH SIGNAL

(CH4)

: CH4 L CH SIGNAL

(D4)

(CH4Y)

: CH4 DIGITAL SIGNAL
: CH4 Y CH SIGNAL

(D4)

(CH4Y)

D

6/6A

E

6/6A

F

56

DJM-800

A 4/6

25

7

8

1234

3.8 INPUT ASSY (5/6)

A

B

C

A 5/6

6/6A

6/6A

INPUT ASSY (DWX2535)

(RECD)

(REC)

18

(REC)

19

D

(MA)

6/6A

E

BUFFER

(MA)

6/6A

F

26

A 5/6

DJM-800

1234

5678

A

B

(REC)

22

20

MUTE

(MA)

(REC)

C

23

(MA)

(REC)

21

D

AUDIO SIGNAL ROUTE

(RECD)

: REC DIGITAL CH SIGNAL

(REC)

: REC L CH SIGNAL

(MA)

: MASTER L CH SIGNAL

DJM-800

56

E

F

A 5/6

27

7

8

1234

3.9 INPUT ASSY (6/6)

A

B

C

A 6/6

CN3

INPUT ASSY (DWX2535)

28

27

1/3

I

24

26

25

A

5/6

LRCK BUFFER

BCK BUFFER

1/6,2/6,3/6,4/6

A

(CH1Y)

D

(CH2Y)

CN2

1/3

I

E

(CH3Y)

(CH4Y)

1/6A

2/6A

3/6A

AUDIO SIGNAL ROUTE

(CH1Y)

4/6A

(CH2Y)

(CH3Y)

(CH4Y)

5/6A

: CH 1 Y CH SIGNAL
: CH 2 Y CH SIGNAL
: CH 3 Y CH SIGNAL
: CH 4 Y CH SIGNAL

(D1)

: CH1 DIGITAL SIGNAL

(D2)

: CH2 DIGITAL SIGNAL

(D3)

: CH3 DIGITAL SIGNAL

(D4)

: CH4 DIGITAL SIGNAL

(MA)

: MASTER L CH SIGNAL

F

28

A 6/6

DJM-800

1234

5678

A

MCK BUFFER

BCK BUFFER

(D4)

(D1)

(D2)

(D3)

CN1203

1/6A

A

2/6

A

3/6
4/6

A

K

B

1/6,2/6,3/6,4/6A

5/6A

(MA)

CN902

1/3

J3/3

C

1/6,2/6,3/6,4/6A

LRCK BUFFER

MCK BUFFER

BCK BUFFER

LRCK BUFFER

CN904

J

1/6,2/6,3/6,4/6A

D

CN1501

B

5/6A

E

5/6A

5/6A

DJM-800

56

F

A 6/6

29

7

8

1234

3.10 MIC 1 ASSY

MIC1 (DWX2542)

B

A

1

B

(MIC1)

(MIC1) (MIC1)

C

(MIC2) (MIC2)

(MIC2)

J1503

(MIC2)

(MIC1)

E

D

E

F

B

30

1234

DJM-800

5678

A

2

(MIC1)

(MIC2)(MIC2)

(MIC1)

(MIC2)

3

B

CN456

(MIC1)

6/6

A2/3

C

(MIC2)

MIC A/D

7

6 5

D

(MIC1)

(MIC1)

C

Signal

(MIC2)

CN1704

DJM-800

56

AUDIO SIGNAL ROUTE

(MIC1)

: MIC1 L CH SIGNAL

(MIC2)

: MIC2 L CH SIGNAL

(MICD)

: MIC DIGITAL CH SIGNAL

7

(MICD)

CN11

I

4

E

F

B

31

8

1234

3.11 PANEL 1 ASSY

PANEL1 ASSY (DWX2552)(1/2)

C

A

Large size

SCH diagram

1/2

B

F

CN2101

C

D

E

2/2

1/2

F

32

1234

DJM-800

5678

F

CN2102

CURVE CHRST

A Curve

Special Curve

B Curve
B Curve

CLICK Exist/Noexist

No exist

Exist
Exist

No exist

A

B

C

D

E

56

DJM-800

F

33

7

8

1234

A

C

PANEL1 ASSY
(DWX2552)(2/2)

B

CN2608

H

C

CN2604

G

Large size

CN2603

SCH diagram

G 4/4

1/2

D

CN2602

G 3/4

CN2601

1/4

G 2/4

E

2/2

F

34

2/2

CN4

1/3

I

DJM-800

1234

I

1/3

CN5

5678

A

B

C

D

E

CN6

1/3

I

DJM-800

56

F

CN1503

B

35

7

8

1234

3.12 TRIM1 to TRIM 4 ASSYS

A

D 4/4

B

TRIM1 ASSY (DWX2548)

D 3/4

TRIM2 ASSY (DWX2549)

C

CN401

A

D 2/4

D

E

TRIM3 ASSY (DWX2550)

D 1/4

TRIM4 ASSY (DWX2551)

CN501

2/6

A1/6

CN601

A

F

CN701

4/6

A3/6

D 1/4–4/4 D 1/4–4/4

36

1234

DJM-800

5678

3.13 MAIC 2 ASSY

MIC2 (DWX2543)

E

A

B

Earth Plate

AUDIO SIGNAL ROUTE

(MIC2)

: MIC2 L CH SIGNAL

(MIC2)

J1502

B

C

D

E

E

56

DJM-800

F

E

37

7

8

1234

3.14 PANEL 2 ASSY

PANEL2 ASSY (DWX2554)

F

A

B

CN1710

C

C

D

CN1711

C

E

F

F

38

1234

DJM-800

Holder

5678

A

B

C

D

E

56

DJM-800

MASTER VOL LEVEL

ZERO DETECTOR

7

F

F

39

8

1234

3.15 CHFD 1 to CHFD 4 and CRSFD ASSYS

A

G 1/4

B

CN1705

C

C

G 2/4

CHFD1(DWX2537)

CHFD2(DWX2538)

G 3/4

CN1707

C

G 4/4

CHFD3(DWX2539)

CHFD4(DWX2540)

CN1706

C

D

E

F

CN1708

C

CN1709

C

CRSFD(DWX2541)

H

G 1/4–4/4

40

1234

H

DJM-800

5678

3.16 DIGIA ASSY

DIGIA ASSY (DWX2555)

L

K

A

CN1201

B

(D1)

(D2)

(D3)

(D4)

AUDIO SIGNAL ROUTE

(D1)

: CH1 DIGITAL SIGNAL

(D2)

: CH2 DIGITAL SIGNAL

(D3)

: CH3 DIGITAL SIGNAL

(D5)

: CH4 DIGITAL SIGNAL

C

D

E

L L

56

DJM-800

7

8

F

41

1234

3.17 DSP ASSY (1/3)

A

B

C

I 1/3

DSP ASSY (DWX2534)(1/2)

Large size

SCH diagram

1/2

2/2

C

CN1701

C

CN1702

1/3,2/3I

1/2

3/3I

D

3/3I

E

AUDIO SIGNAL ROUTE

(SDD)

: SEND DIGITAL SIGNAL

(RND)

: RETURN DIGITAL SIGNAL

(BOD)

(MA1D)

: BOOTH DIGITAL SIGNAL
: MASTER DIGITAL SIGNAL

F

42

1234

DJM-800

5678

A

C

CN1703

CN901

1/3

J

B

(RND)

(BOD)

1/3,2/3I

3/3

1/3I

I

(SDD)

(MA1D)

1/3,2/3I

C

I

1/3,2/3

I

2/3

I

BUFFER

2/3

1/3I

D

1/3,2/3I

E

BUFFER

3/3I

F

DYW1757

DJM-800

56

43

7

8

1234

A

I 1/3

DSP ASSY
(DWX2534)(2/2)

B

3/3I

C

Large size

SCH diagram

1/2

2/3,3/3I

D

1/3

I

1/3,2/3I

3/3

2/2

E

I 2/3I

3/3I

3/3I

I

2/2

F

AUDIO SIGNAL ROUTE

(CH1Y)

(CH2Y)

44

: SCH 1 Y CH SIGNAL
: SCH 2 Y CH SIGNAL

DJM-800

1234

O

CN2503

K

CN1205

5678

5

DYW17

1/3I

3/3

I

A

B

C

3/3

3/3I

2/3I

D

UPDATE
CONNECTOR

3/3I

1/3,2/3I

I

3/3

(CH1Y) (CH2Y) (CH3Y) (CH4Y)

(RECD)

1/3I

3/3I

E

K

CN1205

CN452

6/6

A 6/6

56

DJM-800

F

CN451

A

7

8

45

1234

3.18 DSP ASSY (2/3)

A

B

C

I 2/3

DSP ASSY (DWX2534)(1/2)

Large size

SCH diagram

1/2

2/2

CN1502

B

1/3I 3/3I

1/2

D

E

F

46

1234

DJM-800

5678

A

B

3/3I

C

3/3I

D

3/3I

1/3,2/3I

E

1/3I

56

DJM-800

F

47

7

8

A

I 2/3

DSP ASSY
(DWX2534)
(2/2)

B

1234

Large size

C

SCH diagram

(CH2Y)

(CH4Y)

(CH1Y)

(CH3Y)

1/2

D

2/2

1/3I

1/3,3/3I

E

2/2

I

AUDIO SIGNAL ROUTE

(CH1Y)

(CH2Y)

(MA1D)

(MA2D)

(RECD)

F

48

: SCH 1 Y CH SIGNAL
: SCH 2 Y CH SIGNAL
: MASTER DIGITAL CH SIGNAL
: MASTER DIGITAL CH SIGNAL
: REC DIGITAL CH SIGNAL

(BOD)

: BOOTH DIGITAL CH SIGNAL

(SDD)

: SEND DIGITAL CH SIGNAL

(HPD)

: HP DIGITAL CH SIGNAL

SUPPLY
POWER

Q

CN201

DJM-800

1234

5678

A

3/3

1/3I

I

1/3I

1

B

2

(MA1D)

(MA2D)

5

(HPD)

(RECD)

(BOD)

(SDD)

C

3

4

D

E

1/3,2/3I

3/3I

F

56

DJM-800

7

8

49

3

1234

3.19 DSP ASSY (3/3)

I 3/3

A

Large size

SCH diagram

B

C

DSP ASSY (DWX2534)(1/2)

1/2

1/3I 2/3I

2/2

7

8

3/3I 2/3I

24M BUFFER

I1/3I 1/3I

6M BUFFER

R384=L5

R383=L8

L5=CTF1346

L8=CTF1357

1/2

6

D

AUDIO SIGNAL ROUTE

(MA2D)

E

: MASTER DIGITAL CH SIGNAL

F

50

1234

DJM-800

3 3/3I 2/3I 2/3I 3/3I 2/3I 2/3I 1/3I1/3I1/3I 1/3I1/3I

5678

A

CN1302

M

B

(MA2D)

=L6

=L9

=L7

=L10

1/3I

6M BUFFER

L6, L9=CTF1357

96k BUFFER

L7, L10=CTF1357

3/3I

2/3I

C

1/3I

D

56

DJM-800

E

F

51

7

8

1234

A

I 3/3

DSP ASSY
(DWX2534)(2/2)

