Pioneer DDJ-T1 Schematic

2011

DDJ-T1

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

DJ CONTROLLER

DDJ-T1

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

Model Type Power Requirement Remarks

DDJ-T1 SVYXJ8 AC 100 V to 240 V

DDJ-T1 UXJCB AC 100 V to 240 V

DDJ-T1 FLPXJ AC 100 V to 240 V

DDJ-T1 KXJ5 AC 100 V to 240 V

DDJ-T1 AXJ5 AC 100 V to 240 V

ORDER NO.

RRV4164

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 FEB.

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-it- yourselfer. 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.

1. SAFETY PRECAUTIONS

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

LEAKAGE CURRENT CHECK

Measure leakage current to a known earth ground (water pipe, conduit, etc.) by connecting a leakage current tester such as Simpson Model 229-2 or equivalent between the earth ground and all exposed metal parts of the appliance (input/output terminals, screwheads, metal overlays, control shaft, etc.). Plug the AC line cord of the appliance directly into a 120 V AC 60 Hz outlet and turn the AC power switch on. Any current measured must not exceed 0.5 mA.

ANY MEASUREMENTS NOT WITHIN THE LIMITS OUTLINED ABOVE ARE INDICATIVE OF A POTENTIAL SHOCK HAZARD AND MUST BE CORRECTED BEFORE RETURNING THE APPLIANCE TO THE CUSTOMER.

2. PRODUCT SAFETY NOTICE

Many electrical and mechanical parts in the appliance

have special safety related characteristics. These are often not evident from visual inspection nor the protection afforded by them necessarily can be obtained by using replacement components rated for voltage, wattage, etc. Replacement parts which have these special safety characteristics are identified in this Service Manual. Electrical components having such features are identified by marking with a > on the schematics and on the parts list in this Service Manual. The use of a substitute replacement component which does not have the same safety characteristics as the PIONEER recommended replacement one, shown in the parts list in this Service Manual, may create shock, fire, or other hazards. Product Safety is continuously under review and new instructions are issued from time to time. For the latest information, always consult the current PIONEER Service Manual. A subscription to, or additional copies of, PIONEER Service Manual may be obtained at a nominal charge from PIONEER.

Leakage current tester

Reading should not be above

0.5 mA

Device under test

Test all exposed metal surfaces

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

Earth ground

AC Leakage Test

(FOR USA MODEL ONLY)

2 3 4

SAFETY INFORMATION

A

B

C

D

E

F

2

1

2 3 4

DDJ-T1

5

[Important Check Points for Good Servicing]

In this manual, procedures that must be performed during repairs are marked with the below symbol. Please be sure to confirm and follow these procedures.

1. Product safety

Please conform to product regulations (such as safety and radiation regulations), and maintain a safe servicing environment by following the safety instructions described in this manual.

1 Use specified parts for repair.

Use genuine parts. Be sure to use important parts for safety.

2 Do not perform modifications without proper instructions.

Please follow the specified safety methods when modification(addition/change of parts) is required due to interferences such as radio/TV interference and foreign noise.

3 Make sure the soldering of repaired locations is properly performed.

When you solder while repairing, please be sure that there are no cold solder and other debris. Soldering should be finished with the proper quantity. (Refer to the example)

4 Make sure the screws are tightly fastened.

Please be sure that all screws are fastened, and that there are no loose screws.

5 Make sure each connectors are correctly inserted.

Please be sure that all connectors are inserted, and that there are no imperfect insertion.

6 Make sure the wiring cables are set to their original state.

Please replace the wiring and cables to the original state after repairs. In addition, be sure that there are no pinched wires, etc.

7 Make sure screws and soldering scraps do not remain inside the product.

Please check that neither solder debris nor screws remain inside the product.

8 There should be no semi-broken wires, scratches, melting, etc. on the coating of the power cord.

Damaged power cords may lead to fire accidents, so please be sure that there are no damages. If you find a damaged power cord, please exchange it with a suitable one.

9 There should be no spark traces or similar marks on the power plug.

When spark traces or similar marks are found on the power supply plug, please check the connection and advise on secure connections and suitable usage. Please exchange the power cord if necessary.

a Safe environment should be secured during servicing.

When you perform repairs, please pay attention to static electricity, furniture, household articles, etc. in order to prevent injuries. Please pay attention to your surroundings and repair safely.

2. Adjustments

To keep the original performance of the products, optimum adjustments and confirmation of characteristics within specification. Adjustments should be performed in accordance with the procedures/instructions described in this manual.

4. Cleaning

For parts that require cleaning, such as optical pickups, tape deck heads, lenses and mirrors used in projection monitors, proper cleaning should be performed to restore their performances.

3. Lubricants, Glues, and Replacement parts

Use grease and adhesives that are equal to the specified substance. Make sure the proper amount is applied.

5. Shipping mode and Shipping screws

To protect products from damages or failures during transit, the shipping mode should be set or the shipping screws should be installed before shipment. Please be sure to follow this method especially if it is specified in this manual.

6 7 8

A

B

C

D

5

DDJ-T1

6 7 8

E

F

3

1

2 3 4

• 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.

• For checking of audio and operating elements, the DJ application (TRAKTOR) included with this product is used. TRAKTOR must be installed in your PC. For details on installation, see "5.4 HOW TO CHECK OPERATIONS USING THE TRAKTOR SOFTWARE." For connection of this product with a PC, be sure to use the supplied USB cable (registered jig tool), whose operation with this product is guaranteed.

Voltage Monitoring

This unit always monitors for power failure and will shut itself off immediately after an error is detected. All LEDs are unlit after an error is generated. After the unit shuts itself off because of an error, disconnect the AC adapter and 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.”

Limitations when the unit is operating on USB-bus power

There are some limitations in operations of this unit while it is operated on USB-bus power, as shown below.

