Pioneer DDJ-ERGO-V Service manual

2011

DDJ-ERGO-V

This product is a model for destinations worldwide (except China and Korea). It operates only on USB-bus power. No need to use an AC adapter.

DJ Controller

DDJ-ERGO-V

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

Model Type Power Requirement Remarks

DDJ-ERGO-V XJ5 DC 5 V

ORDER NO .

RRV4269

PIONEER CORPORATION 1-1, Shin-ogura, Saiwai-ku, Kawasaki-shi, Kanagawa 212-0031, 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

K-IZV NOV.

2011 Printed in Japan

1

WARNING

This product may contain a chemical known to the State of California to cause cancer, or birth defects or other reproductive harm.

Health & Safety Code Section 25249.6 - Proposition 65

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.

2 3 4

SAFETY INFORMATION

A

B

C

D

E

F

2

1

2 3 4

DDJ-ERGO-V

5

6 7 8

• Compared with conventional eutectic solders, lead-free solders have higher melting points, by approximately 40 ºC. Therefore, for lead-free soldering, the tip temperature of a soldering iron must be set to around 373 ºC in general, although the temperature depends on the heat capacity of the PC board on which reworking is required and the weight of the tip of the soldering iron.

Do NOT use a soldering iron whose tip temperature cannot be controlled. Compared with eutectic solders, lead-free solders have higher bond strengths but slower wetting times and higher melting

temperatures (hard to melt/easy to harden). The following lead-free solders are available as service parts:

• Parts numbers of lead-free solder: GYP1006 1.0 in dia. GYP1007 0.6 in dia. GYP1008 0.3 in dia.

Voltage Monitoring

This unit always monitors for power failure and will shut itself off immediately after an error is detected. A power failure is indicated with flashing of the illumination LED of the channel fader for left side deck (deck A or C). Other LEDs are unlit after an error is generated. After the unit shuts itself off because of an error, disconnect the USB cable and wait at least 1 minute before turning the unit back on. Repair the unit according to the diagnostic procedures described in “5.3 VOLTAGE MONITORING.”

On Point-of-Sale Demo Mode

This product is provided with a Demo mode to be used when displayed on a stand in a shop. Demonstrations with lighting of the LEDs on the control panel are automatically performed even if this product is connected with a PC without the DJ application (VIRTUAL DJ LE) being started on the PC. This mode will be established if no transmission or reception of MIDI signals is performed for 1 minute after the controller is turned ON. After VIRTUAL DJ LE is started, Normal Operation mode will be entered.

On the EEPROM on the IFPW ASSY

No program has been stored in the EEPROM (IC104) on the IFPW Assy (blank ROM) when it is supplied as a part for service. After the EEPROM is replaced, be sure to copy the program for the USB controller to it. For details, see “8.2 HOW TO PROGRAM COPY FOR USB CONTROLLER.”

2 3 4

1. SERVICE PRECAUTIONS

1.1 NOTES ON SOLDERING

A

B

C

D

1.2 SERVICE NOTICE

E

F

4

1

2 3 4

DDJ-ERGO-V

5

General – Main Unit

Power supply.............................................................DC 5 V

Power consumption ..................................................500 mA

Main unit weight..............................................2.9 kg (6.4 lb)

Max. dimensions

.................. 554.8 mm (W) × 103.2 mm (H) × 279.8 mm (D)

(21.8 in. (W) × 4.1 in. (H) × 11 in. (D))

Tolerable operating temperature

......................................+5 °C to +35 °C (+41 °F to +95 °F)

Tolerable operating humidity

............................................5 % to 85 % (no condensation)

Audio Section

Rated output level

MASTER OUT 1..................................................4.2 Vrms

MASTER OUT 2..................................................2.1 Vrms

Total harmonic distortion

MASTER OUT 1...................................................0.006 %

MASTER OUT 2...................................................0.006 %

Frequency characteristic

MASTER OUT 1.......................................20 Hz to 20 kHz

MASTER OUT 2.......................................20 Hz to 20 kHz

S/N ratio (when playing on computer)

MASTER OUT 1..........................101 dB (at rated output)

MASTER OUT 2..........................101 dB (at rated output)

Input impedance

AUX..........................................................................24 kΩ

MIC...........................................................................11 kΩ

Output impedance

MASTER OUT 1.............................................1 kΩ or less

MASTER OUT 2.............................................1 kΩ or less

PHONES........................................................10 Ω or less

Input / Output terminals USB terminal

B type...................................................................... 1 set

MASTER OUT 1 output terminal

TRS phone jack (Ø 6.3 mm).................................... 1 set

MASTER OUT 2 output terminal

RCA pin jacks..........................................................1 set

PHONES output terminal

Stereo phone jack (Ø 6.3 mm) ................................ 1 set

Stereo mini phone jack (Ø 3.5 mm)......................... 1 set

AUX input terminal

RCA pin jacks..........................................................1 set

MIC input terminal

Phone jack (Ø 6.3 mm)............................................ 1 set

For improvement purposes, specifications and design of this unit and the included software are subject to change without notice.

• USB cable (DDE1128)

• VIRTUAL DJ LE software CD-ROM (DXX2685)

• Driver software/operating instructions CD-ROM (DRU1001)

• Read Before Use (Important) (DRH1122)

• Quick Start Guide (DRH1123)

• Hardware Diagram for Virtual DJ (Table of Supported Functions) (DRH1124)

• Warranty card

• Service network list (for Japanese customers)

Accessories

2. SPECIFICATIONS

6 7 8

A

B

C

D

5

DDJ-ERGO-V

6 7 8

E

F

5

1

Items to be checked after servicing

To keep the product quality after servicing, confirm recommended check points shown below.

No. Procedures Check points

1

Confirm that the customer complaint has been resolved. If the problem pointed out by the customer occurs with a specific source or operation, such as PC input, AUX/MIC input, Fader, or Volume, input that specific source then perform that specific operation for checking.

The customer complain must not be reappeared. Audio and operations must be normal.

2

Confirmation of operation of operating elements Enter Service mode.

There must be no errors in operations of each button, Rotary selector, Volume, Fader, Slider and JOG.

3

Check the analog audio output. Connect this unit with a PC with the DJ application (Virtual DJ LE) installed, via USB, then operate the DJ application (Virtual DJ LE).

There must be no errors, such as noise, in audio signals and operations of the MASTER/HEADPHONES outputs.

4

Check the analog audio input. Input an audio signal via AUX/MIC.

Audio and operations must be normal.

5 Check the appearance of the product. No scratches or dirt on its appearance after receiving it for service.

Item to be checked regarding audio

Distortion

Noise Volume too low Volume too high Volume fluctuating

Sound interrupted

See the table below for the items to be checked regarding audio.

Lubricants and Glues List

Name Part No. Remarks

Lubricating oil GYA1001 Refer to “9.4 JOG SECTION”.

Jigs List

Jig Name Part No. Purpose of use / Remarks

USB cable GGP1193 for PC connection

2 3 4

3. BASIC ITEMS FOR SERVICE

3.1 CHECK POINTS AFTER SERVICING

A

B

C

D

3.2 JIGS LIST

E

F

6

1

2 3 4

DDJ-ERGO-V

5

NSP 1..PLMX ASSY DWM2450

2..JOG1 ASSY DWS1436

2..TCH1 ASSY DWS1437

2..JOG2 ASSY DWS1438

2..TCH2 ASSY DWS1439

2..CDJ1 ASSY DWX3302

2..HLD1 ASSY DWX3309

2..HLD2 ASSY DWX3310

NSP 1..PLJK ASSY DWM2451

2..CDJ2 ASSY DWX3303

2..JACK ASSY DWX3304

2..CRFD ASSY DWX3305

2..HPJK ASSY DWX3306

2..HLD3 ASSY DWX3311

2..HPLC ASSY DWX3324

1..IFPW ASSY DWX3301

Mark No. Description Part No. Mark No. Description Part No.

LIST OF ASSEMBLIES

NOTES: - 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.

E

HPJK ASSY

F

CRFD ASSY HLD1 ASSYHLD2 ASSY

HLD3 ASSY

H

JOG1 ASSY

J

TCH1 ASSY

B

IFPW ASSY

A

JACK ASSY

D

CDJ1 ASSY

G

CDJ2 ASSY

• Bottom view

C

HPLC ASSY

I

JOG2 ASSY

K

TCH2 ASSY

3.3 PCB LOCATIONS

6 7 8

A

B

C

5

6 7 8

DDJ-ERGO-V

D

E

F

7

1

A

JACK ASSY (DWX3304)

F

CRFD ASSY (DWX3305)

Either the JOG1 Assy or JOG2 Assy is assembled here. The JOG1 Assy and JOG2 Assy are interchangeably used and handled similarly in their production management.

Either the TCH1 Assy or TCH2 Assy is assembled here. The TCH1 Assy and TCH2 Assy are interchangeably used and handled similarly in their production management.

DCS1115-A

VR2901

1

324

5

JA294

DKN1622-A

231

JA2901

DKN1614-A

2

3

1

JA2903

AKB7181-A

543

2

1

DCS1111-A

VR2902

1

3

2

S2901

DSH1025-A

123

JA2902

AKB7181-A

54321

51048-0300

JH1002

1

V+3R3_AD

2

AD_CRSFD

3

GND_AD

CN2801

52151-0310

1

GND_D

2

JOG_TCH1/2

3

V+3R3_UCOM

PF04PG-B05

CN2701

1

GND_D2V+3R3_UCOM

3

JOG_DIAL1/2_0

4

JOG_DIAL1/2_1

JA2905

DKN1622-A

231

AKF7002-A

KN2903

1

AKF7002-A

KN1501

1

AKF7002-A

KN1001

1

KN2902

VNE1948-A

GND1

1

GND2

2

GND3

3

GND4

4

VKN1842-A

CN101

1

MIC_AUXIN_L

2

GND_AI

3

MIC_AUXIN_R

4

V-6_J

5

V+7_J

6

GND_AI

7

GND_AI

8

GND_AI

9

GND_AO

10

GND_AO

11

MASTER1_L+

12

GND_AO

13

MASTER1_L-

14

GND_AO

15

MASTER2_L

16

GND_AO

17

GND_AO

18

GND_AO

19

MASTER2_R

20

GND_AO

21

MASTER1_R+

22

GND_AO

23

MASTER1_R-

24

GND_AO

25

MUTE

26

MIC_AUXIN_SW

27

MIC_AUXIN_SEL

VKN2097-A

CN2001

1

V+3R3_AD

2

GND_AD

3

LED_8

4

LED_7

5

LED_9

6

ENC_ABL2_0

7

LED_10

8

ENC_ABL2_1

9

LED_11

10

ENC_V OL2_0

11

LED_12

12

ENC_V OL2_1

13

KEY_IN_7

14

SW_AD_B

15

KEY_IN_6

16

AD_PTCHFD2_1

17

KEY_IN_5

18

AD_PTCHFD2_2

19

KEY_IN_4

20

LED_14

21

GND_D

22

AD_FX2

23

GND_D

24

AD_VOL2

25

V+3R3_UCOM

26

SW_AD_A

27

GRID_7

28

JOG_TCH2

29

GRID_6

30

JOG_DIAL2_0

31

GRID_5

32

JOG_DIAL2_1

33

GRID_4

34

GRID_0

35

GRID_3

36

GRID_1

37

GRID_2

38

GND_LED

39

V+5_LED

VKN2097-A

CN1003

1

V+5_LED

2

GND_LED

3

GRID_2

4

GRID_1

5

GRID_3

6

GRID_0

7

GRID_4

8

JOG_DIAL2_1

9

GRID_5

10

JOG_DIAL2_0

11

GRID_6

12

JOG_TCH2

13

GRID_7

14

SW_AD_A

15

V+3R3_UCOM

16

AD_VOL2

17

GND_D

18

AD_FX2

19

GND_D

20

LED_14

21

KEY_IN_4

22

AD_PTCHFD2_2

23

KEY_IN_5

24

AD_PTCHFD2_1

25

KEY_IN_6

26

SW_AD_B

27

KEY_IN_7

28

ENC_V OL2_1

29

LED_12

30

ENC_V OL2_0

31

LED_11

32

ENC_ABL2_1

33

LED_10

34

ENC_ABL2_0

35

LED_9

36

LED_7

37

LED_8

38

GND_AD

39

V+3R3_AD

CN2002

KM200NA4L

1

GND_D

2

V+3R3_UCOM

3

JOG_DIAL2_04JOG_DIAL2_1

51048-0300

JH2001

1

GND_D

2

JOG_TCH2

3

V+3R3_UCOM

51048-0300

CN2601

1

V+3R3_AD

2

AD_CRSFD

3

GND_AD

VKN2097-A

CN1004

1

V+3R3_UCOM2GND_D3VBUS_DET

4

GND_D

5

A_MUTE6USB_CTRL17FAULT_DET28USB_XRST9PWR_ON10USB_ERR11FAULT_DET12MIC AUXIN SW

VKN1842-A

CN2901

1

MIC_AUXIN_SEL

2

MIC_AUXIN_SW

3

MUTE

4

GND_AO

5

MASTER1_R-

6

GND_AO

7

MASTER1_R+

8

GND_AO

9

MASTER2_R

10

GND_AO

11

GND_AO

12

GND_AO

13

MASTER2_L

14

GND_AO

15

MASTER1_L-

16

GND_AO

17

MASTER1_L+

18

GND_AO

19

GND_AO

20

GND_AI

21

GND_AI

22

GND_AI

23

V+7_J

24

V-6_J

25

MIC_AUXIN_R

26

GND_AI

27

MIC_AUXIN_L

VKN2097-A

CN102

28

MIC AUXIN SW

29

FAULT_DET

30

USB_ERR

31

PWR_ON

32

USB_XRST

33

FAULT_DET2

34

USB_CTRL1

35

A_MUTE

36

GND_D

37

VBUS_DET

38

GND_D

39

V+3R3_UCOM

AKF7002-A

KN2901

1

AUX IN VOL

MIC IN

AUX IN

MIC IN VOL

MASTER2

MIC/AUX SELECT

MASTER1_R

MASTER1_L

VERTICAL

CONTACTSIDE

VERTICAL

CONTACTSIDE

VERTICAL

CONTACTSIDE

VERTICAL

CONTACTSIDE

HORIZONTAL

LENGTH=70mm

DDD1585PITCH=1mm

SAME FACE FFC 27P

FFC 39P

PITCH=1mm SAME FACE

DDD1587LENGTH=125mm

D20PDY0305E

LENGTH=50mm

PITCH=2mm

PARALLEL JUMPER WIRE

LR

RL

VERTICAL

LENGTH=100mm

CONNECTOR ASS'Y

D20PDY0310E

HORIZONTAL

VERTICAL

PITCH=2mm PARALLEL JUMPER WIRE

HORIZONTAL

LENGTH=50mm

HLD1/2 ASSY DWX3309/3310- /J

BOARD IN - PH

CONTACTSIDE

CDJ1 (DWX

D

CDJ2 ASSY (DWX3303)

G

G G

1/2, 2/2

J K

TCH1 ASSY/TCH2 ASSY (DWS1437/DWS1439)

/

H I

JOG1 ASSY/JOG2 ASSY (DWS1436/DWS1438)

/

-

Either JOG2 manag

2 3 4

4. BLOCK DIAGRAM

4.1 OVERALL WIRING DIAGRAM

A

B

C

D

E

F

8

1

2 3 4

DDJ-ERGO-V

5

E

HPJK ASSY (DWX3306)

C

HPLC ASSY (DWX3324)

H I

JOG1 ASSY/JOG2 ASSY (DWS1436/DWS1438)

/

J K

TCH1 ASSY/TCH2 ASSY (DWS1437/DWS1439)

/

CN1801

52151-0310

1

GND_D

2

JOG_TCH1/2

3

V+3R3_UCOM

PF04PG-B05

CN1701

1

GND_D

2

V+3R3_UCOM

3

JOG_DIAL1/2_0

4

JOG_DIAL1/2_1

DKN1237-A

JA102

123

4

RT1

RT2

CN103

52147-0510

1

GND_F22GND_F2

3

HP_L

4

GND_AH

5

HP_R

JA1901

DKN1622-A

231

S101

DSH1025-A

123

KN101

VNE1948-A

GND1

1

GND2

2

GND3

3

GND4

4

CN104

52151-0310

1

V+5_HP

2

GND_D

3

V+5_HP_OUT

CN1001

NM

1

DBG_CNVSS

2

MAIN_XRST

3

GND_D

4

V+3R3_UCOM

CN1002

KM200NA4L

1

GND_D

2

V+3R3_UCOM

3

JOG_DIAL1_04JOG_DIAL1_1

51048-0300

JH1001

1

GND_D

2

JOG_TCH1

3

V+3R3_UCOM

3

VBUS_DET

4

GND_D

5

A_MUTE6USB_CTRL17FAULT_DET28USB_XRST9PWR_ON10USB_ERR11FAULT_DET12MIC_AUXIN_SW13ADC_DAC_XRST

14

MIC_AUXIN_SEL15USB_BUSY16USB_REQ17MIC_AUXIN_MUTE18GND_D19EEP_SCL20GND_D

21

EEP_SDA22GND_D

23

GND_D24GND_D25PWR_SW26GND_D27DAC_CDTI28GND_D29DAC_CS30GND_D31DAC_CCLK32GND_D33USB_CTRL234GND_D35GND_D36GND_LED37V+5_LED38GND_LED39V+5_LED

51048-0300

JH3001

1

V+5_HP2GND_D3V+5_HP_OUT

51048-0500

JH1901

1

GND_F22GND_F2

3

HP_L4GND_AH5HP_R

1

V+5_LED

2

GND_LED

3

V+5_LED

4

GND_LED

5

GND_D6GND_D

7

USB_CTRL2

8

GND_D

9

DAC_CCLK

10

GND_D

11

DAC_CS

12

GND_D

13

DAC_CDTI

14

GND_D

15

PWR_SW

16

GND_D17GND_D18GND_D

19

EEP_SDA

20

GND_D

21

EEP_SCL

22

GND_D

23

MIC_AUXIN_MUTE

24

USB_REQ

25

USB_BUSY

26

MIC_AUXIN_SEL

27

ADC_DAC_XRST

28

MIC_AUXIN_SW

29

FAULT_DET

30

USB_ERR

31

PWR_ON

32

USB_XRST

33

FAULT_DET2

34

USB_CTRL1

35

A_MUTE

36

GND_D

37

VBUS_DET

KN1901

VNE1948-A

GND1 1

GND2

2

GND3

3

GND4

4

JA1902

XKN3017-A

2

3

1

FOR UCOM DEBUG

VERTICAL

HORIZONTAL DDD1586LENGTH=325mm PITCH=1mm

FFC 39P

SAME FACE

PITCH=2mm

LENGTH=200mm

PARALLEL JUMPER WIRE

D20PDY0520E

D20PDY0310E

PITCH=2mm PARALLEL JUMPER WIRE

LENGTH=100mm

HP JACK

Mini JACK

DWX3309/3310- /J

HLD1/2 ASSY

LENGTH=50mm

BOARD IN - PH

HORIZONTAL

CONNECTOR ASS'Y

HLD3 ASSY DWX3311- /J

PITCH=2mm

LENGTH=100mm

PARALLEL JUMPER WIRE

D20PDY0310E

USB-B JACK

POWER SW

CDJ1 ASSY (DWX3302)

D

D D

1/2, 2/2

IFPW ASSY (DWX3301)

B

B B

1/3- 3/3

-

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

-

The > mark found on some component parts indicates the importance of the safety factor of the part.

Therefore, when replacing, be sure to use parts of identical designation.

-

: The power supply is shown with the marked box.

Either the JOG1 Assy or JOG2 Assy is assembled here. The JOG1 Assy and JOG2 Assy are interchangeably used and handled similarly in their production management.

Either the TCH1 Assy or TCH2 Assy is assembled here. The TCH1 Assy and TCH2 Assy are interchangeably used and handled similarly in their production management.

6 7 8

A

B

C

D

5

DDJ-ERGO-V

6 7 8

E

F

9

1

CN 2001 CN1003

PC1701 IC1801

LED_7-12,14 LED_0-6,13

/PC2701 /IC2801

VR2206 KEY_IN_4-7 KEY_IN_0-3,7

TEMPO SLIDER GRID_0-7 GRID_0-7

CN1701 CN1801

AD_PTCHFD2_1

/CN2701

/CN2801

AD_PTCHFD2_2

ENC_ABL2_0 ENC_ABL2_1

CN 2002 JH2001 S2225

AUTO LOOP

ENC_VOL2_0 ENC_VOL2_1

S2226

SAMPLE VOL

AD_FX2 AD_VOL2

7

SW_AD_A SW_AD_B

JOG_TCH2

JOG_DIAL2_1 JOG_DIAL2_0

XIN

XOUT

MAIN_XRST

AD_CRSFD JH1002

CN2601

CN1004

CROSS FADER

CN102

Lch

Rch

A_MUTE

MASTER1_L- L

MASTER1_L+ R

MASTER1_R-

MASTER1_R+

MASTER2_R

MASTER2_L

MUTE

MIC_AUXIN_SW

MIC_AUXIN_SEL

Rch

MIC_AUXIN_R

MIC_AUXIN_L

Lch

CN 2901 CN101

S2901

MASTER1 OUT MASTER2 OUT MIC IN MIC IN VOL MIC/AUX SELECT AUX IN VOL A UX IN

MIC_AUXIN_SEL

MIC_AUXIN_SW

A_MUTE

VR2901 VR2902 JA2902

ADC_DAC_XRST

MIC_AUXIN_MUTE

DAC CS

JA2904

JA2905

JA2903

JA2901

132

3

2

3

2

13

6217

IC507

627

1

IC506

537

1

IC505

IC501

DAC

1

2

1

2

3

1

13

IC2902

3

5

1

7

IC2901

IC2903

IC2904

5

2

7

2

7

111111

2

3

1

2

1

5

7

9

1

MUTE CIRCUIT

1

IC502

DAC

IC504

113

5

1

7

IC503

ADC

1

2

MUTE

CIRCUIT

34 2

3

2

IC2201

SW IC

VOL

MATRIX

Circuit

KEY

LED

ROTARY

1

32

2

1

9

1

14

2

6

82

1

12

1

2

1

2

MATRIX

Circuit

1

8

1

2

3

2

IC

UCO

2

8

10

8

9

7

8

9

91

322

1

232

511

4

333

124

2

1

2

5678

5

IC1001

Reset IC

1

X1001

4MHz CERAMIC

RESONATOR

11

MUTE

CIRCUIT

H

G

CDJ2 ASSY

F

CRFD ASSY

A

JACK ASSY

D

CDJ1 ASSY

I

JOG1/2 ASSY

/

J K

TCH1/2 ASSY

/

2 3 4

4.2 OVERALL BLOCK DIAGRAM

A

B

C

D

E

F

10

DDJ-ERGO-V

1

2 3 4

5

CH FADER A CH FADER B

VR1208 VR1213

PC1701 IC1801 /PC2701 /IC2801

RID_0-7 TEMPO SLIDER

AD_FADER_A AD_FADER_B

CN1701 CN1801 /CN2701 /CN2801

S1234

BROWSE CN1002 JH1001

S1232

AUTO LOOP

JA1901

JA1902

S1233

SAMPLE VOL

HP JACK

Mini JACK

8

JH1901

HP_L HP_R JOG_DIAL1_0 JOG_DIAL1_1

JOG_TCH1

AIN_XRST

JH3001

CN103

CN104

Lch

Rch

XIN XOUT

P_SW

S101

JA102

POWER SW

PWR_SW

USB_DP

ADC_DAC_XRST

DAC_CCLK

DAC_CS

DAC_CDTI

FAULT_DET

FAULT_DET 2

USB_CTRL2

USB_BUSY

USB_ERR

USB_CTRL1

USB_REQ

VBUS_DET

EEP_SDA

USB_XRST

PWR_ON

EEP_SCL

USB_DN

IC102

USB uCom

TUSB3200A

3

32

5

34 2

35

Cap

IC501

DAC

1

IC502

DAC

113

5

IC503

ADC

1

2

3

4

3

Master Data HP Data MIC/AUX Data BCL LRCK MCLK

78

1

232

1

VOL

MATRIX

Circuit

KEY

LED

ROTARY

IC1201

SW IC

1

3

1

9

4

2

1

2

1

IC1201

SW IC

1

3

1

9

IC1002

UCOM IC

6

2

8

9

4

5

1

8

10

8

91

232

333

2

1

2

Q306

FET

IC307 VBUS

DETECT

VBUS

DETECT

CIRCUIT

3

8

1

2

4

2

1

43

3

6

3

7

3

1

2

1

2

1

123921373

3

POWER DETECT CIRCUIT

5678

5

001 et IC

IC201 EEPROM

5

6

X101

6MHz Xtal

55

ROTARY

2

14

4

22

99

5V

Discharge

Circit

IC305

REG

IC301

REG

IC303

REG

IC304

REG

IC302

-6V

DDC

55

MUTE

CIRCUIT

3

1

AD_FX1

SW_AD_A

AD_MIX1

ENC_VOL1_0

ENC_ABL1_0

ENC_BRWS_0

AD_PITCH1_1

31

V+5_HPV+5_HP_OUT

432 4332 31 2114

- B

B

IFPW ASSY

E

HPJK ASSY

C

HPLC ASSY

H I

JOG1/2 ASSY

/

J K

TCH1/2 ASSY

/

6 7 8

A

B

C

D

E

F

5

6 7 8

DDJ-ERGO-V

11

1

ON OFF

P_SW to uc

CONT

FAULT_DET2 to uc

VBUS_DET to uc FAULT_DET to uc

DC/DC CONVERTER REGULATOR

USB ucom

IC102

DAC (HP)

IC502

IC501

DAC (MASTER)

IC505

IC506, 507

OPAMP

IC2901, 2902

IC2904

(for MIC/AUX)

V+5_A

IC302

D/D_CONV

V+7

V+VBUS

USB

ADC (MIC/AUX)

IC503

V+7_J

EEPROM

IC104

RESET IC

IC307

V+5_USB

AMP (HP)

MIC

AUX IN

FILTER, COIL, BEADS

V-6_J

V+7_J

V-6_J

3.3V_REG1

IC304

IC303

Q306

V+5_D

L105

L106

L107

GND

PSW

PWRON

V+5_LED

USB BUS POWER

VOLTAGE DETE CT

V+5_D

DISCHARGE

V+5_D

IC301

IC305

V+5_HP

Charge

Capacitor

V+5_HP_OUT

V+VBUS

1

Ω

V+5_HP

OPAMP

(for MIC/AUX)

L501L502

V+3R3_USB

V+5_HP

_OUT

V+5_HP _OUT

POWER SLIDE SW

POWER FAULT

V-6

B

IFPW ASSY

V+3R3_UCOM

5V→3.3V

NJM2878F3-33

3.3V_REG2 5V→3.3V

NJM2878F3-33

V+3R3_USB

CTF1629-

S-80942CNMC-G9C

7V→5V

NJM2878F3-05

5V_REG

7V→5V

5V_REG

NJM2878F3-05

7V→-6V

5V→7V

NJM2392M

ATH1170-

OPAMP (MASTER2)

NJM4580MD

OPAMP (MASTER1)

NJM4580MD

A

JACK ASSY

MASTER1(TRS)

MASTER2

C

HPLC ASSY

V+5 _HP

BH3547F

IC504

AK4387ET

AK5358AET

TUSB3200A

S-24CS64A0I

4.3 POWER BLOCK DIAGRAM

A

2 3 4

B

C

D

E

F

12

1

DDJ-ERGO-V

2 3 4

P_SW to ucom

HP Jack (Phone)

HP Jack (Mini)

FAULT_DET2 to ucom

VBUS_DET to ucom FAULT_DET to ucom

MAIN ucom

IC1002

DAC (HP)

IC502

IC501

TEMPO SLIDER

DCV1011

ADC (MIC/AUX)

IC503

CH FADER_A, B

DCV1024

CROSS FADER

DCV1023

V+3R3 _UCOM

VR

LED

V+3R3 _AD

ANALOG SW

RESET IC

IC1001

L1003

V+3R3_AD

AMP (HP)

V+5_LED

Photointerrupter

V+5 _LED

LED

L1004

V+3R3 _AD

VR

TEMPO SLIDER

DCV1011

CTF1629-

L1001

L1002

D

CDJ1 ASSY

G

CDJ2 ASSY

E

HPJK ASSY

F

CRFD ASSY

H I

JOG1/2 ASSY

/

H I

JOG1/2 ASSY

/

J K

TCH1/2 ASSY

/

J K

TCH1/2 ASSY

/

BH3547F

IC504

AK4387ET

AK5358AET

DTH1211-

V+3R3 _UCOM

S-80927CNMC-G8X

2.7V DET

R5F3650ENFA-U0

TC74HC4052AF

PC1801/PC2801

GP1S094HCZ0F

PC1801/PC2801

GP1S094HCZ0F

PC1701/PC2701

SEDS-7573

5

6 7 8

A

B

C

D

E

DDJ-ERGO-V

5

6 7 8

F

13

1

Y

N

Note: The TUSB3200A is started up after

loading the program from the EEPROM.

Y

N

Y

N

Y

N

Note: Start the updating program on the PC.

Power ON

Operation clock setting: 32 MHz

Port initial setting

I2C serial initial setting

Peripheral device power: ON

Power failure?

Unit stopped by power failure

Power failure indication by LEDs

Canceling reset of the USB Controller (TUSB3200A)

Starting opening indication

Checking communication with the USB controller

Has communication been established?

Abnormal stopping of the TUSB3200A LED indication for USB controller error

CRC check of the main flash

CRC error? (FLASH NG?)

Waiting until power supply stabilizes then performing power-failure detection

Finishing opening indication

Unit stopped by power failure

Power failure indication by LEDs

Power voltage < 4.2 V?

Resetting the USB Controller (TUSB3200A)

Waiting for a recovery/updating request LED indication for flash ROM error

Power failure?

A

5. DIAGNOSIS

5.1 POWER ON SEQUENCE

A

B

2 3 4

C

D

E

F

14

1

DDJ-ERGO-V

2 3 4

5

Normal mode

N

Y

* To normal main loop processing

• Power failure monitoring/Power voltage monitoring

• Power ON/OFF SW monitoring

• MIC/AUX switching

• Detection of change in operating elements

• DAC control

• USB transmission (transmission of operating element data)

• USB reception (reception and indication of display data)

Interruption initial setting

Serial communication initial setting

Timer initial setting

A/D conversion initial setting

MIC/AUX initial setting

Operation mode judgment

Service mode (Test mode)

JOG Load Measurement mode

Display initial setting

DAC initial setting

A

Mode for version confirmation

Factory Reset mode

Has reset of the USB Controller been canceled?

6 7 8

A

B

C

D

E

F

DDJ-ERGO-V

5

6 7 8

15

1

[0] Prior Confirmation

[0-1] Checking in Service Mode

[0] Prior Confirmation [0-1] Checking in Service Mode [0-2] Checking Internal Cables

[1] Failure in Startup (Failure in power-on) [1-1] Failure in the power system [1-2] Failure in the microcomputer system

[2] Display (LED indicators) [2-1] Any one of the LEDs does not light. [2-2] Several LEDs do not light or abnormal light

[3] Operations (Buttons/Rotary selectors/Volumes/Faders /Sliders/JOG) [3-1] The buttons are disabled. [3-2] Rotary selector not controllable [3-3] VRs or faders or sliders not controllable [3-4] Abnormalities regarding the JOG

[4] USB connection [4-1] The unit cannot be recognized by the PC when connected to the PC via USB connection.

[5] AUDIO OUT [5-1] The MASTER OUT1/MASTER OUT2 is not output. [5-2] The HEAD PHONE signal is not output.

[6] AUDIO IN [6-1] The input signal to AUX/MIC is not output

[7] Basic Operation Check of the MAIN UCOM

1 ——— Service mode Identify a failure point. After a failure point is identified, see the section

referenced in this manual.

6. SERVICE MODE

[0-2] Checking Internal Cables

1 Disconnection,

breakage, or loose connection of internal cables

Cables Check that all the cables are securely

connected. Check that there is no breakage in the cables.

Securely connect a cable if it is not connected. If a cable is broken, replace it. Note: If an FFC cable is disconnected, be careful of the orientation of the contacts when reconnecting it, referring to the printed guide on the board.

4.1 OVERALL WIRING DIAGRAM

Contents

[1] Failure in Startup (Failure in power-on)

[1-1] Failure in the power system

1 Failure in the

power system (1)

LED indications of the unit

Set the POWER switch to ON. Check if the CH Fader LED on the left deck is flashing.

If it is, power failure in other than V+VBUS and V+3R3_UCOM is suspected. See “6 Failure in the power system (2)” in this table.

4.3 POWER BLOCK DIAGRAM

5.3 VOLTAGE MONITORING

2 Failure in USB-

bus power

IFPW Assy V+VBUS

Set the POWER switch to OFF. Check that the voltage of the V+VBUS power line is in the range of 4.75–5.25 V.

If the voltage is outside the range of 4.75–5.25 V, failure in the USB-bus power and its periphery may be suspected. Check the USB cable and USB connector.

4.3 POWER BLOCK DIAGRAM

10.12 VOLTAGES

1

3

Control error of the V+3R3_UCOM regulator on the IFPW Assy

IFPW Assy CDJ1 Assy

Set the POWER switch to ON. Check the voltage at Pin 1 (CONT) of the V+3R3_UCOM regulator.

If the voltage at Pin 1 (CONT) of the V+3R3_UCOM regulator is low, the S101 power switch or Q301, or their peripheral circuits may be defective.

4.3 POWER BLOCK DIAGRAM

In a case where the unit is not started after the USB cable is connected and the unit is turned ON

No. Cause Diagnostics Point Item to be Checked Corrective Action Reference

5.2 TROUBLESHOOTING

A

2 3 4

B

C

D

E

F

16

1

DDJ-ERGO-V

2 3 4

5

6 Power failure (2)

Identification of defective Assy

JACK Assy HPJK Assy HPLC Assy

Disconnect the cables from each Assy in order to confirm which Assy’s power is abnormal.

If the voltage returns to a normal level when the cables from either the JACK Assy or HPJK Assy are disconnected, the internal circuits of the corresponding Assy may be defective. If the voltage returns to a normal level when the cables from the HPLC Assy are disconnected, either the internal circuits of the HPLC Assy or the circuit to which power is supplied from V+5_HP_OUT inside the IFPW Assy may be defective.

4.1 OVERALL WIRTING DIAGRAM

4.3 POWER BLOCK DIAGRAM

7 Power failure (3)

Identification of defective power system

FAULT_DET IFPW Assy

Deactivate the voltage monitoring circuit then check the section with improper voltage.

The voltage monitoring circuit can be deactivated by removing R337 (0 Ω) on the FAULT_DET. See the notes in “5.3 VOLTAGE MONITORING” before proceeding to further diagnostics. To identify the section with improper voltage, check the voltage at each point on the IFPW Assy.

4.3 POWER BLOCK DIAGRAM

5.3 VOLTAGE MONITORING

10.12 VOLATGES

10.13 WAVEFORMS

1256789a cd1238

[1-2] Failure in the microcomputer system

1 Power failure in

the MAIN UCOM

CDJ1 Assy Check the power terminal of the

MAIN UCOM (IC1002).