B

1/3I

I

C

Large size

SCH diagram

D

1/2

E

2/2

2/3I

F

2/2

52

1234

DJM-800

5678

A

1/3I

1/3I

B

1/3I

C

1/3,2/3I

D

1/3I

E

2/3I

DJM-800

56

1/3I

F

53

7

8

1234

3.20 OUTPUT ASSY (1/3)

A

B

C

J 1/3

CN7

1/3

I

OUTPUT ASSY (DWX2544)

3/3J

22 262425

3/3

J

3/3J

J

(MA1D)

2/3,3/3

J

16

8

1

23

2/3

MCK BUFFER

2

(MA)

3

2/3,3/3J

BCK

BUFFER

D

LRCK

BUFFER

2/3,3/3J

2/3,3/3J

E

2/3,3/3J

F

54

J 1/3

DJM-800

1234

5678

A

(MA)

(MA)

Shield Case

(MA)

4

(MA)

7

(MA)

(MA)

6

(MA)

B

5

C

(MA)

D

E

(MA)

AUDIO SIGNAL ROUTE

(MA)

CN454

6/6

A

(MA1D)

: MASTER L CH SIGNAL
: MASTER DIGITAL CH SIGNAL

F

56

DJM-800

J 1/3

55

7

8

1234

3.21 OUTPUT ASSY (2/3)

A

B

C

J 2/3

1/3,3/3J

1/3

J

1/3,3/3

J

OUTPUT ASSY (DWX2544)

9

(BO)

(BOD)

10

Signal

1/3,3/3J

D

E

1/3,3/3

J

F

56

J 2/3

DJM-800

1234

5678

A

(BO)

11

12

13

(BO)

(BO)

B

15

14

C

AUDIO SIGNAL ROUTE

(BO)

: BOOTH L CH SIGNAL

(BOD)

: BOOTH DIGITAL CH SIGNAL

D

E

F

56

DJM-800

J 2/3

57

7

8

1234

3.22 OUTPUT ASSY (3/3)

A

B

C

J 3/3

1/3,2/3J

1/3J

1/3,2/3J

1/3,2/3J

OUTPUT ASSY (DWX2544)

(SDD)

17

(SD)

(SD)

1/3,2/3J

D

20

(RN)

E

BUFFER

21

(RN)

(RN)

F

58

J 3/3

DJM-800

1234

5678

A

18

19

(SD)

B

C

Signal

(RND)

CN455

6/6

A

D

CN202

Q

E

1/3J

Powe r
Supply

1/3J

AUDIO SIGNAL ROUTE

(SD)

: SEND L CH SIGNAL

(SDD)

: SEND DIGITAL CH SIGNAL

(RN)

: RETURN L CH SIGNAL

1/3J

(RND)

: RETURN DIGITAL CH SIGNAL

F

56

DJM-800

J 3/3

59

7

8

1234

3.23 DIGIC ASSY

DIGIC ASSY (DWX2547)(1/2)

K

A

Large size

SCH diagram

1/2

B

CN1

1/3

I

C

2/2

4

(D2)

1/2

D

AUDIO SIGNAL ROUTE

(D1)

: CH 1 DIGITAL SIGNAL

(D2)

: CH 2 DIGITAL SIGNAL

(D3)

: CH 3 DIGITAL SIGNAL

(D4)

E

: CH 4 DIGITAL SIGNAL

(D2)

(D1)

F

60

1234

DJM-800

5678

N

CN2401

CN453

6/6

A

M

CN1301

3

(D2)

(D4)

(D1)

(D3)

A

B

C

6 7 5

LRCK BUFFER

(D3)

BCK BUFFER

D

(D4)

MCLK BUFFER

E

56

DJM-800

F

61

7

8

1234

K

A

DIGIC ASSY
(DWX2547)(2/2)

2

B

(D1)

(D2)

Large size

SCH diagram

1/2

C

D

2/2

1

(D1)

(D1)

(D2)

2/2

E

(D2)

(D1)

AUDIO SIGNAL ROUTE

(D1)

: CH 1 DIGITAL SIGNAL

(D2)

: CH 2 DIGITAL SIGNAL

(D3)

: CH 3 DIGITAL SIGNAL

(D4)

: CH 4 DIGITAL SIGNAL

F

62

1234

DJM-800

5678

A

(D3)

(D4)

B

(D3)

(D3)

(D4)

C

(D4)

D

L

(D3)

CN1401

(D4)

DJM-800

56

E

F

63

7

8

1234

3.24 DIGIB ASSY

DIGIB ASSY (DWX2546)

M

A

B

2

(MA2D)

C

D

4

(D)

(D)

3

E

BUFFER

(D)

(D)

F

M

64

1234

DJM-800

5678

A

LRCK

BUFFER

7

1

BCK

(D)

BUFFER

(MA2D)

CN15

3/3

I

B

6

MCLK BUFFER

5

C

(MA2D)

BUFFER

8

CN1202

K

D

(D)

AUDIO SIGNAL ROUTE

(D)

: DIGITAL CH SIGNAL

(MA2D)

: MASTER DIGITAL CH SIGNAL

DJM-800

56

E

F

M

65

7

8

1234

3.25 HPAMP ASSY

HPAMP ASSY (DWX2556)

O

A

B

CN12

1/3

I

C

D

6

7

8

(HPD)

1

(HPD)

HP D/A

(HP)

2

E

Power Supply

CN203

Q

F

O

66

1234

DJM-800

5678

A

B

3

C

(HP)

(HP)

4

5

(HP)

CN9

P

D

E

AUDIO SIGNAL ROUTE

(HP)

: HP L CH SIGNAL

(HPD)

: HP DIGITAL CH SIGNAL

DJM-800

56

F

O

67

7

8

1234

A

B

3.26

HPJACKHPJACK

HPJACKHPJACK

HPJACK ASSY (DWX2553)

P

ASSYS

C

CN2501

O

D

AUDIO SIGNAL ROUTE

(HP)

: HP L CH SIGNAL

E

(HP)

F804=R1901
(R1901=0 )

F

P P

68

1234

DJM-800

5678

3.27

R

ACSWACSW

ACSWACSW

ACSW (DWX2545)

ASSY

INLET ASSY

A

B

Q

C

TO SW POWER SUPPLY

D

E

R R

56

DJM-800

7

8

F

69

1234

3.28 SW POWER SUPPLY UNIT

SW POWER SUPPLY UNIT (DWR1433)

Q

A

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.

B

C

ASSY

ACSW

R

D

E

• NOTE FOR FUSE REPLACEMENT

F

CAUTION -

FOR CONTINUED PROTECTION AGAINST RISK OF FIRE.
REPLACE WITH SAME TYPE AND RATINGS ONLY.

Q

70

1234

DJM-800

5678

A

B

CN 8

I 2/3

CN903

CN 2502

J

O

C

D

E

56

DJM-800

F

Q

71

7

8

1234

3.29 VOLTAGES

Measurement Condition

A

B

C

D

E

Input
connectors

Output
connectors

MIC

CFX
FADER ST.
HP

CH

CRS FADER
MASTER

BOOTH MONITOR
CH FADER CURVE
CRS FADER CURVE
EFFECT

REAR

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.

HP MONO/STEREO
MIXING
LEVEL
INPUT SELECT
TRIM
EQ HI
EQ MID
EQ LOW
COLOR
CUE
FADER
CROSS FADER ASSIGN

LEVEL
BALANCE
CUE
MONO/STEREO

AUTO/TAP
MIDI START/STOP
CUE
EFFECT
CHANNEL
TIME
LEVEL/DEPTH
ON/OFF
DIGI/ANA SEL
MASTER ATT.
MIC SIGNAL ADD/CUT
fs

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

F

72

1234

DJM-800

Voltages

5678

A

INPUT ASSY

A 1/6

IC409 (CS5361-KS-TLB)

Pin No Voltage (V)

3.186

1
2

1.557

3

1.539

4

1.71

5

4.851

6
7

3.223

8

1.036–1.134

9

3.178

10
11
12

INPUT ASSY

A 4/6

IC709 (CS5361-KS-TLB)

Pin No Voltage (V)

3.187

1
2

1.608

3

1.541

4

1.715

5

4.859

6
7

3.223

8

1.065–1.193

9

3.22

10
11
12

PANEL1 ASSY

C

IC1706 (TC74HC238AF-TBB)

Pin No Voltage (V)

1.624

1

1.086

2

1.086

3
4
5

3.243

6
7
8

0

0

0
0

0

0

0
0

0
0

0
0

Pin No Voltage (V)

13
14
15
16
17
18
19
20
21
22
23
24

Pin No Voltage (V)

13
14
15
16
17
18
19
20
21
22
23
24

Pin No Voltage (V)

9
10
11
12
13
14
15
16

3.192
0

0.725

2.502

2.408
0

4.962

2.493

2.507

2.48
0

4.192

3.215
0

0.616

2.515

2.499
0

4.967

2.499

2.514

2.48
0

4.933

–

0.533

0.533

0.534

0.534

0.534

0.533

3.242

INPUT ASSY

A 2/6

IC509 (CS5361-KS-TLB)

Pin No Voltage (V)

3.188

1
2

1.559

3

1.541

4

1.709

5

4.848

6
7

3.224

8

1.032–1.166

9

3.221

10
11
12

INPUT ASSY

A 5/6

IC803 (PCM1742KE-TBB)

Pin No Voltage (V)

1.596

1

1.611

2

1.56

3
4

3.223

5

4.972

6

2.505

7

2.468

8

PANEL1 ASSY

C

IC1707 (TC74HC238AF-TBB)

Pin No Voltage (V)

1.624

1

1.085

2

1.086

3
4
5

3.242

6
7
8

0

0

0
0

0

0
0

–
0

Pin No Voltage (V)

13
14
15
16
17
18
19
20
21
22
23
24

Pin No Voltage (V)

9
10
11
12
13
14
15
16

Pin No Voltage (V)

9
10
11
12
13
14
15
16

3.188
0

0.783

2.511

2.497
0

4.964

2.498

2.512

2.476
0

4.724

0

2.412
–
–

0.015

3.19

0.002

1.733

–

0.533

0.533

0.533

0.533

0.533

0.532

3.242

INPUT ASSY

A 3/6

IC609 (CS5361-KS-TLB)

Pin No Voltage (V)

3.189

1
2

1.609

3

1.541

4

1.541

5

4.852

6
7

3.225

8

1.011–1.196

9

3.221

10
11
12

INPUT ASSY

A 6/6

IC805 (TA78L12F-TLB)

Pin No Voltage (V)

1

11.896
2
3

PANEL1 ASSY

C

IC1708 (TC74HC238AF-TBB)

Pin No Voltage (V)

1.622

1

1.622

2

1.622

3
4
5

3.24

6

0.406

7
8

0

0

0
0

0

15

0
0

0

Pin No Voltage (V)