• The JOG dial indicator does not light.

• Lighting of the indicators (excluding that for the JOG dial) becomes dim.

• The AUX IN and MIC connectors are disabled.

• The sound volume through the headphones is reduced.

On the EEPROM on the UCOM ASSY

No program has been stored in the EEPROM (IC2003) on the UCOM 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 “8.4 Copying the Program for the USB Controller.”

Replacement of the MAIN_UCOM

When replacement of the MAIN_UCOM (IC701) is required, order a microcomputer dedicated for service (PEG850A8-K).

6 7 8

1. SERVICE PRECAUTIONS

1.1 NOTES ON SOLDERING

A

B

1.2 SERVICE NOTICE

DDJ-T1

5

6 7 8

C

D

E

F

5

1

AC adapter

Power..................................AC 100 V to 240 V, 50 Hz/ 60 Hz

Rated current.............................................................300 mA

Rated output........................................................DC 5 V, 2 A

General – Main Unit

Power consumption (when using AC adapter)...........700 mA

Power consumption (when using USB bus power)....500 mA

Main unit weight.............................................4.9 kg (10.8 lb)

Max. dimensions.....680 mm (W) × 95.2 mm (H) × 317.7 mm (D)

(26.8 in. (W) × 3.7 in. (H) × 12.5 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.........103 dB or greater (at rated output)

MASTER OUT 2.........103 dB or greater (at rated output)

Input impedance

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

MIC..........................................................................10 kΩ

Output impedance

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

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

PHONES...................................................................41 Ω

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 sets

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 jack.......................................................1 sets

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.

• TRAKTOR Pioneer DDJ-T1 EDITION software CD-ROM (DXX2665)

• Driver software CD-ROM (DXX2666)

• USB cable (DDE1140)

• Operating instructions (SVYXJ8: DRB1537, DRB1563) (UXJCB: DRB1536) (FLPXJ: DRB1539) (KXJ5: DRB1541) (AXJ5: DRB1540)

Accessories

• AC adapter (DWR1491)

• Power plug (SVYXJ8: DKX1048, DKX1049) (UXJCB: DKX1047) (FLPXJ: DKX1048, DKX1049, DKX1047, DKX1050, DKX1051) (KXJ5: DKX1051) (AXJ5: DKX1052)

2. SPECIFICATIONS

2.1 SPECIFICATIONS

A

2 3 4

B

C

D

E

F

6

1

2 3 4

DDJ-T1

Rear panel

Front panel

5

2.2 PANEL FACILITIES

6 7 8

A

B

C

D

E

F

DDJ-T1

5

6 7 8

7

1

Control panel

A

B

2 3 4

C

D

E

F

8

1

2 3 4

DDJ-T1

1 Browser

5

6 7 8

A

B

C

D

E

F

DDJ-T1

5

6 7 8

9

A

2 Deck

B

1

2 3 4

C

D

E

F

10

1

2 3 4

DDJ-T1

5

3 Mixer

6 7 8

A

B

C

D

E

F

DDJ-T1

5

6 7 8

11

1

4 Effect

A

B

2 3 4

C

D

E

F

12

1

2 3 4

DDJ-T1

5

No.

Procedures Check points

1

2

3

4

5

7

6

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 VOL, input that specific source then perform that specific operation for checking.

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

Confirmation of operation of operating elements 1 Enter Service mode.

There must be no errors in operations of each button, LED, the JOG dial, and NeedleSearch.

Confirmation of operation of operating elements 2 Connect this unit with a PC with the DJ application (TRAKTOR) installed, via USB.

There must be no errors in operations of volume controls, faders, and rotary encoders.

Check the analog audio output. Connect this unit with a PC with the DJ application (TRAKTOR) installed, via USB, then play back audio

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

Check the analog audio input. Input an audio signal via AUX/MIC. (Make the input settings, referring to “Inputting Audio from Microphones or External Equipment” in the Operating Instructions.)

Audio and operations must be normal.

Check the appearance of the product.

No scratches or dirt on its appearance after receiving it for service.

Confirmation of USB-bus Power Disconnect the AC adapter and operate the unit only on USB-bus power.

Audio and operations must be normal. (For details on limitations of USB-bus power, refer to the Operating Instructions.)

Item to be checked regarding audio

Distortion

Noise

Volume too low

Volume too high

Volume fluctuating

Sound interrupted

Items to be checked after servicing

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

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 “9.5 JOG SECTION”.

Jigs List

Jig Name Part No. Purpose of use / Remarks

USB cable GGP1188 for PC connection, accessory

AC adapter DWR1491 Accessory (Note: The power plug part is different.)

6 7 8

3. BASIC ITEMS FOR SERVICE

3.1 CHECK POINTS AFTER SERVICING

A

B

3.2 JIGS LIST

C

D

E

5

6 7 8

DDJ-T1

F

13

1

NSP 1..MAIN ASSY DWM2421

2..UCOM ASSY DWX3209

2..CDCB 1 ASSY DWX3210

2..CDCB 2 ASSY DWX3224

NSP 1..CDJ1 ASSY DWM2422

2..CDJ1B ASSY DWS1430

2..JOGB ASSY DWS1432

2..TCHB ASSY DWS1433

2..LEDB ASSY DWS1434

NSP 1..CDJ2 ASSY DWM2423

2..CDJ2B ASSY DWS1431

2..JOGB ASSY DWS1432

2..TCHB ASSY DWS1433

2..LEDB ASSY DWS1434

NSP 1..DJM1 ASSY DWM2424

2..CHFD ASSY DWX3212

2..CRFD ASSY DWX3213

2..MICB ASSY DWX3215

2..HPJK ASSY DWX3216

NSP 1..DJM2 ASSY DWM2426

2..DJMB ASSY DWX3211

2..JACB ASSY DWX3214

2..USBB ASSY DWX3222

A

JACB ASSY

D

CDCB 1 ASSY/CDCB 2 ASSY (DWX3210/DWX3224)

Either the CDCB 1 Assy or CDCB 2 Assy is assembled here. The CDCB 1 Assy and CDCB 2 Assy are interchangeably used and handled similarly in their production management.