Check the power and voltage are normal. Check the power line and the parts, such as coils (beads), resistors, and capacitors. If no problem was found with the parts, power line, and conduction between the power supply and GND, the MAIN UCOM (IC1002) may be defective.

10.12 VOLATGES

2

2 MAIN UCOM

Reset circuit error

CDJ1 Assy Check the Reset terminal (pin 12) of the

MAIN UCOM (IC1002).

In normal operation the voltage of the Reset terminal (Pin 17) is high. If it is low, check if the voltage at V+3R3_UCOM is

2.7 V or less. Check the reset line, resistors, capacitors, and the Reset IC (IC1001).

10.12 VOLATGES

10.13 WAVEFORMS

2

3 MAIN UCOM

X'tal error

CDJ1 Assy Check the oscillation waveforms of the

X'tal (X1001).

In normalcy, oscillate it at 24 MHz. If the oscillation waveforms are abnormal, check the resistor on the oscillation-signal line, the capacitor, and X'tal (X1001). If nothing is wrong with these parts, the MAIN UCOM (IC1002) may be defective.

10.13 WAVEFORMS

I

4 MAIN UCOM

startup error

CDJ1 Assy After startup, check the lighting statuses of

the LEDs. (For example, although some of the LEDs light properly, the unit is not started up properly.)

Refer to “6.6 ERRROR DISPLAY”. If there is no corresponding error indication, reload the program via USB. (8.3 HOW TO FIRMWARE UPDATE) If the normal status is not recovered after all above steps are performed, the MAIN UCOM (IC1002) may be defective.

6.6 ERROR DISPLAY

8.3 HOW TO FIRMWARE UPDATE

5 Power failure in

the USB Controller

IFPW Assy Check if a voltage error was detected.

Check the power terminal of the USB Controller (IC102).

If the detected voltage error is confirmed, check conduction between the power supply and GND. Check the power line and the parts, such as coils (beads), resistors, and capacitors. If no problem was found with the parts, power line, and conduction between the power supply and GND, the USB Controller (IC102) may be defective.

5.3 VOLTAGE MONITORING

10.13 WAVEFORMS

578

4 Power failure in

the MAIN UCOM on the IFPW Assy

IFPW Assy Set the POWER switch to ON.

If V+3R3_UCOM is abnormal (2.7 V or less)

Disconnect the FFC connected between the IFPW Assy and CDJ 1 Assy. If the voltage of the V+3R3_UCOM returns to a normal level, the regulator (IC304) or its peripheral circuits may be defective.

4.3 POWER BLOCK DIAGRAM

10.12 VOLATGES

2

5 Power failure in

the MAIN UCOM

CDJ1 Assy CDJ2 Assy JOG1, JOG2 Assy TCH1, TCH2 Assy

Set the POWER switch to ON. If V+3R3_UCOM is abnormal (2.7 V or less)

Disconnect the cables from the JOG1, JOG2, TCH1, and TCH2 Assys. If the voltage at V+3R3_UCOM returns to a normal level, the internal circuits of the JOG1, JOG2, TCH1, or TCH2 Assy may be defective. If the voltage does not return to a normal level, the MAIN UCOM (IC1002) or its peripheral circuits and the circuits to which power is supplied from the V+3R3_UCOM may be defective.

4.3 POWER BLOCK DIAGRAM

10.12 VOLATGES

2

No. Cause Diagnostics Point Item to be Checked Corrective Action Reference

6 7 8

A

B

C

DDJ-ERGO-V

5

6 7 8

D

E

F

17

1

[2] Display (LED indicators)

[2-1] Any one of the LEDs does not light.

1 Defective LED,

Defective LED signal line

Periphery of the abnormal LED

Check the difference in electrical potentials between the positive and negative electrodes of the LED that does not light (normally, it must be within approx. 2.0–3.6 V).

If the difference is outside the normal range, the signal lines at the periphery of the corresponding LED, resistors, or the LED itself may be defective.

10. SCHEMATIC DIAGRAM

10.13 WAVEFORMS

$%&'

[2-2] Several LEDs do not light or abnormal light

1 Defective LED

signal line, Defective MAIN UCOM

CDJ1 Assy CDJ2 Assy

Check the output signal of MAIN UCOM (IC1002).

If the output signal is abnormal, the MAIN UCOM (IC1002) and LED signal line may be defective.

10. SCHEMATIC DIAGRAM

10.13 WAVEFORMS

$%&'

2 Defective LED Periphery of the

abnormal LED

Check the connections of the LED then check the forward voltage (approx. 2.2 V) between both ends of the LED.

If the signal waveform is abnormal, the LED may be defective.

10. SCHEMATIC DIAGRAM

10.13 WAVEFORMS

$%&'

3

Defective transistor for LED drive

CDJ1 Assy CDJ2 Assy

Check the transistors for LED drive. If the signal waveform is abnormal, the transistor

may be defective.

10. SCHEMATIC DIAGRAM

10.13 WAVEFORMS

$%&'

6 USB Controller

Reset circuit error

IFPW Assy Check the voltage of Reset terminal

(pin 10) of the USB Controller (IC102).

In normal operation, the voltage of the Reset terminal (pin 10) is high. If the voltage of the Reset terminal is low, check the reset line, resistors, capacitors. If no problem is found, the USB Controller (IC102) or MAIN UCOM (IC1002) may be defective.

10.13 WAVEFORMS

4

7 USB Controller

X'tal error

IFPW Assy Check the oscillation waveforms of the

X'tal (X101).

In normalcy, oscillate it at 6 MHz.

If the oscillation waveforms are abnormal, check the resistor on the oscillation-signal line, the capacitor, and X'tal (X101). If nothing is wrong with these parts, the USB CONTROLLER (IC102) may be defective.

10.13 WAVEFORMS

5

8 I2C communica-

tion error of USB Controller start up

IFPW Assy Check the I2C communication waveforms

of the EEPROM (IC104) immediately after startup.

Data of the EEPROM (IC104) are loaded only during startup. If an error is generated, check the power supply to the EEPROM, resistors, capacitors. If no problem is found, the EEPROM (IC104) or USB Controller (IC102) may be defective.

10.13 WAVEFORMS

67

9 EEPROM error IFPW Assy Reload the program via USB. If no problem is found with the communication

waveform in "8.2 HOW TO PROGRAM COPY FOR USB CONTROLLER" above, reload the program via USB. If reloading is successfully performed, the USB Controller (IC102) may be defective. If reloading fails, the EEPROM (IC104) may be defective.

8.2 HOW TO PROGRAM COPY FOR USB CONTROLLER

No. Cause Diagnostics Point Item to be Checked Corrective Action Reference

A

2 3 4

B

C

D

E

F

18

1

DDJ-ERGO-V

2 3 4

5

[3-3] VRs, Faders or sliders not controllable

1 Loose

connection

CDJ1 Assy CDJ2 Assy CRFD Assy

Check that the signal lines (AD_****) between the VRs/faders/sliders and MAIN UCOM (IC1002) are all right.

If the signals are not normal, signal line, resistor, capacitor may be defective.

———

2 Defective VR,

Defective Fader, Defective Slider

CDJ1 Assy CDJ2 Assy CRFD Assy

Check the voltage at each signal line when the corresponding VR is turned or the corresponding fader/slider is moved.

VRs: If the voltage of the signal line does not change between 3.3 V and 0 V, that VR may be defective. Faders: If the voltage of the signal line does not change between 3.3 V and 0 V, that VR may be defective. Tempo slider: If the value of the voltage of the AD_PITCH1/2_2 signal is other than 1.65 V, or if the voltage of the AD_PITCH1/2_1 signal does not change between 3.3 V and 0 V, the tempo slider may be defective.

10.13 WAVEFORMS

gQUVWX

3

Defective VOL SW IC, Loose connection

CDJ1 Assy CDJ2 Assy

Check the voltage of the signal output from the VOL SW ICs (IC1201, IC1202, IC2201) while the VR is turned.

If the voltage output from the VOL SW IC does not fluctuate within the range between 3.3 V and 0 V at the AD_MIX1/2, AD_VOL1/2, or AD_FX1/2 signal line after selection, one of the VOL SW ICs (IC1201, IC1202, IC2201) or the SW_AD_A/B switching-signal line may be defective.

10.13 WAVEFORMS

gRST

4 Defective MAIN

UCOM (IC1002)

CDJ1 Assy If the symptom persists after the above

corrections.

The MAIN UCOM (IC1002) may be defective.

[7] Basic Operation Check of the MAIN UCOM

[3] Operations (Buttons / Rotary selectors / Volumes / Faders / Sliders / JOG)

[3-1] The buttons are disabled.

1

Loose connection, defective switches, defective diodes, d

efective transistors

CDJ1 Assy CDJ2 Assy Periphery of the abnormal button

Check that the signal line from the corresponding switch to the transistor at the switching-detection section up to the MAIN UCOM (IC1002) is all right.

If other switches that are connected to the same signal line operate normally, the corresponding switch or the diode on the signal line for the corresponding switch may be defective. If other switches do not operate either, a transistor in the switching-detection section or its peripheral circuits may be defective.

10.13 WAVEFORMS

NOP

2 Defective MAIN

UCOM (IC1002)

CDJ1 Assy If the symptom persists after the above

corrections.

The MAIN UCOM (IC1002) may be defective.

[7] Basic Operation Check of the MAIN UCOM

4 Defective MAIN

UCOM (IC1002)

CDJ1 Assy If the symptom persists after the above

corrections.

The MAIN UCOM (IC1002) may be defective.

[7] Basic Operation Check of the MAIN UCOM

[3-2] Rotary selector not controllable

1 Defective

AUTO_LOOP

CDJ1 Assy CDJ2 Assy

Check that the signal lines (ENC_ABL1_0/1, ENC_ABL2_0) are normal during rotation of the rotary selector.

If the signals are not normal, signal line, resistor, the rotary selector may be defective.

10.13 WAVEFORMS

YZ

2 Defective

SAMPLE VOL

CDJ1 Assy CDJ2 Assy

Check that the signal lines (ENC_VOL1_0/1, ENC_ABL2_0) are normal during rotation of the rotary selector.

If the signals are not normal, signal line, resistor, the rotary selector may be defective.

10.13 WAVEFORMS

YZ

3 Defective

BROWSE

CDJ1 Assy Check that the signal lines

(ENC_BRWS_0/1) are normal during rotation of the rotary selector.

If the signals are not normal, signal line, resistor, the rotary selector may be defective.

10.13 WAVEFORMS

YZ

No. Cause Diagnostics Point Item to be Checked Corrective Action Reference

6 7 8

A

B

C

D

E

F

DDJ-ERGO-V

5

6 7 8

19

1

8 Improper

adjustment or assembly of the JOG dial

The JOG dial turns too freely. (The load value for the JOG dial is outside the specified range.)

JOG section Check that the load value for the JOG dial

is within the specified range, referring to “Measuring method” in “8.4 JOG Dial Rotation Load Adjustment.”

If it is outside the specified range, adjust the position of the Adjust Plate to change the load value for the JOG dial, referring to “Load adjustment method” in “8.4 JOG Dial Rotation Load Adjustment.”

8.4 JOG DIAL ROTATION LOAD ADJUSTMENT

During the above adjustment, if the upper-limit adjustment position of the Adjust Plate is reached, oil may have been spattered on the Adjust Plate. Replace the washer, load gear, and cam plate with new ones, then reassemble.

8.4 JOG DIAL ROTATION LOAD ADJUSTMENT

9

Improper adjustment of the JOG dial or defective washer, gear, or cam plate

Resistance to turning the JOG dial is too strong. (The load value for the JOG dial is outside the specified range.

JOG section Check that the load value for the JOG dial

is within the specified range, referring to “Measuring method” in “8.4 JOG Dial Rotation Load Adjustment.”

If it is outside the specified range, adjust the position of the Adjust Plate to change the load value for the JOG dial, referring to “Load adjustment method” in “8.4 JOG Dial Rotation Load Adjustment.”

8.4 JOG DIAL ROTATION LOAD ADJUSTMENT

During the above adjustment, if the lower-limit adjustment position of the Adjust Plate is reached, shavings from the worn-out washer may have increased the friction. Replace the washer, load gear, and cam plate with new ones, then reassemble.

8.4 JOG DIAL ROTATION LOAD ADJUSTMENT

[3-4] Abnormalities regarding the JOG dial

1

Loose connection

Turning of the JOG dial is not detected.

CDJ1 Assy CDJ2 Assy JOG1/2 Assy

Check the JOG_DIAL1/2_0 and JOG_DIAL1/2_1 waveforms while the Jog dial is rotated.

If either waveform is abnormal, connection of that signal line may be loose or the resistor or the capacitor may be defective.

10.13 WAVEFORMS

2"#

4

Loose connection

Pressing on the JOG dial cannot be detected.

CDJ1 Assy CDJ2 Assy TCH1/2 Assy

Check the signal level of the JOG_TCH1/2 when the JOG dial is pressed.

If the signal level of the JOG_TCH1/2 does not become L when the dial is pressed and H when the dial is released (not pressed,) loose connection of the signal line or a defective resistor, capacitor, transistor may be suspected.

10.13 WAVEFORMS

2!

7 Defective gear,

Defective JOG dial B

Noise is heard when the JOG dial is turned.

JOG section There may be any scratches on the gear

or some foreign matter between the gears.

If there are any scratches, replace the scratched gear with a new one. If there is any foreign matter, remove it then replace the gears with new ones. Gears to be replaced: Load gear, Encoder gear, JOG shaft

———

There may be any scratches or some foreign matter on the JOG dial B or the Roller B Assy.

If there are any scratches, replace the scratched gear with a new one. If any foreign matter is attached, remove it.

———

5

Defective TCH1/2 photo interrupter

TCH1/2 Assy Check the signal level of the JOG_TCH1/2

when the JOG dial is pressed.

If the signal level of the JOG_TCH1/2 does not become L when the dial is pressed and H when the dial is released (not pressed,) a defective photo interrupter (IC1801, IC2801) and peripheral circuit may be suspected.

10.13 WAVEFORMS

2!

2

Defective JOG1/2 photo interrupter

JOG1/2 Assy Check the JOG_DIAL1/2_0 and

JOG_DIAL1/2_1 waveforms while the Jog dial is rotated.

If either waveform is abnormal, the photo interrupters (PC1701, PC2701) may be defective.

10.13 WAVEFORMS

2"#

3

Defective

MAIN

UCOM (IC1002)

CDJ1 Assy If the symptom persists after the above

corrections.

The MAIN UCOM (IC1002) may be defective.

[7] Basic Operation Check of the MAIN UCOM

6

Defective

MAIN

UCOM (IC1002)

CDJ1 Assy If the symptom persists after the above

corrections.

The MAIN UCOM (IC1002) may be defective.

[7] Basic Operation Check of the MAIN UCOM

After the JOG Assy is disassembled then reassembled, be sure to check that the load value for the JOG dial is within the specified range. Refer to the "8.4 JOG DIAL ROTATION LOAD ADJUSTMENT".

No. Cause Diagnostics Point Item to be Checked Corrective Action Reference

A

2 3 4

B

C

D

E

F

20

DDJ-ERGO-V

1

2 3 4

5

4 1012 VOLTAGES

10.13 WAVEFORMS

demn

6

Loose connection /defective parts

IFPW Assy Check the digital input signals to DAC

(IC501) for MASTER OUT.

• MCLK: pin 1

• BCLK: pin 2

• MASTER_DATA: pin 3

• LRCK: pin 4

• ADC_DAC_XRST: pin 5

If any of those signals is abnormal, connection of the corresponding signal line may be loose or the resistor, capacitor, USB Controller (IC102), or MAIN UCOM (IC1002) may be defective.

10.13 WAVEFORMS

bcdlvw

7

MASTER OUT1 Loose connection /defective parts

JACK Assy IFPW Assy

Identify the point where the audio signal is interrupted on the line from CN101 to the jacks (JA2904/JA2905).

The audio signal may be interrupted by a loose connection of the signal line or by a defective resistor, capacitor, transistor, operational amps (IC506, IC507,) or jacks.

10.13 WAVEFORMS

xyz

8

MASTER OUT2 Loose connection /defective parts

JACK Assy IFPW Assy

Identify the point where the audio signal is interrupted on the line from CN101 to the jacks (JA2903).

The audio signal may be interrupted by a loose connection of the signal line or by a defective resistor, capacitor, transistor, or jacks.

10.13 WAVEFORMS

xA

Mute signal Loose connection /defective parts

IFPW Assy Check the levels of the MUTE and

A_MUTE audio muting signals.

Normally, the MUTE signal must be low (muting canceled). When it is high, muting is activated and no sound is output. The MUTE signal becomes high, possibly because connection of the corresponding signal line is loose or the Muting circuit (Q501) or Muting Drive circuit (Q502, Q508, Q509, D506, etc.) is defective.

5 1012 VOLTAGES

10.13 WAVEFORMS

demn

Mute signal Loose connection /defective parts

IFPW Assy CDJ1 Assy

Check the level of the A_MUTE audio muting signal.

Normally, the A_MUTE signal must be low (muting canceled). When it is high, muting is activated and no sound is output. The A_MUTE signal becomes high, possibly because connection of the signal line is loose or the transistor (Q507) or MAIN UCOM (IC1002) is defective.

[5] AUDIO OUT

[5-1] The MASTER OUT1/MASTER OUT2 is not output.

0

Wrong input setting of the application installed on the PC

Input setting of the application installed on the PC

Check that the input setting of the application installed on the PC is appropriate.

The PC will not recognize the unit if the input setting of the application installed on the PC is inappropriate.

Operating instructions

1 ——— MASTER OUT1

terminal MASTER OUT2 terminal

Identify the connector(s) that do(es) not output signals.

Check if no signal is output from both MASTER 1 and 2 or either of them.

• If neither MASTER 1 nor 2 connector outputs, go to [2].

• If only the MASTER 1 connector does not output, go to [7].

• If only the MASTER 2 connector does not output, go to [8].

———

3 ——— IFPW Assy Check that an audio signal is output from

DAC (IC501 pin 10, 11).

• If an audio signal is output, go to [4] or [5].

• If an audio signal is not output, go to [6].

10.13 WAVEFORMS

xyz

2

Loose connection /defective parts

IFPW Assy Check the audio signal (MASTER2_L/R),

using pins 15 and 19 of the CN101 on the IFPW Assy.

If audio signal is output, loose connection or defective parts in the JACK Assy may be suspected.

• If an audio signal is output, go to [7] or [8].

• If an audio signal is not output, go to [3].

10.13 WAVEFORMS

xA

[4] USB connection

[4-1] The unit cannot be recognized by the PC when connected to the PC via USB connection.

0

Wrong input setting of the application installed on the PC

Input setting of the application installed on the PC

Check that the input setting of the application installed on the PC is appropriate.

The PC will not recognize the unit if the input setting of the application installed on the PC is inappropriate.

Operating instructions

1 Failure in startup IFPW Assy

CDJ1 Assy

Check the lighting statuses of the LEDs during startup.

If no LED lights, see [1] Failure in Startup. [1] Failure in Startup

2 Defective USB

Controller

IFPW Assy Check the communication waveforms of

the USB_DP/DN lines.

If the unit is connected to a PC via the USB cable, communication will be performed through the USB DP/DN lines. If communication cannot be performed, check the USB cable, connectors, internal cables, resistors, capacitors, and filters. If nothing is wrong with them, check the items listed in “[1-2] Failure in the microcomputer system”.

[1-2] Failure in the microcomputer system

10.13 WAVEFORMS

ef

No. Cause Diagnostics Point Item to be Checked Corrective Action Reference

6 7 8

A

B

5

6 7 8

DDJ-ERGO-V

C

D

E

F

21

1

7 10.13 WAVEFORMS

bcdlvw

Loose connection /defective parts

IFPW Assy Check the digital input signals to DAC

(IC502) for HP.

• MCLK: pin 1

• BCLK: pin 2

• MASTER_DATA: pin 3

• LRCK: pin 4

• ADC_DAC_XRST: pin 5

If any of those signals is abnormal, connection of the corresponding signal line may be loose or the resistor, capacitor, USB Controller (IC102), or MAIN UCOM (IC1002) may be defective.

8 ———

Loose connection /defective parts

HPJK Assy Identify the point where the audio signal is

interrupted on the line from JH1901 to the jacks (JA1901/JA1902).

The audio signal may be interrupted by a loose connection of the signal line or by a defective resistor, capacitor, or jack.

6 10.12 VOLTAGES

Mute signal Loose connection /defective parts

IFPW Assy Check the level of the muting signal for the

HP AMP at Pin 2 of IC504.

The level must be high (muting canceled) in normal state. When it is low, muting is activated and no sound is output. The muting signal level becomes high, possibly because connection of the corresponding PWR_ON signal line is loose. If the muting signal level is high (normal,) the HP AMP may be defective.

[5-2] The HEAD PHONE signal is not output.

0

Wrong input setting of the application installed on the PC

Input setting of the application installed on the PC

Check that the input setting of the application installed on the PC is appropriate.

The PC will not recognize the unit if the input setting of the application installed on the PC is inappropriate.

Operating instructions

1

Loose connection

IFPW Assy HPLC Assy HPJK Assy

Check the connections between the IFPW Assy and HPLC Assy, and between the IFPW Assy and HPJK Assy.

If normal, go to [2]. ———

2

Loose connection /defective parts

IFPW Assy Check the audio signal (HP_L/R), using

pins 3 and 5 of the CN103 on the IFPW Assy.

If no audio signal is output, connection between the IFPW and HPLC Assys may be loose or these Assys may be defective. Go to [3]. If an audio signal is output, connection between the IFPW and HPJK Assys may be loose, connections inside the HPJK Assy may be loose, or these Assys may be defective. Go to [8].

10.13 WAVEFORMS

BC

3

Loose connection /defective parts

IFPW Assy HPLC Assy

Check the voltages, using pin 1 (V+5_HP), pin3 (V+5_HP_OUT) of the CN104 on the IFPW Assy .

The normal voltage level is approximately 5 V. If the voltage is abnormal, the HPLC Assy may be defective, connection of the V+5_HP and V+5_HP_OUT lines on the IFPW Assy may be loose, or a connection IC (5V REG IC305, DAC IC502 for HP, HP AMP IC504, etc.) may be defective. If the voltage is normal, go to [4].

10.12 VOLTAGES

ef

5

Loose connection /defective parts

IFPW Assy Check the audio input signal, using

pins 3 and 5 of the HP AMP (IC504). Check the audio output signal, using pins 1 and 7 of the HP AMP (IC504).

If the output signal is normal, connection of the audio signal between HP AMP IC504 and CN103 may be loose. If the input signal is abnormal, connection of the audio input signal line may be loose or the resistor or capacitor may be defective. If the input signal is normal but the output signal is abnormal, go to [6].

———

4 ——— IFPW Assy Check the audio output signal, using

pins 10 and 11 of the HP DAC (IC502).

• If an audio signal is output, go to [5].

• If an audio signal is not output, go to [7].

10.13 WAVEFORMS

BC

No. Cause Diagnostics Point Item to be Checked Corrective Action Reference

A

2 3 4

B

C

D

E

F

22

1

2 3 4

DDJ-ERGO-V

5

8

Loose connection /defective parts

JACK Assy

Check the external Audio input signal (AUX IN), using pin 7 for IC2903/IC2904 (SW AMP).

If a signal is input, go to [10]. If no signal is input, check for the audio signal that is input to the AUX connector (JA2902) and transmitted to the SW AMP (IC2903, IC2904). If the input signal is abnormal, connection of the corresponding signal line may be loose or the resistor, capacitor, OP AMP (IC2901), AUX IN VOL (VR2901), or jack (JA2902) may be defective.

———

9

Loose connection /defective parts

JACK Assy

Check the MIC Audio input signal, using pin 2 for IC2903/IC2904 (SW AMP).

If a signal is input, go to [10]. If no signal is input, check for the audio signal that is input to the MIC connector (JA2901) and transmitted to the SW AMP (IC2903, IC2904). If the input signal is abnormal, connection of the corresponding signal line may be loose or the resistor, capacitor, OP AMP (IC2901), MIC IN VOL (VR2902), or jack (JA2901) may be defective.

———

10

Loose connection /defective parts

JACK Assy IFPW Assy CDJ1 Assy

Check the switching control signal from Pin 1 of the SW AMP (IC2903/IC2904) when the AUX/MIC selector (S2901) is switched.

Normally, the switching control signal is low when the selector is set to AUX and high when the selector is set to MIC. If the switching control signal is not normal, the MIC_AUXIN_SEL or MIC_AUXIN_SW signal line may be loose, or the resistor, transistor, MAIN UCOM (IC1002), or switch (S2901) may be defective.

10.12 VOLTAGES

10.13 WAVEFORMS

qrs

[6] AUDIO IN

[6-1] The input signal to AUX/MIC is not output

0

Defective input signal, wrong setting of the AUX/MIC selector, or wrong input setting of the application on the PC

Input signal to the AUX IN/MIC connector, setting of the AUX/MIC selector, or the input setting of the application on the PC

Check that the signal input to the unit is normal. Check that the AUX/MIC selector is correctly set. Check that the input setting of the application installed on the PC is appropriate.

If the input setting of the application installed on the PC is not appropriate, the signal input to the AUX_IN/MIC connector will not be output.

Operating instructions

1 ——— AUX IN/MIC input

terminal AUX/MIC selector switch

Identify the connector(s) whose input signal(s) is(are) not output.

Check if the signal can be input neither AUX nor MIC or either of them.

• If neither of them can receive signals, go to [2].

• If only the AUX connector cannot receive signals, go to [8].

• If only the MIC connector cannot receive signals, go to [9].

———

2 ——— IFPW Assy Check that the selected MIC_AUXIN_L/R

audio signals are input to Pins 1 and 3 of CN101 on the IFPW Assy.

• If an audio signal is input, go to [3].

• If an audio signal is not input, go to [7].

———

3 ——— IFPW Assy Check that the selected audio signals are

input to Pins 1 and 2 of ADC (IC503).

• If an audio signal is input, go to [4].

• If an audio signal is not input, go to [5] or [6].

———

4

Loose connection /defective parts

IFPW Assy Check the digital input/output signals to

ADC (IC503).

• MIC_AUX_DATA: pin 9

• LRCK: pin 10

• MCLK: pin 11

• BCLK: pin 12

• ADC_DAC_XRST: pin 13

If any signal is abnormal, connection of the corresponding signal line may be loose or the resistor, capacitor, or ADC (IC503) may be defective. Or the USB Controller (IC102) or MAIN UCOM (IC1002) may be defective. If all signals are normal, connection of the MIC_AUX_DATA signal line may be loose or the USB Controller (IC102) may be defective.

10.13 WAVEFORMS

bcdqt

5

Loose connection /defective parts

IFPW Assy Check the ADC_MUTE signal.

Normally, the ADC_MUTE signal must be low (muting canceled). When it is high, muting is activated and no sound is output. the ADC_MUTE signal becomes low, possibly because connection of the corresponding signal line is loose or the Muting circuit (Q505) or Muting Drive circuit (Q504, Q503, etc.) is defective.

10.12 VOLTAGES

10.13 WAVEFORMS

2dop

6

Loose connection /defective parts

IFPW Assy Check the MIC_AUXIN_MUTE signal.

Normally, the MIC_AUXIN_MUTE signal must be low (muting canceled). When it is high, muting is activated and no sound is output. The MIC_AUXIN_MUTE signal becomes high, possibly because connection of the signal line is loose or the transistor (Q510) or MAIN UCOM (IC1002) is defective.

10.12 VOLTAGES

10.13 WAVEFORMS

2dop

7

Loose connection /defective parts

JACK Assy

Check the Audio output signal (MIC_AUXIN_L/R), using pin 5 of IC2903/IC2904 (SW AMP).

If no signal is output, the voltages of V+7_J and V-6_J power inside the JACK Assy may be abnormal or the SW AMP (IC2903/IC2904) may be defective.

———

No. Cause Diagnostics Point Item to be Checked Corrective Action Reference

6 7 8

5

DDJ-ERGO-V

6 7 8

A

B

C

D

E

F

23

1

[7] Basic Operation Check of the MAIN UCOM

1 Failure in LED

lighting

CDJ1 Assy CDJ2 Assy

In each mode where the abnormal LED should be lit, check the GRID signals (GRID_0 to GRID_7) relating to the abnormal LED between the MAIN UCOM and the transistor for driving the corresponding LED.

If the waveform is abnormal, connection of the GRID signal line may be loose or the resistor, capacitor, or transistor may be defective. If nothing is wrong with these parts, the MAIN UCOM (IC1002) may be defective.

10.13 WAVEFORMS

JKLM

4 Failure in key

operation

CDJ1 Assy CDJ2 Assy

When pressing the abnormal key, check the GRID signal (GRID_0 to GRID_7) corresponding to the abnormal key between the MAIN UCOM and the switch for the corresponding key (S****).

If the waveform is abnormal, connection of the KEY-detection signal line may be loose or the resistor, capacitor, or transistor may be defective. If nothing is wrong with these parts, the MAIN UCOM (IC1002) may be defective.

10.13 WAVEFORMS

JKLM

7 Failure in VR

control

CDJ1 Assy CDJ2 Assy

Check the waveform of each input signal to the VOL SW and MAIN UCOM when you operate the abnormal operating element.

If the waveform is abnormal, connection of that signal line or VOL-SW-control signal (SW_AD_A/B) line may be loose or the resistor or capacitor may be defective. If nothing is wrong with them, the VOL SW (IC1201, IC1202, IC2201) or MAIN UCOM (IC1002) may be defective.

10.13 WAVEFORMS

gQRST

8

Failure in operation of the slider, fader, rotary switch, or Jog dial (touching and rotating)

CDJ1 Assy CDJ2 Assy

Check the waveform of each input signal to the MAIN UCOM when you operate the abnormal operating element.

If the waveform is abnormal, connection of the corresponding signal line may be loose or the resistor, capacitor, or transistor may be defective. If nothing is wrong with these parts, the MAIN UCOM (IC1002) may be defective.

10.13 WAVEFORMS

gUVWXYZ!" #

9

After lighting of the LEDs at startup is finished, key operation is disabled or LED lighting is not interlocked with the application.

CDJ1 Assy IFPW Assy

Check the communication waveform between the USB Controller (IC102) and MAIN UCOM (IC1002). USB_XRST USB_REQ USB_BUSY USB_ERR USB_CTRL1 USB_CTRL2 EEP_SCL EEP_SDA

Normally, the USB Controller (IC102) and MAIN UCOM (IC1002) communicate periodically. Check that each communication-signal line is all right, referring to “10.13 WAVEFORMS.” If any waveform is abnormal, connection of that signal line may be loose or the resistor or the capacitor may be defective. If nothing is wrong with these parts, the USB Controller (IC102) or MAIN UCOM (IC1002) may be defective.

10.13 WAVEFORMS

467ghijk

10

Failure in operation of the volume for MASTER VOL or HP VOL, or abnormal ooutput level.

CDJ1 Assy IFPW Assy

Check the waveforms of the control signals of DAC for the MASTER OUT (IC501) and for HP (IC502).

Communication between the MAIN UCOM and DAC is performed only upon startup or while the MASTER_VOL or HP_VOL is operated. If the communication control waveform (DAC_CS, DAC_CSN, DAC_CCLK, DAC_CDTI) is abnormal, connection of that signal line may be loose or the resistor or capacitor may be defective. If nothing is wrong with these parts, the DAC for MASTER OUT (IC501) or for HP (IC502) or the MAIN UCOM (IC1002) may be defective.

10.13 WAVEFORMS

DEFG

5 CDJ1 Assy

CDJ2 Assy

When pressing the abnormal key, check the KEY detection signal between the abnormal key and the transistor for key detection.

If the waveform is abnormal, connection of the KEY-detection signal line may be loose or the switch, transistor, or diode may be defective.

10.13 WAVEFORMS

NOP

6 CDJ1 Assy

CDJ2 Assy

When pressing the abnormal key, check the KEY-detection signal (KEY_IN_0 to KEY_IN_7) corresponding to the abnormal key between the transistor for key detection and the MAIN UCOM.

If the waveform is abnormal, connection of the KEY-detection signal line may be loose or the resistor, capacitor, or transistor may be defective. If nothing is wrong with these parts, the MAIN UCOM (IC1002) may be defective.

10.13 WAVEFORMS

NOP

2 CDJ1 Assy

CDJ2 Assy

In each mode where the abnormal LED should be lit, check the LED-driving signal between the transistor for driving the corresponding LED and the abnormal LED.

If the waveform is abnormal, connection of the LED-driving signal line may be loose or the resistor, transistor, or diode may be defective.

10.13 WAVEFORMS

$%&'

3 CDJ1 Assy

CDJ2 Assy

In each mode where the abnormal LED should be lit, check the LED-control signal (LED_0 to LED_14) corresponding to the abnormal LED between the transistor for driving the corresponding LED and the MAIN UCOM.

If the waveform is abnormal, connection of the LED-control signal line may be loose or the resistor, capacitor, or transistor may be defective. If nothing is wrong with these parts, the MAIN UCOM (IC1002) may be defective.

10.13 WAVEFORMS

$%&'

Note: First, check if the voltage at each section is OK. Operation checking of all operating elements and LEDs can be performed in Service mode. With regard to operation checking of LED lighting, besides lighting of each LED, check that all LEDs can be simultaneously lit or unlit.

No. Cause Diagnostics Point Item to be Checked Corrective Action Reference

A

2 3 4

B

C

D

E

F

24

1

DDJ-ERGO-V

2 3 4

5

The MAIN UCOM of this unit always monitors for power and voltage failure of the unit and will shut the unit off immediately after an error is detected.

Power supply voltage drop and power supply voltage rise generated by short-circuiting between any power-supply IC and GND or excess current inside the IFPW Assy Power to be monitored: V+5_D, V+5_A, V+7, V-6, V+3R3_USB

• Content to be monitored

FAULT_DET signal TP terminal on IFPW Assy or IC1002 (MAIN UCOM) pin 20 FAULT_DET on CDJ1 Assy. Normal: Approximately 3.3 V Abnormal: 0 V

• MAIN UCOM Detection terminal and its terminal voltage

1.25 sec after the unit is turned ON

• Timing of monitoring start

50 msec after an error is detected

• Timing upon judgment as a failure

A power failure is indicated with flashing of the illumination LED of the channel fader for left side deck (deck A or C). Other LEDs are unlit after an error is generated.

• LED indication when an error is generated

If the unit shuts itself down because of failure, perform diagnosis, disconnect the USB cable, then after about 30 seconds turn the unit back on again.

• Restoration method

1 Disconnect the USB cable. 2 Remove R337 from the IFPW Assy. Note: This step will disable power monitoring. 3 Reconnect the USB cable. 4 As the unit is turned on in a normal way, check each voltage in this state.

Note: Because power will be forcibly supplied even if any voltage is abnormal, if abnormal voltage continues, the defective point may produce heat, which may be dangerous. Therefore, during diagnosis, be sure to disconnect the USB cable several seconds after they are connected so that forcible powering will not continue.

5 If the voltage of any power IC is abnormal, the circuit that uses that power or the power IC itself may be defective. 6 Repair the defective part then check that the power and voltage of the repaired part becomes normal. 7 Return R337 to its original position on the IFPW Assy.