13
14
15
16
17
18
19
20
21
22
23
24

Pin No Voltage (V)

9
10
11
12
13
14
15
16

3.221
0

0.668

2.514

2.5
0

4.964

2.505

2.522

2.48
0

4.931

MIC1 ASSY

B

IC1501 (AK5381VT-TBB)

Pin No Voltage (V)

2.530

1

2.534

2

0.000

3

2.499

4

0.000

5

5.008

6

0.230

7

0.000

8

0.295

9

0.274

10

0.264

11

0.270

12

0.072

13

0.000

14

0.000

15

0.000

16

0.402

0.403

0.403

0.403

0.403

0.403

0.405

3.24

B

C

D

PANEL1 ASSY

C

IC1711 (TC74HC273AF-TBB)

Pin No Voltage (V)

3.204

1
2

0.175

3

0.156

4
5
6

0.17

7

0.16

8
9

10

0

0
0

0
0

Pin No Voltage (V)

11
12
13
14
15
16
17
18
19
20

56

3.242

0.442

0.158

0.159

0.886

0.442

0.158

0.165

0.886

3.24

PANEL1 ASSY

C

IC1712 (TC74HC273AF-TBB)

Pin No Voltage (V)

3.204

1
2

0.167

3

0.155

4
5
6

0.17

7

0.159

8
9

10

0

0
0

0
0

Pin No Voltage (V)

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

DJM-800

PANEL1 ASSY

C

IC1713 (TC74HC273AF-TBB)

Pin No Voltage (V)

3.203

1
2

0.166

3

0.155

4
5
6

0.168

7

0.158

8
9

10

0

0
0

0
0

Pin No Voltage (V)

11
12
13
14
15
16
17
18
19
20

7

3.241
0

0.157

0.152
0
0

0.157
0

3.239

3.239

PANEL2

F

ASSY

IC2102
(NJM2903M-TLB)

Pin No Voltage (V)

3.24

1

0.005

2

3.238

3
4
5
6
7
8

0
0
–
–

3.242

8

E

F

73

1234

A

DSP ASSY

I 1/3

IC1 (PEG236A)

Pin No Voltage (V) Pin No Voltage (V) Pin No Voltage (V)

0.026

3.188

1

0.000

2

0.036

3

3.203

4
5
6
7

B

C

D

E

F

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

–

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

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

∗

3.170

121

3.167

122

3.168

123

1.842

124

3.060

125

3.056

126

3.064

127

0.021

128

0.000

129

3.067

130

3.050

131

3.043

132

0.035

133
134
135
136
137
138
139
140
141
142
143
144

* Hang-up assumes
that I touch it.

–

3.057

3.049

3.083

2.863

0.030
–

0.083

1.109

0.139

0.139

DSP ASSY

I 2/3

IC22 (D610A003BPYPA225-K)

Pin No Voltage (V)

3.234–3.695

1
2

1.140

3

0.000

4

3.238

5
6
7

0.000

8

3.270

9

0.000

10

1.160

11

1.590

12

0.001

13

1.040

14

0.000

15

1.488

16

0.001

17

0.001

18

1.488

19

3.265

20

1.538

21

1.187

22

0.000

23

1.538

24

3.270

25

0.000

26

3.266

27

1.603

28

1.187

29

0.000

30

0.001

31
32

0.000

33

0.000

34

1.187

35
36

0.000

37
38

0.001

39

1.042

40

0.000

41

0.000

42

1.041

43

3.238

44

0.000

45

1.040

46

3.238

47

0.000

48

0.000

49

1.040

50

1.039

51

0.000

52

1.039

53

0.000

54

3.239

55
56
57

3.239

58

0.000

59

1.038

60

–

–
–

–

–

–

–
–

Pin No Voltage (V)

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

Pin No Voltage (V)

3.264

121

3.264

122

3.267

123

1.187

124

0.000

125

3.266

126

3.267

127

3.267

128

3.267

129

3.267

130

3.267

131

3.267

132

1.187

133

0.000

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

–
–
–

3.233

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

Pin No Voltage (V)

1.048

181

0.000

182

3.241

183

0.010

184

3.239

185

3.239

186

3.238

187

3.241

188

0.000

189

1.054

190

3.238

191

3.238

192

3.238

193

0.000

194

1.187

195

1.187

196

0.000

197
198
199
200
201
202
203
204
205
206
207
208

–

0.000
–

1.186

3.241

0.000

2.337

3.261

3.264

0.000

1.185

74

DJM-800

1234

5678

A

DSP ASSY

I 2/3

IC11 (K4S641632H-TC75-K)

Pin No Voltage (V)

3.253

1

3.113

2

3.253

3

3.100

4

3.109

5

0.000

6

3.105

7

3.098

8

3.253

9

3.092

10

3.089

11

0.000

12

3.092

13

3.252

14

3.175

15

3.230

16

3.206

17

3.224

18

3.219

19

1.012–3.024

20

1.010–3.084

21

0.139

22

0.119

23

3.058

24

3.139

25

3.245

26

3.253

27

DSP ASSY

I 2/3

IC12 (MBM29LV400TC-70PFTN)

Pin No Voltage (V)

0.146

1

0.158

2

1.013–3.112

3

0.984–3.103

4

0.164

5

0.138

6

0.131

7

0.111

8
9

10

3.229

11

0.557

12
13
14
15
16

0.185

17

0.517

18

3.169

19

3.169

20

3.182

21

3.246

22

3.139

23

3.063

24

–
–

–
–
–
–

Pin No Voltage (V)

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

Pin No Voltage (V)

25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48

0.000

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

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

DSP ASSY

I 3/3

IC13 (XC3S50-4TQG144C-K)

Pin No Voltage (V) Pin No Voltage (V) Pin No Voltage (V)

0.604

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

0.661

122

0.610

123

0.614

124

0.604

125

0.595

126

1.216

127

1.240

128

1.251

129

1.233

130

1.706

131

1.745

132

1.676

133

1.701

134

1.771

135

0.000

136

1.801

137

1.712

138

0.000

139

1.851

140

–

1.784

141

1.720

142

–

1.725

143

–

144

–
–

–
–
–

–

DSP ASSY

I 3/3

IC14 (R1224N102H-TLB)

Pin No Voltage (V)

2.783

1

0.020

2

1.020

3

2.002

4

3.201

5

DSP ASSY

I 3/3

IC16 (NJM2374AM-TFB)

Pin No Voltage (V)

1

13.862

2

0.000

3

0.792

4

0.000

DSP ASSY

I 3/3

IC15 (S-1200B25-M5-TRB)

Pin No Voltage (V)

3.237

1

0.000

2

3.236

3
4

2.510

5

OUTPUT ASSY

J 1/3

IC904 (AK4393VF-TBB)

Pin No Voltage (V)

0.000

1

3.221

2

1.698

3

3.188

4

1.529

5

0.004

6

1.558

7

0.000

8

2.940

9

3.202

10

0.000

11

0.000

12

3.219

13

0.000

14

OUTPUT ASSY

J 2/3

IC910 (PCM1742KE-TBB)

Pin No Voltage (V)

1.529

1

0.003

2

1.560

3

0.000

4

3.223

5

4.976

6

2.505

7

2.462

8

Pin No Voltage (V)

5
6
7
8

–

Pin No Voltage (V)

15
16
17
18
19
20
21
22
23
24
25
26
27
28

Pin No Voltage (V)

9
10
11
12
13
14
15
16

1.268

8.813

8.767

6.840

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

0.000

2.481
–
–

0.016

3.192

0.002

1.705

B

C

D

E

F

56

DJM-800

75

7

8

1234

A

J 3/3

IC915 (PCM1742KE-TBB)

Pin No Voltage (V)

1
2
3
4
5
6
7

B

8

J 3/3

IC918 (AK5381VT-TBB)

Pin No Voltage (V)

1
2
3
4
5
6

C

D

E

7
8

DIGIC ASSY

K

IC1202 (AK4117VF-TBB)

Pin No Voltage (V)

1
2
3
4
5
6
7
8

9
10
11
12

DIGIC ASSY

K

IC1208 (AK4117VF-TBB)

Pin No Voltage (V)

1

2

3

4

5

6

7

8

9
10
11
12

OUTPUT ASSY

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

OUTPUT ASSY

Pin No Voltage (V)

2.482

0.741

0.000

2.481

0.000

4.974

3.225

0.000

1.195

3.181

1.566

0.000

0.074

3.180

0.000

0.000

-

2.232

1.741

0.005

1.188

3.182

1.572

0.000

0.075

3.183

0.000

0.000

-

2.245

1.800

0.005

9
10
11
12
13
14
15
16

Pin No Voltage (V)

13
14
15
16
17
18
19
20
21
22
23
24

Pin No Voltage (V)

13
14
15
16
17
18
19
20
21
22
23
24

0.000

2.470

0.000

2.470

0.016

3.192

0.002

1.701

0.167

0.359

0.150

0.352

0.003

0.000

0.000

0.000

0.000

-

0.000

-

1.583

0.062

3.189

2.254

-

-

3.158

0.000

0.000

-

0.000

-

1.593

0.063

3.270

2.267

-

-

3.177

0.000

DIGIC ASSY

K

IC1214 (AK4117VF-TBB)

Pin No Voltage (V)

1.193

1

3.202

2

1.576

3

0.000

4

0.075

5

3.202

6

0.000

7

0.000

8
9

2.248

10

1.805

11

0.004

12

DIGIC ASSY

K

IC1217 (AK4117VF-TBB)

Pin No Voltage (V)

1.186

1

3.191

2

1.568

3

0.000

4

0.075

5

3.199

6

0.000

7

0.000

8
9

2.246

10

1.759

11

0.004

12

DIGIC ASSY

K

IC1203 (AD1895AYRS-TBB)

Pin No Voltage (V)

1

1.599

2
3

0.004

4

1.739

5

2.245

6

3.197

7

0.000

8

0.000

9

0.000

10

0.000

11

0.000

12

3.176

13

0.004

14

-

–

–

–

Pin No Voltage (V)

13
14
15
16
17
18
19
20
21
22
23
24

Pin No Voltage (V)

13
14
15
16
17
18
19
20
21
22
23
24

Pin No Voltage (V)

15
16
17
18
19
20
21
22
23
24
25
26
27
28

0.000

-

0.000

-

1.593

0.063

3.206

2.266

-

-

3.176

0.000

0.000
–

0.000
–

1.593

0.063

3.206

2.266
–
–

3.176

0.000

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

DIGIC ASSY

K

IC1209 (AD1895AYRS-TBB)

Pin No Voltage (V)

1

1.602

2
3

0.004

4

1.800

5

2.246

6

3.200

7

0.000

8

0.000

9

0.000

10

0.000

11

0.000

12

3.177

13

0.004

14

DIGIC ASSY

K

IC1215 (AD1895AYRS-TBB)

Pin No Voltage (V)

1

1.586

2
3

0.004

4

1.805

5

2.247

6

3.203

7

0.000

8

0.000

9

0.000

10

0.000

11

0.000

12

3.175

13

0.005

14

DIGIC ASSY

K

IC1218 (AD1895AYRS-TBB)