C

CDCB 1 ASSY/CDCB 2 ASSY (DWX3210/DWX3224)

K

MICB ASSY

E

TCHB ASSY

F

JOGB ASSY

F

JOGB ASSY

E

TCHB ASSY

M

CRFD ASSY

• Bottom view

L

CHFD ASSY

N

HPJK ASSY

G

LEDB ASSY

G

LEDB ASSY

O

USBB ASSY

H

CDJ1B ASSY

I

CDJ2B ASSY

J

DJMB ASSY

B

UCOM ASSY

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.

3.3 PCB LOCATIONS

A

2 3 4

B

C

D

E

F

14

1

2 3 4

DDJ-T1

5

6 7 8

A

B

C

D

E

F

DDJ-T1

5

6 7 8

15

1

CN2001/CN2101

C D

CDCB 1 ASSY/CDCB 2 ASSY (DWX3210/DWX3224)

/

MAIN ucom M16C/65 128Pin R5F3651ENFC IC701

DYW1801-/J PEG850A8-K

A

JACB ASSY (DWX3214)

AUX IN

MASTER2 OUT

MASTER1_R OUT

MASTER1_L OUT

HP OUT

HP OUT (mini)

CDC_CS1

GND_D

CDC_SCLK

CDC_DSI

CDC_DSO

V+3R3_D

CDC_INT1

MUTE

V+6

V-6

GND_P

MASTER_L

GND_AM

V-6

V+6

GND_P

AUX_R_IN

GND_AA

AUX_L_IN

GND_AA

GND_D

LED_3

LED_5

GND_D

LED_4

LED_0

LED_2

GRID3

LED_1

GRID1

GRID2

GRID0

GND_D

JOG1_2

V+5_D

JOG_TCH_1

GND_D

JOG1_1

V+5_D

V+3R3_D

JOG1/2_1

JOG1/2_2

V+3R3_D

GND_D

V+3R3_D

JOG_TCH_1/2

GND_D

GRID2

GRID5

GND_D

GRID7

GRID6

GRID3

GND_D

LED_14

GRID1

LED_12

GRID0

LED_13

GRID4

KEY_IN12

CUR_ENC1

GND_D

KEY_IN11

KEY_IN9

KEY_IN10

CUR_ENC2

AD_SW_A

V+5_D

AD_4

AD_3

GND_AD

AD_1

AD_0

AD_2

GND_AD

V+3R3_AD

GND_D

V+6

HP_L

GND_P

V-6

GND_P

HP_R

GND_AH

MUTE

AD_SW_B

JOG_TCH_1

GRID4

GRID5

GRID6

GRID7

GND_D

KEY_IN1

KEY_IN2

KEY_IN3

KEY_IN4

GND_D

LED_0

LED_1

GND_D

LED_2

LED_3

LED_4

LED_5

L_ENC1_1

L_ENC1_2

GND_D

GND_AD

GND_AM

MASTER_R

AD_DRYWET1

AD_EFF1_2

GND_AD

AD_EFF1_3

AD_EFF1_1

AD_FILTER1

AD_PITCH1_1

GND_AD

V+3R3_AD

AD_PITCH1_2

GND_AD

V+5_D

GRID0

GRID1

GRID2

GRID3

GND_D

JOG1_2

JOG1_1

V+3R3_D

GND_AM

CN902

AKM1294-

1234567

8

CN4402

KM200NA7L

1

V-6A

2

V+6A

3

GND_PA

4

AUX_IN_R

5

6

AUX_IN_L

7

CN302

AKM1293-

1234567

CN3002

VKN 1256-

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

CN3001

VKN 1250-

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

CN6001

VKN 1279-

1

2

3

4

5

6

7

8

9

10

11

12

13

LED_1/7

14

LED_0/6

15

LED_2/8

16

17

LED_4/10

18

LED_3/9

19

LED_5/11

CN6002

KM200NA4L

1

2

3

4

PF04PG-B05

CN3201

123

4

51048-0300

JH6001

123

CN3301

52151-0310

1

2

3

CN1002 VKN 1300-

1234567

8

CN4001

VKN 1239-

1234567

8

JA4403

AKB7181-

54321

CN4801

KM200NA9

123456789

JA4802

CKS4124-

2

3

1

JA4801

DKN1622-

2 3

1

JA4404

DKN1622-

231

JA4402

DKN1622-

231

JA4401

AKB7181-

54321

VKN 1429-A

CN1001

123456789

101112131415161718192021222324

25

CN4002

VKN 1256-

123456789

101112

131415161718192021

222324

25

CN1004

AKM1299-

123456789

10

CN906

VKN 1424-

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

AKM1279-

1

CDC_INT

2

CDC_CS

3

GND_CDC

4

5

GD_CDC

6

7

8

V+3R3_CDC

CN3003

VKN 1251-

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

CN301

AKM1295-

1

2

3456789

CN4401

KM200NA9L

123456789

CN501

AKM1295-

1

2

34567

8

9

VKN 1429-A

CN905

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

B2PS-VH

CN4403

1

2

DKP38942mm pitch L=100mm

DKP39202mm pitch L=210mm

DKP38972mm pitch L=360mm

DKP39232mm pitch L=610mm

FFC DDD15431mm pitch / L=90mm/ TAPE LENGTH=7mm

FFC DDD15611mm pitch / L=270mm/ TAPE LENGTH=8mm

FFC DDD15451mm pitch / L=130mm/ TAPE LENGTH=8mm

FFC DDD15471mm pitch / L=100mm/TAPE LENGTH=8mm,1

HP OUT

USB

AUX IN

MASTER OUT

CDC

SW

EEPROM

IC201

+

-

OP AMP

+

-

OP AMP

CERAMIC

X701

RESET IC IC106

OP AMP

+

-

+

OP AMP

-

+

OP AMP

-

+

OP AMP

-

LED/KEY MATRIX

VOL INPUT LED/KEY MATRIX

VOL INPUT LED/KEY MATR

FFC DDD15431mm pitch / L=90mm/ TAPE LENGTH=7mm

JP501

DKP3926-

3.96mm pitch L=220mm

G

LEDB ASSY (DWS1434)