Note: This step will enable power monitoring.

• Diagnostic procedure

6 7 8

5.3 VOLTAGE MONITORING

A

B

C

D

E

F

DDJ-ERGO-V

5

6 7 8

25

1

This product always monitors voltage drop of the VBUS power (power to be supplied via a USB cable), which may be caused by connection of a peripheral device that is not covered under warranty or an erroneous operation. If an abnormality is detected, the product will limit the maximum output level of the headphone so that it can operate in a lower power-consumption mode. If an abnormality is generated, check the connected headphones and PC.

Drop in power voltage in the IFPW Assy to be supplied via a USB cable Power voltages to be monitored: V+VBUS, V+5_USB

• Content to be monitored

VBUS_DET signal TP terminal on IFPW Assy or IC1002 (MAIN_UCOM) pin 1 VBUS_DET input terminal on CDJ1 Assy. Normal: 2.3 V to 2.6 V Abnormal: 2.3V or less FAULT_DET2 signal TP terminal on IFPW Assy or IC1002 (MAIN_UCOM) pin 18 FAULT_DET2 input terminal on CDJ1 Assy. Normal: Approximately 3.3 V Abnormal: 0 V

• Microcomputer Detection terminal and its terminal voltage

1.25 sec after the unit is turned ON

• Timing of monitoring start

50 msec after an error is detected

• Timing upon judgment as a failure

V+VBUS (V+5_USB): 4.2–4.5 V

The maximum output level of the headphone is suppressed to approximately 15%, and the LEDs for the selected decks (Decks A or C, and B or D) flash at intervals of 1 sec. If normal power voltage is recovered, the suppressed maximum output level of the headphone will return to its original level.

V+VBUS (V+5_USB): 4.2 V or less

The product will be restarted, with the maximum output level of the headphone suppressed to approximately 3%. If power voltage has been recovered after startup, the LEDs for the selected decks (Decks A or C, and B or D) flash at intervals of

0.5 sec. The unit can be operated in the normal way. If power voltage has not been recovered after restart, only the LEDs for the selected decks (Decks A or C, and B or D) flash at intervals of 0.2 sec, with all other LEDs unlit. The unit cannot be operated in the normal way.

• LED indication when an error is generated

1 Check if two sets of headphones are simultaneously connected. 2 Check if headphones with impedance outside the range of the guaranteed specifications (impedance 32 ohms or less)

are connected.

3 Check if a monaural plug is connected to the Headphones connector. 4 The connected PC may not be able to supply enough USB power (may not meet USB standards).

• Items to be checked

2 3 4

5.4 ABOUT POWER-SAVING MODE

A

B

C

D

E

F

26

1

2 3 4

DDJ-ERGO-V

5

[Preparations]

[Connection]

Install VIRTUAL DJ LE (DJ software) on the PC. For details on installation, refer to the operation manual of the unit. If the OS of the PC is Windows, the driver software for outputting audio from the PC must be installed beforehand. The requirements of a PC on which VIRTUAL DJ LE can be installed are as shown below.

6 7 8

5.5 OPERATION CHECK METHODS, USING VIRTUAL DJ

A

B

C

D

E

F

DDJ-ERGO-V

5

6 7 8

27

1

[Startup of the System]

• Starting up the DDJ-ERGO-V

1. Connect this unit and a PC, using a USB cable.

2. Start up the connected PC.

3. Slide the ON/OFF switch of this unit to ON to turn it on.

4. Turn on the connected microphone(s) and external equipment.

[Loading and Playing a Track]

1. While holding the SHIFT button pressed, turn the rotary selector to select a folder or an item.

2. After releasing the SHIFT button, turn the rotary selector to select a track.

3. Press the LOAD button to load the selected track onto the deck.

4. Play the track by pressing the [f] button.

[Outputting Audio]

1. Adjust the level of the audio signal output from each deck, using the GAIN control and the channel fader. For switching the decks from which the audio signal is output, use the cross fader.

2. Adjust the audio level from the speakers, using the MASTER VOL control, in order to confirm that the audio signal is output without a problem. The MASTER VOL and HEADPHONE VOL controls on the controller are not interlocked with the GUI VOL controls for VIRTUAL DJ LE. If no sound is output even if you turn the above-mentioned controls on the controller, check if the GUI VOL controls for VIRTUAL DJ LE are set to MIN. Select a deck to be monitored via the headphones using the HEADPHONE [CUE] button and adjust the audio level, using the HEADPHONE [VOL] control, in order to confirm that the audio signal is output without a problem.

[Inputting Audio]

Example: When inputting audio from external equipment

1. Connect the external equipment via the AUX IN connector then set the AUX/MIC selector to AUX.

2. Adjust the input audio level, turning the AUX IN VOL control on the rear panel. Adjust the output audio level, turning the AUX/MIC VOL control on the upper right of the control panel, then check that the audio signal is output properly.

* The details see operating instructions.

• Starting up VIRTUAL DJ LE (Windows)

1. From the Start menu of the Windows, select All Programs, VIRTUAL DJ LE, then VirtualDJ LE(DDJ-ERGO). When VIRTUAL DJ LE is started for the first time, the serial number input window will be displayed. Enter the serial number for servicing for VIRTUAL DJ LE, which is posted on the Niis Web site, then click on OK.

2. After the VIRTUAL DJ LE window is displayed, click on CONFIG located in the upper right portion of the window. The Settings window is displayed. Select the Sound Setup tab and set the following items in the order described below. 1 [Inputs]: Select MICROPHONE. 2 [Sound card]: Select Pioneer DDJ ASIO. Check the "Ultra-latency". 3 [Outputs]: Select [Master: Chan 1&2/Headphones: Chan 3&4].

3. Click on Apply then OK.

(Macintosh)

1. With the Finder, open the Applications folder then double-click on the VIRTUAL DJ LE icon. (Enter the serial number in the same way as that for Windows.)

2. After the VIRTUAL DJ LE is displayed, click on CONFIG located in the upper left portion of the window. The Settings window is displayed. Select the Sound Setup tab and set the following items in the order described below. 1 [Inputs]: Select MICROPHONE. 2 [Sound card]: Select [4-IN/4-OUT CARD] and [PIONER DDJ-ERGO]. Check the "Ultra-latency". 3 [Outputs]: Select [Master: Chan 1&2/Headphones: Chan 3&4].

3. Click on Apply then OK.

A

2 3 4

B

C

D

E

F

28

1

2 3 4

DDJ-ERGO-V

5

MASTER VOL

AUX/MIC VOL

GAIN

HEADPHONE

VOL

CUE CUE

LOADLOAD

GAIN

Rotary

selector

SHIFT

Channel

fader

[Operation elements to use at the operation check]

6 7 8

A

B

C

D

E

F

DDJ-ERGO-V

5

6 7 8

29

1

How to start up and enter various modes in a manner other than the usual is described below.

1 Program for USB Controller copy mode

While simultaneously holding the LOOP OUT and VINYL buttons on the Deck A/C side pressed, set the Power switch of the unit to ON. Data for the TUSB firmware in the MAIN_UCOM will be copied to the EEPROM. During copying, the FUNCTION LED is lit. For details, see “8.2 HOW TO PROGRAM COPY FOR USB CONTROLLER.”

3 Version of the firmware Confirmation mode (with hardware alone)

While simultaneously holding the DECK A and KEYLOCK buttons on the Deck A/C side pressed, set the Power switch of the unit to ON. The version number will be indicated with the LEDs on the controller, with no need for starting up any application. For details, see “6.2 FIRMWARE VERSION CONFIRMATION METHODS.”

4 Service mode

While simultaneously holding the LOOP IN and F2 buttons on the Deck A/C side pressed, set the Power switch of the unit to ON. In this mode, you can check if each element on the controller can operate and each LED can light properly, with no need for starting up any application. For details, see “6.3 SERVICE MODE.”

5 JOG Load Measurement mode

While simultaneously holding the F2 and F3 buttons on the Deck A/C side pressed, set the Power switch of the unit to ON. This mode is for judging if the load value for the JOG dial while it is being turned is OK. For details, see “8.4 JOG DIAL ROTATION LOAD ADJUSTMENT.”

6 Point-of-Sale Demo mode

Demonstrations with lighting of the LEDs (illumination) are automatically performed at shops even if no PC application is started. This mode will be established if no reception via MIDI is performed for 1 minute after the controller is turned ON.

7 Factory Reset (To return the settings to the factory default values)

While simultaneously holding the DECK C and FX 1 buttons on the Deck A/C side pressed, set the Power switch of the unit to ON. The VINYL mode ON/OFF and Normal/Active mode are reset to the initial settings. For details, see “6.4 FACTORY RESET MODE.”

2 Firmware update

Set the Power switch to ON without pressing any other buttons. Data for all areas in the ROM, excluding those for the boot area, will be rewritten. For details, see “8.3 HOW TO FIRMWARE UPDATE.”

15

2 2

37

4

2 3 4

6. SERVICE MODE

6.1 HOW TO ENTER EACH MODE

A

B

C

D

E

F

30

1

2 3 4

DDJ-ERGO-V

5

1. Click on Start then select Programs, Pioneer, DDJ, then DDJ Version Display Utility, to start up the utility.

• This method can be used only with Windows, and with Mac OS the firmware version cannot be confirmed in this way.

• The firmware version can be confirmed only on a PC on which the dedicated driver for the DDJ-ERGO has been installed.

2. Check the version described in the Firmware section.

How to Confirm the Firmware Version on the Connected PC

6 7 8

6.2 FIRMWARE VERSION CONFIRMATION METHODS

A

B

C

D

E

F

DDJ-ERGO-V

5

6 7 8

31

1

Confirming the Firmware Version (MAIN_UCOM) and Confirming the Mode setting (VINYL mode and jog dials' illumination mode)

1 Integral part of the version number (LEDs on DECK A lit)

[Numerics expressed with the number of lit LEDs]

To enter this mode, while simultaneously holding the DECK A and KEYLOCK buttons on the Deck A/C side pressed, set the Power switch of the unit to ON. (Hold the two buttons pressed until the opening display terminates.)

The version number of the firmware (MAIN_UCOM) will be indicated with LED-lighting patterns that are switched every 3 seconds in integral part and decimal fraction part. In the blocks that are indicated with the red frames in the figures, the number of lit LEDs indicates the corresponding number.

In addition to the above-mentioned firmware-version indication, the setting statuses of VINYL mode and Illumination mode for the Jog dial are indicated with other LEDs.

* For details, see “6.4 FACTORY RESET MODE.”

x . xx

2 Decimal fraction part of the version number (LEDs on DECKs A and B lit)

x . xx

01234

56789

3 sec

Mode Point Mode setting state LED display

VINYL mode

DECK A/C

DECK B/D

ON

VINYL LED on the DECK A/C side lit

OFF

VINYL LED on the DECK A/C side unlit

ON

VINYL LED on the DECK B/D side lit

OFF

VINYL LED on the DECK B/D side unlit

Illumination mode

JOG dial

Pulse Mode: Active

Blue LEDs on both decks lit

Pulse Mode: Normal

Blue LEDs on both decks unlit

A

2 3 4

B

C

D

E

F

32

1

DDJ-ERGO-V

2 3 4

5

Confirmation of Input to Each Element and Display Function

To enter this mode, while holding the LOOP IN and F2 buttons on the Deck A/C side pressed, set the Power switch to ON. (Hold the two buttons pressed until the opening display terminates.)

In this mode, you can check if pressing each of button or turning of the JOG dial is properly input and indications are also properly displayed. The indication corresponding to a pressed button is lit only while the button is held pressed.

Part Operator Device LED Display Deck

DECK A BUTTON DECK A 1 DECK C BUTTON DECK C 1 DECK B BUTTON DECK B 2 DECK D BUTTON DECK D 2

FX1 EFFECT ON/OFF BUTTON EFFECT ON 1

EFFECT CONTROL ROTARY VOLUME JOG LED ROTATION A1 EFFECT PARAMETER 1 ON/OFF

BUTTON EFFECT PARAMETER 1 1

EFFECT PARAMETER 2 ON/OFF

BUTTON EFFECT PARAMETER 2 1

EFFECT PARAMETER 3 ON/OFF

BUTTON EFFECT PARAMETER 3 1

EFFECT PARAMETER 1 CONTROL

ROTAR Y VOLUME JOG LED ROTATION A1

EFFECT PARAMETER 2 CONTROL

ROTAR Y VOLUME JOG LED ROTATION A1

EFFECT PARAMETER 3 CONTROL

ROTAR Y VOLUME JOG LED ROTATION A1

FX2 EFFECT ON/OFF BUTTON EFFECT ON 2

EFFECT CONTROL ROTARY VOLUME JOG LED ROTATION B2 EFFECT PARAMETER 1 ON/OFF

BUTTON EFFECT PARAMETER 1 2

EFFECT PARAMETER 2 ON/OFF

BUTTON EFFECT PARAMETER 2 2

EFFECT PARAMETER 3 ON/OFF

BUTTON EFFECT PARAMETER 3 2

EFFECT PARAMETER 1 CONTROL

ROTAR Y VOLUME JOG LED ROTATION B2

EFFECT PARAMETER 2 CONTROL

ROTAR Y VOLUME JOG LED ROTATION B2

EFFECT PARAMETER 3 CONTROL

ROTAR Y VOLUME JOG LED ROTATION B2

DECK A/C FILTER CONTROL ROTARY VOLUME JOG LED ROTATION A1

LOOP IN BUTTON LOOP IN 1 LOOP OUT BUTTON LOOP OUT 1 AUTO LOOP ENCODER JOG LED ROTATION A1 AUTO LOOP PUSH ENCODER LOOP IN 1 VINYL BUTTONVINYL 1 SYNC A/C BUTTON SYNC A/C 1 HOT CUE 1 BUTTON HOT CUE 1 1 HOT CUE 2 BUTTON HOT CUE 2 1 HOT CUE 3 BUTTON HOT CUE 3 1 HOT CUE 4 BUTTON HOT CUE 4 1 SAMPLER 1 BUTTON SAMPLER 1 1 SAMPLER 2 BUTTON SAMPLER 2 1 SAMPLER 3 BUTTON SAMPLER 3 1 SAMPLER 4 BUTTON SAMPLER 4 1 SAMPLER VOL ENCODER JOG LED ROTATION A1 SAMPLER VOL PUSH ENCODER VINYL 1 SHIFT BUTTON LOOP OUT 1 KEY LOCK BUTTON KEY LOCK 1 CUE BUTTON CUE 1 PLAY/PAUSE BUTTON PLAY/PAUSE 1 TEMPO SLIDE VOLUME JOG LED ROTATION A1 JOG R

O

TATION DIAL JOG LED ROTATION A1

JOG TOUCH DIAL JOG LED ALL ON 1

6 7 8

6.3 SERVICE MODE

A

B

C

D

E

F

DDJ-ERGO-V

5

6 7 8

33

1

Part Operator Device LED Display Deck

DECK B/D FILTER CONTROL ROTARY VOLUME JOG LED ROTATION B2

LOOP IN BUTTON LOOP IN 2 LOOP OUT BUTTON LOOP OUT 2 AUTO LOOP ENCODER JOG LED ROTATION B2 AUTO LOOP PUSH ENCODER LOOP IN 2 VINYL BUTTONVINYL 2 SYNC B/D BUTTON SYNC B/D 2 HOT CUE 1 BUTTON HOT CUE 1 2 HOT CUE 2 BUTTON HOT CUE 2 2 HOT CUE 3 BUTTON HOT CUE 3 2 HOT CUE 4 BUTTON HOT CUE 4 2 SAMPLER 1 BUTTON SAMPLER 1 2 SAMPLER 2 BUTTON SAMPLER 2 2 SAMPLER 3 BUTTON SAMPLER 3 2 SAMPLER 4 BUTTON SAMPLER 4 2 SAMPLER VOL ENCODER JOG LED ROTATION B2 SAMPLER VOL PUSH ENCODER VINYL 2 SHIFT BUTTON LOOP OUT 2 KEY LOCK BUTTON KEY LOCK 2 CUE BUTTON CUE 2 PLAY/PAUSE BUTTON PLAY/PAUSE 2 TEMPO SLIDE VOLUME JOG LED ROTATION B2 JOG ROTATION DIAL

JOG LED R

OTATION B2

JOG TOUCH DIAL JOG LED ALL ON 2

MIXER LOAD A/C BUTTON FX 1 A/C 1

LOAD B/D BUTTON FX 1 B/D 2 FUNCTION BUTTON FUNCTION 1/2 BROWSE CONTROL ENCODER JOG LED ROTATION A/B 1/2 BROWSE PUSH ENCODER ALL LED BRIGHT → OFF → (Cyclic) 1/2 GAIN CONTROL A/C ROTARY VOLUME JOG LED ROTATION A1 GAIN CONTROL B/D ROTARY VOLUME JOG LED ROTATION B2 EQ HI A/C ROTARY VOLUME JOG LED ROTATION A1 EQ HI B/D ROTARY VOLUME JOG LED ROTATION B2 EQ MID A/C ROTARY VOLUME JOG LED ROTATION A1 EQ MID B/D ROTARY VOLUME JOG LED ROTATION B2 EQ LOW A/C ROTARY VOLUME JOG LED ROTATION A1 EQ LOW B/D ROTARY VOLUME JOG LED ROTATION B2 MASTER VOL ROTARY VOLUME JOG LED ROTATION A/B 1/2 HEADPHONE MIX

R

OTARY VOLUME JOG LED ROTATION A/B 1/2 HEADPHONE VOL ROTARY VOLUME JOG LED ROTATION A/B 1/2 AUX/MIC VOL ROTARY VOLUME JOG LED ROTATION A/B 1/2 F1 ROTARY VOLUME JOG LED ROTATION A/B 1/2 F2 BUTTON F2 1/2 F3 BUTTON F3 1/2 FX 1 A/C BUTTON FX 1 A/C 1 FX 1 B/D BUTTON FX 1 B/D 2 FX 2 A/C BUTTON FX 2 A/C 1 FX 2 B/D BUTTON FX 2 B/D 2 HEADPHONE CUE A/C BUTTON HEADPHONE CUE A/C 1 HEADPHONE CUE B/D BUTTON HEADPHONE CUE B/D 2 FADER A/C SLIDE VOLUME JOG LED ROTATION A1 FADER B/D SLIDE VOLUME JOG LED ROTATION B2 CROSS FADER SLIDE VOLUME JOG LED ROTATION A/B 1/2

A

2 3 4

B

C

D

E

F

34

DDJ-ERGO-V

1

2 3 4

5

[Indications by the VOL control]

The volume level is indicated in 16 steps from minimum to maximum. At the minimum volume, LEDs 17, 18, and 19 are lit, with LED 18 brighter than other two. The lighting LEDs shift as the volume is increased, and LEDs 8, 9, and 10 are lit at the maximum volume.

[Indications by the FADER control]

The fader level is indicated in 16 steps from minimum to maximum. At the minimum level, LEDs 24, 1, and 2 are lit, with LED 1 brighter than other two. The lighting LEDs shift as the level is increased, and LEDs 15, 16, and 17 are lit at the maximum level.

MIN MAX

1

24

2

3

4

5

6

7

8

9

10

11

12

13

23

22

21

20

19

18

17

16

15

14

25

2627

28

1

24

2

3

4

5

6

7

8

9

10

11

12

13

23

22

21

20

19

18

17

16

15

14

25

2627

28

1

24

2

3

4

5

6

7

8

9

10

11

12

13

23

22

21

20

19

18

17

16

15

14

25

2627

28

1

24

2

3

4

5

6

7

8

9

10

11

12

13

23

22

21

20

19

18

17

16

15

14

25

2627

28

6 7 8

A

B

C

D

E

5

DDJ-ERGO-V

6 7 8

F

35

1

OK NG

To enter this mode, while simultaneously holding the DECK C and FX 1 buttons on the Deck A/C side pressed, set the Power switch of the unit to ON. (Hold the two buttons pressed until the opening display terminates.) During Factory Reset mode, the VINYL LEDs on both sides are lit. When you exit this mode, the LEDs go dark.

1) Checking VINYL ON/OFF After the unit is turned on and the opening illumination is finished, if the VINYL LED is lit, it is set to ON (OK).

2) Checking of Normal/Active Mode Check the following, after starting the application on the connected PC. Load a piece of music onto any of the decks (Deck A, B, C, or D). Check that blue LEDs on the JOG dial are lit (Active mode).

1) Checking VINYL ON/OFF Check the same as described in 1) of a).

2) Checking of Normal/Active Mode Check that blue LEDs on the JOG dial are lit (Active mode). (LED indication is the same as described in 2) of a).

OK NG

a) Checking Method with an Application on the Connected PC

Establish Version Confirmation mode, by turning the unit ON while simultaneously holding the DECK A and KEYLOCK buttons on the A/C deck side pressed.

a) Checking Method With the Controller Alone

1. Initial Settings

2. How to Check If Initial Settings Are Restored

VINYL on the left deck VINYL on the right deck Normal / Active mode

ON ON

Active

2 3 4

6.4 FACTORY RESET MODE

A

B

C

D

E

F

36

1

2 3 4

DDJ-ERGO-V

5

If a drop in voltage for VBUS power is detected, a power-saving mode will be automatically established, limiting the headphones maximum output level. Two types of power-saving mode are provided, as shown below.

Mode State Note

1 Power-Saving mode 1

(when a voltage drop to

4.2–4.5 V is detected)

Headphones maximum output: To be decreased from the normal level The DECK LED flashes at cycle of 1 sec.

If normal voltage is recovered, the headphones output level and the DECK LED will return to normal states.

2 Power-Saving mode 2

(when a voltage drop further down than in Power-Saving mode 1 [4.2 V or less ] is detected)

Headphones maximum output: To be decreased further than in mode 1 The TUSB microcomputer will be reset and restart. The DECK LED flashes at cycle of 0.5 sec.

If the voltage is not restored even after the TUSB microcomputer is reset and restart, DECK LED will flash at cycle of 0.2 sec. All operations will be disabled.

When abnormalities are detected during the time of carrying out power supply ON, or operation, it displays by LED.

Abnormalities LED/Display Note

1 Abnormalities of a power

supply

Left deck/CH Fader blinks

When abnormalities are detected by the state of DC power supply and USB bus power supply, it will be in this state. Opening display is not performed, either, when abnormalities are detected at the time of starting.

2 Abnormalities in

FLASH-ROM of MAIN_UCOM

Left deck/LOOP-IN Lighting

When update goes wrong and FLASH-ROM is not written correctly, it will be in this state. Even in this case, update can be performed succeedingly. However, "3" is displayed while it can be communicating neither with the case where USB cable is not connected, nor USB controller, correctly also at this time.

3 Aabnormalities of

USB controller

Left deck/LOOP-OUT Blinks in a cycle of 1 seconds.

When the time when it cannot communicate with USB controller correctly although USB cable is connected at the time of starting, and controllers are abnormalities, it will be in this state.

4 EEPROM writing error FUNCTION

Blinks in a cycle of 1 seconds.

Become this state at an EEPROM writing error.

Device Name Function Part No. Reference No. Assy

MAIN UCOM Main control, all function / LED control PEQ033A8 IC1002 CDJ1 Assy USB Controller USB control, Audio control TUSB3200A IC102 IFPW Assy

6.5 POWER-SAVING MODE

6 7 8

A

B

6.6 ERROR DISPLAY

6.7 ABOUT THE DEVICE

C

D

E

F

DDJ-ERGO-V

5

6 7 8

37

1

C

Dial Knob S (B) (DAA1273) ×4

Black

White

A

Dial Knob (DAA1259) ×1

Black Black

E

Knob/SLD (DNK6008) ×2

F

Slider Knob 1 (DAC2684) ×3

Slider Knob 1

Slider Knob 2

Stopper/SLD

Slider Knob 2 (DAC2685) ×3

Stopper/SLD (DNK6009) ×3

White

Black

D

Knob/LBK (DAA1284) ×17

White

Black

White

Black

B

Rotary Knob S (Black) (DAA1262) ×6

ADD DD D

C C

B B

C C

D

E EF

Note: Even if the unit shown in the photos and illustrations in this manual may differ from your product, the

procedures described here are common.

Knobs and Volumes Location

2 3 4

7. DISASSEMBLY

A

B

C

D

E

F

38

DDJ-ERGO-V

1

2 3 4

5

[1] Chassis Section

(1) Reverse the product. (2) Remove the 10 screws. (BPZ30P080FNI) (3) Remove the two screws. (PBZ30P080FTC)

(4) Remove the chassis section.

Chassis section

Control panel section

• Bottom view

2

×10

3

4

×2

Diagnosis

Disassembly

6 7 8

A

B

C

D

E

F

DDJ-ERGO-V

5

6 7 8

39

1

[2] HPJK, HPLC, JACK and IFPW Assemblies

• HPJK Assy

(1) Disconnect the one connector. (2) Remove the two screws, and remove the stopper/HP. (BPZ30P080FNI) (3) Remove the two screws, and remove the HPJK Assy with stay/HP. (BPZ30P080FNI) (4) Remove the one nut, one screw and remove the HPJK Assy. (BBZ30P060FTC)

• JACK, IFPW Assy

(1) Remove the two screws. (PMB30P080FTB) (2) Remove the one screw and remove the stay/PCB with Assy. (BPZ30P080FNI) (3) Remove the three nuts. (4) Remove the two screws. (BBZ30P060FTC) (5) Remove the two screws. (BPZ30P080FNI) (6) Remove the one screw. (DBA1340) (7) Remove the seven screws and remove the JACK and IFPW Assemblies. (BBZ30P060FTC)

• HPLC Assy

(5) Disconnect the one connector. (6) Remove the two screws, and remove the HLD3 Assy. (BPZ30P080FNI) (7) Remove the HPLC Assy.

Stopper/HP

Stay/HP

CN103

CN104

HPJK Assy

HLD3 Assy

JACK Assy

IFPW Assy

HPLC Assy

Stay/PCB

2

×2

3

×3

4

5

1

6

7

×2

3

4

2

4

1

×2

5

A

A B

B

C D

Screw tightening order

7

×4

7

×3

A

2 3 4

B

C

D

E

F

40

1

2 3 4

DDJ-ERGO-V

5

[3] CDJ1, CDJ2, CRFD Assemblies and JOG Section

[3-1] Knobs and VRs

(1) Remove the all knobs. Note: When you remove the knob of the A part, pull it up to a course directly overhead necessarily.

(2) Remove the three silider knobs 2, three slider knobs 1, three stopper/SLD. (See below.)

1

×30

2

×3

1 Find the side on which the line reaches the bottom.

4 Remove the slider knob 1.

3 Remove the slider knob 2.2 Insert a pair of tweezers etc. beneath

the line then push the slider knob 2 upward. To protect the panel from being scratched, use protective material.

• Disassembly of the slider knob

The reference of the direction

The new slider knob adopted by this product is designed so that it is not pulled out easily. Therefore, the method for removing the slider knob is different from the conventional method; it can only be pulled out after slider knob 2 is removed.

Protective materialTweezers

Slider knob 2

Slider knob 1

Slider knob 2

*: During reassembly, fully push down Slider knob 2 until it is dented into Slider knob 1.

5 Remove the stopper/SLD.

Stopper/SLD

Side on which the line reaches the bottom

Stopper (right direction)

Stopper (rear direction)

A A

6 7 8

A

B

C

D

5

DDJ-ERGO-V

6 7 8

E

F

41

1

• Bottom view

[3-2] CDJ1, CDJ2, CRFD Assemblies and JOG section

(1) Reverse the control panel section. (2) Disconnect the four connectors. (3) Remove the 11 screws and remove the barrier 1 and barrier 2. (BPZ30P080FNI) (4) Remove the eight screws. (BPZ30P100FTB) (5) Remove the one screw and remove the cord clamper. (BPZ30P080FNI) (6) Remove the 36 screws and remove the CDJ1, CDJ2 and CRFD Assemblies. (BPZ30P080FNI) (7) Remove the two JOG section.

[3-3] Stay/VR

(1) Remove the 10 nuts and 10 washers. (2) Remove the two screws. (IMZ30P040FTC) (3) Remove the four screws. (PMH20P040FTC) (4) Remove the stay/VR.

Barrier/2

Barrier/1

CDJ1 Assy

JOG section

Stay/VR

3

×5

4

×4

3

×4

2

×2

4

7

6

5

×4

3

×6

6

×14

6

×21

1

×10

CN2002

CN1002

CN2801

2

CN1801

4

CDJ2 Assy

CRFD Assy

Barrier/1Barrier/2

A

B

A

Screw tightening order

The other screws are random order.

Screw tightening order

The other screws are random order.

JOG section

A

B

2 3 4

C

D

E

F

42

1

DDJ-ERGO-V

2 3 4

5

Perform the corresponding task(s) in the described order after any of the following parts is replaced:

After repairing, be sure to check the version of the firmware, and if it is not the latest one, update to the latest version. In addition, be sure to reset the unit to the default settings, using Factory Reset mode, before returning the repaired product to the user.

• MAIN UCOM (CDJ1 Assy: IC1002)

• Confirmation of the version of the firmware

• Updating to the latest version of the firmware

• EEPROM (IFPW Assy: IC104)

• Copying the program for the USB controller

• Updating to the latest version of the firmware

• Copying the program for the USB controller

• Component parts of the JOG dial section • JOG dial rotation load adjustment

1. Check that the controller is OFF.

2. While holding the LOOP OUT 1 and VINYL 1 buttons pressed, set the Power switch of the unit to ON. Note: NEVER release the above-mentioned two buttons while the FUNCTION LED is lit.

3. After making sure that the FUNCTION LED is unlit, set the Power switch of the unit to OFF. LOOP OUT 1 button : S1227

VINYL 1 button : S1208 FUNCTION LED : D1203

Note: If copying fails, the FUNCTION LED will flash at intervals of 0.25 sec.

6 7 8

8. EACH SETTING AND ADJUSTMENT

8.1 NECESSARY ITEMS TO BE NOTED

A

B

8.2 HOW TO PROGRAM COPY FOR USB CONTROLLER

C

D

E

F

DDJ-ERGO-V

5

6 7 8

43

1

Starting/Selection of a language (English is chosen.)

Check of a version (Click a [START])

End. (Click a [OK]) Controller is re-started automatically.

The device which update a firmware is MAIN UCOM. USB connection of the controller is made at PC/MAC, and it updates by performing the update program of exclusive use. Download the zipped updater file for the latest firmware from Niis then execute the unzipped file on the PC. The filenames for the updater are shown below.

Fielname Filename after the thawing Windows: DDJ-ERGOvXXX.zip Windows: DDJ-ERGOUpdater_verXXX.exe Mac: DDJ-ERGOvXXX.dmg Mac: DDJ-ERGOUpdater_verXXX.app Note: xxx is version number. If it is Ver1.00, it is DDJERGOv_100.zip/DDJERGOv_100.dmg.

CAUTION: When you update, please terminate all DJ applications, such as VIRTUAL DJ.

2 3 4

8.3 HOW TO FIRMWARE UPDATE

A

B

C

D

E

F

44

1

2 3 4

DDJ-ERGO-V

5

1. How to Enter JOG Load Measurement Mode

2. How to Measure

To enter this mode, while holding the F2 and F3 buttons on the Deck A/C side pressed, set the Power switch to ON. During this mode, the KEYLOCK LEDs on both sides are lit. (Hold the two buttons pressed until the opening display terminates.) The load (light or heavy) on the JOG dial when it is turned can be objectively judged in this mode.

When the JOG dial is rotated swiftly in this mode, the maximum speed and time required for slowdown, as defined below, are measured. When the maximum speed reaches 7 times normal speed or higher, time required for slowdown is calculated then evaluated as to whether or not it is within the specified range, then the result will be indicated by the LEDs. Either rotation direction, clockwise or counterclockwise, is okay. Maximum speed: Maximum speed with normal speed defined as when one rotation takes 1.8 sec Time required for slowdown: Time required for the rotation speed to slow down from 3 times to 1.5 times normal speed

To measure the time required for slowdown, the maximum speed must be 7 times normal speed or higher. If the maximum speed does not reach 7.0 times normal speed, the JOG LEDs flash three times as a warning. The number of measurements up to the fourth time is indicated by the LEDs. First measurement finished: HOT CUE 1 lit Second measurement finished: HOT CUE 2 lit Third measurement finished: HOT CUE 3 lit Fourth measurement finished: HOT CUE 4 lit

3. Judgment

After four measurements of time required for slowdown are finished, the mean value of the four measurement results is calculated and judged as to whether or not it is within the specified range. The result will be indicated with the LEDs. The specified range is 100 ± 40 msec. OK: VINYL lit NG (lighter): LOOP OUT lit NG (heavier): LOOP IN lit

The 5th time or subsequent measurement can be performed, but the number of times of measurement is not indicated with the LEDs. The mean value of the results of all the measurements is calculated, and its result will be indicated with the LEDs.

Adjust plate

Fig. 1

6 7 8

8.4 JOG DIAL ROTATION LOAD ADJUSTMENT

A

B

C

D

E

F

DDJ-ERGO-V

5

6 7 8

45

1

NOTES: - 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 b 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.)

Front

2 3 4

9. EXPLODED VIEWS AND PARTS LIST

A

9.1 PACKING SECTION

B

C

D

E

F

46

1

2 3 4

DDJ-ERGO-V

5

PACKING SECTION PARTS LIST

Mark No. Description Part No.

1 USB Cable DDE1128 2 VIRTUAL DJ LE DXX2685

software CD-ROM

3Driver software/ DRU1001

operating instructions CD-ROM

4 Read Before Use (Important) DRH1122 5Quick Start Guide DRH1123 6Hardware Diagram for Virtual DJDRH1124

(Table of Supported Functions)

NSP 7 License Key Label Assy DXA2251

6 7 8

A

NSP 8 Warranty Card DRY1259 NSP 9 Warranty Card ARY7043 NSP 10 Warranty Card ARY7107 NSP 11 Service network list ARY1127

(for Japanese customers)

NSP 12 Label/L K DRW2484 NSP 13 Vinyl Bag AHG7031 NSP 14 Polyethylene Bag AHG7117

15 Pad/A DHA1878 16 Pad/B DHA1879

17 Pad/ACC DHA1880 18 Packing Case/V DHG3079 19 Sheet RHX1006 20 Plastic Handle (PE) VEC2292 21 Spacer (PE) VEC2293

B

C

D

E

F

DDJ-ERGO-V

5

6 7 8

47

1

CONTACT SIDE

NON-CONTACT

SIDE

A

B

C

B

A

B

C

E

Refer to "9.3 CONTROL PANEL SECTION".

9.2 EXTERIOR SECION

A

B

2 3 4

C

D

E

F

48

DDJ-ERGO-V

1

2 3 4

5

6 7 8

EXTERIOR SECION SECTION PARTS LIST

Mark No. Description Part No.