Pin No Voltage (V)

1

1.592

2
3

0.004

4

1.756

5

2.235

6

3.184

7

0.000

8

0.000

9

0.000

10

0.000

11

0.000

12

3.161

13

0.004

14

–

–

–

–

–

–

Pin No Voltage (V)

15
16
17
18
19
20
21
22
23
24
25
26
27
28

Pin No Voltage (V)

15
16
17
18
19
20
21
22
23
24
25
26
27
28

Pin No Voltage (V)

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

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

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

1234

5678

A

DIGIB ASSY

M

IC1308 (AK4114VQ)

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

Pin No Voltage (V)

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
–

DIGIB ASSY

M

IC1307 (AD1895AYRS-TBB)

Pin No Voltage (V)

1

0.250

2
3

0.209

4

1.591

5

2.243

6

3.178

7

0.000

8

0.000

9

0.000

10

0.000

11

0.000

12

0.004

13

0.004

14

–

–

Pin No Voltage (V)

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

HPAMP ASSY

O

IC2501 (PCM1742KE-TBB)

Pin No Voltage (V)

1.556

1

0.002

2

1.563

3

0

4

3.2

5

4.928

6

2.481

7

2.441

8

0

9

2.456

10
11
12
13
14
15
16

-

-

0.015

3.191

0.001

1.602

B

C

D

E

F

56

DJM-800

77

7

8

1234

3.30 WAVEFORMS

Measuring Conditions (Analog)

A

Measure CH

PHONO

LINE

CD

IN CH

CH1
CH1
CH1

IN LEVEL(TRIM MAX)

-46dBv

-6dBv

-6dBv

IN FREQ

1KHz
1KHz
1KHz

RL

RETURN

SEND

BOOTH

B

REC

MIC 1,2

HP

CH1SELECT
CH1SELECT

CH1
CH1

MIC 1,2

CH1

Set as follows except for designation;

CH1 FADER: MAX
C.F ASSIGN: Nothing
CH FADER CURVE: Center.

INPUT ASSY

A

C

JA401-pin 5 (CD L)

1

V: 0.2V/div. H: 500µsec/div.

GND

RY401-pin 9

2

V: 0.2V/div. H: 500µsec/div.

D

-6dBv

-6dBv(CH1)

-6dBv(CH1)

-6dBv(CH1)

-44.8dBv

-6dBv

The following waveforms were measured at the point of the corresponding

NOTE:

balloon number in the schematic diagram and PCB diagram.

R440 and R450 (AINL-)

5

V: 1.00V/div. H: 500µsec/div.

R442 and R451 (AINL+)

6

V: 1.00V/div. H: 500µsec/div.

GND

1KHz
1KHz
1KHz
1KHz
1KHz
1KHz

RY401 - pin7

9

V: 0.2V/div. H: 500µsec/div.

JA501 - pin2 (PHONO L)

10

V: 50mV/div. H: 500µsec/div.

600ohm
10Kohm

32ohm

SEND LEVEL MAX
SEND LEVEL MAX

BOOTH LEVEL MAX,EQ FLAT

HP LEVEL 4

CN501 - pin5 (L_OUT)

13

V: 0.2V/div. H: 500µsec/div.

GND

IC503 - pin7

14

V: 0.2V/div. H: 500µsec/div.

GND

GND

CN401-pin 5 (L_OUT)

3

V: 0.2V/div. H: 500µsec/div.

E

IC403-pin 7

4

V: 0.2V/div. H: 500µsec/div.

F

GND

GND

IC408 - pin 2 (SDO1)

7

V: 1V/div. H: 200nsec/div.

JA401 - pin 2 (LINE L)

8

V: 0.5V/div. H: 500µsec/div.

78

1234

GND

GND

GND

DJM-800

Q505 -Gate

11

V: 50mV/div. H: 500µsec/div.

RY501 - pin7

12

V: 0.2V/div. H: 500µsec/div.

GND

GND

GND

R540 and R550 (AINL-)

15

V: 1.0V/div. H: 500µsec/div.

R542 and R551 (AINL+)

16

V: 1.0V/div. H: 500µsec/div.

GND

GND

GND

INPUT ASSY

A

5678

The following waveforms were measured at the point of the corresponding

NOTE:

balloon number in the schematic diagram and PCB diagram.

A

IC508 - pin2 (SDO2)

17

V: 1.0V/div. H: 200nsec/div.

C841 - Side (VOUTL)

18

V: 0.2V/div. H: 500µsec/div.

IC801 - pin3

19

V: 0.5V/div. H: 500µsec/div.

GND

GND

GND

JA801 - pin5 (RECOUT L)

21

V: 0.5V/div. H: 500µsec/div.

C820 - –Side (MASTER_OUT L)

22

V: 1.0V/div. H: 500µsec/div.

JA801 - pin2 (MASTER_OUT L)

23

V: 1.0V/div. H: 500µsec/div.

GND

GND

GND

CN451-pin 2 (DSP_RESET2)

25

V: 1V/div. H: 200nsec/div.

CN451-pin 4 (24M)

26

V: 1V/div. H: 50nsec/div.

CN451-pin 6 (6M)

27

V: 1V/div. H: 50nsec/div.

GND

B

GND

C

GND

C818 - –Side (REC OUT L)

20

V: 0.5V/div. H: 500µsec/div.

GND

CN451 - Pin1 (DATA_REC)

24

V: 1.0V/div. H: 200nsec/div.

GND

CN451-pin 8 (96k)

28

V: 1V/div. H: 2µsec/div.

GND

D

E

56

DJM-800

F

79

7

8

1234

The following waveforms were measured at the point of the corresponding

NOTE:

balloon number in the schematic diagram and PCB diagram.

A

DSP ASSY

L

MIC 1 ASSY

B

IC22-pin 27 (MASTER_DATA1)

1

V: 1.00V/div. H: 200nsec/div.

GND

B

IC22-pin 27 (MASTER_DATA2)

2

V: 1.00V/div. H: 200nsec/div.

IC22-pin 18(REC DATA)

3

V: 1.00V/div. H: 200nsec/div.

GND

IC6 - pin 8 (6M)

7

V: 1V/div. H: 50nsec/div.

IC7 - pin 8 (96k)

8

V: 1V/div. H: 2µsec/div.

GND

GND

JA1502 - pin2 (MIC IN)

1

V: 50mV/div. H: 500µsec/div.

CN1503 pin1(MIC1_I)

2

V: 0.2V/div. H: 500µsec/div.

IC1501 - pin 1 (AINR)

3

V: 1V/div. H: 500µsec/div.

GND

GND

CN1502 - Pin4 (96k)

7

V: 1.0V/div. H: 2µsec/div.

GND

C

GND

GND

IC22-pin 17(SEND DATA)

4

V: 1.00V/div. H: 200nsec/div.

D

IC22 - pin 20(BOOTH DATA)

5

V: 1.00V/div. H: 200nsec/div.

GND

GND

CN1502 - pin2 (MIC_DATA)

4

V: 1.0V/div. H: 200nsec/div.

CN1502 - pin8 (6M)

5

V: 1.0V/div. H: 50nsec/div.

GND

GND

E

IC4 - pin 4 (24M)

6

V: 1V/div. H: 50nsec/div.

GND

CN1502 - pin6 (24M)

6

V: 1.0V/div. H: 50nsec/div.

GND

F

80

DJM-800

1234

DIGIC ASSY

N

5678

The following waveforms were measured at the point of the corresponding

NOTE:

balloon number in the schematic diagram and PCB diagram.

A

IC1202-pin 4 (PNG)

1

V: 1.00V/div. H: 200nsec/div.

IC1203-pin 4 (PNG)

2

V: 1.00V/div. H: 500nsec/div.

CN1203-pin 1(D-IN_1_DATA)

3

V: 1.00V/div. H: 200nsec/div.

GND

GND

GND

CN1203 - pin 11 (6M)

7

V: 1V/div. H: 50nsec/div.

GND

B

C

CN1205-pin 11(DSP_RESET3)

4

V: 1.00V/div. H: 200nsec/div.

CN1205 - pin 9(24M)

5

V: 1.00V/div. H: 200nsec/div.

CN1203 - pin 9 (96k)

6

V: 1V/div. H: 50nsec/div.

GND

GND

D

GND

E

56

DJM-800

F

81

7

8

1234

OUTPUT ASSY

M

The following waveforms were measured at the point of the corresponding

NOTE:

balloon number in the schematic diagram and PCB diagram.

CN901-pin 20 (MASTER_DATA)

1

A

V: 1.0V/div. H: 200nsec/div.

IC904 -pin 23 (L +)

2

V: 1.0V/div. H: 500µsec/div.

GND

JA901 - pin 2 (MASTER OUT L COLD)

7

V: 1V/div. H: 500µsec/div.

CN901 - pin19 (BOOTH_DATA)

8

V: 1.0V/div. H: 200nsec/div.

GND

C980 & R1049

13

V: 2.0V/div. H: 500µsec/div.

JA903 - OUTPUT PIN(BOOTH L COLD)

14

V: 1.0V/div. H: 500µsec/div.

GND

JA905 - Output (SEND L)

19

V: 0.2V/div. H: 500µsec/div.

JA907 - Input pin (RETURN L)

20

V: 0.2V/div. H: 500µsec/div.

GND

B

GND

GND

IC904 -pin 22 (L –)

3

V: 1.0V/div. H: 500µsec/div.

GND

GND

C965 & R1031 (VOUTL)

9

V: 1.0V/div. H: 500µsec/div.

GND

GND

JA903 - Output Pin(BOOTH L HOT)

15

V: 1.0V/div. H: 500µsec/div.

GND

GND

IC918 - pin2 (RETURN_A/D)

21

V: 1.0V/div. H: 500µsec/div.

C

L902 -pin 1 (L –)

4

V: 1.0V/div. H: 500µsec/div.

GND

D

L902 - pin 6 (L +)

5

V: 1.0V/div. H: 500µsec/div.

JA901 - pin 3 (MASTER_OUT L Hot)

6

V: 1.0V/div. H: 500µsec/div.

GND

C970 & R1036

10

V: 1.0V/div. H: 500µsec/div.

IC912 - pin1

11

V: 1.0V/div. H: 500µsec/div.

C975 & R1044

12

V: 2.0V/div. H: 500µsec/div.

GND

GND

CN901 - Pin18 (SEND_DATA)

16

V: 1.0V/div. H: 200nsec/div.

C1008 & R1097

17

V: 2.0V/div. H: 500µsec/div.

C1013 – Side

18

V: 0.2V/div. H: 500µsec/div.

GND

GND

CN901 - pin17 (RETURN_DATA)

22

V: 1.0V/div. H: 200nsec/div.

CN901 - pin16 (DSP_RESET1)

23

V: 1.0V/div. H: 200nsec/div.

CN901 - pin14 (24M)

24

V: 1.0V/div. H: 50nsec/div.