E

TCHB ASSY (DWS1433)

F

N

JOGB ASSY (DWS1432)

HPJK ASSY (DWX3216)

J

DJMB ASSY (DWX3211)

H

CDJ1B ASSY (DWS1430)

UCOM ASSY (DWX3209)

B

B B

1/6- 6/6

Either the CDCB 1 Assy or CDCB 2 Assy is assembled here. The CDCB 1 Assy and CDCB 2 Assy are interchangeably used and handled similarly in their production management.

2 3 4

4. BLOCK DIAGRAM

4.1 OVERALL WIRING DIAGRAM

A

B

C

D

E

F

16

1

DDJ-T1

2 3 4

5

CN2001/CN 2101

C D

CDCB 1 ASSY/CDCB 2 ASSY (DWX3210/DWX3224)

/

MIC IN

USB B TYPE

DC JACK

CDC_DSO

CDC_DSI

GND_D

CDC_SCLK

GND_D

CDC_CS2

CDC_INT2

V+5_D

GND_D

V+4R7_STB

ADP_DET

P_SW1_ADP

P_SW2_USB

GND_D2

USB_DP

USB_DN

GND_D

JOG_TCH_2

GRID6

GRID7

GND_D

KEY_IN5

GRID5

GND_D

GRID4

KEY_IN8

LED_7

GND_D

KEY_IN6

KEY_IN7

LED_9

LED_6

LED_8

GND_D

LED_11

LED_10

LED_11

LED_9

GND_D

LED_10

LED_8

LED_6

LED_7

GRID2

GND_D

GRID3

GRID0

GRID1

V+5_D

GND_D

JOG2_2

JOG2_1

V+3R3_D

JOG_TCH_2

JOG1/2_1

JOG1/2_2

GND_D

JOG_TCH_1/2

GND_D

V+3R3_D

AD_4

AD_3

GND_AD

AD_1

AD_0

AD_2

GND_AD

V+3R3_AD

KEY_IN13

GND_D

GRID3

GRID2

GRID1

GRID0

GND_D

GND_AD

AD_CROSSF

AD_FADER_C

AD_FADER_D

GND_AD

AD_FADER_B

AD_FADER_A

V+3R3_AD

GND_AD

AD_CROSSF

V+3R3_AD

V+3R3_D

V+6

MIC_IN

GND_P

GND_A

MIC_AUX_DET

V-6

V+5_USB

V+3R3_D

JOG2_1

JOG2_2

GND_D

L_ENC2_2

L_ENC2_1

GND_D

GRID3

GRID2

GRID1

GRID0

V+5_D

GND_AD

V+3R3_AD

AD_PITCH2_2

AD_PITCH2_1

GND_AD

AD_FILTER2

AD_DRYWET2

GND_AD

AD_EFF2_3

AD_EFF2_2

AD_EFF2_1

GND_AD

CN3501

VKN 1250-

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

CN6001

VKN 1279-

1

2

3

4

5

6

7

8

9

10

11

12

13

LED_1/7

14

LED_0/6

15

LED_2/8

16

17

LED_4/10

18

LED_3/9

19

LED_5/11

CN6002

KM200NA4L

1

2

3

4

PF04PG-B05

CN3201

123

4

51048-0300

JH6001

123

CN3301

52151-0310

1

2

3

CN1002 VKN 1300-

1234567

8

CN4001

VKN 1239-

1234567

8

CN1003 VKN 1307-

123456789

1011121314

15

CN4201

VKN 1246-

123456789

101112

131415

CN4202

KM200NA3L

123

CN4301

KM200NA3L

1

2

3

CN3502

VKN 1256-

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

JA2502

DKN1237-

1

2

3

4

RT1

RT2

JA2501

DKN1523-

2

3

1

KM200NA6

CN4601

1

2

345

6

CN303

AKM1292-

1

2

345

6

JA4601

DKN1614-

2 3 1

CN1004

AKM1299-

123456789

101112

13

KM200NA13L

CN2501

1

2

3

4

5

6

7

8

9

10

11

12

13

CN904

VKN 1242-

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

AKM1279-

1

CDC_INT

2

CDC_CS

3

GND_CDC

4

5

GND_CDC

6

7

8

V+3R3_CDC

CN3503

VKN 1251-

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

CN901

AKM1294-

1234567

8

VKN 1429-A

CN903

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

DKP39002mm pitch L=190mm

DKP39212mm pitch L=260mm

DKP39222mm pitch L=210mm

FFC DDD15431mm pitch / L=90mm/ TAPE LENGTH=7mm

FFC DDD15611mm pitch / L=270mm/ TAPE LENGTH=8mm

FFC DDD15451mm pitch / L=130mm/ TAPE LENGTH=8mm

FFC DDD15471mm pitch / L=100mm/TAPE LENGTH=8mm,15mm

FFC DDD1548-

mm pitch /

L=85mm/TAPE LENGTH=6mm.15mm

PF03PP-C06 2mm pitch L=60mm

USBucom TUSB3200A IC202

CHFD

MIC IN

CDC

USB

SW

EEPROM

IC201

Xtail 6MHz X201

DAC1

DAC2

ADC

+

-

SWITCHED OP AMP

+

-

OP AMP

+

-

OP AMP

-

+

OP AMP

FET SW

V+5_D

V+5_USB

LED/KEY MATRIX

VOL INPUT LED/KEY MATRIX

AC ADAPTER

VOL INPUT LED/KEY MATRIX

O

USBB ASSY (DWX3222)

G

LEDB ASSY (DWS1434)

E

TCHB ASSY (DWS1433)

F

JOGB ASSY (DWS1432)

L

CHFD ASSY (DWX3212)

M

CRFD ASSY (DWX3213)

K

MICB ASSY (DWX3215)

I

CDJ2B ASSY (DWS1431)

-

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 CDCB 1 Assy or CDCB 2 Assy is assembled here. The CDCB 1 Assy and CDCB 2 Assy are interchangeably used and handled similarly in their production management.