1 JACK Assy DWX3304 2 HPJK Assy DWX3306 3 HLD3 Assy DWX3311 4 HPLC Assy DWX3324 5 IFPW Assy DWX3301

6 FFC/27P DDD1585 7Rubber Foot (H6) DEB1996 8 Stay/PCB DNH3000 9 Stay/HP DNH3002

10 Stopper/HP DNH3006

A

11 Chassis DNK6005 12 Rubber Foot VEB1349 13 Dial Knob DAA1259 14 Rotary Knob S (Black) DAA1262 15 Dial Knob S (B) DAA1273

16 Knob/LBK DAA1284 17 Slider Knob 1 DAC2684 18 Slider Knob 2 DAC2685 19 Rear Panel/V DAH2864

NSP 20 Cushion/A DEC3402

NSP 21 Cushion/B DEC3403

22 Foot/R DNK6006 23 Foot/L DNK6007 24 Knob/SLD DNK6008 25 Stopper/SLD DNK6009

NSP 26 Label/V DRW2492

27 • • • • • 28 • • • • • 29 Nut (M12) NKX2FNI 30 Screw BBZ30P060FTC

B

C

D

31 Screw BPZ30P080FNI 32 Screw (M3x5) DBA1340 33 Screw PBZ30P080FTC 34 Screw PMB30P080FTB

5

6 7 8

DDJ-ERGO-V

E

F

49

1

B

D

A

C

D

G

F

• Bottom view

D

C

B

A

CONTACT SIDE

NON-CONTACT

SIDE

Refer to "9.4 JOG SECTION".

Washer (Accessories of VR) Nut (Accessories of VR)

Refer to "9.4 JOG SECTION".

9.3 CONTROL PANEL SECTION

A

B

2 3 4

C

D

E

F

50

DDJ-ERGO-V

1

2 3 4

5

CONTROL PANEL SECTION PARTS LIST

Mark No. Description Part No.

1 CDJ1 Assy DWX3302 2 CDJ2 Assy DWX3303 3 CRFD Assy DWX3305 4 FFC/39P DDD1586 5 FFC/39P DDD1587

6 Stay/VR DNH3005 7Button S (Black) DAC2663 8Button/LOP DAC2783 9Button/1 DAC2785

10 Button/SNC DAC2791

6 7 8

A

11 Button/2 DAC2792 12 Button/3 DAC2793 13 Button/4 DAC2794 14 Button/FNC DAC2795 15 Button/FX DAC2796

16 Button/CUE DAC2797 17 Button/A DAC2798 18 Button/B DAC2799 19 Button/C DAC2800 20 Button/D DAC2801

21 Button/PRV DAC2802 22 Button/VNL DAC2806 23 Fader Packing DEC3355 24 Packing/TMP DEC3392 25 Barrier/1 DEC3393

26 Barrier/2 DEC3394 27 Lens/FDR DNK5989 28 Control Panel DNK6000 29 Play Button Assy DXA2252 30 Cord Clamper (Steel) RNH-184

B

C

D

31 • • • • • 32 • • • • • 33 Screw BPZ30P080FNI 34 Screw BPZ30P100FTB 35 Screw IMZ30P040FTC 36 Screw PMH20P040FTC

5

6 7 8

DDJ-ERGO-V

E

F

51

1

Bottom view

H I

J K

Lubricating oil (GYA1001)

Lubricating oil

(GYA1001)

Arm spring

Encoder arm

Hook

CDJ1 CN1002 or CDJ2 CN2002

CDJ1 JH1001 or CDJ2 JH2001

or

9.4 JOG SECTION

A

B

2 3 4

C

D

E

F

52

1

2 3 4

DDJ-ERGO-V

5

JOG SECTION PARTS LIST

Mark No. Description Part No.

1 JOG1 Assy DWS1436 2 JOG2 Assy DWS1438 3 TCH1 Assy DWS1437 4 TCH2 Assy DWS1439 5 HLD1 Assy DWX3309

6 HLD2 Assy DWX3310 7 Plate/JOG DAH2862 8 Arm Spring DBH1612 9Lever Spring DBH1626

10 Load Spring DBH1676

6 7 8

A

11 Encoder Plate DEC2889 12 Lever Cushion (A) DEC3001 13 Lever Cushion (B) DEC3002 14 JOG Lever DNK4763 15 JOG Shaft DNK4934

16 Encoder Arm DNK4936 17 Encoder Gear DNK4937 18 Load Smoother DNK4939 19 Adjust Plate DNK4943 20 Load Gear DNK5178

21 Lever Holder DNK5206 22 JOG Dial A DNK5860 23 Dial/JGB DNK6013 24 Ring Lens DNK5945 25 Roller B Assy DXB1877

26 JOG Holder Assy DXB2002 27 Binder ZC A-SKB90BK 28 • • • • • 29 • • • • • 30 Washer WA41D070D025

B

C

D

31 Washer WT32D080D050 32 Screw BPZ20P060FTC 33 Screw (FE) DBA1265

5

6 7 8

DDJ-ERGO-V

E

F

53

1

A

MIC_AUXIN_SEL

MUTE

MASTER1_R-

MASTER1_R+

MIC_AUXIN_R

MIC_AUXIN_L

V+7_J

V-6_J

MASTER2_R

MASTER2_L

MASTER1_L-

MASTER1_L+

GND_AO

GND_AI GND_AI GND_AI

GND_AI

C2906

100p CH

GND_AIX

R2909

12k

D

GND_AIX

C2905

100p CH

GND_AIX

R2908

12k

D

JA2902

AKB7181-A

5

4

3

2

1

C2910

100p CH

R2906

1k

D

GND_F4

R2905

1k

D

R2903

11k

D

C2908

100p CH

VA2901

EZJZ1V270RM

C2902

0.1u

R2904

11k

D

C2903

1000p

R2917

100k

R2916

100k

R2914

12k

D

GND_AI

DCS1115-A

VR2901

1

324

5

GND_AIX

GND_AI

R2915

12k

D

GND_AIC

JA2901

DKN1614-A

2 3

1

C2909

NM

C2901

0.01u

R2910

10k

D

R2907

2.2k

D

C2911

180p CH

GND_AI

S2901

AUX

MIC

DSH1025-A

123

R2911

100k

C2907

560p CH

MIC

4

MIC

4

GND_AIX

IC2901

NJM4565MD

3

4

2

1

8

C2916

0.1u

V+7_J

IC2901

NJM4565MD

5

4

6

7

8

R2912

1.1k

D

100u/16

C2915

C2918

0.1u/16

R2918

100k

10u/16

C2922

AL

R2913

68k

D

GND_AIX

C2913

330p

CH

GND_AIC

DCS1111-A

VR2902

1

3

2

V-6_J

GND_AIC

10u/16

C2925

AL

C2917

NM

IC2902

NJM4565MD

3

4

2

1

8

R2922

2.4k

D

GND_AI

R2921

2.4k

D

IC2904

NJM2121MD

3

8

1

2

5

7 6

4

C2929

0.1u/16

C2926

NM

C2928

0.1u/16

GND_AI

R2919

820

D

GND_AI

IC2903

NJM2121MD

3

8

1

2

5

7 6

4

10u/16

C2932

AL

C2927

NM

R2923

47k

R2920

820

D

V+7_J

10u/16

C2933

AL

C2934

NM

GND_AI

LTC124EU

Q2901

R2924

22k

VKN1842-A

CN2901

1 2

MIC_AUXIN_SW

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

GND_AI

V+7_J

GND_AO

V-6_J

MASTER2_L

9E

MASTER2_R

9E

MASTER1_L+

9C

MASTER1_L-

9D

MASTER1_R+

9B

MASTER1_R-

9C

MUTE

9D

MIC_AUXIN_SEL

7D

MIC_AUXIN_SW

2E

V-6_J

V+7_J

C2957

0.1u/16

C2958

0.1u/16

GND_AIC

MIC_AUXIN_L

7C

MIC_AUXIN_R

7B

MIC_AUXIN_SW

4F

C2959

0.1u/16

GND_AI

V-6_J

C2961

0.1u/16

GND_AI

V-6_J

100u/16

C2963

100u/16

C2964

GND_F3

IC2902

NJM4565MD

5

4

6

7

8

GND_AIC

AKF7002-A

KN2901

1

C2975

1000p CH

C2974

0.1u

VA2904

EZJZ1V270RM

R2955

100k

R2956

100k

GND_AI

R2963

470

GND_AIC

GND_AIX

GND_AI

NM

JP2901

1

2

GND_AO

GND_AI

C2912

ACG1147-A

4.7u 50V

C2988

NM

C2989

NM

C2980

NM

C2981

NM

C2921

DCH1201-A

10u

C2976

DCH1201-A

10u

C2924

DCH1201-A

10u

C2920

DCH1201-A

10u

C2977

DCH1201-A

10u

C2923

DCH1201-A

10u

R

L

MIC/AUX SELECT

MIC IN circuit

AUX IN circuit

MIC/AUX SW circuit

AUX IN VOL

MIC IN VOL

B

1/3

CN101

2 3 4

10. SCHEMATIC DIAGRAM

10.1 JACK ASSY

A

B

C

D

DDJ-ERGO-V

E

F

54

1

2 3 4

5

A

JACK ASSY (DWX3304)

100u/16

C2935

AL

100u/16

C2936

AL

C2949

NM

C2950

NM

C2947

DCE1016-A

4700p

C2948

DCE1016-A

4700p

C2956

NM

C2955

0.01u

GND_AO

GND_AO GND_F2

JA2903

AKB7181-A

5

4

3

2

1

R2950

4.7k

R2939

680

R2940

680

R2936

NM

R2935

0

R2937

0

R2938

NM

R2949

4.7k

R2925

100k

R2926

100k

VA2902

EZJZ1V270RM

MIC_AUXIN_R

4G

MIC_AUXIN_L

4G

R2944

4.7k

GND_AO

L2902

NM

R2928

NM

R2931

0

R2943

120

D

R2942

4.7k

L2904

NM

R2951

22k

JA2904

DKN1622-A

2

3

1

R2933

0

GND_AO

R2953

22k

C2954

NM

R2929

0

C2946

DCE1016-A

4700p

R2946

4.7k

JA2905

DKN1622-A

2

3

1

C2951

NM

R2945

120

D

R2952

22k

100u/16

C2937

AL

CEAL101M16-TS

GND_AO

R2947

120

D

C2952

NM

R2954

22k

R2930

NM

100u/16

C2940

AL

GND_AO

C2953

NM

R2934

NM

R2941

120

D

R2927

0

L2901

NM

100u/16

C2938

AL

R2948

4.7k

L2903

NM

C2943

DCE1016-A

4700p

R2932

NM

C2945

DCE1016-A

4700p

C2944

DCE1016-A

4700p

100u/16

C2939

AL

GND_AO

0.1u/16

10u/16

C2932

AL

R2923

47k

10u/16

C2933

AL

C2934

NM

GND_AI

LTC124EUB

Q2901

R2924

22k

MUTE

4F

MASTER2_R

4G

MASTER2_L

4G

MASTER1_R+

4F

MASTER1_R-

4F

MASTER1_L+

4G

MASTER1_L-

4F

MIC_AUXIN_SEL

4F

Q2906 NM

1/2

Q2906 NM

2/2

Q2907 IMX9

2/2

Q2907

IMX9

1/2

Q2905 IMX9

1/2

Q2905 IMX9

2/2

Q2904 NM

2/2

Q2904 NM

1/2

Q2903 IMX9

1/2

Q2903 IMX9

2/2

Q2902 NM

2/2

Q2902 NM

1/2

GND_F1

C2973

NM

C2972

0.01u

VA2903

EZJZ1V270RM

KN2902

VNE1948-A

GND1

1

GND2

2

GND33GND4

4

R2957

0

SA

R2958

0

SA

R2959

0

SA

R2960

0

SA

R2961

0

SA

R2962

0

SA

GND_AO

C2978

0.01u

VA2905

EZJZ1V270RM

C2979

NM

C2980

NM

C2981

NM

R

L

*CAPACITORS Indicated in Capacity/Voltage(V) unless otherwise noted. u

F , p pF

*RESISTORS Indicated in

, 5% tolerance

unless otherwise noted. k

k , M M .

is No Mount

NOTES

CEAT***

RS1/10SR***J

CCSRCH***J

NM

CH

RS1/10SR****D

D

CKSRYB***K

MASTER OUT circuit

MASTER1_R

L-

L+

R-

MASTER1_L

R+

MASTER2

CEAL***

AL

RS1/4SA***J

SA

6 7 8

A

B

C

D

E

F

DDJ-ERGO-V

5

6 7 8

55

1

MASTER1_R+

MASTER1_R-

MUTE

MIC_AUXIN_SW

MIC_AUXIN_SEL

DAC_CDTI

A_MUTE

USB_CTRL2

MIC_AUXIN_SEL

DAC_CCLK

MIC_AUXIN_MUTE

ADC_DAC_XRST

MIC_AUXIN_SW

PWR_ON

USB_XRST

USB_CTRL1

DAC_CS

USB_ERR

USB_BUSY

USB_REQ

FAULT_DET2

VBUS_DET

MIC_AUXIN_L

MIC_AUXIN_R

V-6_J

MASTER2_R

GND_AI

GND_AI GND_AI

MASTER1_L+

MASTER1_L-

MASTER2_L

GND_AO

HP_R

HP_L

FAULT_DET

PWR_SW

EEP_SCL

EEP_SDA

V+3R3_UCOM

GND_D

GND_LED

V+5_LED

GND_AH

V+7_J

GND_F2

NM

C105

C107

NM

GND_D

GND_DGND_FU

GND_D

DKN1237-A

JA102

1 2 3 4

RT1

RT2

R103

NM

VA103

NM

USB_DN

6F

USB_DP

6F

USB_DN

2A

USB_DP

2B

C118

NM

GND_P

C114

NM

GND_D

C115

DCH1201-A

10u 10V

GND_D

V+3R3_USB

VKN2097-A

CN102

1 2 3 4 5 6 7

USB_CTRL2

8

9

DAC_CCLK

10 11

DAC_CS

12 13

DAC_CDTI

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

L105

CTF1629-A

L106

CTF1629-A

L107

CTF1629-A

S101

DSH1025-A

123

L103

NM

V+3R3_UCOM

GND_D

V+5_LED

EEP_SDA

9C

EEP_SCL

9C

MIC_AUXIN_MUTE

3:7B

FAULT_DET

2:12C

FAULT_DET2

2:9E

MIC_AUXIN_SW

2G

MIC_AUXIN_SEL

2G

L109

NM

L110

NM

PWR_ON

2:2G;2:4G;2:6F;3:5D

VA104

NM

VA105

NM

GND_FU

MIC_AUXIN_SW

5F

MASTER2_R

3:8G

V+7_J

MASTER1_L-

3:11E

MIC_AUXIN_L

3:1B

GND_AI

MIC_AUXIN_SEL

4F

V-6_J

MASTER1_R-

3:11G

MIC_AUXIN_R

3:1A

MASTER2_L

3:8F

MUTE

3:12B;3:4F

MASTER1_L+

3:11D

GND_AO

MASTER1_R+

3:11F

C101

1u/10

GND_F1

VA106

NM

C110

NM

CN103

52151-0510

1 2 3 4 5

A_MUTE

3:10B

HP_R

3:7D

HP_L

3:7D

GND_AH

P_SW

4A;2:2A

GND_D

V+5_USBV+5_D

L112

NM

L113

NM

L114

NM

VA107NMVA108

NM

R144

22k

R145

22k

P_SW

5E;2:2A

AUDIO_CONT 3:1D;3:1H

V+V BUS

GND_LED

VBUS_DET

2:11E

V+3R3_UCOM

USB_BUS 12G

R147

22k

R148

22k

VKN1842-A

CN101

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

KN101

VNE1948-A

GND1

1

GND2

2

GND3

3

GND4

4

GND_F2

L104

ATH7064-A

12

43

V+5_HP V+5_HP_OUT

GND_D

R146

22k

C102

NM

CN104

52151-0310

1

V+5_HP

2

GND_D

3

V+5_HP_OUT

R102

NM

V+V BUS

V+3R3_USB_A

V+3R3_USB_D

CN106

NM

1 2

GND_AI GND_AO

GND_F

GND_FU

GND_D

C142

NM

C141

NM

C564

NM

GND_F1

RN498 2

Q101

1/2

RN498 2

Q101

2/2

C143

NM

C144

DCH1201-A

10u 10V

C109

NM

C111

1000p/50

CH

C112

1000p/50

CH

GND_D

C103

1000p/50

CH

GND_D

R110

NM

GND_D

USB-B JACK

USB BUS POWER 500mA

POWER SW (SLIDE SW)

*CAPACITORS Indicated in Capacity/Voltage(V) unless otherwise noted. u

F , p pF

*RESISTORS Indicated in

, 5% tolerance

unless otherwise noted. k

k , M M .

RS1/10SR***J

SA

NM is No Mount

RS1/4SA***J

NOTES

CKSRYB***K CCSRCH***J

CH

NM

AKF7002-A-T

RS1/10SR****F

F

Rating:4.75V 5.25V

FROM/TO JACK ASSY(CN2901)

TO HPJK ASSY(JH1901)

ON OFF

with Jumper Wire : D20PDY0310E

B

1/3

B 2/3

B 3/3

B 2/3

B 3/3

B 2/3,3/3

E

JH1901

A

CN2901

D

1/2

CN1004

1

14

7

15

12

10

1

37

38

17

2

24

21

27

28

20

9

19

3

10

16

22

18

7

34

33

28

35

36

23

6

2 3 4

10.2 IFPW ASSY (1/3) and HPLC ASSY

A

B

C

D

E

F

56

1

DDJ-ERGO-V

2 3 4

USB_REQ

USB_BUSY

USB_CTRL1

USB_XRST

USB_CTRL2

USB_ERR

C136

CH

1000p

USB_DN

2A

R105

27

USB_DP

2B

MASTER_DATA

3:1G

C121

0.1u

C137

CH

1000p

R138

220

C117

NM

R108

47k

C122

0.1u

C128

100p/50

CH

C138

NM

GND_D

R120

100

TUSB3200ACPAH

IC102

1

PLLFILO

2

AVDD

3

PWMO

4

PLLO

5

DVSS1

6

PUR

7

DP

8

DM

9

DVDD1

10

MRESET

11

TEST

12

EXTEN

13

RSTO

14

P3.0/MCUA8

15

P3.1/MCUA9

16

DVSS217XINT

18

P3.3/MCUA10

19

P3.4/MCUALE

20

P3.5/MCUINTO

21

DVDD2

22

NOT_USED/MCUWR

23

PLLOEN/MCURD

24

P1.0/MCUAD025P1.1/MCUAD126P1.2/MCUAD2

27

DVDDS1

28

P1.3/MCUAD3

29

P1.4/MCUAD4

30

P1.5/MCUAD5

31

P1.6/MCUAD6

32

P1.7/MCUAD7

33

DVSS3

34

CSCLK

35

CSYNC

36

CDATO

37

DVDD3

38

CDAT1

39

CRESET

40

CSCHNE

41

SDA

42

SCL

43

DVDDS2

44

MCLKO

45

MCLKO2

46

DVSS4

47

MCLKI

48

MCLKI2

49

AVSS

50

XTALO

51

XTALI

52

PLLFILI

C118

NM

C119

0.1u

C134

NM

EEP_SDA

4E

R139

0

R106

27

R127

100

R122

10k

MIC_AUX_DATA

3:5B

GND_PLL

S-24CS64A0I

IC104

A0

1

A1

2

A2

3

GND

45

SDA

6

SCL

7

WP

8

VCC

R141

100

R123

100

R136

100

R143

2.7k

X101

VSS1210-A

R104

1.5k

V+3R3_USB

C114

NM

GND_D

C139

0.1u

R133

150

C115

DCH1201-A

10u 10V

C120

0.1u

C124

47p/50

CH

C132

CH1000p

C126

0.1u

R130

100

R135

100

C133

NM

MCLK

3:1C;3:1G

R140

100

R137

100

R114

390

F

R134

22

C129

1000p/50

CH

GND_D

C125

47p/50

CH

C130

18p/50

CH

LRCK

3:1C;3:1G

GND_D

C127

0.01u

BCLK

3:1C;3:1G

C116

NM

R109

2.7k

F

C140

NM

R142

2.7k

HP_DATA

3:2D

USB_BUS 5D

R118

1M

C131

18p/50

CH

L105

CTF1629-A

L106

CTF1629-A

L107

CTF1629-A

R113

0

V+5_USB5_D

GND_D

C113

NM

R111

47k

R112

47k

EEP_SCL

4E

102

V+3R3_USB_A

V+3R3_USB_D

R149

NM

GND_D

R150

100

R101

100

R107

100

C104

1000p CH

C108

CH1000p

L111

CTF1793-A

EEPROM

6MHz Xtal

TUSB

USB CONTROLLER

51048-0300

JH3001

1

V+5_HP

2

GND_D

3

V+5_HP_OUT

V+5_HP

GND_D

6800u/6.3

C3001

V+5_HP_OUT

R3002

NM

6800u/6.3

C3002

6800u/6.3

C3003

R3001

0

HeadPhone POWER FILTER

NMis No Mount

RS1/4SA***J

NOTES

CEAT***

ire : D20PDY0310E

C

HPLC ASSY (DWX3324)

B

1/3

B

1/3

IFPW ASSY (DWX3301)

B 3/3

C

14

7

15

5

14

15

4

5

6 7 8

A

B

C

D

E

F

DDJ-ERGO-V

5

6 7 8

57

1

5V 7V,-6V DDC

5V

3.3V REG

for DAC,ADC Po

for USB UC

for MAIN UCOM

for Audio Power

JOG_PHOTO VOL,Slider

USB 5V SW

FET Relay

5V D

5V 3.3V REG

7V

5V REG

for HP Power

USB 5V SW

FET Relay

7V 5V REG

C315

0.1u/16

C321

1u/10

C307

1u/10

C301

0.1u/16

GND_D

IC301

NJM2878F3-05

CONT

1

GND

2

NC3VOUT

4

5

VIN

IC303

NJM2878F3-33

CONT

1

GND

2

NC3VOUT

4

5

VIN

R302

10k

R318

10k

R314

NM

R316

NM

V+7 V+5_A

V+3R3_USBV+5_D

V+5_D

R315

10k

V+VBUS

GND_D

C316

0.1u

Q306

RTQ040P02

D1

1

D2

2G3

S

4

5

D36D4

D304

1SS352

C314

1u 10V

R317

100k

PWR

1:4F;2G;4G

D306

RB551V-30

PWR_ON

1:4F;2G;6F;3:5D

NJM2392M

IC302

CS

1

ES

2

CT

3

GND

45

IN-

6

V+

7

SI

8

CD

C309

120p CH

R303

1.5

SA

GND_D1

47u/6.3

C303

D303

RB551V-30

C310

220p CH

470u/10

C311

C304

0.1u/16

C312

0.1u

V+7

R311

18k

F

R312

3.9k

D

R306

270

SA

V+5_D

V+3R3_UCOM

IC304

NJM2878F3-33

CONT

1

GND

2

NC3VOUT

4

5

VIN

GND_D

R319

NM

D305

NM

C313

0.1u/16

V+VBUS

R343

10k

C318

1u/10

D307

RB551V-30

C328

DCH1201-A

10u

D312

RB551V-30

C327

1u

V-6

L303

ATH7053-A

0.22m

D313

RB551V-30

P_SW

1:4A;1:5E

R378

NM

R379

NM

R380

100k

R384

NM

R385

NM

R304

NM

C302

NM

V+5_LED

GND_D GND_LED

IC305

NJM2878F3-05

CONT

1

GND

2

NC3VOUT

4

5

VIN

C305

0.1u/16

R307

10k

V+5_HP

D308

RB551V-30

C306

1u/10

V+7

GND_D

R322

1

SA

LTC124EUB

Q302

LTA124EUB

Q301

C308

DCH1201-A

10u 10V

L301

NM

GND_D

R313

NM

C317

NM

R344

NM

R345

1.5

SA

D301

RB551V-30

R321

NM

Q314

R338NMD310

NM

V+5_DD

PWR_ON

1:4F;4G;6F;3:5D

V+VBUS

GND_D

C329

NM

C319

NM

Q308

NM

D1 1D22G3

S

4

5

D36D4

R340

NM

R348

NM

R349

0

V+5_DD

D302

NM

for DDC

B

2/3

B 1/3

B 1/3,

B 1/3,3/3

2

5

6

9

11

13

10.3 IFPW ASSY (2/3)

A

2 3 4

B

C

D

E

F

58

1

DDJ-ERGO-V

2 3 4

Power Fault Detection

for DAC,ADC Power

for USB UCOM

*RESISTORS Indicated in

, 5% tolerance

unless otherwise noted. k

k , M M .

*CAPACITORS Indicated in Capacity/Voltage(V) unless otherwise noted. u

F , p pF

NOTES

is No MountNM

RS1/8SQ***J

CKSRYB***K

RS1/10SR***J

SQ

SA

RS1/4SA***J

CCSRCH***J

CH

RS1/10SR****D

D

5V Discharge

4.2V DETECT

for HP Power

F

RS1/10SR****F

CEVW***

VBUS VOLTAGE DETECT

C321

1u/10

C322

0.1u/16

C323

0.1u/16

C324

0.1u/16

C326

0.1u/16

C325

0.1u/16

GND_D

33

4

5

LTC124EUB

Q310

Q311

LSC4081UB(QRS)

LSA1576UB(QRS)

Q309

R332

33k

R336

NM

R328

33k

R331

47k

R324

36k

R325

10k

R323

12k

R327

18k

R326

39k

R337

0

SQ

R335

5.6k

R334

3.3k

R333

47k

V+7V+5_D V +5_A V+5_DV+3R3_USB

V+3R3_USB

FAULT_DET

1:5F

R339

10k

V+VBUS

Q313

LSC4081UB(QRS)

GND_D

LTC124EUB

Q312

PWR_ON

1:4F;2G;4G;3:5D

V+5_D

D306

RB551V-30

V-6

C320

0.1u/16

C344

2200p/50

V+5_USB

FAULT_DET2

1:5G

IC307

S-80942CNMC-G9C

OUT

1

VDD

2

VSS3NC

4

5

CD

GND_D

C343

NM

LSA1576UB(QRS)

Q320

LSA1576UB(QRS)

Q321

LSA1576UB(QRS)

Q322

VBUS_DET

1:5G

V+VBUS

GND_D

R375

10k

R377

10k

R383

22k

V+3R3_UCOM

R382

0

R384

NM

R385

NM

V+3R3_USB

V+5_HP

1u/10

R322

1

SA

Q323

HN1B04FU(YGR)

1/2

Q323

2/2

R341

27

SA

R342

27

SA

R347

27

SA

R346

27

SA

R321

NM

LSA1576UB(QRS)

Q303

V+3R3_UCOM

R309

36k

R308

12k

C330

0.1u/16

GND_D

V+5_D

R301

NM

C331

NM

R305

NM

V+5_DD

NM

Q304

over

3.74-4.64V

under

3.46-3.90V

under

3.27-3.62V

under

3.97-4.57V

over

5.82-6.51V

under

2.12-2.94V

over

-4.01--2.81V

under

3.46-3.90V

B

2/3

B

2/3

IFPW ASSY (DWX3301)

B 1/3

B 1/3,3/3

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.

8

5

6 7 8

A

B

C

D

E

5

DDJ-ERGO-V

6 7 8

F

59

1

MASTER DAC

ACTIVE FILTE

AUDIO AMP &

MIC/AUX ADC

AUX/MIC IN

HP AMP(6dB)

HP DAC

AKF7002-A-T

NM

DAC_CDTI

DAC_CCLK

DAC_CDTI

DAC_CCLK

DAC_CS

ADC_DAC_XRST

DAC_CS

ADC_DAC_XRST

47u/6.3

C509

CCH

C

100u

100u/16

C519

100u/16

C518

C

C527

680p

CH

C531

470p

CH

C528

CH

680p

C530

470p

CH

GND_AO

GND_DGND_AO

GND_AO

AK4387ET

IC501

MCLK

1

BICK

2

SDTI

3

LRCK

4 5

RSTN

6

CSN

7

CCLK

8

CDTI

9

NC

10

AOUTR

11

AOUTL

12

VCOM

13

VSS

14

AVDD

15

DVDD

16

DZF

R540

3.3k

D

R525

4.7k

R524

4.7k

R535

4.7k

D

R544

3.9k

D

R545

3.9k

D

R541

3.3k

D

R536

4.7k

D

R513

NM

R542

3.3k

D

R530

47k

R543

3.3k

D

R531

47k

R551

10k

R550

10k

V+7

MUTE

1:2G;12B

BCLK

1:11F;1C

MCLK

1:12D;1C

MASTER_DATA

1:11E

AUDIO_CONT

1:5D;1D

LRCK

1:11E;1C

MIC_A

C504

NM

D503

NM

C515

0.1u

GND_AI

GND_D

C508

0.1u

V+5_A

D502

1SS302

GND_AI

R518

NM

R523

100

R505

100k

R539

100

GND_AI

R502

100k

GND_D

R511NMR512

NM

47u/6.3

C512

R506

470

C503

NM

R503

470

D501

1SS302

ADC_MUTE

9B

AK5358AET

IC503

AINR

1

AINL

2

CKS1

3

VCOM

4 5

AGND

6

VA

7

VD

8

DGND9SDTO

10

LRCK

11

MCLK

12

SCLK

13

PDN

14

DIF

15

CKS2

16

CKS0

GND_AI

C525

0.01u

YB

C510

NM

MIC_AUX_DATA

1:11E

R515

NM

V+5_HP_OUT

C522

0.01u

AUDIO_CONT

1:5D;1H

LRCK

1:11E;1G

C520

0.01u

R517

100k

GND_D

C526

NM

R519

270

R520

270

GND_AH

C521

0.01u

R516

NM

AK4387ET

IC502

MCLK

1

BICK

2

SDTI

3

LRCK

4 5

RSTN

6

CSN

7

CCLK

8

CDTI

9

NC

10

AOUTR

11

AOUTL

12

VCOM

13

VSS

14

AVDD

15

DVDD

16

DZF

C529

DCH1201-A

10u

BCLK

1:11F;1G

47u/6.3

C511

HP_DATA

1:11E

GND_AH

C516

DCH1201-A-T

10u

MCLK

1:12D;1G

47u/6.3

C532

GND_AH

C517

DCH1201-A-T

10u

MIC_AUXIN_R

1:2E

MIC_AUXIN_L

1:2E

C546

0.1u

C549

NM

47u/6.3

C550

C547

0.1u/16

R585

10

R586

10

V+5_A

CCH1565-A

C555

100u 16V

C552

0.1u/16

C551

0.1u

C554

1000p

CH

C553

0.01u

GND_AI

CC

10

V-6

10u/16

C560

10u/16

C561

Q505 IMX9

1/2

Q505 IMX9

2/2

Q501 IMX9

2/2

Q501 IMX9

1/2

47u/6.3

C513

C501

NM

C502

NM

R587

100

R588

100

C562

YB

0.01u

GND_AH

C563

YB

0.01u

GND_AO

LTC124EUB

Q511

R589

22k

V+5_A

GND_AO

D504

NM

GND_F3

GND_AI

PWR_ON

1:4F;2:2G;2:4G;2:6F

R501

NM

C505

1000p/50

CH

GND_D

BH3547F

IC504

OUT1

1

MUTE

2

IN1

3

GND

45

IN2

6

BIAS

7

OUT2

8

VCC

V+5_HP_OUT

V+3R3_USB

L501

ATH1170-A-T

L502

ATH1170-A-T

V-6_J

V+7_J

GND_AOGND_D

IC NJ

3

4

2

1

8

IC NJ

5

4

6

7

8

B

3/3

B 1/3

B 1/3,3/3

26

25

29

42

32

11123113

4041

39

40

41

10.4 IFPW ASSY (3/3)

A

2 3 4

B

C

D

E

F

60

1

DDJ-ERGO-V

2 3 4

5

*RESISTORS Indicated in

, 5% tolerance

unless otherwise noted. k

k , M M .