GND

GND

E

GND

GND

GND

GND

CN901-pin12 (6M)

25

V: 1V/div. H: 50nsec/div.

F

82

DJM-800

GND

CN901-pin10 (96k)

26

V: 1V/div. H: 2µsec/div.

GND

1234

DIGIB ASSY

P

5678

The following waveforms were measured at the point of the corresponding

NOTE:

balloon number in the schematic diagram and PCB diagram.

A

HP JACK ASSY

S

CN1302-pin3 (MASTER_DATA2)

1

V: 1.0V/div. H: 500nsec/div.

IC1307-pin23 (fs=48k)

2

V: 1.0V/div. H: 500nsec/div.

IC1307-pin23 (fs=96k)

2

V: 1.0V/div. H: 500nsec/div.

GND

GND

GND

JA1303 - Input pin (fs=96k)

4

V: 0.5V/div. H: 200nsec/div.

CN1302 - pin 5 (24M)

5

V: 1V/div. H: 50nsec/div.

CN1302 - pin7 (6M)

6

V: 1V/div. H: 50nsec/div.

GND

GND

GND

CN2503-pin1 (HP OUT)

1

V: 1.0V/div. H: 500µsec/div.

CN2534 - – Side

2

V: 0.2V/div. H: 500µsec/div.

C2521 - + Side

3

V: 2.0V/div. H: 200µsec/div.

GND

GND

GND

CN2503 - pin5 ( 6M )

7

V: 1.0V/div. H: 50nsec/div.

CN2503 - pin3 ( 96k )

8

V: 1.0V/div. H: 2µsec/div.

GND

B

GND

C

IC1303-pin 6(fs=48k)

3

V: 1.0V/div. H: 200nsec/div.

IC1303 - pin 6(fs=96k)

3

V: 2.0V/div. H: 200nsec/div.

JA13034 - Input pin (fs=48k)

4

V: 0.5V/div. H: 200nsec/div.

GND

GND

GND

CN1302 - pin3 (96K)

7

V: 1.0V/div. H: 2µsec/div.

CN1301 - pin11 (DSP_RESET3)

8

V: 1.0V/div. H: 2µsec/div.

GND

GND

IC2503 - pin 1

4

V: 2.0V/div. H: 500µsec/div.

CN2501 - pin 1 (HP_L)

5

V: 1V/div. H: 200nsec/div.

CN2503 - pin7 (24M)

6

V: 1V/div. H: 50nsec/div.

D

GND

GND

E

GND

56

DJM-800

F

83

7

8

1234

C

C629

C

6

6

6

6

6

8

P

1

C

6

8

4. PCB CONNECTION DIAGRAM

4.1 INPUT ASSY

SIDE A

A

INPUT ASSY

A

NOTE FOR PCB DIAGRAMS :

1. Part numbers in PCB diagrams match those in the schematic
diagrams.

2. A comparison between the main parts of PCB and schematic

B

diagrams is shown below.

Symbol In PCB

Symbol In Schematic

Diagrams

Diagrams
BCEBCE

BCE

BCE

BCE

DGGSS

D

3. The parts mounted on this PCB include all necessary parts for
several destinations.
For further information for respective destinations, be sure to

C

check with the schematic diagram.

4. View point of PCB diagrams.

Connector

Capacitor

BCE

DGS

Part Name

Transistor

Transistor
with resistor

Field effect
transistor

Resistor array

3-terminal
regulator

SIDE A

P.C.Board

Chip Part

SIDE B

D

E

CN904

CN455

J

CN791

CN701

D 1/4

C870

KN1

C868

IC805

C869

V+12

C827

C828

C823

C817

C841

MUTE

Q805

Q801

C819

16

IC802

8

C822

IC803

9

R899

81

C833

C830

C839

5

4

1

C840

C836

5

4

1

8

Q806
Q802

4

5

8

1

C820

Q808

Q804

C808

R804

C871

C843

C829

C838

C813

C809

C805

R801

C801

Q807

C815

Q803

C811 C812

C807

R803

C803 C804

R862 R863

CN902

J

CN455

466.750
IC809

V+5A

16

1

2

V-15

R765

4
R757

C740

R733

Q701

R797

R791

D704

D703

C715

R770

1

IC706

R727

C765

C751

R766

D711

C731

C711

C766

R761

R784

R735

R734

R732

R716

R796

R4701
C759
R781

R783

8

5

D710

IC701

1

4

C717

Q704

C757

12

IC707

R767

R709

IC709

1

C758

R782

R769
R760

R763

IC703

R756

1

45

RY701

R715

C707

Q705Q706

C826

IC801

IC804

C818

C810

C806

R802

C816

C865

V+15

C835

C802

R764
R758

R762
R754
R759
R755

C814

R775

C867

SDO4

466.750

IC810

R768

C739

C738

C720

C716

C706

C712

C708

Q707

C474

R740

C741

C737

C718

C866

C767

R746

R744
R736

R741

R737

C719

8

5

R774

R720

R869

R868

R499

C736

8

R730

R728

R4702

C724

R731

C705

24

1

4

R718

R750

C735

C732

C789

C726

IC456

IC455

4

13

R747

1

4

IC704

C714

C713

4

5

5

C702

C730

C722

C701

C775

R752

C721

CN454

CONTACT SIDE UP

7

3

C496

1

CN454

IC454

C495

C763

R867

4

5

3

1

C770

C755

SDO3

C764

D702

D701
C762

C746

IC705

R658
R662

R749

R751

R654

8

C734

C733

11

C788

CN701

5

R739
R729

R743

R659
R655

R742
R745
R738

1

R748

CAUTION

C729

85

REPLACE IC LINK

IC702

C725

R675

C723

R719

R717

CN2

I

1

1

C861

R665

1

C640

Q601

R684

R670

R657

R633

C615

R866

C651

R666

R627

R4601
C659

R681

R683

IC607

D611

C631

C620

C616

C606

C657

R682

R661

C658

12

R635

R634

R632

8

54

D610

IC601
1

IC453

C666

3

1

C494

C665

R691

D604

D603

R668

R664

IC606

C639

C638

LITTELFUSE INC.

AS MARKED.MFD.BY

C617

C612

C611

C608

R696

R697

Q607

Q606

Q604

CN452

4

3

1

5

C493

R498

IC609

1

C667

R646

C473

R640

R667

R669

R644
R636
R641

R660

R637

R663

R656

IC603

1

45

C641

R628

C637

RY601

R615R616

C618

58

4

R609

C607

R620

Q605

8

1

CONTACT

24

R630

C619

R4602

R674

IC708

8

C624

13

R631

C605

1

R618

C636

4

4

C602

R650

C635

C626

5

DS

C655

C600

C675

R64

4

C632

1

8

1

R790

C670

R647

C614

C613

C630

C622

IC

R652

R
R
R

R

I

C621

D 2/4

CN69

IC708IC709IC801IC802

JA601

JA801

F

84

A

IC803 IC804

Q803 Q804Q805 Q806

Q807 Q808

Q801 Q802

DJM-800

IC810IC805

Q707
Q706

IC809

IC707

IC703 IC704 IC705

IC706

JA701

IC456

IC455

JA702

IC453IC454

IC606 IC607 IC60

Q607Q704 Q705

IC601 IC603 IC

IC609IC701 IC702

Q601Q701

Q604 Q605

Q606

1234

5678

R

4

R66

0

4

C

CN2

I

1

CN452

IC708

8

C453

4

3

1

5

IC609

1

666 C497

7

R669

R660

R663

R656

IC603

1

5

45

RY601

10

R6156

601

617

609

Q605

4

1

CONTACT SIDE UP

C493

R498

24

13

C667

R646

C473

R640

R644
R636
R641
R637

C636

8

R631

R630

C641

R628

C637

C619

R4602

C618

58

C605

1

C607

4

R674

C624

R620

4

C602

IC608

5

5

8

4

1

R790

DSP_RESET2

C663

C670

C655

C600

D602

C675

D601

C662

C646

R652

R650

R648

IC604

1

R643
R639
R629

R647

C635

C632

C614

C613

C629

C630

5

C626

C623

C621

C622

R617R618

JA601

IC508

8

14

R690

SDO2

C664

IC605

R649

8

54

C634

C633

11

C688C689

8

IC602

C625

R619

C699

R651

R475

5

R564
R558

R562
R554
R559
R555

R642
R645
R638

JA602

R590

R591

D504

D503

1

CN1203

K

31

IC408

5

8

14

R490

IC451

R864

R4501
C559
R581

C565

C557

R584

R583

12

R582

IC507

R570

C551

R568

R565

R566

45

R557

IC506

C539

C540

C538

C531

Q501

R527

CN601

C520

C515

C516

C506

C512

C508

R597

Q506Q507

CONTACT SIDE UP

12

4

3

R865

C491

1

5

R497

IC509

C558

C566

R567

8

R560
R563

R561

R556

IC503

1

R535

4

R534

R533

R532

D511

RY501

D510

R516

R515

IC501

1

4

C517

R509

C511

R596

Q504 Q505

IC452

5

R569

C536

C507

4

241

C472

C541

C537

C518

CN453CN452

C567

R550

R544
R536
R541
R537

8

R520

5

5

3

1

13

R540

R530

R528

R4502

R474

C492

C502

R546

8

C519

C524

C555

C575

R531
C535

4

C873

3

4

C501

C505

1

CN453

1

C872

31

1

IC807
4

5

5

R884R885

C563

C570

C564

D502

SDO1

D501

C562

R552

R547

R548

1

IC504

4

R543

R539
R529

C532

C588

C589

C514

ICT FC

C513

C530

C529

8

5

C526

C525

C523

C521

C522

R519

R517R518

JA501

CN451

1

R4401

C459

IC806

24M

R481

C465

C457

R484

R491

D404

D403

C546

IC505
R464

R468

R458

R551

R462

R549

R454
R459

81

R455

R542
R545
R538

5

C534

11

R457

C439

C533

C438

CN501

1

IC502

ATTENTION

REMPLACER LE IC

JA502

CN451

C853

12

96K
6M

IC409

1

C458

R483

12

R482

R470

C451

R465

R467

R466

1

8

4

5

R461

IC406

R435

C440

R434

R433

D411

R432

Q401

R427

C431

D410

C420

1

4

C417

C408

LINK COMME INDEQUE.