6 7 8

A

5

DDJ-T1

6 7 8

B

C

D

E

F

17

1

A

JACB ASSY

B

UCOM AS

K

MICB ASSY

J

N

G

HPJK ASSY

LEDB ASSY

I

CDJ2B ASSY

E

TCHB ASSY

F

JOGB ASSY

JA4402

Master1 L

Lch

Rch

L-

L+

R+

JA4404

Master1 R

Rch

R-

JA4403

CN4403

GND_AM

Master2

JA4401

Lch

AUX IN

GND_AM

Rch

1044RV

Lch

JA4801

S2I

)niP9(103NC

HP JACK

Lch

Rch

HP L

Lch

HP R

Rch

JA4802

KCAJiniM

suBS2IS2I

CN901(8Pin)

SPI Bus (CDC)

CN903(25Pin)

JOG2_1/2_2

JOG LED

]0:7[dirG

]0:3[dirG

Trim / Fader

CN904(20Pin)

Grid[7:4]

Key In [12:9][4:1]

Key In[8:5]

Key In[13][8:5]

LED[11:6]

S2I

2_HCT_GOJ

Rch

T

Lch

CN4601

JA4601

MIC IN

IC506 Master

DAC

IC304

Headphone

DAC

IC303

AUX/MIC

ADC

3

4

3

IC101

DC/DC Conv.

IC702

3-8 Decoder

IC1101

Key Buffer

IC1102

Key Buffer

IC301

IC302

IC501

IC305

3

5

1

7

11

10

11

10

3

5

1

7

3

5

9

Master R

Master L

5

7

2

7

2

1

4

6

2

AUX R In

AUX L In

4

MIC In

IC2001/2101

CDC

Neadle Search

5

9

6

4

CN501(9Pin)

1

7

3

5

1

7

3

5

2044CI1044CI

3

2

3

2

5

2

7

1

IC4405

5

2

7

1

IC4403

5

3

7

1

IC4404

3

5

1

7

IC4801

3

5

3

2

3

2

1

7

3

5

IC4601

4

CN4001

CN3201

CN3301

CN3502

CN3503

CN3501

JH6001

CN6002

CN6001

SWICSW

IC

VOL

AUX/MIC SW

JOG

LED

MATRIX

Circuit

KEY

LED

Trim

JOG

VR4601

CN1002(8Pin)

SW

CN303(6Pin)

CN302(7Pin)

CN4401

CN4402

CN4801

CN2001/CN2101

C D

CDCB 1 ASSY/CDCB 2 ASSY

/

Either the CDCB 1 Assy or CDCB 2 Assy is assembled here. The CDCB 1 Assy and CDCB 2 Assy are interchangeably used and handled similarly in their production management.

2 3 4

4.2 OVERALL BLOCK DIAGRAM

A

B

C

D

E

F

18

1

2 3 4

DDJ-T1

UCOM ASSY

J

DJMB ASSY

L

CHFD ASSY

M

CRFD ASSY

G

LEDB ASSY

H

CDJ1B ASSY

E

TCHB ASSY

F

JOGB ASSY

O

USBB ASSY

USB Dp/Dn

* V+USB5 or V+ADP5

CN1004(13Pin)

ADP_DET P_SW2_USB/PSW1_ADP

USB Dp/Dn

POWER SUPPLY

S2I

I2C

suBS2IS2I

)niP8(209NC

)CDC(suBIPSsuBIPS

CN2001/CN2101

I2C

CN906(20Pin)

JOG_TCH_1

Grid[7:4]

DELGOJ

]1:4[nIyeK

LED[5:0]

CN905(25Pin)

Trim / Fader

Grid[3:0]

JOG1_1/1_2

S2I

Trim

Fader

FD SATRT SW

CRFD

IC202

USB_UCOM

TUSB3200A

IC701

MAIN_UCOM

IC203

SW

IC201

EEPROM

IC303

AUX/MIC

ADC

39

38

36

44

34

35

Master Data HP Data MIC/AUX Data BCL LRCK MCLK

41

42

SDA SCL

5

42

43

6

IC101

DC/DC Conv.

2

1

7 8

910

10

32

IC2001/2101

CDC

Neadle Search

LED [14:12]

Grid[7:0]

Key In[12:9]

IC106

Reset IC

17

Fault_Det

Circuit

23

CN4002

CN4301

CN4202

CN4001

CN2001

JA2502JA2501

SW Circuit

CN2501

CN3301

CN3201

CN6002

JH6001

CN6001

CN3001

CN3002

CN3003

MATRIX

Circuit

MATRIX

Circuit

MATRIX

Circuit

JOG LED

KEY LED

Trim

KEY LED

SWICSWICSW

IC

VOL

JOG

CN1003(15Pin

CN1002(8Pin)

CN1001(25Pin)

SW

Reset

DYW1801 PEG850A8-K

C D

CDCB 1 ASSY/CDCB 2 ASSY

/

Either the CDCB 1 Assy or CDCB 2 Assy is assembled here. The CDCB 1 Assy and CDCB 2 Assy are interchangeably used and handled similarly in their production management.