*CAPACITORS Indicated in Capacity/Voltage(V) unless otherwise noted. u

F , p pF

D

RS1/10SR****D

NOTES

SQ

CH

CKSRYB***K

RS1/10SR***J

CCSRCH***J

is No MountNM

RS1/8SQ***J

ACTIVE FILTER

AUDIO AMP &

)

MUTE Drive

CEVW***

CCH1565-A

C533

100u 16V

C545

100u

C534

NM

C527

680p

CH

C531

470p

CH

C528

CH

680p

C530

470p

CH

GND_AO

GND_D

GND_AO

D

R544

3.9k

D

R545

3.9k

D

R580

1k

R581

1k

R542

3.3k

D

R548

1k

R543

3.3k

D

V+3R3_UCOM

V+5_A

V+7

V+3R3_UCOM

A_MUTE

1:4G

MIC_AUXIN_MUTE

1:4F

MUTE

1:2G;4F

ADC_MUTE

1B

C526

NM

GND_AH

C529

DCH1201-A

10u

47u/6.3

C532

MASTER2_L

1:2F

MASTER2_R

1:2F

HP_L

1:2C

HP_R

1:2D

R561

9.1k

D

R566

10k

D

R563

9.1k

D

R557

4.7k

D

C544

NM

R568

560

D

GND_AO

C539

100p CH

GND_AO

R570

560

D

C543

NM

R565

9.1k

D

V+7_J

R571

560

D

C542

CH100p

R576

560

D

R564

10k

D

R553

4.7k

D

R560 10k

D

C535

100p CH

R569

560

D

GND_AO

R552

4.7k

D

C540

CH100p

R573

4.3k

D

C536

CH100p

GND_AO

C537

100p CH

R567

9.1k

D

C541

100p CH

R579

560

D

R577

4.3k

D

R562

10k

D

R556

4.7k

D

V+7_J

R559

4.7k

D

R572

560

D

C538

CH100p

R555

4.7k

D

R554

4.7k

D

R578

4.3k

D

R575

560

D

R558

4.7k

D

R574

4.3k

D

GND_AO

MASTER1_L+

1:2E

MASTER1_L-

1:2F

MASTER1_R+

1:2F

MASTER1_R-

1:2F

GND_AO

CCH1565-A

C557

100u 16V

V-6

C556

NM

V-6_J

C558

NM

GND_AO

V-6_J

GND_AO

C559

NM

LTA124EUB

Q510

R546

4.7k R547

1k

LSA1576UB(QRS)

Q504

LSA1576UB(QRS)

Q509

R582

22k

LTA124EUB

Q507

RN1903

Q503

2/2

RN1903

Q503

1/2

GND_D

D506

1SS301

V+5_HP

LTC124EUB

Q508

Q502

LSC4081UB(QRS)

V+5_HP_OUT

D508

NM

Q513

2/2

NM

Q513

1/2

GND_AH

R590

NM

R591

NM

GND_D

C506

0.01u

GND_D

C507

0.01u

L501

ATH1170-A-T

L502

ATH1170-A-T

V-6_J

V+7_J

R507

4.7k

R508

4.7k

IC505 NJM4580MD

3

4

2

1

8

IC505 NJM4580MD

5

4

6

7

8

IC506

NJM4580MD

5

4

6

7

8

IC506 NJM4580MD

3

4

2

1

8

IC507

NJM4580MD

3

4

2

1

8

IC507

NJM4580MD

5

4

6

7

8

B

3/3

B

3/3

IFPW ASSY (DWX3301)

B 1/3

6 7 8

A

5

DDJ-ERGO-V

6 7 8

B

C

D

E

F

61

1

C1003

NM

C1006

0.1u/16

C1002

2200p/50

C1022

DCH1201-A

10u 10V

C1007

0.1u/16

C1008

DCH1201-A

10u 10V

C1005

0.1u/16

C1001

0.1u/16

C1023

C1004

NM

GND_AD

GND_D

IC1001

S-80927CNMC-G8 X

OUT

1

VDD

2

VSS3NC

4

5

CD

IC1002

P9_6/ANEX1/SOUT4

1

P9_5/ANEX0/CLK4

2

P9_4/DA1/TB4IN/PWM1

3

P9_3/DA0/TB3IN/PWM0

4

P9_2/TB2IN/PMC0/SOUT3

5

P9_1/TB1IN/PMC1/SIN3

6

P9_0/TB0IN/CLK3

7

BYTE

8

CNVSS

9

P8_7/XCIN

10

P8_6/XCOUT

11

RESET

12

XOUT

13

VSS1

14

XIN

15

VCC1

16

P8_5/N MI/SD/CEC

17

P8_4/IN T2/ZP

18

P8_3/IN T1

19

P8_2/IN T0

20

P8_1/TA4IN /U/CTS5/RTS5

21

P8_0/TA4OUT/U/RXD5/SCL5

22

P7_7/TA3IN/CLK5

23

P7_6/TA3OUT/TXD5/SDA5

24

P7_5/TA2IN/W

25

P7_4/TA2OUT/W

26

P7_3/CTS2/RTS2/TA1IN/V

27

P7_2/CLK2/TA1OUT/V

28

P7_1/RXD2/SCL2/SCLMM/TA0IN/TB5IN

29

P7_0/TXD2/SDA2/SDAMM/TA0OUT

30

P6_7/TXD1/SDA1

31

P6_6/RXD1/SCL1

32

P6_5/CLK1

33

P6_4/CTS1/RTS1/CTS0/CLKS1

34

P6_3/TXD0/SDA0

35

P6_2/RXD0/SCL0

36

P6_1/CLK0

37

P6_0/RTCOUT/CTS0/RTS0

38

P5_7/RDY/CLKOUT

39

P5_6/ALE

40

P5_5/HOLD

41

P5_4/HLDA

42

P5_3/BCLK

43

P5_2/RD

44

P5_1/WRH/BHE

45

P5_0/WRL/WR

46

P4_7/PWM1/TXD7/SDA7/CS3

47

P4_6/PWM0/RXD7/SCL7/CS2

48

P4_5/CLK7/CS1

49

P4_4/CTS7/RTS7/CS0

50

P4_3/A1951P4_2/A18

52

P4_1/A1753P4_0/A1654P3_7/A1555P3_6/A1456P3_5/A1357P3_4/A1258P3_3/A1159P3_2/A1060P3_1/A961VCC262P3_0/A8(A8/D7)63VSS2

64

P2_7/AN2_7/A7(A7/D7)(A7/D6)

65

P2_6/AN2_6/A6(A6/D6)(A6/D5)

66

P2_5/INT7/AN2_5/A5(A5/D5)(A5/D4)

67

P2_4/INT6/AN2_4/A4(A4/D4)(A4/D3)

68

P2_3/AN2_3/A3(A3/D3)(A3/D2)

69

P2_2/AN2_2/A2(A2/D2)(A2/D1)

70

P2_1/AN2_1/A1(A1/D1)(A1/D0)

71

P2_0/AN2_0/A0(A0/D0)A0

72

P1_7/INT5/IDU/D15

73

P1_6/INT4/IDW/D14

74

P1_5/INT3/IDV/D13

75

P1_4/D1276P1_3/TXD6/SDA6/D11

77

P1_2/RXD6/SCL6/D10

78

P1_1/CLK6/D979P1_0/CTS6/RTS6/D8

80

P0_7/AN0_7/D7

81

P0_6/AN0_6/D6

82

P0_5/AN0_5/D5

83

P0_4/AN0_4/D4

84

P0_3/AN0_3/D3

85

P0_2/AN0_2/D2

86

P0_1/AN0_1/D1

87

P0_0/AN0_0/D0

88

P10_7/AN7/KI3

89

P10_6/AN6/KI2

90

P10_5/AN5/KI1

91

P10_4/AN4/KI0

92

P10_3/AN3

93

P10_2/AN2

94

P10_1/AN1

95

AVSS

96

P10_0/AN0

97

VREF

98

AVCC

99

P9_7/ADTRG/SIN4

100

L1001

CTF1629-A

L100

CTF162

R1012

47k

R1014

220

R1003

47

R1004

47

R1019

47k

R1013

47k

R1009

47

R1020

150k

R1028

47k

R1011

47k

R1001

10k

R1025

47k

R1017

NM

R1018

47k

R1027

47k

R1010

0

R1016

1M

R1026

47k

R1006

47

R1008

47

R1005

47

R1007

47

R1023

47k

R1022

47k

R1015

220

V+3R3_UCOM

V+3R3_UCOM2

V+

V+3R3_UCOM

V+3R3_

V+3R3_UCOM1

V+3R3_UCOM

V+3R3_

FAULT_DET2

12B

ENC_BRW S_0

2:12B

MAIN_XRST

2B;2G

PWR_SW

10B;2G

DBG_CLK

2G

FAULT_DET

11B

USB_BUSY

11B

ENC_ABL1_0

2:8D

KEY_IN_0

2:6A

ENC_ABL1_1

2:8D

JOG_DIAL2_1

11D

DBG_CNVSS

2G

DBG_BUSY

2D;2:7G

JOG_TCH1

9G

MIC_AUXIN_SW

11C

KEY_IN_7

11F;2:6C

ENC_BRW S_1

2:12B

KEY_IN_1

2:6A

USB_CTRL1

12C

JOG_DIAL1_0

10E

JOG_DIAL1_1

10E

KEY_IN_4

11E

ENC_V OL1_1

2:10D

VBUS_DET

12B

ENC_ABL2_0

11F

JOG_TCH2

11E

KEY_IN_2

2:6B

KEY_IN_6

11F

JOG_DIAL2_0

11D

DBG_TXD

2D

KEY_IN_5

11E

ENC_V OL1_0

2:10D

ENC_ABL2_1

11F

KEY_IN_3

2:6B

EEP_SDA

10B

PWR_SW

10B;2D

MIC_AUXIN_MUTE

11B

GRID_3

11D;2:2H;2:3A;2:3B;2:3C

ADC_DAC_XRST

11B

PWR_ON

11B

LED_8

11G

DBG_CLK

2D

GRID_6

11E;2:4H;2:5A;2:5B;2:6C;2:7C

DBG_CNVSS

5B

USB_ERR

11C

MIC_AUXIN_SEL

11C

GRID_2

11D;2:2A;2:2B;2:2H;2:3C

LED_7

11G

DAC_CDTI

10B

LED_9

11F

LED_13

2:1H

GRID_4

11D;2:3A;2:3B;2:3C;2:3H;2:4A;2:4C

DBG_BUSY

2G;2:7G

LED_6

2:1G

GRID_7

11E;2:4H;2:5A;2:5B;2:6C

GRID_1

11D;2:1H;2:2A;2:2B;2:2C

DAC_CS

10B

USB_CTRL2

9B

LED_0

2:1D

LED_10

11F

GRID_5

11D;2:11B;2:3H;2:4A;2:4B;2:5C

USB_XRST

11C

LED_1

2:1E

LED_11

11F

LED_5

2:1G

LED_2

2:1E

GRID_0

11D;2:1A;2:1B;2:1C;2:1H;2:9C

DAC_CCLK

9B

USB_REQ

11C

DBG_TXD

2G

LED_4

2:1F

A_MUTE

12B

MAIN_XRST

2B;5B

LED_12

11F

MAIN_XRST

2G;5B

LED_3

2:1F

R10300R1031

0

R1032

0R0

LED_14

11E

EEP_SCL

11B

X1001

DSS1131-A

1

2

3

C1029

NM

CN1001

NM

1

DBG_CNVSS

2

MAIN_XRST

3

GND_D

4

V+3R3_UCOM

C1262

1000p

C1263

1000p

C1264

1000p

C1265

1000p

GND_D

C1266

0.01u

C1267

0.01u

GND_D

C1270

0.01u

C1271

0.01u

R1321

4.7k

R1322

4.7k

R1323

4.7k

R1324

4.7k

R1325

4.7k

R1326

4.7k

0

R1331

220

R1332

220

C1273

220p/50

CH

C1274

1000p

C1260

47p/50

CH

R104

0

*RESISTORS Indicated in

, 5% tolerance

unless otherwise noted. k

k , M M .

4MHz CERAMIC RESONATOR

NM

CH

Service Part No. PEQ033A8

*CAPACITORS Indicated in Capacity/Voltage(V) unless otherwise noted. u

F , p pF

NOTES

(DBG_RXD)

SA

MAIN_UCOM

D

1/2

D 2/2

D 2/2 D 2/2

D 2/2

3

4

16

44

43

45 46

47

49

65

48

10.5 CDJ1 ASSY (1/2)

A

B

C

D

E

F

62

1

2 3 4

DDJ-ERGO-V

2 3 4

5

CN1002

KM200NA4L

1

GND_D

2

V+3R3_UCOM

3

JOG_DIAL1_0

4

JOG_DIAL1_1

VKN2097-A

CN1003

1

V+5_LED

2

GND_LED

3

GRID_2

4

GRID_1

5

GRID_3

6

GRID_0

7

GRID_4

8

JOG_DIAL2_1

9

GRID_5

10

JOG_DIAL2_0

11

GRID_6

12

JOG_TCH2

13

GRID_7

14

SW_AD_A

15

V+3R3_UCOM

16

AD_VOL2

17

GND_D

18

AD_FX2

19

GND_D

20

LED_14

21

KEY_IN_4

22

AD_PTCHFD2_2

23

KEY_IN_5

24

AD_PTCHFD2_1

25

KEY_IN_6

26

SW_AD_B

27

KEY_IN_7

28

ENC_V OL2_1

29

LED_12

30

ENC_V OL2_0

31

LED_11

32

ENC_ABL2_1

33

LED_10

34

ENC_ABL2_0

35

LED_9

36

LED_7

37

LED_8

38

GND_AD

39

V+3R3_AD

VKN2097-A

CN1004

1

V+3R3_UCOM

2

GND_D

3

VBUS_DET

4

GND_D5A_MUTE

6

USB_CTRL1

7

FAULT_DET2

8

USB_XRST

9

PWR_ON

10

USB_ERR

11

FAULT_DET

12

MIC_AUXIN_SW13ADC_DAC_XRST

14

MIC_AUXIN_SEL15USB_BUSY

16

USB_REQ

17

MIC_AUXIN_MUTE

18

GND_D

19

EEP_SCL

20

GND_D21EEP_SDA

22

GND_D23GND_D24GND_D25PWR_SW

26

GND_D27DAC_CDTI

28

GND_D

29

DAC_CS

30

GND_D31DAC_CCLK

32

GND_D33USB_CTRL2

34

GND_D35GND_D36GND_LED

37

V+5_LED

38

GND_LED

39

V+5_LED

100u/16

C1249

C1022

DCH1201-A

10u 10V

C1007

0.1u/16

C1008

DCH1201-A

10u 10V

C1023

DCH1201-A

10u 10V

GND_AD

GND_D

GND_LED

GND_F1GND_D

GND_D

GND_LED

GND_D

GND_AD

GND_D

GND_AD

51048-0300

JH1002

1

V+3R3_AD2AD_CRSFD

3

GND_AD

51048-0300

JH1001

1

GND_D

2

JOG_TCH1

3

V+3R3_UCOM

AKF7002-A KN1001

1

L1001

CTF1629-A

L1004

DTH1211-A

330u

L1002

CTF1629-A

L1003

CTF1629-A

R1029

100

R1028

47k

R1027

47k

V+3R3_UCOM2

V+3R3_AD

V+3R3_UCOM

V+5_LED

V+3R3_UCOM

V+3R3_AD

V+5_LED

V+3R3_UCOM

V+3R3_UCOM1

V+3R3_AD

V+3R3_UCOM

AD_PITCH1_1

2:7E

AD_MIX1

2:10F

AD_FADER_A

2:10H

GRID_0

5F;2:1A;2:1B;2:1C;2:1H;2:9C

AD_FX2

11E

ENC_V OL2_1

11F

GRID_1

5F;2:1H;2:2A;2:2B;2:2C

AD_PITCH1_2

2:7D

LED_12

5F

AD_VOL1

2:10F

GRID_2

5F;2:2A;2:2B;2:2H;2:3C

GRID_3

5F;2:2H;2:3A;2:3B;2:3C

USB_CTRL2

2D

GRID_4

4F;2:3A;2:3B;2:3C;2:3H;2:4A;2:4C

GRID_5

4F;2:11B;2:3H;2:4A;2:4B;2:5C

PWR_ON

4B

AD_PTCHFD2_2

11E

AD_CRSFD

10D

ADC_DAC_XRST

4B

AD_VOL2

11E

GRID_7

4F;2:4H;2:5A;2:5B;2:6C

ENC_V OL2_0

11F

AD_PTCHFD2_1

11F

AD_MIX2

2:8F

AD_FADER_B

2:11H

LED_11

5F

A_MUTE

4B

SW_AD_A

8D;2:10F;2:12F

AD_FX1

2:12F

GRID_6

4F;2:4H;2:5A;2:5B;2:6C;2:7C

SW_AD_B

8E;2:10G;2:12F

EEP_SDA

3B

JOG_DIAL1_0

4B

ENC_V OL2_0

8E

ENC_ABL2_1

6F

SW_AD_A

11E;2:10F;2:12F

ENC_V OL2_1

8E

JOG_DIAL1_1

4B

ENC_ABL2_0

6F

FAULT_DET

4B

JOG_DIAL2_1

4B

JOG_DIAL2_0

4B

JOG_TCH2

6B

AD_FX2

8E

AD_CRSFD

8D

USB_BUSY

4B

FAULT_DET2

4B

PWR_SW

2D;2G

SW_AD_B

11F;2:10G;2:12F

JOG_TCH1

5B

VBUS_DET

6B

MIC_AUXIN_SEL

2D

MIC_AUXIN_SW

2E

MIC_AUXIN_MUTE

4B

DAC_CS

2D

DAC_CDTI

2D

DAC_CCLK

2D

AD_VOL2

8E

R10300R1031

0

R1032

0

R1033

0

R1034

0

R1036

0

R1035

0

R10380R1037

0

R1039

0

GND_D

LED_7

6F

LED_9

6F

LED_10

5F

LED_8

6F

AD_PTCHFD2_1

8E

AD_PTCHFD2_2

8D

KEY_IN_5

5F

KEY_IN_6

5F

KEY_IN_4

5F

KEY_IN_7

5F;2:6C

LED_14

2F

USB_ERR

2E

USB_XRST

2E

USB_CTRL1

2E

USB_REQ

2D

EEP_SCL

3B

C1026

0.01u/50 C1027

0.01u/50

C1024

0.01u/50 C1025

0.01u/50

GND_AD

C1028

0.01u/50

C1030

NM

C1031

NM

C1032

NM

C1033

NM

C1034

NM

R1319

100

R1320

100

GND_D

C1268

NM

C1269

NM

R1328

0

GND_D

GND_AD

R1329

0

R1330

0

SA

C1272

NM

L1005

NM

R1040

0

GND_D2

GND_D1

D20PDY0310E

WITH JUMPER WIRE

CKSRYB***K

RS1/10SR***J

CCSRCH***J

R

is No MountNM

CH

NOTES

CEAT***

RS1/4SA***J

SA

D

1/2

D

1/2

CDJ1 ASSY (DWX3302)

D 2/2

F

CN2601

H I

/

CN1701/CN2701

J K

/

CN1801/CN2801

B

1/3

CN102

G

1/2

CN2001

3

16

2

57

64

63

62

6 7 8

A

5

DDJ-ERGO-V

6 7 8

B

C

D

E

F

63

1

NOTES

is No MountNM

CKSRYB***K

RS1/10SR***J

JOG_0

JOG_1

JOG_2

JOG_5

JOG_6

JOG_7

JOG_3

JOG_9

JOG_8

JOG_14

JOG_13

JOG_11

JOG_15

JOG_10

JOG_17

JOG_16

JOG_22

JOG_21

JOG_19

JOG_23

JOG_18

DECK A

VIN YL

DECK C

PLAY

SYNC

CUE

LOOP IN

LOOP OUT

HOT CUE4

HOT CUE3

HOT CUE2

HOT CUE1

SAMPLER4

SAMPLER3

SAMPLER2

SAMPLER1

FX2

FX SEL3

FX SEL2

FX SEL1

FX1

KEYLOCK

FUNCTION

HP CUE2

HP CUE1

F3

F2

DECK A

VIN YL

DECK C

LOOP IN

LOOP OUT

CEU

SYNC

PLAY

HOT CUE4

SAMPLER4

HOT CUE3

SAMPLER3

HOT CUE2

SAMPLER2

HOT CUE1

SAMPLER1

FX ON

FX SEL1

KEYLOCK

FX SEL2

FX1

FX SEL3

FX2

FUNCTION

HP CUE2

HP CUE1

F3

LOADB

F2

SIFTA

LOADA

CH FADER2

CH FADER1

JOG1_FX_1

JOG1_FX_0

JOG1_FX_2

JOG1_FX_3

JOG_4

JOG_20

JOG_12

BLUE LED

For EMG LED INDICATE

D

RS1/10SR****

FX ON

C1202

NM

C1201

NM

D1224

D1202

D1235

D1282

D1246

D1262

D1249

D1284

D1231

D1238

D1279

D1269

D1213

D1216

D1203

D1207

D1259

D1273

D1220

D1232

D1247

D1230

D1280

D1215

D1225

D1201

D1252

D1248

D1214

D1272

D1270

D1258

D1260

D1237

D1250

D1236

D1263

D1271

D1206

D1281

D1283

D1274

D1234

D1264

D1257

D1223

D1278

D1285

D1212

D1204

D1261

D1205

D1268

D1245

D1222

D1233

D1240

D1209

1SS352

D1211

1SS352

D1221

1SS352

D1217

1SS352

D1296

1SS352

D1218

1SS352

D1219

1SS352

D1229

1SS352

D1228

1SS352

D1287

1SS352

D1208

1SS352

D1227

1SS352

D1226

1SS352

D1289

1SS352

D1241

1SS352

D1242

1SS352

D1243

1SS352

D1288

1SS352

D1210

1SS352

D1244

1SS352

D1256

1SS352

D1253

1SS352

D1254

1SS352

D1255

1SS352

D1286

1SS352

D1251

1SS352

D1265

1SS352

D1266

1SS352

D1267

1SS352

D129

1SS35

D1277

1SS352

D1276

1SS352

D1275

1SS352

GND_AD

GND_D

GND_LED

GND_D

GND_LED

GND_

GND_D

GND_LED

GND_D

GND_LED

Q1202 Q1208Q1206

LTC124EUB

Q1207

LTC114YUB

Q1201

Q1205

LTC114YUB Q1236

LTC124EUB

Q1209

Q1221

LSC4081UB(QRS)

LSA1576UB(QRS)

Q1216

Q1217

Q1215

Q1214

Q1211

R1252

120

R1216

120

R1261

100

R1205

22k

R1230

120

R1244

100

R1223

120

R1253

100

R1202

22k

R1239

100

R1201

22k

R1218

220

R1241

120

R1206

120

R1248

220

R1263

220

R1255

220

R1204

22k

R1302

220

R1226

150

R1242

120

R1219

220

R1209

220

R1211

82

R1258

82

R1254

220

R1259

120

R1262

75

R1237

120

R1214

82

R1207

220

R1221

82

R1231

120

R1240

220

R1229

82

R1228

82

R1260

120

R1232

75

R1203

22k

R1235

82

R1243

120

R1273

0

R1272

NM

R1249

82

R1212

82

R1217

120

R1250

82

R1246

82

R1236

82

R1213

82

R1220

82

R1245

82

R1234

82

R1257

82

R1224

220

R1208

220

R1256

82

R1296

R1247

82

R1225

220

R1227

82

R1215

82

R1233

220

R1238

220

R1210

82

R1251

82

R1222

82

DSG1089-A

S1221

1 2

DSG1079-A

S1202

1 2

DSG1079-A

S1218

1 2

DSG1089-A

S1208

1 2

DSG1089-A

S1219

12

DSG1089-A

S1220

12

DSG1089-A

S1217

12

DSG1089-A

S1216

1 2

DSG1117-A

S1222

12

DSG1079-A

S1205

1 2

DSG1079-A

S1223

1 2

DSG1079-A

S1224

12

DSG1079-A

S1215

1 2

DSG1079-A

S1227

12

DSG1079-A

S1206

1 2

DSG1079-A

S1226

12

DSG1089-A

S1225

1 2

DSG1079-A

S1214

1 2

DSG1089-A

S1201

12

DSG1079-A

S1207

12

DSG1079-A

S1228

12

DSG1117-A

S1213

1 2

DSG1079-A

S1203

1 2

DSG1079-A

S1209

12

DSG1089-A

S1212

12

DSG1079-A

S1230

12

DSG1079-A

S1231

1 2

DSG1079-A

S1210

12

DSG1089-A

S1229

12

DSG1079-A

S1211

12

DSG1089-A

S1204

1 2

V+5_LED

V+3R3

V+3R3_UCOM

DCS1078

VR1201

1

LED_2

1:4F

LED_1

1:4F

LED_0

1:3F

GRID_0

LED_4

1:4F

GRID_7

LED_3

1:4F

GRID_6

GRID_5

LED_5

1:4F

GRID_4

GRID 6

1:11E;1:4F;4H;5A;5B;6C

LED_13

1:4B

GRID_3

GRID_2

GRID_1

GRID_0

KEY_IN_1

1:2E

KEY_IN_2

1:2E

KEY_IN_3

1:2E

KEY_IN_7

1:11F;1:5F

KEY_7

4C;6C;9D

KEY_IN_0

1:2E

RN1903

Q1219

6

2

1

RN1903

Q1218

3

5

4

RN1903

Q1219

3

5

4

RN1903

Q1218

6

2

1

DBG_BUSY

1:2D;1:2G

R1303

0

GND_D

RN1903

Q1237

3

5

4

RN1903

Q1237

6

2

1

GRID_0

GRID_1

V+5_LED

RN1903

Q1239

6

2

1

V+5_LED

RN1903

Q1239

3

5

4

GRID_3

GND_D

GRID_2

GRID_4

RN1903

Q1241

3

5

4

V+5_LED

GND_D

RN1903

Q1241

6

2

1

GRID_5

GND_D

V+5_LED

GRID_7

RN1903

Q1243

3

5

4

RN1903

Q1243

6

2

1

GRID_6

LTA114EUB

Q1238

LTA114EUB

Q1240

LTA114EUB

Q1242

LTA114EUB

Q1244

C1254

NM

D1239

R1307

4.7k

GND_LED

R1315

NM

GND_LED

R1316

NM

GND_LED

R1317

NM

GND_LED

R1318

NM

RN498 2

Q1220

6

2

1

RN498 2

Q1220

3

5

4

RN498 2

Q1222

6

2

1

RN498 2

Q1222

3

5

4

GND_D

R1308

4.7k

V+5_LED

GRID_1

GND_LED

Q1223

LSC4081UB(QRS)

RN498 2

Q1224

6

2

1

Q1225

LSC4081UB(QRS)

R1309

4.7k

V+5_LED

GND_LED

GRID_2

RN498 2

Q1224

3

5

4

GND_D

RN498 2

Q1226

3

5

4

R1310

4.7k

V+5_LED

RN498 2

Q1226

6

2

1

Q1227

LSC4081UB(QRS)

GND_LED

GND_D

GRID_3

RN498 2

Q1228

3

5

4

GND_D

Q1229

LSC4081UB(QRS)

GND_LED

RN498 2

Q1228

6

2

1

GRID_4

V+5_LED

R1311

4.7k

GRID_5

V+5_LED

R1312

4.7k

RN498 2

Q1230

3

5

4

Q1231

LSC4081UB(QRS)

GND_D

RN498 2

Q1230

6

2

1

GND_LED

GRID_6

GND_LED

R1313

4.7k

V+5_LED

RN498 2

Q1232

3

5

4

Q1233

LSC4081UB(QRS)

GND_D

RN498 2

Q1232

6

2

1

V+5_LED

RN498 2

Q1234

6

2

1

GND_D

R1314

4.7k

RN498 2

Q1234

3

5

4

Q1235

LSC4081UB(QRS)

GRID_7

GND_LED

LED

KEY

D

2/2

D 1/2

51

50

66

68

67

10.6 CDJ1 ASSY (2/2)

A

2 3 4

B

C

D

E

F

64

1

2 3 4

DDJ-ERGO-V

5

NOTES

is No MountNM

CKSRYB***K

RS1/10SR***J

*RESISTORS Indicated in

, 5% tolerance

unless otherwise noted. k

k , M M .

*CAPACITORS Indicated in Capacity/Voltage(V) unless otherwise noted. u

F , p pF

BROWSE

GAIN_A

GAIN_B

HI_A

CH FADER

0V

UP

DOWN

HP_MIX

3.3V

HP_VOL

MID_A

AUTO LOOP

SAMPLE VOL

MIXER VOL SW

FX VOL SW

RED (Diffused Type) SLI-343U8R(HJK)-TS

0V

(6% ~ 100%)

Tempo Slider

0V

CENTER

3.3V

1.65V

TEMPO SLIDER

CH FADER_A

CH FADER_B

LOW_A

MID_B

LOW_B

HI_B

BLUE (Clear Type) SLR343BC4T(JK)-TS

AMBER (Diffused Type) SLI-343Y8Y(KLM)-TS

D

RS1/10SR****D

C1241

NM

C1209

0.01u

50V

C1207

0.01u

50V

C1245

NM

C1243

NM

C1244

NM

C1252

0.01u/50

C1247

NM

C1213

0.1u

16V

C1253

0.01u/50

C1232

50V

0.01u

C1230

NM

C1242

NM

C1248

NM

C1251

0.01u/50

C1206

NM

C1202

NM

C1201

NM

C1220

NM

C1219 NM

C1250

0.01u/50

C1204

NM

C1237

NM

C1235

NM

C1226

NM

C1240

0.01u50V

C1203

NM

C1231

NM

C1238

NM

C1210

NM

C1223

50V 0.01u

C1236

NM

C1205 NM

C1227

NM

C1214

NM

C1208

NM

C1224

NM

C1228

NM

C1222

0.1u

16V

C1221

NM

C1239

0.1u/16

C1212

NM

C1218

NM

C1216

NM

C1229

NM

C1217

NM

C1225

NM

C1215

NM

C1234

0.01u/50 C1233

NM

C1246

NM

D1295

1SS352

D1291

1SS352

D1290

1SS352

GND_AD

GND_F_TMPSLD1

GND_ADGND_AD

GND_AD

GND_D

GND_AD

GND_F2

GND_AD

GND_F_CHFDB

GND_AD

GND_F_CHFDA

GND_AD

GND_LED

GND_AD

GND_LED

GND_AD

GND_LED

GND_AD

GND_LED

GND_AD

GND_D

GND_LED

TC74HC4052AF

IC1202

0Y

1

2Y

2

Y_COM

3

3Y

4 5

1Y

6

INH

7

VEE

8

GND9B

10

A

11

3X

12

0X

13

X_COM

14

1X

15

2X

16

VCC

TC74HC4052AF

IC1201

0Y

1

2Y

2

Y_COM

3

3Y

4 5

1Y

6

INH

7

VEE

8

GND9B

10

A

11

3X

12

0X

13

X_COM

14

1X

15

2X

16

VCC

AKF7002-A

KN1201

1

Q1202 Q1208Q1206

Q1204

LTC124EUB

Q1207

Q1205

LTC114YUB Q1236

Q1203

LSA1576UB(QRS)

Q1216

Q1212

Q1217

Q1215

Q1214

Q1211

Q1213

R1284

0

R1285

0

R1286

0

R1287

0

R1288

0

R1283

220

R1289

0

R1278

220

R1290

0

R1267

2.2k

D

R1266

2.2k

D

R1282

220

R1291

0

R1301

0

R1292

0

R1293

0

R1271

100

R1277

NM

R1276

47k

R1275

47k

R1270

100

R1269

100

R1268

100

R1294

220

R1295

220

R1300

0

R1264

100

R1265

100

R1279

220

R1280

220

R1296

0

R1281

220

R1299

0

R1297

0

R1298

0

S1234

CSD1153-B

1

2

3

4

5

S1232

DSX1082-A

1

2

3

4

5

S1233

DSX1082-A

1

2

3

4

5

VA1204

EZJZ1V270RM

VA1205

EZJZ1V270RM

VA1203

NM

VA1202

NM

VA1201

NM

V+3R3_AD

DCS1078-A

VR1206

FX1_3

13

2

DCS1117-A

VR1210

13

2

DCS1078-A

VR1207

FILTER

13

2

DCS1078-A

VR1212

13

2

DCS1078-A

VR1203

FX1_1

13

2

DCS1078-A

VR1205

FX1_2

13

2

DCS1078-A

VR1211

13

2

DCS1078-A

VR1202

FX1_DRY/WET

13

2

DCS1078-A

VR1218

13

2

DCS1078-A

VR1219

13

2

DCS1078-A

VR1201

FX1_CONTROL

13

2

DCS1078-A

VR1216

13

2

DCS1117-A

VR1217

13

2

DCS1117-A

VR1214

13

2

DCS1116-A

VR1215

13

2

DCS1078-A

VR1209

13

2

DCV1011-B

VR1204

13

2

4

DCV1024-A

VR1208

13

2

456

DCV1024-A

VR1213

13

2

456

LED_2

1:4F

LED_1

1:4F

LED_0

1:3F

GRID_0

1:11D;1:5F;1A;1B;1C;1H

LOW_B

12F

1:4F

LED_5

1:4F

LED_6

1:4F

GRID_6

1:11E;1:4F;4H;5A;5B;6C

GRID_5

1:11D;1:4F;3H;4A;4B;5C

HP_MIX

12D

AD_FX1_1

8B

LOOPREC_DRYWET1

7B

AD_FILTER

10C

AD_FX1_DRYWET

8B

HP_VOL

11E

AD_FX1_3

10B

SW_AD_B

1:11F;1:8E;10G

AD_FX1_2

9B

SW_AD_A

1:11E;1:8D;10F

SW_AD_B

1:11F;1:8E;12F

SW_AD_A

1:11E;1:8D;12F

HI_A

11D

HI_B

12D

GAIN_A

11C

GAIN_B

12C

MID_A

11E

LOW_A

11F

MID_B

12E

AD_MIX2

1:8E

AD_MIX1

1:8E

HP_VOL

11F

HI_B

9F

MID_B

8F

LOW_B

8F

AD_FX1

1:8E

AD_VOL1

1:8E

GAIN_B

9F

1:2E

MID_A

8F

LOW_A

8F

HI_A

9F

GAIN_A

9F

AD_FADER_B

1:8D

AD_FADER_A

1:8D

ENC_BRW S_0

1:2E

KEY_3

1B;2B;3B;5B;6B

ENC_BRW S_1

1:2E

KEY_7

4C;6C;9D

ENC_ABL1_1

1:6B

ENC_ABL1_0

1:6B

AD_FX1_3

12F

AD_FILTER

11F

AD_FX1_1

12F

AD_FX1_2

12F

AD_FX1_DRYWET

12F

LOOPREC_DRYWET1

11F

AD_PITCH1_1

1:8D

AD_PITCH1_2

1:8D

N_0

2E

KEY_7

4C;6C;7D

ENC_V OL1_1

1:5B

ENC_V OL1_0

1:5B

HP_MIX

11F

GND_F_TMPSLD2

DBG_BUSY

1:2D;1:2G

R1304

220k

R1305

220k

R1306

220k

C1254

NM

C1255

NM

C1256

NM

C1257

NM

C1258

NM

C1259

NM

C1021

0.01u/50

GND_AD

50K

3.3V

D

2/2

D

2/2

CDJ1 ASSY (DWX3302)

D 1/2

52

60 61

59

58

55

68

67

53

54

56

6 7 8

A

5

DDJ-ERGO-V

6 7 8

B

C

D

E

F

65

1

E F

E

HPJK ASSY (DWX3306)

470u/6.3

C1901

470u/6.3

C1902

C1905

0.047u

C1904

NM

C1906

0.047u

GND_AH

GND_F2

GND_AH

JA1901 DKN1622-A

2

3

1

R1905

2.7k

R1904

2.7k

VA1901

NM

51048-0500

JH1901

1

GND_F2

2

GND_F2

3

HP_L

4

GND_AH

5

HP_R

L1901

NM

L1902

NM

L1903

NM

C1907

0.047u

C1908

0.047u

GND_F2

GND_AH

KN1901

VNE1948-A

GND1

1

GND2

2

GND3

3

GND4

4

R1901

0

SA

GND_AH

R1902

0

R1903

0

JA1902 XKN3017-A

2 3

1

R1906

0

HP JACK

RS1/10SR***J

SA

CKSRYB***K

NM is No Mount

RS1/4SA***J

NOTES

CEAT***

*RESISTORS Indicated in

, 5% tolerance

unless otherwise noted. k

k , M M .

*CAPACITORS Indicated in Capacity/Voltage(V) unless otherwise noted. u

F , p pF

Mini JACK

CCSRCH***J

CH

with Jumper Wire : D20PDY0520E

C2602

NM

V+3R3_AD

DCV1023-A

VR2601

1

3

2

CN2601

52151-0310

1

V+3R3_AD

2

AD_CRSFD

3

GND_AD

VA2601

NM

VA2602

NM

VA2603

NM

GND_F1

GND_AD

C2601

0.1u

R2601

220

D2601

NM

D2602

NM

GND_F2

LEFT RIGHT

0V

3.3V

CROSS FADER

NOTES

CKSRYB***K

RS1/10SR***J

is No MountNM

F

CRFD ASSY (DWX3305)

B

1/3

CN103

D

1/2

JH1002

16

10.7 HPJK and CRFD ASSYS

A

B

2 3 4

C

D

E

F

66

DDJ-ERGO-V

1

2 3 4

5

10.8 CDJ2 ASSY (1/2)

6 7 8

1/2

V+5_LED

G

CDJ2 ASSY (DWX3303)

A

VKN2097-A

CN2001

LED_9 LED_7 LED_8

39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10

9

8

7 6 5 4 3 2 1

V+3R3_AD

JOG_DIAL2_1

JOG_DIAL2_0

V+3R3_UCOM

CN1003

1/2

D

AD_PTCHFD2_2

AD_PTCHFD2_1

ENC_VOL2_1

ENC_VOL2_0

ENC_ABL2_1

ENC_ABL2_0

V+5_LED

GND_LED

GRID_2 GRID_1 GRID_3 GRID_0 GRID_4

GRID_5

GRID_6

JOG_TCH2

GRID_7

SW_AD_A

AD_VOL2

GND_D

AD_FX2

GND_D

LED_14

KEY_IN_4

KEY_IN_5

KEY_IN_6 SW_AD_B KEY_IN_7

LED_12

LED_11

LED_10

GND_AD

V+3R3_AD

GND_AD

*CAPACITORS Indicated in Capacity/Voltage(V) unless otherwise noted. u

*RESISTORS Indicated in unless otherwise noted. k

NOTES

, 5% tolerance

is No MountNM RS1/10SR***J

CKSRYB***K CEAT***

k , M M .