C402

24

R496

C455

C475

13

D401

C490

IC407

C471

R469

R440
R444
R436

R460

R441
R437

R463

R456

C436

IC403

1

4

C441

C437

RY401

R4402

C418

58

IC401

C430

C407

C426

R420

R418

V3R3

C470

8

5

R428

C432

C419

14

C424

JA401

C463

C401

R450

R431

C422

CN3

I

1

D402

R447

R446

1

45

IC404

C435

R430

C489

R439

R429

C464

R452

R448

IC405

C446

8

C433

11

C488

CN401

51

KN2

C462

C434

R449

R443

CN456

R451

R442
R445
R438

1

Production Code

C429

IC402

58

C425

C423

C421

R419

R417

JA402

(DNP2207-C)

CN456CN401

CN1501

B

CN491

D 4/4

SIDE A

A

B

C

D

E

CN691

D 2/4

3
1

IC603 IC604

609 IC708

IC508 IC509
IC605

IC602

IC608

IC408

Q5074 Q605

IC503

IC507
IC506

IC501 IC502

IC451 IC452

Q506

56

CN601

CN501

IC806IC807

IC504 IC505

D 3/4

IC409
IC406

Q401Q501 Q504 Q505

DJM-800

CN591

IC407

IC401 IC402IC403 IC404

IC405

7

F

A

85

8

1234

R673

A

B

C

SIDE B

INPUT ASSY

A

CN456CN401

CN451

LF

C852

38

C876

1

C877

C878

5

R473

R478

R479

35

R480

R494

37

36

34

R493

CN453 CN452

1

12

R593

R573

R578

R594

R580

R579

C469

27

C569

C669

7

R553

C468

C445

C443

C442

C444

R453

5

C450

C448

4

6

26

C449

C447

C568

C545

C543

C542

C544

24

25

C550

C548

C547

C549

C643

C645

C642

C668

11

3

1

F491

F492

R415

C454

F490

D409

R487

F489

C428

R488

C453

R421

R423

R471

R425

C427

R426

2

3

1

R407

R422

C403

R400

8

R424

2

D

R472

C452

E

9

R403

R401

R416

R572

C552

R408

R406

R405

R404

C406

C405

R402

C404

R495

1

C554

F592

F590

F589

D509

11

1

R587

F591

C553

R521

R571

R525

C528

23

R513

R526

3

R588

R523

2

1

C527

R524

R507

R511

R522

R505

R901

ADD SOLDERADD SOLDER

21

C503

C509

20

22

R598

C573

R599

C510

R514

R512

C576

R501

C577

R510

R503

C571

R504

R508

R902

C574

C504

R672

C652

R502

C654

F690

R506

D609

C572

F692

R687

11

1

F689

R623

C628

R621

F691

3

R625

2

1

C653

R61

R671

R626

R688

R624

CN501

Q1502

F

Q1504

Q1501

Q1503

CN601

A

86

1234

DJM-800

5678

CN452 CN454 CN455

L803

668

R502

C469

R593

C654

27

C645

F690

R506

F692

D609

C572

R687

C569

11

1

F689

R623

C643

R621

C628

1

C860

C669

C769

R678

R673

R694

R680

R679

R699

C610

R601

C650

R614

R612

C676

C648

C677

R610

R603

C649

C647

R608

R604

C671

R904

F691

3

2

C642

C653

R625

1

R613

R671

R624

R626

R688

C644

C627

R653

R903

R611

R622

C603

R605

R698

C609

R607

C673

ADD SOLDER ADD SOLDER ADD SOLDER

C604

R602

C674

R693

C768

R772

C752

C754

C672

7

R773

R778

R780

R779

R753

C743

11

1

F789

3

2

F791

R721

1

C728

R723

C742

C753

R725

R788

R713

R771

R726

C744

C727

R905

R707

R705

R724

C703

R711

R722

C709

R701

R798

R799

C710

C773

C745

F792

D709

F790

R606

R787

C750

C863

R794

C776

C864

C748

R906

R703

C771

6

C747

R704

C704

R702

R714

R708

C774

C862

R793

R712

C777

R710

C749

C772

R849

29

R806

1

R848

R861

R842

R841

R818

R810

R898

R826

R860

R706

R812

R808

31

R858

32

R820

R846

R843

C831

R845

R859

R853

R828

30

R847

R844

C821

R832

C834

C845

R805

R857

C844

28

C842

C832

R825

R807

C825

R829

R835

C837

R827

R856

R819

R851

R831

R836

R854

R811

33

R838

R830

R817

R809

R852

R822

R814

R821

R813

R855

R824

R816

SIDE B

A

B

R837

R834

R833

C

CN701

D

R823

R815

E

CN601

NOTE : The encircled numbers denote measuring point.

DJM-800

56

(DNP2207-C)

7

F

A

87

8

1234

7

4.2 PANEL 1 ASSY

A

B

C

SIDE A

IC1710

PANEL1 ASSY

C

NO USE

S1706

INPUT SEL

CH4

NO USE

INPUT SEL

CH3

D1795

D1794

D1790 D1791

D1786 D1787

HI

D1782

CN2101

F

CN1710

CN2102

F

CN1711

V+5D

103

VR1718

VR1717

103B

VR1713

D1778

D1779

D1775

D1774

CN1710

D1783

HI

D1771

103B

D1770

D1767

D1766

MID

MID

D1763

VR1714

D1762

271

D1759

D1758

D1754 D1755

103B

103B

D1750

D1751

1

D1747

LOW

VR1719

D1746

VR1715

D1742

9

D1739

D1743

10 18

D1738

103B

103B

LOW

IC1710

VR1720

MIX

D1714

1

103

VR1716

D1713

MIX

S1704 S1705

INPUT SEL

NO USE

VR1710

HI

VR1709

103B

MID

103B

LOW

CN1711

103B

VR1711

30

VR1712

103

S1707

103

MIX

MIX

D1

CH2

D

IC1709

S1703

INPUT SEL

D1789

D1793

NO USE

D1792

D1788

D1785

D1784

D1780

D1781

103B

D1765

D1764

D1761

MID

D1760

D1769

D1773

D1777

HI

VR1705

D1772

D1776

D1768

VR1706

D1756

D1757

D1753

D1752

103B

D1748 D1749

D1745

LOW

D1744

CH1

E

VR1701

CN1704

VR1702

103A-NON

LEVEL1 LEVEL2

81

VR1703

103A-NON

HI

103B

LOW

VR1704

103B

91

D1737

D1741

VR1707

103B

D1740

MIC

D1736

D1711

D1735

S1701

D1712

IC1709

1810

VR1708

MIX2

D1720

S1708

D1719

MIX1

F

C

88

CN1704

CN1503

B

DJM-800

1234

5678

CN2604

G 4/4

CN1708 CN1707

V+5D

DWX2552- /J

103

D1733 D1734

MIX

D1714

0

1

VR1716 VR1720

D1713

103

D1732

D1731

MIX

18

S1718

CUE_CH3

S1717

Heat Ploof

CUE_CH4

TO CH4 FADER

CN1708

4

CN1707

TO CH3 FADER

1

OPEN SIDE

14

OPEN SIDE

YELLOW

Pre-Flux

G 3/4

R

CN2603

PANEL1

S1722

S1720

Production Code

CRS FAD

ASS 4

ASS 3

CRS FAD

31

CN1709

CN1709

CN2608

H

SIDE A

A

OPEN SIDE

B

C

30

MIX2

D1720

D1719

18

S1708

VR1712

D1712

1

IC1709

VR1708

103

103

MIX

MIX

D1721

MIX4

D1722

S1709

S1710

D1729 D1730

D1728

D1727

MIX3

S1713

S1714

S1712

S1716

S1715

CUE_CH2

TO CH2 FADER

TO CH1 FADER

CUE_CH1

D1726

D1725

D1724

FS4

FS3

FS2

CN1706

CN1705

14

14

OPEN SIDE

OPEN SIDE

YELLOW

CN1701

1

CONTACT SIDE

S1702

1

10

H.P.MIXING H.P.LEVEL

VR1721

H.P. MN/ST

103B

C1741

CN1702

CONTACT SIDE

VR1722

S1721

S1719

C1742

CN2602

CRS FAD

ASS 2

CN1705 CN1706

G 2/4

CN2601

D

G 1/4

CRS FAD

ASS 1

C1743

ICT FC

1

30

CN1703

CONTACT SIDE

25

E

(DNP2209-D)