5

6 7 8

DDJ-T1

6 7 8

A

B

C

D

E

F

19

1

AUDIO AMP(MASTER)

RNB4580F

IC501

AUDIO AMP(HP)

NJM4565MD

IC305

SW AMP(AUX/MIC)

NJM2121MD x2

IC301, IC302

V+5_D

V+5_DV+5_D

POWER SLIDE SW

ASG1100

S2502

OPAMP x1

V+6 V-6

OPAMP x4

V+6

V-6

V+6 V-6

V+6

V-6

V+5

_USB

V+5

_USB

V+4R7

_STB

V+4R7

_STB

IC105

3.3V_REG

4.7V→3.3V S-1200B33

IC102

3.3V_REG 5V→3.3V

S-1200B33

IC102

3.3V_REG 5V→3.3V

S-1200B33

V+5_U

V+3R3_

V+3R3_U

V+3R3_D

V+3R3_

L707

V+USB5

V+ADP5

IC103 5V_REG 6V→5V

S-1200B50

V+5_A

IC101

D/D_CONV

5V→6V

BD9851EFV

IC101

D/D_CONV

5V→-6V

BD9851EFV

V+6

V+5_D

V-6

V+5_D

V+5_USB

V+4R7_STB

USB

CABLE

AC

ADAPTER

V+6

V-6

FET RELAY SW

RTQ040P02

Q2522, Q2524

FET RELAY SW

RTQ040P02

Q2523, Q2525

V+6

V-6

A

JACB ASSY

B

UCOM ASSY

K

MICB ASSY

N

O

USBB ASSY

4.3 POWER BLOCK DIAGRAM

A

2 3 4

B

C

D

E

F

20

DDJ-T1

1

2 3 4

MAIN ucom DYW1801

PEG850A8-K

IC701

USB ucom

TUSB3200A

IC202

EEPROM

IC201

HP DAC

AK4387ET

IC304

MASTER DAC

AK4387ET

IC506

AMP(MASTER)

IC501

IC305

V+5_D

V+3R3_D

301, IC302

V+5_D

LED

NEEDL

SEARCH

VR

LED

VR

V+3R3_AD

V+5_D

V+5_D V+5_D

LED

V+3R3_AD

CH FADER

x4

CROSS

FADER

V+3R3_D

V+3R3_D V+3R3_D

V+3R3_AD

V+3R3_D V+3R3_D

OPAMP x1

V+6

V-6

V+3R3_AD

V+5_D

V+3R3_D

V+5_D

LED

NEEDL

SEARCH

VR

V+5_D V+5_D

LED

V+3R3_D

V+3R3_D V+3R3_D

V+5_D

V+5_USB

V+3R3_USB

V+3R3_UCO

V+3R3_D

V+3R3_AD

L707

V+3R3_AD V+3R3_AD

V+5_D

V+3R3_AD

V+5_A

V+3R3_D

ADC

AK5358AET

IC303

J

DJMB ASSY

L

CHFD ASSY

M

CRFD ASSY

N

HPJK ASSY

I

CDJ2B ASSY

G

LEDB ASSY

G

LEDB ASSY

H

CDJ1B ASSY

E

TCHB ASSY

F

JOGB ASSY

E

TCHB ASSY

F

JOGB ASSY

C

CDCB 1 ASSY

CDJ1 DECK A,C

CDJ2 DECK B,D

DJM MIXER

C D

CDCB 1 ASSY/CDCB 2 ASSY

/

C D

/

Either the CDCB 1 Assy or CDCB 2 Assy is assembled here. The CDCB 1 Assy and CDCB 2 Assy are interchangeably used and handled similarly in their production management.

5

6 7 8

A

B

C

D

E

5

6 7 8

DDJ-T1

F

21

1

• With AC adaptor and USB connection

• With AC adaptor and w/o USB connection

• W/O AC adaptor and with USB connection (USB-bus power)

Yes

No

Note: The TUSB3200A is started up after loading the program from the EEROM.

Note: Start the updating program on the PC.

Normal mode

To normal main loop processing

• Power monitoring/switching

• MIC/AUX switching

• Detection of change in operating elements

• USB transmission (transmission of operating element data)

• USB reception (reception and indication of display data)

Power ON

Clock multiplying -> 32 MHz

Port initial setting

I2C serial initial setting

Checking and setting

of the power supply

Has the

power-supply status

changed?

Power failure?

Unit stopped by power

failure (All LEDs unlit)

With USB

connection?

Canceling reset of the USB

Controller and the TUSB3200A

Opening indication

Checking of communication

with the TUSB3200A

Has

communication been

established?

Alarm indication of abnormal stopping of the TUSB3200A

CRC check of the main flash

CRC error?

(FLASH NG?)

Waiting for a recovery /updating request

Interruption initial setting

Serial communication

initial setting

Timer initial setting

A/D conversion initial setting

A

MIC/AUX initial setting

Needle initial setting

Operation mode

judgment

Service mode (Test mode)

JOG Load

Measurement mode

LED luminance setting

Display initial setting

Headphones level setting

5. DIAGNOSIS

5.1 POWER ON SEQUENCE

A

B

C

2 3 4

D

E

F

22

DDJ-T1

1

2 3 4

5

[0] Prior Confirmation

[0-1] Checking in Service Mode

[0-2] Checking Internal Cables

[1] Failure in Startup (Failure in power-on, all LEDs unlit)

[1-1] Failure in the power system

In this section, causes of failure, diagnostics points, and corrective measures can be searched for according to symptoms. Before disassembling this unit, it is recommended to infer a failure point by referring to the error code.

For the relationship of each power-supply system, see “4.3 POWER SUPPLY BLOCK DIAGRAM.” If software of the product is updated before performing diagnostics, check that software updating has been performed properly before proceeding to diagnostics. If software updating has not been performed properly, update the software, following the instructions in “8.3 UPDATING OF THE FIRMWARE.”