5

C2001

5

100u/16

GND_LED

2:1H;2:2A;2:2B;2:2D

2:1D;2:1H;2:2A;2:2B;2:9C

2:1H;2:3A;2:3B;2:3D 2:1A;2:1B;2:1D;2:1H

2:2H;2:3A;2:3B;2:3D;2:4A

2:2H;2:4A;2:4B;2:4C;2:4D

2:3H;2:4D;2:5A

R2001

100

2:3H;2:5A;2:5B;2:5D;2:7C

2

R2296

220

R2297

220

R2298

220

R2299

220

16

V+3R3_UCOM

GND_D

F , p pF

JOG_DIAL2_0

NM

JOG_DIAL2_1

2B

100

NM

C2230

CN2002

KM200NA4L

R2294

R2295

4

3

JOG_DIAL2_0

JOG_DIAL2_1

H I

/

CN1701/CN2701

J K

CN1801/CN2801

V+3R3_UCOM

GND_D

1

2

GND_D

V+3R3_UCOM

/

2:10E

2:8E

2:11E

2:6H 2:6A

2:10G

2:6B

2:10G

2:6B

2:10E

2:6C

2:10D

2:6G

2:10D

2:6F 2:8D 2:6F 2:8C 2:6E 2:6D 2:6E

4B

3D

GRID_2 GRID_1 GRID_3 GRID_0 GRID_4 JOG_DIAL2_1 GRID_5 JOG_DIAL2_0 GRID_6 JOG_TCH2 GRID_7 SW_AD_A

AD_VOL2

AD_FX2

LED_14 KEY_IN_4 AD_PTCHFD2_2 KEY_IN_5 AD_PTCHFD2_1 KEY_IN_6 SW_AD_B KEY_IN_7 ENC_VOL2_1 LED_12 ENC_VOL2_0 LED_11 ENC_ABL2_1 LED_10 ENC_ABL2_0 LED_9 LED_7 LED_8

2B

JOG_TCH2

G 2/2

V+3R3_UCOM

C2002

GND_D

C2231

GND_D

0.01u

NM

1

GND_D

2

JOG_TCH2

3

V+3R3_UCOM

JH2001 51048-0300

WITH JUMPER WIRE D20PDY0310E

DDJ-ERGO-V

6 7 8

C2003

NM

B

C

D

E

F

1/2

G

67

1

D2220

D2202

D2229

D2270

D2238

D2250

D2241

D2223

D2232

D2267

D2259

D2211

D2214

D2206

D2248

D2239

D2222

D2268

D2213

D2221

D2201

D2240

D2212

D2265

D2260

D2247

D2257

D2231

D2246

D2230

D2251

D2261

D2205

D2269

D2275

D2262

D2228

D2252

D2242

D2219

D2266

D2271

D2210

D2203

D2249

D2204

D2258

D2237

D2215

D2224

D2233

D2208

1SS352

D2218

1SS352

D2216

1SS352

D2217

1SS352

D2227

1SS352

D2226

1SS352

D2207

1SS352

D2225

1SS352

D2274

1SS352

D2234

1SS352

D2235

1SS352

D2236

1SS352

D2273

1SS352

D2209

1SS352

D2245

1SS352

D2243

1SS352

D2244

1SS352

D2272

1SS352

D2253

1SS352

D2254

1SS352

D2255

1SS352

D2256

1SS352

D2264

1SS352

D2263

1SS352

GND_D

GND_LED

GND_D

GND_LED

GND_D

GND_LED

GND_D

GND_LED

Q2231 Q2228Q2229

LTC124EUB

Q2227

LTC114YUB

Q2233

Q2230Q2232

RN498 2

Q2203

E11B12C2

3

E2

4

5B26

C1

RN498 2

Q2201

E11B12C2

3

E2

4

5B26

C1

RN498 2

Q2204

E11B1

2C23

E2

4

5B26

C1

RN498 2

Q2205

E11B12C2

3

E2

4

5B26

C1

RN498 2

Q2207

E11B12C2

3

E2

4

5B26

C1

RN498 2

Q2202

E11B12C2

3

E2

4

5B26

C1

RN498 2

Q2208

E11B12C2

3

E2 4

5B26

C1

RN498 2

Q2206

E11B12C2

3

E2

4

5B26

C1

Q2224

LSC4081UB(QRS)

Q2218

LSC4081UB(QRS)

Q2215

LSC4081UB(QRS)

Q2221

LSC4081UB(QRS)

Q2213

LSC4081UB(QRS)

Q2211

LSC4081UB(QRS)

Q2223

LSC4081UB(QRS)

Q2222

LSC4081UB(QRS)

LSA1576UB(QRS)

Q2234

Q2239 Q2235

Q2236

Q2237

Q2238

R2242

120

R2210

120

R2251

100

R2256

22k

R2222

120

R2238

100

R2216

120

R2244

100

R2255

22k

R2231

100

R2230

120

R2201

120

R2237

220

R2250

220

R2243

220

R2253

22k

R2218

220

R2232

120

R2212

220

R2203

150

R2205

82

R2247

82

R2248

120

R2228

120

R2208

82

R2202

220

R2214

82

R2223

120

R2221

82

R2220

82

R2249

120

R2226

82

R2233

120

R2252

0

R2258

NM

R2239

82

R2206

82

R2211

120

R2240

82

R2235

82

R2227

82

R2207

82

R2213

82

R2234

82

R2225

82

R2246

82

R2217

220

R2245

82

R2236

82

R2219

82

R2209

82

R2224

220

R2229

220

R2204

82

R2241

82

R2215

82

DSG1089-A

S2215

1 2

DSG1079-A

S2202

1 2

DSG1079-A

S2213

12

DSG1089-A

S2206

12

DSG1089-A

S2214

1 2

DSG1089-A

S2216

12

DSG1117-A

S2217

1 2

DSG1079-A

S2204

1 2

DSG1079-A

S2218

12

DSG1079-A

S2219

12

DSG1079-A

S2212

12

DSG1079-A

S2221

12

DSG1079-A

S2205

1 2

DSG1079-A

S2220

12

DSG1079-A

S2211

1 2

DSG1089-A

S2201

1 2

DSG1079-A

S2222

12

DSG1117-A

S2210

1 2

DSG1079-A

S2203

1 2

DSG1089-A

S2209

1 2

DSG1079-A

S2223

12

DSG1079-A

S2224

1 2

DSG1079-A

S2207

12

DSG1079-A

S2208

12

V+5_LED

V+5_LEDV+5_LED

V+5_LED V+5_LED

V+5_LED

V+3R3_UCOM

LED_9

1:2D

LED_8

1:2E

LED_7

1:2D

GRID_0

LED_11

1:2D

GRID_7

LED_10

1:2D

GRID_6

GRID_5

LED_12

1:2D

GRID_4

LED_14

1:2C

GRID_3

GRID_6

GRID_2

GRID_5

GRID_7

GRID_4

GRID_1

GRID_3GRID_2GRID_1GRID_0

KEY_IN_4

1:2C

KEY_IN_5

1:2C

KEY_IN_6

1:2C

KEY_IN_7

1:2D

KEY_7

4C;6C;9D

RN1903

Q2225

3

5

4

RN1903

Q2225

6

2

1

R2257

0

GND_D

RN1903

Q2209

6

2

1

RN1903

Q2209

3

5

4

GRID_0

GRID_1

V+5_LED

RN1903

Q2212

3

5

4

V+5_LED

RN1903

Q2212

6

2

1

GRID_3

GND_D

GRID_2

GRID_4

RN1903

Q2216

6

2

1

V+5_LED

GND_D

RN1903

Q2216

3

5

4

GRID_5

GND_D

V+5_LED

GRID_7

RN1903

Q2219

6

2

1

RN1903

Q2219

3

5

4

GRID_6

LTA114EUB

Q2210

LTA114EUB

Q2214

LTA114EUB

Q2217

LTA114EUB

Q2220

RN1903

Q2226

6

2

1

RN1903

Q2226

3

5

4

R2278

0

R2279

0

V+3R3_UCOM

V+3R3_UCOM2

R2254

22k

R2280

0

R2281

0

GND_LED

R2282

4.7k

GND_LED

R2283

4.7k

GND_LED

R2284

4.7k

GND_LED

R2285

4.7k

GND_LED

R2286

4.7k

GND_LED

R2287

4.7k

GND_LED

R2288

4.7k

GND_LED

R2289

4.7k

GND_LED

R2290

NM

GND_LED

R2291

NM

GND_LED

R2292

NM

GND_LED

R2293

NM

JOG_0

JOG_1

JOG_2

JOG_5

JOG_6

JOG_7

JOG_3

JOG_9

JOG_8

JOG_14

JOG_13

JOG_11

JOG_15

JOG_10

JOG_17

JOG_16

JOG_22

JOG_21

JOG_19

JOG_23

JOG_18

DECK D

VIN YL

DECK B

PLAY

SYNC

CUE

LOOP IN

LOOP OUT

HOT CUE4

HOT CUE3

HOT CUE2

HOT CUE1

SAMPLER4

SAMPLER3

SAMPLER2

SAMPLER1

FX2

FX SEL3

FX SEL2

FX SEL1

FX1

KEYLOCK

FX ON

DECK D

VIN YL

DECK B

LOOP IN

LOOP OUT

CEU

SYNC

PLAY

HOT CUE4

SAMPLER4

HOT CUE3

SAMPLER3

HOT CUE2

SAMPLER2

HOT CUE1

SAMPLER1

FX ON

FX SEL1

KEYLOCK

FX SEL2

FX1

FX SEL3

FX2

SIFTB

JOG2_FX_1

JOG2_FX_0

JOG2_FX_2

JOG2_FX_3

JOG_4

JOG_20

JOG_12

BLUE LED

LED

KEY

R

B

A

G

2/2

G 1/2

10.9 CDJ2 ASSY (2/2)

A

2 3 4

B

C

D

E

F

68

2 3 4

DDJ-ERGO-V

1

5

AD_FX2_DRYWET

C2218

0.01u/50

C2217

0.01u/50

C2209

NM

C2220

0.1u/16

C2219

NM

C2222

NM

C2205

0.01u/50

C2215

0.01u/50

C2214

0.01u/50

C2206

NM

C2203

NM

C2208

NM

C2204

0.01u/50

C2211

NM

C2207

NM

C2213

0.1u/16

C2210

NM

C2202

NM

C2201

NM

C2223

NM

C2216

NM

C2221

NM

C2212

NM

C2224

NM

D2277

1SS352

D2276

1SS352

GND_F_TMPSLD1

GND_AD

GND_D

GND_AD

GND_F2

GND_ADGND_AD

GND_AD

GND_D

TC74HC4052AF

IC2201

0Y

1

2Y

2

Y_COM

3

3Y

4 5

1Y

6

INH

7

VEE

8

GND9B

10

A

11

3X

12

0X

13

X_COM

14

1X

15

2X

16

VCC

AKF7002-A

KN2201

1

LSA1576UB(QRS)

R2270

220

R2274

2.2k

D

R2273

2.2k

D

R2264

220

R2259

0

R2276

0

R2277

0

R2266

220k

R2268

100

R2267

100

R2271

220

R2272

220

R2269

0

R2260 100

R2261 100

R2265

0

R2262

0

R2263

0

S2225

DSX1082-A

1

2

3

4

5

S2226

DSX1082-A

1

2

3

4

5

VA2203

NM

VA2201

NM

VA2202

NM

V+3R3_AD

V+3R3_AD V +3R3_AD

V+3R3_AD

DCS1078-A

VR2205

FX2_3

13

2

DCS1117-A

VR2207

13

2

DCS1078-A

VR2201

FILTER

13

2

DCS1078-A

VR2203

FX2_1

13

2

DCS1078-A

VR2204

FX2_2

13

2

DCS1078-A

VR2202

FX2_CONTROL

13

2

DCS1117-A

VR2208

13

2

DCV1011-B

VR2206

13

2

4

GRID_1

1:2B;1D;1H;2A;2B

GRID_7

1:2B;3H;5A;5B;5D

AD_MAIN_V OL

12B

AD_FX2_1

8B

AD_FIL2

7C

AD_FX2_DRYWET

8B

AD_AUX_MIC_VOL

12C

AD_FX2_3

10B

SW_AD_B

1:2D

AD_FX2_2

9B

SW_AD_A

1:2C

AD_FX2

1:2C

AD_VOL2

1:2C

AD_AUX_MIC_VOL

9E

AD_MAIN_V OL

9E

_7

KEY_7

4C;6C;9D

ENC_ABL2_1

1:2D

ENC_ABL2_0

1:2D

AD_FX2_3

10E

AD_FIL2

9E

AD_FX2_1

10E

AD_FX2_2

10E

AD_PTCHFD2_1

1:2C

AD_PTCHFD2_2

1:2C

KEY_7

4C;6C;7D

ENC_V OL2_1

1:2D

ENC_V OL2_0

1:2D

GND_F2

R2275

220k

VA2204

NM

C2225

NM

C2226

NM

C2227

NM

C2228

NM

C2229

NM

NOTES

is No MountNM

CKSRYB***K

RS1/10SR***J

MASTER VOL

AUX/MIC VOL

AUTO LOOP

SAMPLE

FX VOL SW

0V

(6% - 100%)

Tempo Slider

0V

CENTER

(ADCT)

3.3V

1.65V

TEMPO SLIDER

RS1/10SR****D

D

50K

3.3V

*RESISTORS Indicated in

, 5% tolerance

unless otherwise noted. k

k , M M .

*CAPACITORS Indicated in Capacity/Voltage(V) unless otherwise noted. u

F , p pF

RED (Diffused Type) SLI-343U8R(HJK)-TS

BLUE (Clear Type) SLR343BC4T(JK)-TS

AMBER (Diffused Type) SLI-343Y8Y(KLM)-TS

G

2/2

G

2/2

CDJ2 ASSY (DWX3303)

G 1/2

6 7 8

A

B

C

D

5

DDJ-ERGO-V

6 7 8

E

F

69

1

H I

I

JOG2 ASSY (DWS1438)

H

JOG1 ASSY (DWS1436)

C1703

NM

C1701

1uF/10V

C1702

NM

GNDD

R1701

0

R1702

150

V+3R3_UCOM

PF04PG-B05

CN1701

1

GND_D

2

V+3R3_UCOM

3

JOG_DIAL1_0

4

JOG_DIAL1_1

PC1701

SEDS-7573

VLED

5

GND

4

B

3

GND1

6

A

1

VCC

2

*RESISTORS Indicated in

, 5% tolerance

unless otherwise noted. k

k , M M .

*CAPACITORS Indicated in Capacity/Voltage(V) unless otherwise noted. u

F , p pF

NOTES

is No Mount RS1/10SR***J CKSRYB***K

NM

JOG DIAL DETECT

C2703

NM

C2701

1uF/10V

C2702

NM

GND_D

R2701

0

R2702

150

V+3R3_UCOM

PF04PG-B05

CN2701

1

GND_D

2

V+3R3_UCOM

3

JOG_DIAL2_0

4

JOG_DIAL2_1

PC2701

SEDS-7573

VLED

5

GND

4

B

3

GND1

6

A

1

VCC

2

JOG DIAL DETECT

D

1/2

CN1002

G

1/2

CN2002

/

D

1/2

CN1002

G

1/2

CN2002

/

Either the JOG1 Assy or JOG2 Assy is assembled here. The JOG1 Assy and JOG2 Assy are interchangeably used and handled similarly in their production management.

2 3 4

10.10 JOG1 and JOG2 ASSYS

A

B

C

D

E

F

70

1

2 3 4

DDJ-ERGO-V

5

6 7 8

10.11 TCH1 and TCH2 ASSYS

Either the TCH1 Assy or TCH2 Assy is assembled here. The TCH1 Assy and TCH2 Assy are interchangeably used and handled similarly in their production management.

TCH1 ASSY (DWS1437)

J

V+3R3_UCOM

CN1801

52151-0310

D

JH1001

1/2

/

G

JH2001

1/2

V+3R3_UCOM

JOG_TCH1/2

GND_D

3 2 1

GND_D

LSA1576UB(QRS)

0.1u

C1801

JOG TOUCH DETECT

47k

Q1802

R1806

R1808

47k

R1805

IC1801

1 C

4 E

GP1S094HCZ0F

A

B

NM

470

R1812

R1811

2 A

3 K

NM

R1809

C

TCH2 ASSY (DWS1439)

K

JOG TOUCH DETEDT

V+3R3_UCOM

CN2801

52151-0310

D

JH1001

1/2

/

G

JH2001

1/2

V+3R3_UCOM

JOG_TCH1/2

GND_D

3 2 1

GND_D

*CAPACITORS Indicated in Capacity/Voltage(V) unless otherwise noted. u

*RESISTORS Indicated in unless otherwise noted. k

, 5% tolerance

LSA1576UB(QRS)

0.1u

C2801

F , p pF

k , M M .

Q2802

R2805

47k

R2806

47k

R2808

47k

IC2801

1 C

4 E

GP1S094HCZ0F

NOTES

NM

R2812

2 A

3 K

R2809

is No Mount RS1/10SR***J CKSRYB***K

NM

470

NM

R2811

D

E

F

J K

DDJ-ERGO-V

5

6 7 8

71

1

Name Normal Voltage Level Assy Concerned Measurement Point

V+VBUS

1 2

3 4 5

6 7 8

9 a

b c

d e

f

g

4.75 to 5.25 V IFPW ASSY

P_SW

1

POWER ON: 0 V POWER OFF: 4.75 to 5.25 V

IFPW ASSY

PWR_SW

2

POWER ON: 0 V POWER OFF: 3.2 to 3.4 V

IFPW ASSY, CDJ1 ASSY

PWR_ON

3

POWER ON: 3.2 to 3.4 V POWER OFF: 0 V

IFPW ASSY, CDJ1 ASSY

VBUS_DET

9

Normal: 2.3 to 2.6 V Abnormal: < 2.3 V

IFPW ASSY, CDJ1 ASSY

FAULT_DET2

a

Normal: 3.2 to 3.4 V Abnormal: 0 V

IFPW ASSY, CDJ1 ASSY

FAULT_DET

8

Normal: 3.2 to 3.4 V Abnormal: 0 V

IFPW ASSY, CDJ1 ASSY

MAIN_XRST

H

Normal: 3.2 to 3.4V Reset: 0 V

CDJ1 ASSY

USB_XRST

4

Normal: 3.2 to 3.4 V Reset: 0 V

IFPW ASSY, CDJ1 ASSY

ADC_DAC_XRSTlNormal: 3.2 to 3.4 V

Reset: 0 V

IFPW ASSY, CDJ1 ASSY

A_MUTE

m

MUTE ON: 3.2 to 3.4 V MUTE OFF: 0 V

IFPW ASSY, CDJ1 ASSY

MUTE

n

MUTE ON: 4.0 to 4.4 V MUTE OFF: N.A.

IFPW ASSY, JACK ASSY

MIC_AUXIN_MUTEoMUTE ON: 3.2 to 3.4 V

MUTE OFF: 0 V

IFPW ASSY, CDJ1 ASSY

ADC_MUTE

p

MUTE ON: 4.9 to 5.1 V MUTE OFF: N.A.

IFPW ASSY, JACK ASSY

MIC_AUXIN_SW

r

AUX IN: 3.2 to 3.4 V MIC: 0V

IFPW ASSY, CDJ1 ASSY

MIC_AUXIN_SEL

s

AUX IN: 2.1 to 2.4 V MIC: 6.6 to 7.4 V

JACK ASSY, IFPW ASSY, CDJ1 ASSY

JOG_TCH1/2

!

TOUCH: 3.2 to 3.4 V RELEASE: 0 V

CDJ1 ASSY, CDJ2 ASSY TCH1 ASSY, TCH2 ASSY

V+3R3_UCOM 3.2 to 3.4 V IFPW ASSY

CDJ1 ASSY, CDJ2 ASSY JOG1 ASSY, JOG2 ASSY TCH1 ASSY, TCH2 ASSY

V+3R3_UCOM1 3.2 to 3.4 V CDJ1 ASSY V+3R3_UCOM2 3.2 to 3.4 V CDJ1 ASSY, CDJ2 ASSY V+5_D,

V+5_LED

4.5 to 5.2 V IFPW ASSY, CDJ1 ASSY, CDJ2 ASSY

V+5_DD 4.5 to 5.2 V IFPW ASSY V+5_USB 4.5 to 5.2 V IFPW ASSY V+3R3_USB,

V+3R3_USB_A, V+3R3_USB_D

3.2 to 3.4 V IFPW ASSY

V+7 6.4 to 7.4 V IFPW ASSY V+7_J 6.6 to 7.4 V IFPW ASSY

JACK ASSY

V-6 -6.0 to -6.8 V IFPW ASSY V-6_J -6.0 to -6.8 V IFPW ASSY

JACK ASSY

V+5_A 4.9 to 5.1 V IFPW ASSY V+5_HP 4.9 to 5.1 V IFPW ASSY

HPLC ASSY

V+5_HP_OUT 4.9 to 5.1 V IFPW ASSY

HPLC ASSY

V+3R3_AD

3.2 to 3.4 V CDJ1 ASSY

, CDJ2 ASSY

CRFD ASSY

2 3 4

10.12 VOLTAGES

A

B

C

D

E

F

72

1

2 3 4

DDJ-ERGO-V

5

B

IFPW ASSY

Power control

Mode: POWER ON

Note:

The indicated voltage values of the oscilloscope in this section are reference values and may vary, depending on the settings of the oscilloscopes and probes. The numerics circled or surrounded with a frame denote numbers for the measurement points indicated in the circuit diagrams and PCB diagrams.

TP/IC304 - pin 5 (V+VBUS)

V: 2.0 V/div. H: 20 mS/div.

1

TP/CN102 - pin 15 (PWR_SW)

V: 2.0 V/div. H: 20 mS/div.

TP/CN102 - pin 31 (PWR_ON)

V: 2.0 V/div. H: 20 mS/div.

TP/Q306 - pin 1, 2, 5, 6 (V+ 5_D)

V: 2.0 V/div. H: 20 mS/div.

5

I2C USB UCOM-EEPROM (2)

Mode: POWER ON

Abnormal voltage detection (1)

Mode: POWER ON

TP/IC304 - pin 4 (V+3R3_UCOM)

V: 2.0 V/div. H: 40 mS/div.

2

TP/IC303 - pin 4 (V+3R3_USB)

V: 2.0 V/div. H: 40 mS/div.

8

TP/Q306 - pin 1, 2, 5, 6 (V+ 5_D)

V: 2.0 V/div. H: 40 mS/div.

5

TP/R337 (FAULT_DET)

V: 2.0 V/div. H: 40 mS/div.

USB DP/DN (1)

Mode: POWER ON

IC102 - pin 7 (USB_DP)

V: 2.0 V/div. H: 10 μS/div.

IC102 - pin 8 (USB_DV)

V: 2.0 V/div. H: 10 μS/div.

USB UCOM strat up

Mode: POWER ON

IC307 - pin 2 (V+5_USB)

V: 5.0 V/div. H: 200 mS/div.

7

TP/IC303 - pin 4 (V+3R3_USB)

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

8

IC102 - pin 10 (USB_XRST)

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

IC102 - pin 51 (XTALI)

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

I2C USB UCOM-MAIN UCOM

Mode: POWER ON

Abnormal voltage detection (2)

Mode: POWER ON

(TP)/IC301 - pin 5 (V+7)

V: 2.0 V/div. H: 40 mS/div.

9

TP/IC301 - pin 4 (V+5_A)

V: 2.0 V/div. H: 40 mS/div.

13

USB DP/DN (2)

Mode: POWER ON

I2C USB UCOM-EEPROM (1)

Mode: POWER ON

IC102 - pin 10 (USB_XRST)

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

TP/CN102 - pin 21 (EEP_SCL)

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

TP/CN102 - pin 19 (EEP_SDA)

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

AUDIO power supply

Mode: POWER ON

TP/IC302 - pin 6 (V+5_DD)

V: 2.0 V/div. H: 100 mS/div.

6

TP/CN101 - pin 5 (V+7_J)

V: 2.0 V/div. H: 100 mS/div.

10

TP/CN101 - pin 4 (V-6_J)

V: 2.0 V/div. H: 100 mS/div.

12

TP/IC301 - pin 4 (V+5_A)

V: 2.0 V/div. H: 100 mS/div.

13

6 10 12 13

Voltage detection

Mode: POWER ON

IC304 - pin 5 (V+VBUS)

V: 5.0 V/div. H: 40 mS/div.

1

IC307 - pin 2 (V+5_USB)

V: 5.0 V/div. H: 40 mS/div.

7

USB control (1)

Mode: POWER ON

2

4

6 7

4

6 7

4

IC102 - pin 10 (USB_XRST)

V: 2.0 V/div. H: 1.0 S/div.

TP/CN102 - pin 34 (USB_CTRL1)

V: 2.0 V/div. H: 1.0 S/div.

TP/CN102 - pin 7 (USB_CTRL2)

V: 2.0 V/div. H: 1.0 S/div.

16 17

4

16 17

4

5

7 8 4 5

3

1

5

2 3

IC102 - pin 10 (USB_XRST)

V: 2.0 V/div. H: 20 μS/div.

TP/CN102 - pin 21 (EEP_SCL)

V: 2.0 V/div. H: 20 μS/div.

TP/CN102 - pin 19 (EEP_SDA)

V: 2.0 V/div. H: 20 μS/div.

6

7

14 15

IC102 - pin 7 (USB_DP)

V: 2.0 V/div. H: 400 nS/div.

IC102 - pin 8 (USB_DV)

V: 2.0 V/div. H: 400 nS/div.

14 15

8

2 8 5 8

TP/R337 (FAULT_DET)

V: 2.0 V/div. H: 40 mS/div.

8

9

13

8

4

6

7

4

IC102 - pin 10 (USB_XRST)

V: 2.0 V/div. H: 4.0 μS/div.

TP/CN102 - pin 21 (EEP_SCL)

V: 2.0 V/div. H: 4.0 μS/div.

TP/CN102 - pin 19 (EEP_SDA)

V: 2.0 V/div. H: 4.0 μS/div.

6

7

TP/CN102 - pin 37 (VBUS_DET)

V: 5.0 V/div. H: 40 mS/div.

TP/CN102 - pin 33 (FAULT_DET2)

V: 5.0 V/div. H: 40 mS/div.

9

10

1 7 9

10

4

6

7

4

6 7 8

10.13 WAVEFORMS

A

B

C

D

5

6 7 8

DDJ-ERGO-V

E

F

73

A

B

IFPW ASSY

Input MUTE cancel

Mode: POWER ON

TP/IC304 - pin 4 (V+3R3_UCOM)

V: 2.0 V/div. H: 2.0 S/div.

2

TP/IC301 - pin 4 (V+5_A)

V: 5.0 V/div. H: 2.0 S/div.

13

MASTER OUT1

Mode: 1kHz playback, MASTER output VOL MAX

ADC/DAC reset cancel

Mode: POWER ON

IC301 - pin 4 (V+5_A)

V: 5.0 V/div. H: 1.0 S/div.

13

TP/IC303 - pin 4 (V+3R3_USB)

V: 2.0 V/div. H: 1.0 S/div.

8

TP/CN104 - pin 3 (V+5_HP_OUT)

V: 2.0 V/div. H: 1.0 S/div.

15

INPUT SWITCH (MIC → AUX)

Mode: MIC2kHz, AUX1kHz input switch

DAC I2S (1)

Mode: 1kHz playback, MASTER output

MASTER OUT2

Mode: 1kHz playback, MASTER output VOL MAX

Output MUTE cancel

Mode: POWER ON

TP/CN102 - pin 35 (A_MUTE)

V: 2.0 V/div. H: 2.0 S/div.

ADC I2S (1)

Mode: AUX 1kHz input playback

TP/IC301 - pin 4 (V+5_A)

V: 5.0 V/div. H: 2.0 S/div.

13

CN104 - pin 1 (V+5_HP)

V: 5.0 V/div. H: 2.0 S/div.

14

DAC I2S (2)

Mode: 1kHz playback, MASTER output

HEADPHONE OUT

Mode: 1kHz playback, HEADPHONE output, VOL arround MAX

22

TP/CN101 - pin 25 (MUTE)

V: 2.0 V/div. H: 2.0 S/div.

23

13 14 22 23

TP/CN103 - pin 3 (HP_L)

V: 1.0 V/div. H: 400 μS/div.

TP/CN103 - pin 5 (HP_R)

V: 1.0 V/div. H: 400 μS/div.

38

37

38

37

USB control (2)

Mode: POWER ON

IC102 - pin 10 (USB_XRST)

V: 2.0 V/div. H: 1.0 S/div.

TP/CN102 - pin 24 (USB_REQ)

V: 2.0 V/div. H: 1.0 S/div.

TP/CN102 - pin 25 (USB_BUSY)

V: 2.0 V/div. H: 1.0 S/div.

18 19

TP/CN102 - pin 30 (USB_ERR)

V: 2.0 V/div. H: 1.0 S/div.

20

TP/CN102 - pin 23 (MIC_AUXIN_MUTE)

V: 2.0 V/div. H: 2.0 S/div.

24

R550/R551 (ADC_MUTE)

V: 2.0 V/div. H: 2.0 S/div.

25

2 13 24 25

4

18 19 20

4

IC503 - pin 2 (AINL)

V: 1.0 V/div. H: 100 mS/div.

TP (CN102 - pin 28) (MIC_AUXIN_SW)

V: 5.0 V/div. H: 100 mS/div.

TP (CN101 - pin 27) (MIC_AUXIN_SEL)

V: 5.0 V/div. H: 100 mS/div.

27 28

TP/CN102 - pin 27 (ADC_DAC_XRST)

V: 2.0 V/div. H: 1.0 S/div.

21

13

8 15 21

IC501 - pin 2 (BCLK)

V: 2.0 V/div. H: 100 nS/div.

IC501 - pin 1 (MCLK)

V: 2.0 V/div. H: 100 nS/div.

12 11

IC501 - pin 4 (LRCK)

V: 5.0 V/div. H: 100 nS/div.

TP/IC503 - pin 9 (MIC_AUX_DATA)

V: 5.0 V/div. H: 100 nS/div.

13 29

12 11 13 29

IC501 - pin 2 (BCLK)

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

IC501 - pin 1 (MCLK)

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

12 11

IC501 - pin 4 (LRCK)

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

IC501 - pin 3 (MASTER_DATA)

V: 5.0 V/div. H: 200 nS/div.

13 31

12 11 13 31

IC502 - pin 11 (AOUTL)

V: 2.0 V/div. H: 400 μS/div.

IC102 - pin 34 (BCLK)

V: 2.0 V/div. H: 400 μS/div.

32 12

IC501 - pin 3 (MASTER_DATA)

V: 2.0 V/div. H: 400 μS/div.

31

32 12 31

26

27 28

26

ADC I2S (2)

Mode: AUX 1kHz input, AUX select

IC503 - pin 2 (AINL)

V: 2.0 V/div. H: 400 μS/div.

IC102 - pin 34 (BCLK)

V: 2.0 V/div. H: 400 μS/div.

26 12

TP/IC503 - pin 9 (MIC_AUX_DATA)

V: 2.0 V/div. H: 400 μS/div.

29

26 12 29

TP/CN101 - pin 15 (MASTER2_L)

V: 5.0 V/div. H: 400 μS/div.

TP/CN101 - pin 11 (MASTER2_L+)

V: 5.0 V/div. H: 400 μS/div.

33 34

TP/CN101 - pin 13 (MASTER2_L-)

V: 5.0 V/div. H: 400 μS/div.

35

33 34 35

TP/CN101 - pin 15 (MASTER2_L)

V: 2.0 V/div. H: 400 μS/div.

TP/CN101 - pin 19 (MASTER2_R)

V: 2.0 V/div. H: 400 μS/div.

33 36

1

2 3 4

B

C

D

E

F

74

DDJ-ERGO-V

1

2 3 4

5

B

IFPW ASSY

DAC control (2)

Mode: MASTER VOL change

DAC control (1)

Mode: MASTER VOL change

IC501 - pin 6 (DAC_CSN)

V: 2.0 V/div. H: 4.0 μS/div.

TP/IC501 - pin 7 (DAC_CCLK)

V: 2.0 V/div. H: 4.0 μS/div.

IC501 - pin 8 (DAC_CDTI)

V: 2.0 V/div. H: 4.0 μS/div.

40 41

39

40 41

39

IC502 - pin 6 (DAC_CS)

V: 2.0 V/div. H: 4.0 μS/div.

TP/IC502 - pin 7 (DAC_CCLK)

V: 2.0 V/div. H: 4.0 μS/div.

IC502 - pin 8 (DAC_CDTI)

V: 2.0 V/div. H: 4.0 μS/div.

40 41

42

40 41

42

D

CDJ1 ASSY

GRID control

Mode:

MAIN UCOM start up

Mode: POWER ON

TP/CN1004 - pin 1 (V+3R3_UCOM)

V: 2.0 V/div. H: 4.0 mS/div.

IC1001 - pin 1 (MAIN_XRST)

V: 2.0 V/div. H: 4.0 mS/div.

IC1002 - pin 15 (XIN)

V: 2.0 V/div. H: 4.0 mS/div.

43 44

TP/IC1002 - pin 68 (GRID_0)

V: 5.0 V/div. H: 200 μS/div.

TP/IC1002 - pin 67 (GRID_1)

V: 5.0 V/div. H: 200 μS/div.

TP/IC1002 - pin 66 (GRID_2)

V: 5.0 V/div. H: 200 μS/div.

46 47

TP/IC1002 - pin 59 (GRID_7)

V: 5.0 V/div. H: 200 μS/div.

48

45

46 47 48

45

KEY operation (PLAYER1 PLAY)

Mode: PLAY KEY

TP/IC1002 - pin 65 (GRID_3)

V: 2.0 V/div. H: 200 μS/div.

TP/Q1209 B (KEY_0)

V: 2.0 V/div. H: 200 μS/div.

TP/Q1209 C (KEY_IN_0)

V: 2.0 V/div. H: 200 μS/div.

50 51

49

50 51

49

Volume operation 2 (MIXER GAIN A)(1)

Mode: MIXER GAIN A VOL change, EQ: center

Volume operation 1 (PLAYER1 FX1 CONTROL)

Mode: PLAYER1 VOL (MIN → MAX)

TP/IC1002 - pin 98, 99 (V+3R3_AD)

V: 2.0 V/div. H: 2.0 mS/div.

TP/IC1201 - pin 10 (SW_AD_A)

V: 2.0 V/div. H: 2.0 mS/div.

TP/IC1201 - pin 9 (SW_AD_B)

V: 2.0 V/div. H: 2.0 mS/div.

53 54

TP/IC1201 - pin 13 (AD_MIX1)

V: 2.0 V/div. H: 2.0 mS/div.

55

Volume operation 2 (MIXER GAIN A)(1)

Mode: MIXER GAIN A VOL change, EQ: center

2

43 44

2

TP/IC1002 - pin 98, 99 (V+3R3_AD)

V: 2.0 V/div. H: 40 mS/div.

TP/VR1202 - pin 2 (AD_FX1_DRYWET)

V: 2.0 V/div. H: 40 mS/div.