S1707

FS1

D1723

S1711

CN1701

CN4

I

CN1702

CN5

I

DJM-800

56

103B-NON

7

CN1703

CN6

I

F

C

89

8

A

C1736

0

1

B

C

D

E

F

SIDE B

Q1720

IC1705

Q1712

Q1724

IC1713

IC1704

Q1711
Q1709

Q1723

Q1708
Q1705 Q1706 Q1707

Q1703 Q1704
Q1701
Q1702

IC1708

Q1710

IC1706
IC1707

Q1718
Q1722

IC1712

IC1714

IC1703

Q1721

IC1702

Q1717

IC1711

Q1719

Q1716

Q1715

Q1714

IC1701

Q1713

1234

PANEL1 ASSY

C

1.GREF

2.CRS FADER

3.V3R3REF

22.SW_MAT4

23.SW_MAT5

24.SW_MAT6

25.SW_MAT7

D1709

C1705

13

CN1709

CN1709

18.SW_MAT0

19.SW_MAT1

20.SW_MAT2

21.SW_MAT3

17.SW_SCAN2

1

0

0

0

R1816

321

1

0

D1710

R1849

S1722

D1820 D1821

R1850

D1816 D1817

R1815

C1748

R1709

Q1705

R1701

R1702

R1703

R1704

R1706

R1705

IC1708

13.D6

14.D7

15.SW_SCAN0

16.SW_SCAN1

CN1705 CN1706

7.D0

8.D1

9.D2

10.D3

11.D4

12.D5

3.LED\DIG2

4.LED_CE1

5.LED_CE2

6.LED_CE3

26.V+5D

27.GLED

28.GLED

1.LED_DIG0

2.LED_DIG1

125

30

23.V+5D

24.V3R3

25.V+5D

30.MUTE2

S1719S1720 S1721

V3R3

MUTE2

DSP_RESET

17.VR1

18.VR2

19.VR3

20.VR4

21.VR5

22.DSP_RESET

29.GLED

D1819

D1814

D1815

16.VR0

D1818

R1814

13.V3R3REF

14.GREF

15.GREF

C1733

R1813

10.VR_A01

11.VR_A02

12.VR_A03

16

1

9.BEAT_EFON

V3R3REF

CN1702CN1703

4.CH2_FADER

5.CH3\FADER

6.CH4_FADER

7.CRS_FADER

8.TAP

C1709

9

8

V+5D

1

1.EFFECT_PARA10

2.EFFECT_PARA11

3.CH1_FADER

CN1703 CN1702 CN1701

C1749

Q1706

Q1701

16

C1732

1

10.GNDM

8.VF-

9.V+33

10

V+33

7.VF-

VR1721VR1722

987654321

R1710

6.VF+

A
B
C

C1752

Q1703

Q1702

IC1707

R1845

C1759

C1757

4.FL_SO

5.VF+

CN1701

R1711

Q1707

3.FL_CLK

DWX2552- /J

PANEL1

2.CH4 FADER

1.GREF

R1712

C1753

Q1708

9

16

C1731

8

1

IC1706

Q1718

Q1722

R1774

R1846

R1773

R1731

C1747

R1844

14

R1842

1

R1730

1.FL_BK

2.FL_LAT

1

C1708

FL_CLK

R1729

S1702

4.GNDF

3.V3R3REF

CN1708

CN1707

R1707

Q1704

R1732

8

IC1714

7

C1758

R1843

R1847

R1708

9

8

C1751

CN1705

D1701

R1841

CN1708
CN1707

LF

R1848

D1707

C1704

1

D1705

D1703

R1780

C1702C1703

1

1

D1702

10

11

IC1711

C1756

D1797

D1708

D1706

2.CH2 FADER

1.GREF

D1704

R1746

Q1713

R1770

41

4

3.V3R3REF

2.CH3 FADER

1.GREF

3.V3R3REF

4.GNDF

CN1706

4

4

20

Q1716

Q1715

Q1714

C1701

R1750

4.GNDF

1

R1752

R1749

R1747

R1748

R1769

R1767

Q1712

Q1710

C1734

R1751

R1745

R1768

D1811

R1757

2.CH1 FADER

1.GREF

C1737

D1813

R1765

R1763

D1812

S1717

R1760

R1758

4.GNDF

3.V3R3REF

D1823

D1810

S1715

S1714

S1713

S1712

S1718

D1826

R1759

S1716

D1822

D1807

S1711

R1840

D1828

R1766

R1764

D1824

D1808D1809

R1832

Q1711

D1825

R1825

R1833

R1753

D1827

R1836

D1829

R1754

S1710

R1831

R1839

29.V3R3

30.GLED

R1828

R1835

R1827

R1755

R1756

S1709

C1740

R1830

R1837

R1829

28.V+5D

R1834

Q1719

D1805

D1806

R1838

R1761

R1762

26.VR_A03

27.VR_5

R1720

C1739

R1826

D1804

_

1

90

C

DJM-800

1234

5678

7

S1717

SIDE B

A

R1765

R1763

R1758

S1718

D1826

R1759

S1716

R1840

D1828

R1766

R1764

D1824

R1832

Q1711

D1825

D1827

R1836

D1829

R1831

R1839

29.V3R3

30.GLED

R1828

R1835

R1827

R1837

C1740

R1830

R1838

R1761

R1762

R1829

26.VR_A03

27.VR_5

28.V+5D

R1720

C1736

23.MUTE2

24.VR_A01

25.VR_A02

R1719

VR1720

20

1

21.LED14

22.TAP

IC1713

VR1716

16.LED_EFON

17.LED_TAP

18.LED_MASCUE

19.LED_EFCUE

20.LED15

R1726

C1725

1

11

10

18

IC1710

C1721

R1722

30

11.SW_6

12.SW_MAT4

13.SW_MAT5

14.SW_MAT6

15.SW_MAT7

C1717

CN1711

R1725

R1727

Q1709

R1721

R1723

10.SW_5

8.SW_3

9.SW_4

R1778

Q1720

R1782

R1777

C1755

R1728

R1775

R1776

C1754

R1781

R1724

2.GREF

3.GREF

4.BEAT_EFON

5.EFFECT_PARA10

6.EFFECT_PARA10

7.SW_2

R1717

Q1724

9

10

Q1723

CN1711

1.V3R3REF

R1718

R1818

VR1715

C1724

C1720

CONTACT SIDE

C1716

1

26.GNDM

27.V+33

CONTACT SIDE

VR1710VR1711VR1712

22.FL_BK2

23.FL_LAT2

24.FL_CLK2

25.FL_SO2

C1729

27

CN1710

16

C1730

C1723

1

17.LED-10

18.LED-15

19.LED-24

20.LED05

21.LED04

IC1704

16

1

C1719

C1715

R1795

R1796

IC1705

14.LED-3

15.LED-5

16.LED-7

R1798

12.LED-1

13.LED-2

8

R1799

R1800

R1797

9

8

10.LED+1

11.LED0

9

VR1717VR1718VR1719

7.LED+7

8.LED+4

9.LED+2

VR1713VR1714

CN1710

VR1709

4.VF-

5.LED+14

6.LED+10

3.VF+

2.VF-

C1722

1.VF+

C1718

C1714

C1738

D1801

S1706

B

D1800

S1705

C1746

D1799

C1745

1

S1704

C

R1805

R1806

R1807

R1808

R1809

R1810

R1811

R1812

IC1712

1

R1743

R1741

VR1708

R1744

R1742

C1735

D1803

S1707S1708

1

20

IC1709

18

R1713

R1714

C1713

R1715

R1739

R1740

16

C1726

1

IC1701

R1737

R1738

D1802

C1739

R1754

S1710

S1709

R1755

R1756

Q1719

D1806

R1834

D1805

D1804

10

R1826

11

D1823

R1825

R1833

R1753

D1822

14

D1808D1809

13

D1807

S1711

R1771

R1779

R1716

9

R1783

R1784

R1786

R1787

R1788

R1785

R1817

10

C1750

Q1721

R1772

Q1717

VR1707

9

8

D1796

S1701

C1706

C1712

C1707

R1790

R1789

R1792

R1791

R1794

C1711

R1793

C1727

VR1703VR1704

C1728

16

1

IC1702

16

1

7.GNDF

8.GNDF

5.MIC2_O

6.GNDA

9

IC1703

8

9

8

3.GNDA

4.,IC2_I

R1802

VR1705VR1706

1.MIC1_I

2.MIC1_O

R1801

R1804

R1803

C1710

D1798

C1744

S1703

(DNP2209-D)

8

R1820

VR1702

CN1704

1

R1819

VR1701

D

E

F

CN1704

56

DJM-800

C

91

7

8

1234

4.3 TRIM 1 to TRIM 4 and ACSW ASSYS

A

SIDE A SIDE A

B

C

D 2/4

D 3/4

TRIM3 ASSY

TRIM2 ASSY

1

DWX2550- /J

11

LF

(DNP2208-C)

TRIM3

CN691

TRIM2

CN601

A

ACSW ASSY

R

ACSW

LIVE

LIVENEUTRAL

WHITE

BROWN

NEUTRAL

SW Power Supply

LF

NEUTRAL

2

C1

S1

PRIMARY

LIVE

1

D

E

F

D 4/4

TRIM1 ASSY

1

DWX2549- /J

11

LF

(DNP2208-C)

VR491 VR591 VR691

1

CN491 CN591 CN691

DWX2548- /J

11

LF

(DNP2208-C)

CN591

TRIM1

CN491

CN501

A

CN401

A

D 1/4

AC INLET ASSY

TRIM4 ASSY

CN91

DWX2545- /J

CN 91

VR791

1

CN791

DWX2551- /J

11

LF

(DNP2208-C)

(DNP2208-C)

TRIM4

CN791

CN701

A

D 1/4–4/4

92

1234

R

DJM-800

D 1/4–4/4

R

5678

SIDE B SIDE B

CN691CN591CN491

(DNP2208-C)

LF

LF

C691

TRIM3

ACSW ASSY

R

DWX2545- /J

ACSW

PRIMARY

LIVE

NEUTRAL

LF

D 2/4

D 3/4

TRIM3 ASSY

TRIM2 ASSY

A

B

C

D 4/4

TRIM1 ASSY

C591

TRIM2 TRIM1

(DNP2208-C)

LF

C491

111 111 111

D 1/4

LIVE

CN 91

TRIM4 ASSY

SOLDER

NEUTRAL

CN791

ADD

LF

C791

(DNP2208-C)

111

TRIM4

D

E

D 1/4–4/4

56

R

(DNP2208-C)

DJM-800

(DNP2208-C)

F

D 1/4–4/4

7

8

R

93

1234

4.4 MIC1 and MIC2 ASSYS

A

SIDE A

SIDE A

MIC2 ASSY

E

DWX2543- /J

JA1501

MIC2

J1503

1

B

4

J1503

MIC2_0

1.
GNDA

2.
GNDA

3.
GNDA

4.

(DNP2207-C)

LF

JA1502

C

J1502

C1552

C1550

MIC1 ASSY

B

D1514

1

J1502

4

CN1503

45

C1504

R1509
C1516

C1534

IC1502

R1524

R1530
C1517

R1519

C1506

R1505

C1525

R1523

R1504

C1532

C1537

R1531

81

D1515

R1520

C1519

C1530

C1531

NP

NP

CN1501

C1535

1

15

V+5A

81

C1521

C1508

1

4

C1520

8

5

IC1503

C1507

R1503

C1538

MIC1 DWX2542

C1539

16

9

R1538

C1540

DSP_RESET3

24M

C1529

C1541

C1544

C1543

6M

C1542

V+15

D1519

C1549

D1520

8

V-15

D1518

1

C1551

D1521

IC1501

96K

1

12

CONTACT SIDE UP

V3R3

CN1502

CN1501

CN1503

(DNP2207-C)

IC1502 IC1503 IC1501

SIDE B SIDE B

CN456

A

CN1704

C

D

MIC1 ASSY

B

1

Q1503

2

R1522

C1522

R1521

Q1502

C1512

R1529

C1510

L1542

C1524

4

1

R1532

C1518

L1544

F1541

C1509

R1518

C1511

C1502

C1501

J1502

D1513

F1543

R1514

D1510

D1511

F1545

L1546

MIC1 DWX2542

F1549

C1547

4

E

CN1503 CN1501

7

R1540

5

6

C1548

C1528

C1546

5

F1548

F1547

C1527

LF

3

8

C1526

R1525

R1510

1

R1527

R1512

C1513

R1516

C1545

R1515

R1508

R1511

R1526

C1503

C1505

C1514

Q1504

R1517

Q1501

R1507

R1506

MIC2 ASSY

E

DWX2543- /J

LF

MIC2

1

J1503

4

D1512

C3 C2

2

3

C1

D1

1

MIC2_0

1.

2. GNDA

3.

GNDA

4.

GNDA

(DNP2207-C)

1

F

(DNP2207-C)

NOTE : The encircled numbers denote measuring point.