Contents

[0] Prior Confirmation [1] Failure in Startup (Failure in power-on, all LEDs unlit) [2] Display (LED indicators) [3] Operations (Buttons/VRs/Sliders/NeedleSearch/JOG) [4] USB connection [5] AUDIO OUT [6] AUDIO IN [7] Basic Operation Check of the MAIN_UCOM

The waveform numbers and voltage confirmation-point numbers described in this section correspond to the numbers on the schematic diagrams and PCBs. Be sure to check the failure points, as well as checking for failure in their peripheral circuits.

In a case where the unit does not start up, even after it is turned ON, when it is powered via the AC adapter or USB-bus power connection.

No.

Cause/Symptom

Point to be checked

Item to be checked

How to distinguish a defective point and/or corrective action

Reference

1 – Service Mode Identify a failure point.

After a failure point is identified, see the section referenced in this manual.

6. SERVICE MODE

No.

Cause/Symptom

Point to be checked

Item to be checked

How to distinguish a defective point and/or corrective action

Reference

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 CONNECTION DIAGRAM

Cause/Symptom

Point to be checked

Item to be checked

How to distinguish a defective point and/or corrective action

Reference

1

Failure in the AC adapter

USBB Assy

V+ADP5

Set the POWER switch to OFF. Check that the voltage of the V+ADP5 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 AC adapter and its periphery may be suspected. AC adapter (DWR1491), DC jack (JA2501), FETs (Q2523, Q2525), Tra ( )

4.3 POWER SUPPLY BLOCK DIAGRAM

2

Failure in USBbus power

USBB Assy

V+USB5

Set the POWER switch to OFF. Check that the voltage of the V+ADP5 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.

3-1

Power failure in the MAIN_UCOM on the UCOM Assy

UCOM Assy

MAIN_UCOM

Set the POWER switch to ON. If V+3R3_UCOM is abnormal (2.7 V or less) and V+4R7_STB is normal (4.2–5.0 V)

The regulator (IC105), the MAIN_UCOM (IC701), or their peripheral circuits may be defective.

3-2

Power failure in the USB_UCOM on the UCOM Assy

UCOM Assy

USB_UCOM

Set the POWER switch to ON. If V+3R3_USB is abnormal (2.7 V or less) and the V+5_USB is normal (4.5 V–5.25 V)

The regulator (IC102), the USB_UCOM (IC202), or their peripheral circuits may be defective.

10.17

WAVEFORMS

AC adapter

4

10.17

WAVEFORMS

Power bus power

1

6 7 8

5.2 TROUBLESHOOTING

A

B

5

DDJ-T1

6 7 8

C

D

E

F

23

1

[1-2] Failure in the microcomputer system

4-1 Power failure 1

UCOM Assy FAULT_DET

Check if the voltage monitoring circuit was activated: Turn the unit ON then check the voltages shown below. V+5_D: FAULT_DET, R147 (0 Ω) :

Turn the unit ON then check the voltages shown below. V+5_D: 2 V or less (abnormal voltage), 4.5 V or higher (normal voltage) FAULT_DET, R147(0

Ω

): 0 V (abnormal voltage detection),

3.3 V (normal voltage) In a case of abnormal voltage detection, see [4–2] Power failure

2

. In a case of normal voltage, poor control over the microcomputer system may be suspected.

4.3 POWER SUPPLY BLOCK DIAGRAM

5.3 VOLTAGE MONITORING

4.3 POWER SUPPLY BLOCK

5.3 VOLTAGE MONITORING

4.1 OVERALL CONNECTION DIAGRAM

4.3 POWER SUPPLY BLOCK

4.1 OVERALL CONNECTION DIAGRAM

4.3 POWER SUPPLY BLOCK

5.3 VOLTAGE MONITORING

4-2

Power failure 2 Identification of defective Assy

UCOM Assy FAULT_DET

CDJB

CDCB

DJMB

JACB

HPJK

MICB

Identify the Assy on which a voltage error was generated. Remove all cables other than the cable for CN1004 (USBB to UCOM) from the UCOM Assy.

Turn the unit ON then check the V+5_D voltage. V+5_D: FAULT_DET, R147 (0 Ω):

Remove all cables other than the cable for CN1004 (USBB to UCOM) from the UCOM Assy. Turn the unit ON then check the V+5_D voltage. V+5_D: 4.5 V or higher (normal) FAULT_DET, R147(0 Ω): 3.3 V normal, no detection of a voltage error) In a case of normal voltage, see [4–3] Abnormal voltage detection

3

. In a case of abnormal voltage detection, see [4-4] Power failure, UCOM Assy.

4-3

Power failure 3 Identification of defective Assy

UCOM Assy FAULT_DET

CDJB

CDCB

DJMB

JACB

HPJK

MICB

With all cables other than the cable for CN1004 (USBB to UCOM) disconnected from the UCOM_ASSY, identify the defective Assy by connecting each connector on the UCOM Assy one by one for voltage checks.

Identify the defective ASSY, by connecting each connector on the UCOM Assy, as shown below, one by one for voltage checks: CDJ1B: CN905, CN906 CDJ2B: CN903, CN904 CDCB: CN901, CN902 DJMB: CN1001, 1002 JACB: CN302, CN501 HPJK: CN301 MICB: CN303

Repair the defective part of the defective Assy. If further identification of defective Assys is required, see the notes in “5.3 Voltage Monitoring” before proceeding to further diagnostics.

4-4

Power failure 4 UCOM Assy Identification of defective Assy

UCOM Assy FAULT_DET

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

The voltage monitoring circuit can be deactivated by removing R147 (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 UCOM Assy.