52

16

52

16

53 54 55

16

TP/IC1002 - pin 98, 99 (V+3R3_AD)

V: 2.0 V/div. H: 100 mS/div.

TP/IC1201 - pin 10 (SW_AD_A)

V: 2.0 V/div. H: 100 mS/div.

TP/IC1201 - pin 9 (SW_AD_B)

V: 2.0 V/div. H: 100 mS/div.

53 54

TP/IC1201 - pin 13 (AD_MIX1)

V: 2.0 V/div. H: 100 mS/div.

55

16

53 54 55

16

6 7 8

A

B

C

D

E

DDJ-ERGO-V

5

6 7 8

F

75

A

D

CDJ1 ASSY

CROSS FADER operation

Mode: MIXER CROSS FADER (RIGHT → LEFT → RIGHT)

CH FADER operation (CH A)

Mode: MIXER CH A FADER (UP → DOWN)

TEMPO SLIDER operation (PLAYER1)

Mode: PLAYER1 TEMP SLIDER (UP → DOWN)

TP/VR1204 - pin 4 (AD_PITCH1_2)

V: 2.0 V/div. H: 40 mS/div.

59

JOG TOUCH operation

Mode: JOG TOUCH operation (RELEASE → TOUCH → RELEASE)

ROTARY SELECTOR operation (PLAYER1)

Mode: PLAYER AUTOLOOP operation

TP/S1232 - pin 1 (ENC_ABL1_0)

V: 2.0 V/div. H: 40 mS/div.

TP/S1232 - pin 2 (ENC_ABL1_1)

V: 2.0 V/div. H: 40 mS/div.

61

60

61

60

JOG DIAL operation

Mode: STOP → DIAL → STOP

LED drive (2)

Mode: All LED lit off

LED drive (1)

Mode: All LED light

TP/IC1002 - pin 60 (GRID_6)

V: 5.0 V/div. H: 100 μS/div.

Q1233 E (V+5LED_GRID6)

V: 5.0 V/div. H: 100 μS/div.

Q1211 E (GND_LED4)

V: 2.0 V/div. H: 100 μS/div.

66 67

TP/Q1202 B (LED_4)

V: 2.0 V/div. H: 100 μS/div.

68

65

66 67 68

65

TP/IC1002 - pin 60 (GRID_6)

V: 5.0 V/div. H: 100 μS/div.

Q1233 E (V+5LED_GRID6)

V: 5.0 V/div. H: 100 μS/div.

Q1211 E (GND_LED4)

V: 2.0 V/div. H: 100 μS/div.

66 67

TP/Q1202 B (LED_4)

V: 2.0 V/div. H: 100 μS/div.

68

65

66 67 68

65

TP/IC1002 - pin 60 (GRID_6)

V: 5.0 V/div. H: 100 μS/div.

Q1233 E (V+5LED_GRID6)

V: 5.0 V/div. H: 100 μS/div.

Q1211 E (GND_LED4)

V: 2.0 V/div. H: 100 μS/div.

66 67

TP/Q1202 B (LED_4)

V: 2.0 V/div. H: 100 μS/div.

68

65

66 67 68

65

LED drive (3)

Mode: one LED only light (DECK side A/C HOT CUE1)

TP/IC1002 - pin 98, 99 (V+3R3_AD)

V: 2.0 V/div. H: 100 mS/div.

TP/VR1208 - pin 2, 5 (AD_FADER_A)

V: 1.0 V/div. H: 100 mS/div.

56

16

56

16

TP/IC1002 - pin 98, 99 (V+3R3_AD)

V: 2.0 V/div. H: 40 mS/div.

TP/JH1002 - pin 2 (AD_CRSFD)

V: 1.0 V/div. H: 40 mS/div.

57

16

57

16

TP/JH1001 - pin 3 (V+3R3_UCOM)

V: 2.0 V/div. H: 40 mS/div.

TP/JH1001 - pin 2 (JOG_TCH1)

V: 1.0 V/div. H: 40 mS/div.

62

2

62

2

TP/CN1002 - pin 2 (V+3R3_UCOM)

V: 2.0 V/div. H: 100 mS/div.

TP/CN1002 - pin 3 (JOG_DIAL1_0)

V: 1.0 V/div. H: 40 mS/div.

63

TP/CN1002 - pin 4 (JOG_DIAL1_1)

V: 1.0 V/div. H: 40 mS/div.

64

2

63 64

2

TP/IC1002 - pin 98, 99 (V+3R3_AD)

V: 2.0 V/div. H: 40 mS/div.

TP/VR1204 - pin 2 (AD_PITCH1_1)

V: 1.0 V/div. H: 40 mS/div.

58

16

59

58

16

1

2 3 4

B

C

D

E

F

76

1

2 3 4

DDJ-ERGO-V

5

6 7 8

A

B

C

D

E

F

DDJ-ERGO-V

5

6 7 8

77

1

A

SIDE A

JACK DWX3

1

1,MIC_AUXIN_SEL

3,MUTE

5,MASTER1_R-

7,MASTER1_R+

9,MASTER2_R

13,MASTER2_L

15,MASTER1_L-

17,MASTER1_L+

11,GND_AO

12,GND_AO

14,GND_AO

16,GND_AO

18,GND_AO

19,GND_AO

20,GND_AI

21,GND_AI

22,GND_AI

23,V+7_J

24,V-6_J

25,MIC_AUXIN_R

26,GND_AI

27,MIC_AUXIN_L

AUX IN

LR

AUX IN VOL

MIC/AUX SELECT

MIC IN VOL

27

CONTACT SIDE

2,MIC_AUXIN_SW

4,GND_AO

6,GND_AO

8,GND_AO

10,GND_AO

MIC

V+7

GND_AIX

GND_AIC

GND_AI

GND_AIX

V-6

V+7

V-6

V+7

GND_AI

GND_AIX

V-6

GND_AI

GND_AIX

GND_AIC

2

26

CN2901

C2909

C2922

C2925

C2932

C2933

JA2

JA2902

S2901

VR2901

VR2902

JP2901

C2963

C2964

J2901

J2903

J2904

J2905

J2907

J2908

J2909

J2910

J2911

J2915

J2916

J2917

J2919

J2920

J2921

J2922

J2923

J2925

J2928

J2930

J2931

J2933

J2934

J2935

J2936

J2938

J2941

J2943

J2944

J2946

J2947

J2948

J2950

J2951

J2952

J2953

J2954

J2955

1551

10 20

25

1

5

1

5

1

VR2901 VR2902

B

CN101

CN2901

A

JACK ASSY

12 10

NOTE FOR PCB DIAGRAMS :

1. The parts mounted on this PCB include all necessary parts for several destinations. For further information for respective destinations, be sure to check with the schematic diagram.

CapacitorConnector

P.C.Board Chip Part

SIDE A

SIDE B

2. View point of PCB diagrams.

2 3 4

11. PCB CONNECTION DIAGRAM

11.1 JACK ASSY

A

B

C

D

E

F

78

1

2 3 4

DDJ-ERGO-V

5

A

SIDE A

JACK DWX3304- /J

MASTER2

R

L

MASTER1_L MASTER1_R

MIC IN

GND_AO

V-6

GND_AO

GND_AIC

C2909

C2915

C2935

JA2901

C2936

C2937

JA2903

C2938

JA2904

C2939

JA2905

C2940

C2943

C2944

C2945

C2946

C2947C2948

VR2902

KN2901

KN2902

C7

[[ G ]]

J2902

J2906

J2912

J2913

J2914

J2918

J2923

J2924

J2927

J2929

J2932

J2933

J2937

J2939

J2940

J2942

J2945

J2949

J2955

1

5

11

1

(DNP2659-B)

6 7 8

A

B

C

D

E

F

DDJ-ERGO-V

5

6 7 8

79

A

SIDE B

JACK

MASTER1MASTER1

RL

MASTER2

MIC IN

L R

MIC_IN

MUTE

MASTER2_L

MASTER2_R

MASTER1_L+

MASTER1_L-

MASTER1_R+

MASTER1_R-

DWX3304- /J

VA2902

VA2903

VA2904

VA2905

Q2902

C2907

Q2903

Q2904

Q2905

Q2906

Q2907

C2911

C2912

C2913

C2917

R2907

IC2902

JA2901

JA2903

JA2904

R2910

JA2905

R2911

R2912

R2913

C2949

R2925

R2926

R2927

R2928

C2950

C2951

R2929

C2952C2953

C2954

C2955

C2956

C2957

R2930

C2958

R2931

R2932

R2933

R2934

R2935

R2936

R2937

R2938

R2939

R2940

R2941

R2942

R2943

R2944

R2945

R2946

R2947

R2948

R2949

C2972

C2973

C2974

C2975

R2950

C2978

R2951

C2979

R2952

R2953

R2954

R2957

R2958

R2959

R2960

R2961

R2962

L2901 L2902L2903 L2904

C7

[[ G ]]

LF

5

1

5

1

5

1

5

1

5

1

5

1

5

Q2903 Q2902

Q2905 Q2904

Q2907 Q2906

IC2902

A

JACK ASSY

B

1

2 3 4

C

D

E

F

80

1

2 3 4

DDJ-ERGO-V

5

A

SIDE B

JACK

MIC IN

MIC IN VOL

MIC/AUX SELECT

AUX IN VOL

AUX IN

L

R

271

10,GND_AO 8,GND_AO 6,GND_AO

9,MASTER2_R 7,MASTER1_R+ 5,MASTER1_R-

4,GND_AO

3,MUTE

2,MIC_AUXIN_SW

12,GND_AO

1,MIC_AUXIN_SEL

27,MIC_AUXIN_L 25,MIC_AUXIN_R

14,GND_AO

17,MASTER1_L+ 15,MASTER1_L-

23,V+7_J 21,GND_AI 19,GND_AO

16,GND_AO

18,GND_AO

20,GND_AI

22,GND_AI

24,V-6_J

26,GND_AI

11,GND_AO

MASTER2_L13,

AUX_IN_L

AUX_IN_R

MIC_AUXIN_L

MIC_AUXIN_R

MIC_AUXIN_SEL

MIC_IN

26

2

DWX3

VA2901

CN2901

C2901

C2902

C2903

Q2901

C2905C2906

C2907

C2908C2910

C2916

C2918

C2920

C2921

C2923

C2924

C2926

C2927

C2928

C2929

R2903R2904 R2905R2906

R2908

IC2901

R2909

IC2902

IC2903

C2934

IC2904

JA290

JA2902

R2914

R2915

R2916

R2917

R2918

R2919

R2920

R2921

R2922

R2923 R2924

S2901

VR2901

VR2902

C2957

C2958

C2959

C2961

C2976

C2977

R2955

R2956

C2980

C2981

C2988

C2989

R2963

E

1

5

1

5

1

5

1

5

Q2901 IC2903

IC2902 IC2904 IC2901

(DNP2659-B)

CN2901

6 7 8

A

B

C

D

5

6 7 8

DDJ-ERGO-V

E

F

81

1

B E

SIDE A

B

C

D

B

C

E

D

F

G

A

Q101

Q301

Q302

Q303

Q304

Q308

Q309

L103

L104

L105

L106

Q502

L107

Q310

Q312 Q313

Q507

Q508

Q314

L301

Q509

L303

L111

L112 L113

L114

Q513

Q323

VA103

VA104

VA105

VA106

VA107

VA108

R101

R102

R103

R104

R105 R106

R107

R108

R109

R301

R303

R110

R304

R305

R111

R306

R112

R307

R113

R114

R308

R309

R118

R311

R312

R507

R313

R508

R120

R314

R122

R316

R123

R318

R319

R127

R321

R515

R516

R322

R517

R130

R519

R133

R134 R135

R136

R137 R138

R520

R139

R331

C101

C102

C103

R140

R334

C104

R335

C105

R141

R142

C107

R143

R144

C108

R338

R339

R149

C303

C304

C110

R340

C305

R341

X101

C306

R342

R343

C113

R150

R344

C114

C308

R345

C309

C115

R346

C116

C117

C118

R348

C119

R349

C310

C311

C312

C507

C313

C120

C121

C315

C122

C316

C317

C124

C318

C125

C319

C126

C127

C128

C129

C321

C130 C131

C132

C133

C327

C134

C328

C329

C136

C137

C138

C520

C521

C139

C522

C330

C331

C526

C140

C529

C143

C144

R375

R377

R379

C532

C343

C344

R380

R382

R383

R385

R580

R581

C545

C546

R582

C549

R586

R587

C551 C552

C553 C554

R590

D301

R591

D302

D303

D305

D306

D307

D308

C562

C564

D310

D312

D506

D508

13

39

52

26

IC102

IC104

IC302

IC303

IC304

IC305

IC307

8

IC502

IC504

KN101

CN103

CN104

JA102

S101

T/U

PC

A30C5/C7

[[ G ]]

1

E

EE

1

5

1

5

E

1

E

E E

E

1

15 10

15 20 25

30 35

40 45 50

1

5

1

5

1

5

1

5

1

5

1

1 5

1

5

15

1

DWX33

H

1,GND_F2 2,GND_F2 3,HP_L 4,GND_AH 5,HP_R

DWX3306- /J HPJK

1

Mini JACK

HP JACK

L

R

L

GND_F

GND_AH

C1901

C1902

JA1901

JA1902

KN1901

J1902

J1903

J1904

J1907

C7

[[ G ]]

JH1901

1

1 5

Q302 Q306 Q314 Q308 Q50IC303

IC304 IC102 IC307 IC305 IC504 IC502Q301 Q323

Q507

Q513

IC302 Q312 Q309 Q304Q303 Q508 Q5IC104 Q313Q101 Q310

(DNP2659-B)

B

IFPW ASSY

E

HPJK ASSY

JH1901

CN103 CN104

1

5 7

2

14

8 6 11 9

15

3

5 6 7

2

14 1537 38 20 19 22 4249 18 1710

11.2 IFPW, HPLC and HPJK ASSYS

A

2 3 4

B

C

D

E

F

82

DDJ-ERGO-V

1

2 3 4

CB

SIDE A

IFPW

1

A

DWX3301- /J

CONTACT SIDE

E

CONTACT

SIDE

( /2)

1

27

26

H

J

1

2

39

38

2

Q306

Q501

Q502

Q503

Q504

Q505

L109

Q311

Q508

Q509

L110

Q510

Q511

Q513

Q320

Q321

L501

Q322

L502

R302

R501

R502

R503

R505

R506

R315

R317

R511

R512

R513

R515

R516

R517

R323

R518

R324

R519

R325 R326

R327

R328

R520

R523

R524

R525

R332

R333

R336

R337

R145

C109

R146 R147

R148

R530

C301

R531

C302

R535

C111

R536

C112

C307

R539

R347

C501 C502

C503

C504

R540

C505

R541

C506

R542

C507

R543

R544

C508

C314

C509

R545

R546

R547

R548

C510

C511

C512

C513

R550

C320

R551

C515

R552

C516

C322

R553

C517

C323

R554

C324

C518

R555

C325

C519

R556

C326

R557

C327

R558

C328

R559

C520

C521

C522

R560

R561

C525

R562

C526

R563

C527

R564

C528

C141

R565

C529

C142

R566

R567

R568

R569

C530

R378

C531

C532

C533

R570

C534

R571

C535

R572

C536

R573

C537

R574

C538

R575

C539

R576

R577

R384

R578

R579

C540

C541

C542

C543

C544

R580

R581

C545

C546

R582

C547

R585

C549

R586

R587

R588

R589

C550

C551 C552

C553 C554

R590

C555

C556

C557

D304

C558

C559

D307

C560

D501

C561

D502

C562

D503

C563

D504

D312

D506

D313

IC301

8

16

IC501

8

16

IC502

8

16

IC503

IC504

IC505

IC506

IC507

CN101

CN102

CN106

T/U

5

1

E

1

E

5

1

E

1

5

1 5

10

15

1

5

10

15

1

5

10 15

1

5

1

5

1

5

1551

10

20

25

151015

20

25

30

35

1

DWX3324- /J

HPLC

3,V+5_HP_OUT

1,V+5_HP

1

2,GND_D

BOND

6.3v

6800uF

6.3v

6800uF

6.3v

6800uF

JH3001

C3001

C3002

C3003

1

Q509

IC301 IC503

IC501 IC505 IC506

IC507

Q503 Q320 Q321 Q322 Q311 Q511 Q501

Q510

Q504 Q505

Q508 Q502

(DNP2657-B)

(DNP2659-B)

C

HPLC ASSY

D

CN1004

CN102

A

CN2901

CN101

JH3001

11 9 13 12

263211298 25 3336 35 34

12 31 39 21 16 24

28

2713414042

23

5

6 7 8

A

B

C

D

E

F

DDJ-ERGO-V

5

6 7 8

83

A

B C

SIDE B

1

1,V+5_HP

3,V+5_HP_OUT 2,GND_D

HPLCDWX3324- /J

ADD SOLDER ADD SOLDER ADD SOLDER

JH3001

R3001

R3002

C7

[[ G ]]

LF

DWX3301- /J

IFPW

21.MASTER1_R+

20.GND_AO

19.MASTER2_R

18.GND_AO

17.GND_AO

16.GND_AO

15.MASTER2_L

14.GND_AO

13.MASTER1_L-

12.GND_AO

11.MASTER1_L+

10.GND_AO

9.GND_AO

8.GND_AI

7.GND_AI

6.GND_AI

5.V+7_J

4.V-6_J

3.MIC_AUXIN_R

2.GND_AI

1.MIC_AUXIN_L

27.MIC_AUXIN_SEL

26.MIC_AUXIN_SW

25.MUTE

24.GND_AO

39.V+3R3_UCOM

38.GND_D

37.VBUS_DET

36.GND_D

35.A_MUTE

34.USB_CTRL1

32.USB_XRST

30.USB_ERR

29.FAULT_DET

28.MIC_AUXIN_SW

27.ADC_DAC_XRST

26.MIC_AUXIN_SEL

25.USB_BUSY

24.USB_REQ

23.MIC_AUXIN_MUTE

22.GND_D

21.EEP_SCL

20.GND_D

19.EEP_SDA

18.GND_D

17.GND_D

16.GND_D

15.PWR_SW

14.GND_D

13.DAC_CDTI

12.GND_D

11.DAC_CS

9.DAC_CCLK

8.GND_D

7.USB_CTRL2

1

10.GND_D

1

23.MASTER1_R-

22.GND_AO

26

27

2

38

39

31.PWR_ON

33.FAULT_ DET2

A30C5/C7

[[ G ]]

LF

(DNP2659-B)

B

IFPW ASSY

C

HPLC ASSY

CN102

CN101

JH3001

1514

1

2 3 4

B

C

D

E

F

84

DDJ-ERGO-V

1

2 3 4

5

EB

SIDE B

HPJK

DWX3306- /J

5,HP_R

4,GND_AH

2,GND_F2

1,GND_F2

1

3,HP_L

L R

HP JACK

Mini JACK

R

L

C1904

C1905C1906

C1907

C1908

R1901

R1902

R1903

R1904R1905

R1906

L1901

L1902

L1903

VA1901

C7

[[ G ]]

LF

15.PWR_SW

14.GND_D

13.DAC_CDTI

12.GND_D

11.DAC_CS

9.DAC_CCLK

8.GND_D

7.USB_CTRL2

6.GND_D

5.GND_D

4.GND_LED

3.V+5_LED

1.V+5_LED

2.GND_LED

10.GND_D

1.V+5_HP

2.GND_D

3.V+5_HP_OUT

1.GND_F2

2.GND_F2

3.HP_L

4.GND_AH

5.HP_R

A

B

C

0123 012345678 9

1

10

0

(DNP2657-B)

(DNP2659-B)

E

HPJK ASSY

JH1901

CN103CN104

6 7 8

A

B

C

D

E

F

DDJ-ERGO-V

5

6 7 8

85

1

D

SIDE A

CONTACT SIDE

DECK ADECK C

FX2FX1

PREVIEW

SMPLER4

FX SEL3

HP CUE2

HP CUE1

VINYL

LOAD B

TEMPO

SYNC

LOAD A

SAMPLER VOL

BROWSE

FX1_3

FILTER

HI_A HI_B

GAIN_A GAIN_B

MID_A MID_B

LOW_BLOW_A

HP_VOL

HP_MIX

HOT CUE4

NO USE

CONTACT SIDE

1

2

39

38

39

1

2

J1210

J1211

J1212

J1213

J1214

J1021

J1215

J1022

J1216

J1023

J1217

J1218

J1219

J1027

J1028

J1029

J1221

J1222

J1223

J1030

J1031

J1225

J1032

J1226

J1033

J1227

J1228

J1035

J1229

JH1002

J1036

J1037

J1038

J1039

J1230

J1231

J1232

J1040

J1041

J1235

J1042

J1236

J1237

J1044

J1045

J1239

J1046

J1048

J1049

L1004

J1240

J1242

J1243

J1244

J1050

J1051

J1052

Production Code

J1246

J1053

J1247

J1054

J1249

J1056

J1057

J1058

J1059

J1250

J1251

J1253

J1060

J1061

J1255

J1064

J1065

J1259

J1067

J1068

J1260

J1261

J1070

J1071

J1265

J1072

J1266

J1267

J1268

J1074

J1269

J1075

J1077

J1078

J1270

J1271

J1272

J1080

J1274

J1081

J1275

J1082

J1276

J1083

J1277

J1084

J1278

J1279

J1086

J1088

J1089

J1282

J1090

J1091

J1092

J1093

J1287

J1094

J1288

J1095

J1289

J1096

J1097

J1098

J1099

J1290

J1291

J1292

J1294

J1295

J1296

J1297

J1298

J1299

CN1001

CN1002

CN1003

CN1004

J1100

J1101

J1102

J1103

J1104

J1105

J1106

J1108

J1109

J1301

J1302

J1303

J1110

J1304

J1305

J1112

J1113

J1308

J1309

J1116

J1117

J1118

J1310

J1312

J1314

J1120

J1121

J1315

J1122

J1316

J1123

J1317

J1124

J1318

J1125

J1319

J1126

J1128

D1201

J1129

D1202

D1203

D1204

J1320

J1321

D1207

J1323

J1130

J1324

J1131

J1325

J1132

J1326

J1135

J1136

J1137

J1139

D1214

J1330

D1215

J1331

J1332

D1216

J1333

J1140

J1141

J1142

J1143

J1144

J1338

J1145

J1339

J1146

J1147

D1220

J1148

J1149

D1222

D1224

J1340

D1225

C1249

J1341

J1342

J1343

S1201

J1151

J1345

S1202

J1346

S1203

J1153

J1347

J1154

VR1204

S1204

S1205

J1155

J1156

S1206

VR1206

S1207

VR1207

J1157

VR1208

S1208

J1158

KN1001

VR1209

S1209

D1231

J1159

D1232

D1233

J1351

D1235

S1210

VR1210

S1211

VR1211

J1161

D1239

S1212

VR1212

J1162

J1357

VR1213

VR1214

J1164

KN1201

VR1215

J1165

S1216

VR1216

VR1217

J1167

VR1218

J1168

S1219

VR1219

J1361

J1362

D1246

J1363

J1364

D1249

S1221

J1171

J1172

J1173

J1368

J1174

J1175

J1176

J1177

J1178

S1229

J1179

J1370

D1257

J1374

J1180

LF

J1182

S1233

J1183

S1234

J1184

J1185

J1186

J1187

J1188

D1262

D1269

J1191

J1193

J1194

J1196

J1197

J1198

J1199

D1272

D1279

D1283

D1284

J1001

J1002

J1003

J1004

X1001

J1008

J1200

J1201

J1202

J1203

J1010

J1204

J1011

J1205

J1012

J1206

J1013

J1207

J1014

J1208

J1015

J1016

J1017

J1018

1

15

10

15

20

25

30

35

151015

20

25

30

35

1

5

1

5

1

5

1

5

1

VR1217 VR1210

VR1209VR1216

VR1211VR1218

VR1212VR1219

VR1208VR1204VR1213

VR1215

VR1214

VR1207 VR1206

D

CDJ1 ASSY

JH1002

B

CN102

H I

CN1701/CN2

/

CN1004

G

CN2001

CN1003

CN1002

11.3 CDJ1 and CRFD ASSYS

A

B

C

D

E

F

2 3 4

86

1

2 3 4

DDJ-ERGO-V

5

FD

SIDE A

CRFD

DWX3305- /J

1

1.V+3R3_AD

2.AD_CRSFD

3.GND_AD

CN2601

VR2601

1

CDJ1

DWX3302- /J

PLAY

SIFT1

SMPLER4SMPLER3SMPLER2SMPLER1

HOT CUE1 HOT CUE2 HOT CUE3

FX

FX SEL2

FX SEL1

FX SEL DRY/WET

LOOP REC PLAYLOOP REC REC

LOOP OUT

LOOP IN

AUTO LOOP

DRY/WET

FX1_DRY/WET FX1_1 FX1_2 FX1_3

CUE

J1020

J1024

J1025

J1026

J1220

J1223

J1224

J1034

JH1001

J1233

J1234

J1043

J1237

J1238

J1047

J1241

J1245

J1247

J1248

J1055

J1252

J1254

J1060

J1062

J1256

J1063

J1257

J1258

J1064

J1066

J1068

J1069

J1262

J1263

J1070

J1264

J1073

J1076

J1079

J1273

J1085

J1087

J1280

J1281

J1282

J1283

J1284

J1285

J1286

J1293

J1294

CN1002

J1107

J1300

J1303

J1110

J1304

J1111

J1305

J1306

J1307

J1114

J1115

J1119

J1311

J1313

J1127

D1201

D1205

D1206

J1322

J1131

J1326

J1133

J1327

J1134

J1328

J1329

J1135

J1138

D1212

D1213

D1214

D1215

D1216

J1334

J1335

J1336

J1337

J1149

D1223

D1224

D1225

J1150

J1344

VR1201VR1202

J1152

VR1203

J1348

J1349

VR1205

VR1206

D1230

J1350

D1234

J1351

D1235

D1236

J1352

J1353

D1237

J1354

D1238

J1160

J1355

S1211

J1356

J1357

S1213

J1163

J1358

S1214

J1164

S1215

J1165

J1359

J1166

S1217

S1218

D1240

J1169

J1360

D1245

D1247

S1220

D1248

J1170

J1365

S1222

J1366

S1223

J1367

S1224

S1225

S1226

S1227

D1250

S1228

D1252

J1370

S1230

D1258

S1231

D1259

J1181

S1232

D1260

D1261

J1189

D1263

D1264

D1268

J1190

J1192

J1195

D1270

D1271

D1272

D1273

D1274

D1278

D1280

D1281D1282

D1285

NO USE

J1005

J1006

J1007

J1009

J1209

J1019

1

11111

1

5

VR1205 VR1203 VR1202 VR1201

(DNP2658-B)

(DNP2659-B)

F

CRFD ASSY

CN2601

J K

CN1801/CN2801

/

H I

CN1701/CN2701

/

JH1001

CN1002

6 7 8

A

B

C

D

E

DDJ-ERGO-V

5

6 7 8

F

87

A

D F

SIDE B

CDJ1

SW

DA

D D

33.USB_CTRL2

31.DAC_CCLK

29.DAC_CS

27.DAC_CDTI

34.GND_D

30.GND_D

32.GND_D

28.GND_D

39.V+5_LED

37.V+5_LED

38.GND_LED

36.GND_LED

35.GND_D

3.V+3R3_UCOM

2.JOG_TCH1

1.GND_D

PLAY

SMPLER3

FX SEL2

SIFT1

HOT CUE2

LOOP REC PLAY

CUE

SMPLER2

FX SEL1

LOOP REC REC

HOT CUE1

LOOP OUT

LOOP IN

SMPLER1

FX SEL DRY/WET

AUTO LOOP

DRY/WET

FX1_DRY/WET

FX1_1FX1_2FX1_3

HOT CUE3

1

V+5_LED

GND_D

V+3R3_AD

GND_D

GND_F2

GND_D

V+3R3_AD

GND_D

GND_F2

GND_D

V+3R3_UCOM

GND_D

V+3R3_AD

V+5_LED

GND_LED

LED_0

LED_1

LED_2

LED_13

GND_D

DWX3302- /J

R1307

R1308

R1309

R1310

R1311

R1312

R1313

R1314

R1315

R1316

R1317

R1318

R1319

R1320

C1201

C1202

C1203

C1204

Q1201

C1205

C1206

C1208

C1210

C1212

C1214

Q1211

Q1212

C1217

Q1213

Q1214

Q1215

Q1216

Q1217

Q1220

Q1221

Q1222

C1033

Q1223

Q1224Q1225

Q1226

Q1227

Q1228

Q1229

R1206

Q1230

D1210

Q1231

Q1232

Q1233

Q1234

R1210

Q1235

R1211

R1212

D1217

R1213

Q1237

R1214

D1218

Q1238

R1215

Q1239

R1216

R1217

Q1240

Q1241

Q1242

Q1243

R1220

Q1244

R1221

R1222

R1223

D1228

R1227

R1228

R1229

R1230

R1231

R1233

R1234

R1235

R1236

R1237

R1239

D1241

D1242

D1243

R1240

C1269

R1242

R1243

R1244

R1245

R1247

R1248

R1249

D1251

D1253

R1251

D1255

R1252

R1253

R1254

R1255

R1256

R1258

R1259

R1260

D1265

D1266

R1263

D1267

R1264

R1265

D1275

R1272

D1276

R1273

D1277

D1286

D1288

D1289

D1290

NO USE

A B C

0123 0 12345678 9

1100

E

EE

E

E E EE

EE

E

E E EE

1

E

1

E

1

E

1

E

1

E

1

E

1

E

1

E

1

E

1

E

1

E

1

E

3.GND_AD12.AD_CRSFD

DWX3305- /J

1.V+3R3_AD

ADD SOLDER ADD SOLDER

BEND

CRFD

VA2601

VA2602

VA2603

CN2601

C2601

C2602

D2601

D2602

R2601

VR2601

LF

C7

[[ G ]]

Q1235 Q1234 Q1231 Q1230 Q1227 Q1226 Q1223 Q1222

Q1229 Q1228Q1233 Q1232 Q1225 Q1224 Q1221 Q1220

Q1242 Q1241Q1244 Q1243 Q1240 Q1239 Q1238

Q1201-Q1208, Q1211-Q1217

Q1237

(DNP2659-B)

D

CDJ1 ASSY

F

CRFD ASSY

CN2601

JH1001

CN1002

16

62

67

68

61

60 66

52

50

64

63

51

1

2 3 4

B

C

D

E

F

88

DDJ-ERGO-V

1

2 3 4

D

SIDE B

1

2

38

39

1

2

38

39

5.A_MUTE

3.VBUS_DET

4.GND_D

2.GND_D

1.V+3R3_UCOM

17.MIC_AUXIN_MUTE

16.USB_REQ

15.USB_BUSY

14.MIC_AUXIN_SEL

13.ADC_DAC_XRST

12.MIC_AUXIN_SW

11.FAULT_DET

10.USB_ERR

9.PWR_ON

8.USB_XRST

7.FAULT_DET2

6.USB_CTRL1

3.GND_AD

2.AD_CRSFD

1.V+3R3_AD

25.PWR_SW

21.EEP_SDA

26.GND_D

24.GND_D

23.GND_D

22.GND_D

20.GND_D

33.USB_CTRL2

31.DAC_CCLK

29.DAC_CS

27.DAC_CDTI

34.GND_D

30.GND_D

32.GND_D

28.GND_D

39.V+5_LED

37.V+5_LED

38.GND_LE

36.GND_LE

35.GND_

3.GND_D

1.DBG_CNVSS

2.MAIN_XRST

27.KEY_IN_7

25.KEY_IN_6

23.KEY_IN_5

21.KEY_IN_4

20.LED_14

19.GND_D

17.GND_D

15.V+3R3_UCOM

26.SW_AD_B

24.AD_PTCHFD2_1

22.AD_PTCHFD2_2

18.AD_FX2

16.AD_VOL2

14.SW_AD_A

12.JOG_TCH2

13.GRID_7

11.GRID_6

9.GRID_5

10.JOG_DIAL2_0

8.JOG_DIAL2_1

7.GRID_4

6.GRID_0

5.GRID_3

4.GRID_1

3.GRID_2

2.GND_LED

1.V+5_LED

39.V+3R3_AD

38.GND_AD

37.LED_8

36.LED_7

35.LED_9

33.LED_10

31.LED_11

29.LED_12

34.ENC_ABL2_0

30.ENC_VOL2_0

28.ENC_VOL2_1

NO USE

DECK A

FX2

HOT CUE4

PREVIEW

SMPLER4

FX SEL3

HP CUE2

VINYL

HP CUE1

FX1

DECK C

SMPLE

FX SEL2

LOAD B

TEMPO

SYNC

LOAD A

SAMPLER VOL

BROWSE

FX1_3

FILTER

HI_A

GAIN_A

MID_A

LOW_A

HP_VOL

HP_MIX

HI_B

GAIN_B

MID_B

LOW_B

HOT

19.EEP_SCL

18.GND_D

SOLDER

ADD

SOLDER

1

V+3R3_UCOM

V+5_LED

V+3R3_AD

GND_AD

V+3R3_AD

GND_LED

GND_D

GND_F2

V+5_LED

V+3R3_AD

GND_D

V+5_LED

GND_F1

GND_D

GND_AD

V+3R3_AD

GND_AD

GND_D

V+3R3_AD

GND_D

GND_LED

V+3R3_UCOM

GND_AD

GND_D

V+5_LED

GND_AD

V+3R3_AD

GND_D

V+3R3_AD

GND_D

V+3R3_AD

GND_D

GND_LED

GND_AD

V+3R3_AD

GND_AD

V+3R3_UCOM

GND_LED

V+5_LED

GND_LED

V+3R3_AD

GND_F2

GND_AD

V+3R3_AD

V+5_LED

GND_AD

V+3R3_AD

GND_AD

V+3R3_AD

GND_D

GND_AD

GND_LED

GND_AD

V+3R3_AD

V+5_LED

V+3R3_AD

GND_F2

GND_D

GND_AD

GND_LED

GND_D

GND_AD

V+3R3_AD

V+3R3_UCOM

GND_F2

GND_D

GND_F_TMPSLD2

V+3R3_AD

GND_AD

V+3R3_AD

GND_D

V+3R3_UCOM

GND_AD

V+3R3_UCOM

V+5_LED_0

V+5_LED

GND_AD

V+5_LED

GRID_0

GRID_1

GRID_2

GRID_3

GRID_4

GRID_5

GRID_6

GRID_7

KEY_IN_0

KEY_IN_1

KEY_IN_2

KEY_IN_3

LED_0

LED_1

LED_2

LED_3

LED_4

LED_5

LED_6

LED_8

LED_13

ADD

4.JOG_DIAL1_1

3.JOG_DIAL1_0

2.V+3R3_UCOM

1.GND_D

LED_7

GND_D

4.V+3R3_UCOM

LED_9 LED_10 LED_11 LED_12

TP

GND_D

32.ENC_ABL2_1

R1300

R1301

R1302

R1303

R1304

R1305

R1306

L1001

L1002

L1003

L1005

R1319

R1320

R1321

R1322

R1323

R1324

R1325

R1326

R1328

R1329

R1330

R1331

R1332

VA1201

VA1202

VA1203

VA1204

VA1205

C1001

C1002

C1003

C1004

C1005

C1006

C1007

C1008

Q1202

Q1203

C1207

Q1204

C1209

Q1205

Q1206

Q1207

Q1208

Q1209

C1213

C1021

Q1211

C1215

C1022

C1216

Q1212

C1023

C1217

Q1213

C1218

Q1214

C1024

C1219

Q1215

C1025

C1026

Q1217

C1027

Q1218

C1028

C1029

R1001

Q1219

R1003

R1004

C1220

R1005

C1221

R1006

C1222

R1007

C1223

C1030

R1008

Q1220

C1224

C1031

C1225

R1009

IC1001

Q1221

C1032

30

50

80

100

IC1002

Q1222

C1226

C1227

Q1223

C1034

C1228

R1201

C1229

R1202

R1203

R1010

R1204

D1208

R1011

D1209

R1205

R1012

R1206

R1013

R1207

R1014

R1208

C1230

R1015

C1231

R1209

IC1201

R1016

C1232

IC1202

R1017

C1233

R1018

C1234

D1210

R1019

C1235

D1211

C1236

C1237

C1238

C1239

Q1236

D1217

Q1237

R1020

D1218

Q1238

D1219

R1022

R1216

R1023

R1217

R1218

C1240

R1025

R1219

C1241

R1026

C1242

C1243

R1027

C1244

R1028

R1029

D1221

C1245

C1246

C1247

C1248

D1226

D1227

R1030

R1224

D1228

R1031

R1225

D1229

R1032

R1226

R1033

R1034

C1250

R1228

R1035

C1251

R1036

C1252

R1037

C1253

R1038

C1254

R1039

C1255

C1256

C1257

C1258

C1259

R1232

R1040

R1235

C1260

R1238

C1262

C1263

C1264

C1265

C1266

C1267

D1244

C1268

R1241

C1269

R1246

C1270

C1271

C1272

C1273

C1274

R1250

D1254

D1256

R1253

R1257

R1261

R1262

R1266

R1267

R1268

R1269

R1270

R1271

R1275

R1276

R1277

R1278

R1279

R1280

R1281

R1282

D1287

R1283

R1284

R1285

R1286

R1287

R1288

R1289

D1291

R1290

D1295

R1291

R1292

D1296

R1293

R1294

R1295

R1296

R1297

R1298

R1299

BEND

C7

[[ G ]]