B E

94

B E

DJM-800

1234

5678

4.5 CHFD1, CHFD2, CHFD3 and CHFD4 ASSYS

SIDE A SIDE B

CHFD1 ASSY

CHFD2 ASSY

1

4

CH1 FADER

LF

CN2601CN2604

DWX2537- /J

LF

CN2602CN2603

(DNP2207-C)

4

1

CN2602

YELLOW

VR205

CN1705

C

41

C

CN2602

CN2601

(DNP2207-C)

CN1706

CN2601

41

G 1/4

VR206

G 2/4

A

B

C

VR203

CN2603

41

CN1708

C

C

CN2603

(DNP2207-C)

(DNP2207-C)

CN1707

CN2604

(DNP2207-C)

YELLOW

41

G 3/4

G 4/4

VR204

CN2604

CHFD3 ASSY

CHFD4 ASSY

DWX2538- /JCH2 FADER

CH3 FADER DWX2539- /J

LF

CH4 FADER

1

4

DWX2540- /J

(DNP2207-C)

D

4

1

(DNP2207-C)

E

LF

(DNP2207-C)

G 1/4–4/4 G 1/4–4/4

56

DJM-800

7

8

95

F

1234

C

C

4.6 PANEL 2 and DIGIA ASSYS

SIDE A

A

PANEL2 ASSY

F

LF

1/2

CRS FD CV

CH FD CV

BOOTH LEVEL

VR2102

B

S2114

S2113

103B-NON

142.0

MIC MONITOR

S2105

S2107

CUE MAS

D2137D2138

VR2101

V+5D

103B

MAS BALAN

DWX2554- /J

VR2104

PANEL2

S2110

D2133

D2134

C

S2109

EFFECT
ON/OFF

103B

LEVEL/DEPTH

TIME

2

4

5

3

1

EFFECT CH SEL

S2112

2

4

5

3

1

EFFECT SEL

S2111

D2135

D2136

S2106

TAP

S2108

CUE EF

D

DIGIA ASSY

L

DWX2555- /J DIGIA

DIG IN 4

JA1402

E

DIG IN 3

71

CN1401

(DNP2210-C)

1/2

DIG IN 1DIG IN 2

JA1401

CN1401

CN1201

K

F

F L

96

DJM-800

1234

5678

D2137D2138

SIDE A

A

CN1711

C

CN2102

V+5D

CN2102

C2116

Lch

D2102

VR2101

103B

MAS BALANCE

D2135

D2136

S2106

TAP

S2108

CUE EFCT

C2115

AUTO/TAP

D2132

D2139

MIDI
START

S2104

S2103

Rch

D2117

DOWN

S2102

UP

D2103

D2118

S2101

D2104

D2119

30

D2105

D2120

D2121

D2106

39

D2122

D2107

D2108 D2109

D2123

34

C

D2124

CN1710

CN2101

CN2101

D2110

D2111

D2126

D2125

27

D2127

D2112

D2128

D2113

D2114

D2129

D2130

D2115

C2112

D2116

D2131

C2113

VR2103

103B-NON

MAS LEVEL

1

C2114

B

V2101

C

(DNP2210-C)

D

E

56

DJM-800

F

F

97

7

8

A

2

2

SIDE B

1234

PANEL2 ASSY

F

CN2102CN2101

V+33

VF-

C2132

CONTACT SIDE

VF+

CN2101

27

1

30

V3R3REF

V3R3

1

CONTACT SIDE

CN2102

D2143

C2127

R2126

D2144

MUTE2

R2127

C2108

R2135

C2107

C2117

R2136

C2118

5

8

IC

41

R2120

D2148

IC

B

C2102

27

1

26.VF-

27.VF+

24.VF-

25.VF+

20.LED+4

21.LED+7

22.LED+10

23.LED+14

18.LED+1

19.LED+2

C

R2111

Q2102

16.LED-1

17.LED0

R2110

13.LED-5

14.LED-3

15.LED-2

R2112

Q2106

C2126

10.LED-15

11.LED-10

12.LED-7

C2136

Q2101

Q2101

3.FL_SO2

1.V+33

2.GNDM

4.FL_CK2

5.FL_LAT2

6.FL_BK2

7.LED04

8.LED05

9.LED-24

R2101

R2102

R2103

R2104

R2109

C2105

R2153

R2154

R2155

R2152

C2135

R2107

R2106

Q2105

C2125

R2105

14.LED_TAP

15.LED_EFON

16.SW_MAT7

13.LED_MASCUE

12.LED_EFCUE

29.GREF

30.V3R3REF

10.LED14

11.LED15

27.BEAT\EFON

28.GREF

26.EFFECT_PARA10

Q2105 Q2104Q2102 Q2103

34

C2133

C2134

7.VR_A01

8.MUTE2

9.TAP

5.VR_A03

6.VR_A02

20.SW_6

21.SW_5

22.SW_4

23.SW_3

24.SW_2

18.SW_MAT5

19.SW_MAT4

25.EFFECT_PARA11

C2104

R2108

1.GLED

2.V3R3

3.V+5D

4.VR_5

Q2104

17.SW_MAT6

D2101

Q2108

R2148

R2149

Q2108

39

D2141

C2119

R2150

R2118

R2117

Q2107

C2129

C2120

R2113

D2142

C2130

Q2103

Q2107Q2106

V+5D

C2121

C2122

D

E

F

98

F L

DIGIA ASSY

L

1/2

DWX2555- /J DIGIA

CN1401

1

7.DIGITAL_IN_4

1

CONTACT SIDE

7

7

LF

(DNP2210-C)

1.DIGITAL_IN_1

3.DIGITAL_IN_2

2.GNDD

4.GNDD

5.DIGITAL_IN_3

6.GNDD

CN1401

DJM-800

1234

C2108

3

M

1

CN2102

R3

UTE2

R2135

CONTACT SIDE

C2107

8

C2118

C2117

R2136

5

41

R2120

IC2102

D2148

5678

SIDE B

A

R2162

R2119

R2151

R2158

R2163

R2146

D2160

R2159

R2144

R2129

R2132

R2147

R2125

R2131

C2131

R2128

D2161

R2130

R2145

R2156

R2157

R2134

R2160

R2161

D2162

D2163

R2133

D2149

D2145

R2115

R2137

R2114

R2116

S2111

1/2

C2106

IC2101

16

C2103

1

2

D2154

D2158

4

5

3

1

D2156

D2152

9

8

S2112

2

D2155

4

5

D2159

3
1

D2157

D2153

C2111

R2143

R2142

D2146 D2147

C2124

1

5

C2123

R2140

R2141

C2110

DWX2554- /J

1

D2150 D2151

5

C2101

PANEL2

C2109

R2138

LF

R2139

R2124

C2128

R2123

R2122

B

R2121

C

(DNP2210-C)

IC2101IC2102

D

E

56

DJM-800

F

F

99

7

8

1234

3

C

R48

2

FK BL

C

F

N

N

4.7 DSP ASSY

SIDE A

A

B

C

D

IC47 IC48

IC43 IC44

E

IC39

IC12

IC22

IC5 IC6 IC7

IC11

IC45IC46

IC25

IC1

IC31

IC3

IC13

IC2

IC4
IC15
IC14

IC30

IC8

IC49

IC16

IC40

IC42

IC24

IC41

DSP ASSY

I

Q5

Q13

Q2
Q1

Q3
Q4

Q16

Q14

CN11

CN1502

B

KN4

CONTACT SIDE

14

IC5 IC6

C121

C217

C7

C218

CN14

1

R385

C135

C215

CN11

R386

IC2

TXD1
RXD1

1

V3R3

N.C.
MD

GNDD

6

12

1

R387

8

7

R383

16

1

6

R388

R384

R311

GNDD

R129

R128

C128

24M

D32

D33

D34

Q14

V3R3

R381

20

1

8

C3

CN1205

K

CN1

3

131

CONTACT SIDE

GNDD

V+5D

GNDD

RXD1

TXD1

MIDI_TX

C214

CN1

TXD6

GNDD

SCK6

RXD7

TXD7

SCK7

GNDD

RXD6

DIGIANA_SW1

DIGIANA_SW2

DIGIANA_SW3

DIGIANA_SW4

DSP DWX2534- /J

MCLK

GNDD

GNDD

SIO_SEL3

DSP_RESET3

SIO_SEL4

LF

R130

GNDD

MIC_DATA
GNDD
LRCK
GNDD
MCLK
GNDD
SCLK

GNDD
DSP_RESET3
GNDD
V3R3

R115

R116

R117

R118

11

C139

B

R382

R119

R194

R195

R196

R197

11

20

IC7

C129

10

1

6M

R373
R374
R375
R376
R377
R378

R198

10

96K

C216

R350

R349

C23

R177

R347

R239

R348

R179
R178
R78

R180
C152
C171
C172
C173
C169
C170
C191
C190
C189
C188
C187
C186

R355
R354

R11
R176
R175
R174
R173

R172
R218
R217
R216

R215
R214
R213

A

C140

36

37

CN1302

M

CONTACT SIDE

1

CN15

48/96_SW

SIO_SEL1

GNDD

GNDD

GNDD

RXD1

TXD1

C246

5

3131

R389

IC1

CN15

MASTER

C174

CN10

14

C157

C245

4

31

IC45

IC46

IC25

C22

2

10

DATA2

GNDD

24M

96K

GNDD

GNDD

6M

L4

C175

C39C4C40

Q5

D5

R7

R258

C46

R257

C47

R256

FPGA

RESET

R159

R158

R157

R156

R155

R154

R153

R152

R151

R150

R149

DSP_RESET

SCK2

1

144

GNDD

C176

C45

GNDD

C44

SCK1

7 8

R362

1

C156

R80

C148

R363

9

R364

IC3

R144

R212

R142

X1

R167

R165

R147

R163

R161

R145

20

C24

R143

11

IC24

72

73

R166

R141

14

8

R146

R148

C2

C1

IC8

8

7

R211
R210
R209
R208
R207

R206

R205

C183

R164

R15

R162

R160

10

C21

CN13

1

CPU

C18

R8

C20

R236

TXD2

R345

C16

C15

108

C17

C14

C251

D36

R395

IC49

R314
C250

CAUTION
REPLACE IC
LINKS AS
MARKED.MFD.BY
LITTELFUSE INC.

16

9

C221

1

8

R82

IC4

7

1

14

R81

14

C11

C204

D29
D30

D31

R183

GNDD

V3R3

LRCK

GNDD

GNDD

SCLK

DATA

SEND

SCK1

GNDD

MASTER_DATA2

C9

1

C42

C41

C43

R260

C48

C49

C51

C50

52

C52

C53

C54

C55C56

C60

C61

C62C63

C57 C58

C59

C130

Q13

A

C247

4315

5

4

13

IC47

C

A

C

4

DATA_REC

GNDD

MCLK

GNDD

1

CONTA

DSP_RESET2

C36

C243
C37
C38

208

53

R57

C66C67

C64 C65

C198

1
3

IC31

C91

R202

R203

B

C93

C131

R245

ATTENTION
REMPLACER LE
IC LINK COMME
INDEQUE.DE CHEZ
LITTELFUSE INC.

C143

DNP2

C35
C34

C8

R54

R55

R56

R226

5

R224

4

144

1

C92

36

37

R244

REC

C32

C
C

C33

R268
C31

DS

R50

R51

R52

R53

C90
C89

R225

C95

C94

R243

CPU_RESET

EFFECT_PARA10

EFFECT_PARA11

CH1_FADER

CH3_FADER

CH4_FADER

CRS_FADER

TAP

BEAT_EFON

VR_A01

VR_A02

VR_A03

GREF

GREF

VR0

VR1

VR2

VR3

VR4

VR5

DSP_RESET1

V+5D

V3R3

V+5D

V+5D

GLED

GLED

GLED

LED_DIG0

LED_DIG1

LED_DIG2

LED_CE1

LED_CE2

LED_CE3D0D1D2D3D4D5D6D7

KN1

CN6

1

1

CONTACT SIDE

SW_SCAN0

SW_SCAN1

SW_SCAN2

SW_MAT0

SW_MAT1

SW_MAT2

SW_MAT3

SW_MAT4

SW_MAT5

SW_MAT6

SW_MAT7

CH2_FADER

CN5

25

CN6

F

CN1703

C

V3R3REF

1

CONTACT SIDE

CN5

CN1702

C

MUTE2

30

I

100

1234

DJM-800