EE

E

E E

E

EE

E

E E

1

5

E

15 10

15 20

25

30

3540

4550

55

60

65

70

7580

85

90

95100

1 1111111111 1 11

1

E

15

1015

15

1015

E

1

E

Q1223 Q1222

IC1202Q1219Q1218

Q1209 Q1236

IC1201

IC1002

IC1001

Q1221 Q1220

Q1238

Q1237

(DNP2658-B)

JH1002

CN1004

CN1003

CN1002

4

5 3 162

67

68

50

51

57 56 4443

49

65

48

53

55

54

47

46 45

5

6 7 8

A

B

C

D

E

F

5

6 7 8

DDJ-ERGO-V

89

1

G

SIDE A

CDJ2

DWX3303- /J

SMPLER4SMPLER3SMPLER2

HOT CUE2 HOT CUE3

FX SEL3

FX SEL2

FX SEL1

VINYL TEMPO

SYNC

SAMPLER VOL

FX2_1 FX2_2 FX2_3

HOT CUE4

MAIN_VOL

AUX/MIC VOL

1

J2001

J2002

J2003

J2200

J2201

J2010

J2011

J2015

J2017

J2018

J2019

J2020

J2022

J2024

J2026J2027

J2033

J2034

J2036

J2037

J2038

J2044

J2045

J2046

J2048

J2054

J2055

J2056

J2061

J2062

J2065

J2066

J2067

J2068

J2070

J2072

J2073

J2078

J2079

J2080

J2082

J2083

J2084

J2091

J2092

J2093

J2094

CN2002

J2100

J2102

J2103

J2105

J2108

J2109

J2110

J2111

J2113

J2114

J2115

J2116

J2118

J2124

J2126

D2201

J2129

D2205

D2206

J2130

J2131

J2133

J2134

J2136

J2138

D2211

J2139

D2212

D2213

D2214

D2215

J2140

J2141

J2142

J2144

D2220

D2221

D2222

J2150

D2229

J2151

J2152

VR2203

S2203

J2153

VR2204

S2204

J2154

S2205

VR2205

J2155

VR2206

S2206

Production Code

VR2207

J2157

S2208

VR2208

D2230

D2231

D2232

D2238

S2211

D2239

S2212

S2213

J2163

S2214

J2164

S2215

J2166

J2167

S2218

D2240

S2219

D2241

J2169

D2242

D2247D2248

J2173

J2174

J2175

S2226

D2250

J2178

D2251

D2259

J2181

J2182

J2183

J2184

J2186

J2187

J2189

D2265

D2266

D2267

NO USE

J2193 J2194

J2195

J2199

D2275

1

111

1

5

G

CDJ2 ASSY

J K

CN180

/

H I

CN1701/CN2701

/

JH20

CN2002

11.4 CDJ2 ASSY

A

2 3 4

B

C

D

E

F

90

1

2 3 4

DDJ-ERGO-V

5

G

SIDE A

PLAY

SIFT2

SMPLER2SMPLER1

HOT CUE1 HOT CUE2

FX SEL1

FX SEL DRY/WET

LOOP OUTLOOP IN

AUTO LOOP

FX2_DRY/WET

FX2_1

CUE

NO USE

FILTER

FX1 FX2

DECK B DECK D

39

38

2

1

CONTACT SIDE

J2003

J2004

J2005

J2006

J2007

J2008

J2009

J2200

J2202

J2011

J2012

J2013

J2014

J2016

J2018

J2020

J2021

J2023

J2025

J2028

J2029

J2030

J2031

J2032

JH2001

J2035

J2039

J2040

J2041

J2042

J2043

J2044

J2047

J2049

J2050

J2051

J2052

J2053

J2054

J2055

J2057

J2058

J2059

J2060

J2063

J2064

J2068

J2069

J2071

J2074

J2075

J2076

J2077

J2078

J2081

J2082

J2083

J2085

J2086

J2087

J2088

J2089

J2090

J2093

J2095

J2096

J2097

J2098

J2099

CN2001

C2001

J2101

J2104

J2106

J2107

J2112

J2115

J2117

J2119

J2120

J2121

J2122

J2123

J2125

J2127

J2128

D2202

D2203

D2204

J2130

J2131

J2132

J2134

J2135

J2136

J2137

D2210

J2140

D2219

J2141

J2142

J2143

J2145

J2146

J2147

J2148

J2149

D2223

D2224

D2228

S2201

VR2201

J2151

VR2202

S2202

VR2203

J2153

J2156

S2207

S2209

J2159

D2233

D2237

J2160

S2210

J2161

J2162

S2213

KN2201

J2165

S2216

S2217

S2218

D2240

J2168

S2219

D2246

D2247

S2220

D2248

J2170

S2221

D2249

J2171

S2222

J2172

S2223

S2224

S2225

J2175

J2176

J2177

J2178

D2251

J2179

D2252

D2257

J2180

D2258

J2184

J2185

D2260

D2261

D2262

D2266

D2268

J2191

D2269

J2192

J2196

J2197

J2198

D2270

D2271

J2199

1

15

10

15

20

25

30

35

1

11

1

5

VR2208

VR2201

VR2207 VR2205 VR2204 VR2203 VR2202

(DNP2659-B)

J K

CN1801/CN2801

/

D

CN1003

CN2001

JH2001

6 7 8

A

5

DDJ-ERGO-V

6 7 8

B

C

D

E

F

91

A

G

SIDE B

1

3.V+3R3_UCOM

2.JOG_TCH2

1.GND_D

13.KEY_IN_7

15.KEY_IN_6

17.KEY_IN_5

19.KEY_IN_4

20.LED_14

21.GND_D

23.GND_D

25.V+3R3_UCOM

16.AD_PTCHFD2_1

18.AD_PTCHFD2_2

22.AD_FX2

24.AD_VOL2

28.JOG_TCH2

27.GRID_7

29.GRID_6

31.GRID_5

30.JOG_DIAL2_0

32.JOG_DIAL2_1

33.GRID_4

34.GRID_0

35.GRID_3

36.GRID_1

39.V+5_LED

1.V+3R3_AD

2.GND_AD

3.LED_8

4.LED_7

5.LED_9

7.LED_10

9.LED_11

11.LED_12

6.ENC_ABL2_0

8.ENC_ABL2_1

10.ENC_VOL2_0

12.ENC_VOL2_1

NO USE

FX2

FX1

DECK B

PLAY

MPLER3

X SEL2

SIFT2

HOT CUE2

CUE

SMPLER2

FX SEL1

HOT CUE1

LOOP OUT

SMPLER1

FX SEL DRY/WET

AUTO LOOP

FX2_DRY/WET

FX2_1FX2_2

FILTER

HOT CUE3

DECK D

1

2

38

LOOP IN

39

37.GRID_2

38.GND_LED

GND_AD

V+5_LED

GND_LED

GND_D

V+5_LED

GND_F2

V+3R3_AD

GND_AD

V+3R3_UCOM

V+3R3_AD

GND_F2

V+3R3_AD

GND_D

GND_AD

V+3R3_AD

GND_AD

GND_D

V+5_LED

V+3R3_AD

V+5_LED

V+3R3_AD

GND_F2

GND_D

V+5_LED

GND_D

V+3R3_UCOM

GND_D

GND_AD

GND_D

V+3R3_UCOM

V+3R3_AD

GND_AD

GND_D

GND_AD

GND_F2

V+5_LED

GND_LED

KEY_IN_4

KEY_IN_5

KEY_IN_6

KEY_IN_7

26.SW_AD_A

14.SW_AD_B

R2284

R2285

R2286

R2287

R2288

R2289

R2290

R2291

R2292

R2293

R2296

R2297

R2298

R2299

C2002

C2201

C2202

C2203

C2204

C2205

C2206

C2207

Q2203

C2208

Q2204

Q2205

C2209

Q2206

Q2207

Q2208

C2210

C2211

C2213

Q2212

C2217

C2218

Q2214

Q2215

C2219

Q2216

Q2217

Q2218

R2001

Q2219

C2221

C2222

Q2220

Q2221

C2225

Q2222

C2226

Q2223

C2227

Q2224

C2228

Q2225

C2229

R2202

Q2226

Q2227

D2207

R2203

Q2228

D2208

R2204

Q2229

R2205

R2206

R2207

R2208

IC2201

R2209

Q2230

Q2231

Q2232

Q2233

Q2234

Q2235

Q2236

Q2237

R2213

Q2238

R2214

Q2239

R2215

R2216

R2217

R2218

R2219

D2225

D2226

R2222

D2227

R2223

R2224

R2225

R2228

D2234

R2231

D2235

R2232

D2236

R2233

R2234

R2237

R2238

R2239

D2243

R2242

R2243

R2245

R2248

R2249

D2253

R2250

D2254

D2255

D2256

R2252

R2253

R2254

R2255

R2256

R2257

R2258

R2259

D2263

R2260

D2264

R2261

R2262

R2263

R2264

R2265

R2266

R2269

D2272

D2273

R2270

D2274

R2271

D2276

R2272

R2276

R2277

R2278

R2279

R2280

R2281

R2282

R2283

1

E

1

E

1

E

1

E

15

1015

E

G

CDJ2 ASSY

CN2001

JH2001

16

2

5

1

2 3 4

B

C

DDJ-ERGO-V

D

E

F

92

1

2 3 4

G

SIDE B

1

DWX3303- /J

CDJ2

4.JOG_DIAL2_1

3.JOG_DIAL2_0

2.V+3R3_UCOM

1.GND_D

HOT CUE4

SMPLER4

FX SEL3

VINYL

SMPLER3

FX SEL2

TEMPO

SYNC

FX SEL

SAMPLER VOL

FX2_2

FX2_3

HOT CUE3

MAIN_VOL

AUX/MIC VOL

ADD SOLDER

GND_AD

GND_D

GND_AD

GND_D

GND_AD

GND_F2

GND_AD

GND_D

V+5_LED

GND_F_TMPSLD1

GND_LED

R2291

R2293

R2294

R2295

VA2201

VA2202

VA2203

VA2204

C2003

Q2201

Q2202

Q2203

Q2204

Q2209

C2210

C2211

C2212

C2214

Q2210

C2215

Q2211

C2216

Q2212

Q2213

Q2214

Q2218

C2220

C2223

C2224

R2201

D2209

R2206

C2230

R2208

C2231

R2209

R2210

R2211

D2216

R2212

D2217

R2214

D2218

R2215

R2216

R2220

R2221

D2226

R2222

R2223

R2226

R2227

R2229

R2230

D2235

D2236

R2235R2236

R2240

D2244

R2241

D2245

R2244

R2246

R2247

R2251

R2267

R2268

R2273

D2277

R2274

R2275

R2282

R2283

NO USE

A B C

0123 012345678 9

1100

C7

[[ G ]]

BEND

LF

1

E

1

E

Q2233

Q2227 Q2234 Q2228 Q2235 Q2229 Q2236

Q2232

Q2226

Q2225

IC2201

Q2217 Q2216

Q2214 Q2212

Q2210 Q2209

Q2224 Q2208

Q2220 Q2219

Q2207 Q2223 Q2221

Q2205

Q2215 Q2203

Q2211 Q2201

Q2206 Q2222

Q2218 Q2204

Q2213 Q2202

Q2239

Q2231 Q2238

Q2230 Q2237

(DNP2659-B)

CN2002

5

6 7 8

A

B

C

D

E

5

DDJ-ERGO-V

6 7 8

F

93

1

SIDE A SIDE A

SIDE B SIDE B

H I J K

1.

2.

3.

4.

GNDD 3R3V JOG1 JOG2

JOG1

DWS1436

- /J

CN1701

PC1701

1

5

3

TCH1

DWS1437- /J

1.GND_D

2.JOG_TCH1/2

3.V+3R3_UCOM

1

CN1801

IC1801

1

1.

2.

3.

4.

GNDD 3R3V JOG1 JOG2

JOG2

DWS1438

- /J

CN2701

PC2701

1

5

3

TCH2

1

3.V+3R3_UCOM

2.JOG_TCH1/2

1.GND_D

DWS1439- /J

CN2801

IC2801

1

4

JOG1

DWS1436- /J

CN1701

C1701

C1702

C1703

R1701

R1702

LF

C7

[[ G ]]

13

DWS1437- /J

TCH1

C1801

Q1802

R1805

R1806

R1808

R1809

R1811

R1812

C7

[[ G ]]

LF

E

1

4

JOG2

DWS1438- /J

CN2701

C2701

C2702

C2703

R2701

R2702

LF

C7

[[ G ]]

13

DWS1439- /J

TCH2

C2801

Q2802

R2805

R2806

R2808

R2809

R2811

R2812

C7

[[ G ]]

LF

E

CN1701

(DNP2658-B)

D G

CN1002/CN2002

/

CN1801

(DNP2658-B)

D G

JH1001/JH2001

/

CN2701

(DNP2658-B)

D G

CN1002/CN2002

/

H

JOG1 ASSY

H

JOG1 ASSY

J

TCH1 ASSY

J

TCH1 ASSY

CN2801

(DNP2658-B)

(DNP2658-B) (DNP2658-B)

D G

JH1001/JH2001

/

K

TCH2 ASSY

K

TCH2 ASSY

I

JOG2 ASSY

I

JOG2 ASSY

Either the JOG1 Assy or JOG2 Assy is assembled here. The JOG1 Assy and JOG2 Assy are interchangeably used and handled similarly in their production management.

Either the TCH1 Assy or TCH2 Assy is assembled here. The TCH1 Assy and TCH2 Assy are interchangeably used and handled similarly in their production management.

2 3 4

11.5 JOG1, JOG2, TCH1 and TCH2 ASSYS

A

B

C

D

E

F

94

1

DDJ-ERGO-V

2 3 4

5

-

Meaning of the figures and others in the parentheses in the parts list. Example) IC 301 is on the point (face A, 91 of x-axis, and 111 of y-axis) of the corresponding PC board. IC 301 (A, 91, 111) IC NJM2068V

5 6 2 1

1 R 0

R 5 0

5 6 1 4 7 3

NOTES: - Parts marked by “NSP” are generally unavailable because they are not in our Master Spare Parts List.

-

The > mark found on some component parts indicates the importance of the safety factor of the part.

Therefore, when replacing, be sure to use parts of identical designation.

-

When ordering resistors, first convert resistance values into code form as shown in the following examples.

Ex.1 When there are 2 effective digits (any digit apart from 0), such as 560 ohm and 47 k ohm (tolerance is shown by J = 5%, and K = 10%).

560 Ω → 56 × 101 → 561

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

RD1/4PU J

47 kΩ → 47 × 10

3

→ 473

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

RD1/4PU J

0.5 Ω → R50

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

RN2H K

1 Ω → 1R0

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

RS1P K

Ex.2 When there are 3 effective digits (such as in high precision metal film resistors).

5.62 kΩ → 562 × 101 → 5621

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

RN1/4PC F

12. PCB PARTS LIST

6 7 8

A

B

Mark No. Description Part No.

LIST OF ASSEMBLIES

NSP 1..PLMX ASSY DWM2450

2..JOG1 ASSYDWS1436

2..TCH1 ASSYDWS1437

2..JOG2 ASSYDWS1438

2..TCH2 ASSYDWS1439

2..CDJ1 ASSY DWX3302

2..HLD1 ASSY DWX3309

2..HLD2 ASSY DWX3310

NSP 1..PLJK ASSY DWM2451

2..CDJ2 ASSY DWX3303

2..JACK ASSY DWX3304

2..CRFD ASSY DWX3305

2..HPJK ASSY DWX3306

2..HLD3 ASSY DWX3311

2..HPLC ASSY DWX3324

1..IFPW ASSY DWX3301

Mark No. Description Part No.

Q 2903,2905,2907 IMX9

MISCELLANEOUS

JA 2901 MIC JACK DKN1614 JA 2902,2903 PIN JACK (2P) AKB7181 JA 2904,2905 HEADPHONE JACK DKN1622 KN 2901 EARTH TERMINAL AKF7002 KN 2902 SCREW PLATE VNE1948

VR 2901 POTENTIOMETER DCS1115 VR 2902 POTENTIOMETER DCS1111 S 2901 SLIDE SWITCH DSH1025 CN 2901 27P CONNECTOR VKN1842 VA 2901-2905 VARISTORS EZJZ1V270RM

RESISTORS

R 2903,2904 RS1/10SR1102D R 2905,2906 RS1/10SR1001D R 2907 RS1/10SR2201D R 2908,2909,2914,2915 RS1/10SR1202D R 2910 RS1/10SR1002D

R 2912 RS1/10SR1101D R 2913 RS1/10SR6802D R 2919,2920 RS1/10SR8200D R 2921,2922 RS1/10SR2401D R 2941,2943,2945,2947 RS1/10SR1200D

Mark No. Description Part No.

PLJK ASSY

MISCELLANEOUS

J 1,3 3P JUMPER WIRE D20PDY0310E J 2 JUMPER WIRE D20PDY0520E

6 HLD3 ASS'Y DWX3311

PLMX ASSY

MISCELLANEOUS

J 1 3P JUMPER WIRE D20PDY0310E J 2 JUMPER WIRE D20PDY0305E

6 HLD1 ASS'Y DWX3309 7 HLD2 ASS'Y DWX3310

JACK ASSY

A

SEMICONDUCTORS

IC 2901,2902 NJM4565MD IC 2903,2904 NJM2121MD Q 2901 LTC124EUB

5

DDJ-ERGO-V

6 7 8

R 2957-2962 RS1/4SA0R0J Other Resistors RS1/10SR###J

CAPACITORS

C 2901,2955,2972,2978 CKSRYB103K50 C 2902,2916,2918,2928 CKSRYB104K16 C 2903,2975 CCSRCH102J50 C 2905,2906,2908,2910 CCSRCH101J50 C 2907 CCSRCH561J50

C 2911 CCSRCH181J50 C 2912 ACG1147 C 2913 CCSRCH331J50 C 2915,2963,2964 CEAT101M16 C 2920,2921,2923,2924 DCH1201

C 2922,2925,2932,2933 CEAL100M16 C 2929,2957-2959,2961 CKSRYB104K16 C 2935-2940 CEAL101M16 C 2943-2948 DCE1016 C 2974 CKSRYB104K16

C

D

E

F

95

1

2 3 4

Mark No. Description Part No.

C 2976,2977 DCH1201

Mark No. Description Part No.

R 573,574,577,578 RS1/10SR4301D

A

IFPW ASSY

B

SEMICONDUCTORS

IC 102 TUSB3200ACPAH IC 104 S-24CS64A0I

>

IC 301,305 NJM2878F3-05

>

IC 302 NJM2392M

>

IC 303,304 NJM2878F3-33

IC 307 S-80942CNMC-G9C IC 501,502 AK4387ET IC 503 AK5358AET

B

C

IC 504 BH3547F IC 505-507 NJM4580MD

Q 101 RN4982 Q 301,507,510 LTA124EUB Q 302,310,312,508 LTC124EUB Q 303,309,320-322 LSA1576UB Q306 RTQ040P02

Q 311,313,502 LSC4081UB Q 323 HN1B04FU Q 501,505 IMX9 Q 503 RN1903 Q 504,509 LSA1576UB

Q 511 LTC124EUB D 301,303,306-308 RB551V-30 D304 1SS352 D 312,313 RB551V-30 D 501,502 1SS302

R 579 RS1/10SR5600D Other Resistors RS1/10SR###J

CAPACITORS

C 101,306,307,314 CKSRYB105K10 C 103,104,108,111 CCSRCH102J50 C 112,129,132,136 CCSRCH102J50 C 115,144,308,328 DCH1201 C 119-122,126,139 CKSRYB104K16

C 124,125 CCSRCH470J50 C 127,506,507 CKSRYB103K50 C 128,535-542 CCSRCH101J50 C 130,131 CCSRCH180J50 C 137,505,554 CCSRCH102J50

C 301,304,305,312 CKSRYB104K16 C 303,509,511-513 CEVW470M6R3 C 309 CCSRCH121J50 C 310 CCSRCH221J50 C 311 CEVW471M10

C 313,315,316,320 CKSRYB104K16 C 318,321,327 CKSRYB105K10 C 322-326,330,508 CKSRYB104K16 C 344 CKSRYB222K50 C 515,546,547,551 CKSRYB104K16

C 516,517,529 DCH1201 C 518,519,545 CEVW101M16 C 520-522,525,553 CKSRYB103K50 C 527,528 CCSRCH681J50 C 530,531 CCSRCH471J50

D506 1SS301

MISCELLANEOUS

L 104 COIL ATH7064 L 105-107 INDUCTOR CTF1629

D

E

F

L 111 INDUCTOR CTF1793 L 303 POWER INDUCTOR ATH7053 L 501,502 CHIP COIL ATH1170

JA 102 USB CONNECTOR DKN1237 KN 101 SCREW PLATE VNE1948 S 101 SLIDE SWITCH DSH1025 X101 CRYSTAL RESONATOR (6 MHz) VSS1210 CN 101 27P CONNECTOR VKN1842

CN 102 39P CONNECTOR VKN2097 CN 104 3PJUMPER CONNECTOR 52151-0310

RESISTORS

R109 RS1/10SR2701F R114 RS1/10SR3900F R 303,345 RS1/4SA1R5J R306 RS1/4SA271J R311 RS1/10SR1802F

R 312,544,545 RS1/10SR3901D R322 RS1/4SA1R0J R337 RS1/8SQ0R0J R 341,342,346,347 RS1/4SA270J R 535,536,552-559 RS1/10SR4701D

R 540-543 RS1/10SR3301D R 560,562,564,566 RS1/10SR1002D R 561,563,565,567 RS1/10SR9101D R 568-572,575,576 RS1/10SR5600D

96

C 532,550 CEVW470M6R3 C 533,555,557 CCH1565 C 552 CKSRYB104K16 C 560,561 CEVW100M16 C 562,563 CKSRYB103K50

HPLC ASSY

C

RESISTORS

All Resistors RS1/4SA###J

MISCELLANEOUS

JH 3001 3P CABLE HOLDER 51048-0300

CAPACITORS

C 3001-3003 CEAT682M6R3

CDJ1 ASSY

D

SEMICONDUCTORS

IC 1001 S-80927CNMC-G8X IC 1002 PEQ033A8 IC 1201,1202 TC74HC4052AF Q 1201,1236 LTC114YUB Q 1202-1209 LTC124EUB

Q 1211-1217 LSA1576UB Q 1218,1219,1237,1239 RN1903 Q 1220,1222,1224,1226 RN4982 Q 1221,1223,1225,1227 LSC4081UB Q 1228,1230,1232,1234 RN4982

Q 1229,1231,1233,1235 LSC4081UB

DDJ-ERGO-V

1

2 3 4

5

6 7 8

Mark No. Description Part No.

Q 1238,1240,1242,1244 LTA114EUB Q 1241,1243 RN1903 D 1201-1207,1212-1216 SLI-343U8R(HJK) D 1208-1211,1217-1219 1SS352

D 1220,1222-1225 SLI-343U8R(HJK) D 1221,1226-1229 1SS352 D 1230-1232,1234-1240 SLI-343U8R(HJK) D 1233 SLI-343Y8Y(KLM) D 1241-1244,1251 1SS352

D 1245-1249,1252 SLI-343U8R(HJK) D 1250,1260,1272,1283 SLR343BC4T(JK) D 1253-1256,1265-1267 1SS352 D 1257-1259,1261-1264 SLI-343U8R(HJK) D 1268-1271,1273,1274 SLI-343U8R(HJK)

D 1275-1277,1286-1291 1SS352 D 1278-1282,1284,1285 SLI-343U8R(HJK) D 1295,1296 1SS352

MISCELLANEOUS

L 1001-1003 INDUCTOR CTF1629 L 1004 INDUCTOR DTH1211 KN 1001,1201 EARTH TERMINAL AKF7002 VR 1201-1203,1205-1207 ROTARY VR DCS1078 VR 1204 VARIABLE RESISTOR DCV1011

VR 1208,1213 VARIABLE RESISTOR DCV1024 VR 1209,1211,1212,1216 ROTARY VR DCS1078 VR 1210,1214,1217 ROTARY VR DCS1117 VR 1215 ROTARY VR DCS1116 VR 1218,1219 ROTARY VR DCS1078

Mark No. Description Part No.

C 1273 CCSRCH221J50

HPJK ASSY

E

MISCELLANEOUS

JA 1901 HEADPHONE JACK DKN1622 JA 1902 STEREO MINI JACK XKN3017 KN 1901 SCREW PLATE VNE1948 JH 1901 5P CABLE HOLDER 51048-0500

RESISTORS

R 1901 RS1/4SA0R0J Other Resistors RS1/10SR###J

CAPACITORS

C 1901,1902 CEAT471M6R3 C 1905-1908 CKSRYB473K50

CRFD ASSY

F

MISCELLANEOUS

VR 2601 VARIABLE RESISTOR DCV1023 CN 2601 3PJUMPER CONNECTOR 52151-0310

RESISTORS

All Resistors RS1/10SR###J

CAPACITORS

C 2601 CKSRYB104K16

A

B

C

S 1201,1204,1208,1212 TACT SWITCH DSG1089 S 1202,1203,1205-1207 TACT SWITCH DSG1079 S 1209-1211,1214,1215 TACT SWITCH DSG1079 S 1213,1222 TACT SWITCH DSG1117 S 1216,1217,1219-1221 TACT SWITCH DSG1089

S 1218,1223,1224 TACT SWITCH DSG1079 S 1225,1229 TACT SWITCH DSG1089 S 1226-1228,1230,1231 TACT SWITCH DSG1079 S 1232,1233 ENCODER DSX1082 S 1234 ROTARY SW CSD1153

X 1001 CERAMIC RESONATOR (4 MHz) DSS1131 CN 1002 L-PLUG (4P) KM200NA4L CN 1003,1004 39P CONNECTOR VKN2097 JH 1001,1002 3P CABLE HOLDER 51048-0300 VA 1201,1202,1204,1205 VARISTORS EZJZ1V270RM

RESISTORS

R 1266,1267 RS1/10SR2201D R 1330 RS1/4SA0R0J Other Resistors RS1/10SR###J

CAPACITORS

C 1001,1005-1007,1213 CKSRYB104K16 C 1002 CKSRYB222K50 C 1008,1022,1023 DCH1201 C 1021,1024-1028,1207 CKSRYB103K50 C 1209,1223,1232,1234 CKSRYB103K50

C 1222,1239 CKSRYB104K16 C 1240,1250-1253,1266 CKSRYB103K50 C 1249 CEAT101M16 C 1260 CCSRCH470J50 C 1262-1265,1274 CKSRYB102K50

C 1267,1270,1271 CKSRYB103K50

5

CDJ2 ASSY

G

SEMICONDUCTORS

IC 2201 TC74HC4052AF Q 2201-2208 RN4982 Q 2209,2212,2216,2219 RN1903 Q 2210,2214,2217,2220 LTA114EUB Q 2211,2213,2215,2218 LSC4081UB

Q 2221-2224 LSC4081UB Q 2225,2226 RN1903 Q 2227-2232 LTC124EUB Q 2233 LTC114YUB Q 2234-2239 LSA1576UB

D 2201,2202,2204-2206 SLI-343U8R(HJK) D 2203 SLI-343Y8Y(KLM) D 2207-2209,2216-2218 1SS352 D 2210-2215,2219-2224 SLI-343U8R(HJK) D 2225-2227,2234-2236 1SS352

D 2228-2233,2237-2242 SLI-343U8R(HJK) D 2243-2245,2253-2256 1SS352 D 2246,2257,2265,2275 SLR343BC4T(JK) D 2247-2252,2258-2262 SLI-343U8R(HJK) D 2263,2264,2272-2274 1SS352

D 2266-2271 SLI-343U8R(HJK) D 2276,2277 1SS352

MISCELLANEOUS

KN 2201 EARTH TERMINAL AKF7002 VR 2201-2205 ROTARY VR DCS1078 VR 2206 VARIABLE RESISTOR DCV1011 VR 2207,2208 ROTARY VR DCS1117 S 2201,2206,2209 TACT SWITCH DSG1089

DDJ-ERGO-V

6 7 8

D

E

F

97

1

Mark No. Description Part No.

S 2202-2205,2207,2208 TACT SWITCH DSG1079 S 2210,2217 TACT SWITCH DSG1117

A

S 2211-2213,2218-2224 TACT SWITCH DSG1079 S 2214-2216 TACT SWITCH DSG1089 S 2225,2226 ENCODER DSX1082

2 3 4

Mark No. Description Part No.

TCH2 ASSY

K

SEMICONDUCTORS

IC 2801 GP1S094HCZ0F Q 2802 LSA1576UB

CN 2001 39P CONNECTOR VKN2097 CN 2002 L-PLUG (4P) KM200NA4L JH 2001 3P CABLE HOLDER 51048-0300

RESISTORS

R 2273,2274 RS1/10SR2201D Other Resistors RS1/10SR###J

CAPACITORS

B

C

C 2001 CEAT101M16 C 2204,2205,2214,2215 CKSRYB103K50 C 2213,2220 CKSRYB104K16 C 2217,2218 CKSRYB103K50

JOG1 ASSY

H

MISCELLANEOUS

CN 1701 CONNECTOR ASS'Y PF04PG-B05

RESISTORS

All Resistors RS1/10SR###J

MISCELLANEOUS

PC 1701 PHOTO INTERRUPTER SEDS-7573

CAPACITORS

C 1701 CKSRYB105K10

MISCELLANEOUS

CN 2801 3PJUMPER CONNECTOR 52151-0310

RESISTORS

All Resistors RS1/10SR###J

CAPACITORS

C 2801 CKSRYB104K16

JOG2 ASSY

I

MISCELLANEOUS

CN 2701 CONNECTOR ASS'Y PF04PG-B05

D

RESISTORS

All Resistors RS1/10SR###J

MISCELLANEOUS

PC 2701 PHOTO INTERRUPTER SEDS-7573

CAPACITORS

C 2701 CKSRYB105K10

TCH1 ASSY

J

SEMICONDUCTORS

E

F

IC 1801 GP1S094HCZ0F Q 1802 LSA1576UB

MISCELLANEOUS

CN 1801 3PJUMPER CONNECTOR 52151-0310

RESISTORS

All Resistors RS1/10SR###J

CAPACITORS

C 1801 CKSRYB104K16

98

DDJ-ERGO-V

1

2 3 4

Pioneer DDJ-ERGO-V Service manual

Specifications and Main Features

Frequently Asked Questions

User Manual

SAFETY INFORMATION

CONTENTS

1. SERVICE PRECAUTIONS

1.1 NOTES ON SOLDERING

1.2 SERVICE NOTICE

2. SPECIFICATIONS

3. BASIC ITEMS FOR SERVICE

3.1 CHECK POINTS AFTER SERVICING

3.2 JIGS LIST

3.3 PCB LOCATIONS

4. BLOCK DIAGRAM

4.1 OVERALL WIRING DIAGRAM

4.2 OVERALL BLOCK DIAGRAM

4.3 POWER BLOCK DIAGRAM

5. DIAGNOSIS

5.1 POWER ON SEQUENCE

5.2 TROUBLESHOOTING

5.3 VOLTAGE MONITORING

5.4 ABOUT POWER-SAVING MODE

5.5 OPERATION CHECK METHODS, USING VIRTUAL DJ

6. SERVICE MODE

6.1 HOW TO ENTER EACH MODE

6.2 FIRMWARE VERSION CONFIRMATION METHODS

6.3 SERVICE MODE

6.4 FACTORY RESET MODE

6.5 POWER-SAVING MODE

6.6 ERROR DISPLAY

6.7 ABOUT THE DEVICE

7. DISASSEMBLY

8. EACH SETTING AND ADJUSTMENT

8.1 NECESSARY ITEMS TO BE NOTED

8.2 HOW TO PROGRAM COPY FOR USB CONTROLLER

8.3 HOW TO FIRMWARE UPDATE

8.4 JOG DIAL ROTATION LOAD ADJUSTMENT

9. EXPLODED VIEWS AND PARTS LIST

9.1 PACKING SECTION

9.2 EXTERIOR SECION

9.3 CONTROL PANEL SECTION

9.4 JOG SECTION

10. SCHEMATIC DIAGRAM

10.1 JACK ASSY

10.2 IFPW ASSY (1/3) and HPLC ASSY

10.3 IFPW ASSY (2/3)

10.4 IFPW ASSY (3/3)

10.5 CDJ1 ASSY (1/2)

10.6 CDJ1 ASSY (2/2)

10.7 HPJK and CRFD ASSYS

10.8 CDJ2 ASSY (1/2)

10.9 CDJ2 ASSY (2/2)

10.10 JOG1 and JOG2 ASSYS

10.11 TCH1 and TCH2 ASSYS

10.12 VOLTAGES

10.13 WAVEFORMS

11. PCB CONNECTION DIAGRAM

11.1 JACK ASSY

11.2 IFPW, HPLC and HPJK ASSYS

11.3 CDJ1 and CRFD ASSYS

11.4 CDJ2 ASSY

11.5 JOG1, JOG2, TCH1 and TCH2 ASSYS

12. PCB PARTS LIST