1

Power failure in the MAIN_UCOM

UCOM Assy

Check if a voltage error was detected. Check the power terminal of the MAIN_UCOM (IC701).

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 MAIN_UCOM

(IC701) may be defective.

Abnormal Voltage Detection

2

MAIN_UCOM Reset circuit error

UCOM Assy

Check the Reset terminal (Pin 17) of the MAIN_UCOM (IC701). (High/Low)

In normal operation, the voltage of the Reset terminal (Pin 17) is high. If the voltage of the Reset terminal is low, check the power line, resistors, capacitors, and the Reset IC (IC106). If the voltage level remains low after the Reset IC (IC106) is replaced, the

MAIN_UCOM

(IC701) may be defective.

3

MAIN_UCOM X'tal error

UCOM Assy

Check the oscillation waveforms of the X'tal (X701).

Check the waveforms of the X'tal (X701). If an error is found, check the power line, resistors, and capacitors. If the waveform remains abnormal after the X'tal (X701) is replaced, the

MAIN_UCOM

(IC701) may be defective.

4

MAIN_UCOM startup error

UCOM 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 “[4] Error Indications” in the 6. Service Mode. If there is no corresponding error indication, reload the program via USB. If the normal status is not recovered after all above steps are performed, the

MAIN_UCOM

(IC701) may be

defective.

6. Service Mode [4] Error Indications

No.

Cause/Symptom

Point to be checked

Item to be checked

How to distinguish a defective point and/or corrective action

Reference

No.

Cause/Symptom

Point to be checked

Item to be checked

How to distinguish a defective point and/or corrective action

Reference

10.17

WAVEFORMS Abnormal voltage detection k, p

10.17

WAVEFORMS Abnormal voltage detection k, p

10.17

WAVEFORMS MAIN UCOM start up

10.17

WAVEFORMS MAIN UCOM start up

i

10.17

WAVEFORMS MAIN UCOM start up

j

A

2 3 4

B

C

D

E

F

24

1

DDJ-T1

2 3 4

5

[2] Display (LED indicators)

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

[3] Operations (Buttons/VRs/Sliders/NeedleSearch/JOG)

[3-1] The push buttons are disabled.

5

Power failure in the USB_UCOM

UCOM Assy

Check if a voltage error was detected. Check the power terminal of the USB_UCOM (IC202).

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_ UCOM (IC202) may be defective.

Abnormal Voltage Detection

6

USB

_UCOM Reset circuit error

UCOM Assy

Check the Reset terminal (Pin 10) of the USB_UCOM (IC202). (High/Low)

In normal operation, the voltage of the Reset terminal (Pin 10) is high. If the voltage level at the Reset terminal is low, check for abnormal voltage detection, and check the power line, resistors, and capacitors. If no problem was found with the above circuit, parts, and power line, and if the voltage level is low, the USB_UCOM (IC202) or the MAIN_UCOM (IC701) may be defective.

Abnormal Voltage Detection

7

USB

_UCOM X'tal error

UCOM Assy

Check the oscillation waveforms of the X'tal (X201).

If an error is found, check the power line, resistors, and capacitors. If the waveform remains abnormal after the X'tal (X201) is replaced, the USB_UCOM (IC202) may be defective.

8

USB

_UCOM I2C communication error

UCOM Assy

Check the I2C communication waveforms of the EEPROM (IC201) immediately after startup.

Data of the EEPROM (IC201) are loaded only during startup. If an error is generated, check the power supply to the EEPROM, resistors, capacitors, and SW IC (IC203) on the communication line. If no problem is found with the power supply, communication line, and parts, the EEPROM (IC201) or USB_UCOM (IC202) may be defective.

9

EEPROM error

UCOM Assy Reload the program via USB.

If no problem is found with the communication waveform in [8] above, reload the program via USB. If reloading is successfully performed, the USB_UCOM (IC202) may be defective. If reloading fails, the EEPROM (IC201) may be defective.

1 Defective LED LERelated point

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

If the forward voltage is abnormal, the LED may be defective.

LED waveform

10.SCHEMATIC DIAGRAM

[2-2] Several LEDs do not light.

1 Signal errors

UCOM Assy

CDJ1B CDJ2B

DJMB

Check for any loose connections between the MAIN_UCOM (IC701) and the LEDs. Check also that the control signal for the LEDs is output.

If the control signal is not output, check the mounting status of the MAIN_UCOM (IC701). If it is properly mounted, then the IC701 itself may be defective.

Basic Operation Check of the MAIN_UCOM

2 Defective LEDs Related point

Check the forward voltage (approx. 2.2 V) between both ends of the LEDs.

If the forward voltage is abnormal, the LEDs may be defective.

LED waveform

10.SCHEMATIC DIAGRAM

3

Defective transistors

Related point Check the transistors. The transistors may be defective.

10.SCHEMATIC DIAGRAM

Operation of all buttons, variable controls, and the JOG dial can be confirmed in Service mode.

1

Loose connection or defective switches

Related point

Check for any loose connections on the signal line from the switch to GRID_IC (IC702), KEY_BUFFER (IC1101, 1102), and main microcomputer (IC701).

If other SWs connected to the same signal line function properly and if the connections are properly made, the SW may be defective.

Each Signal Levels

2

Defective MAIN_ UCOM (IC701)

UCOM Assy

If the symptom persists after the above corrections.

Go to [7-1] Basic Operation Check of the Microcomputer.

No.

Cause/Symptom

Point to be checked

Item to be checked

How to distinguish a defective point and/or corrective action

Reference

No.

Cause/Symptom

Point to be checked

Item to be checked

How to distinguish a defective point and/or corrective action

Reference

No.

Cause/Symptom

Point to be checked

Item to be checked

How to distinguish a defective point and/or corrective action

Reference

No.

Cause/Symptom

Point to be checked

Item to be checked

How to distinguish a defective point and/or corrective action

Reference

10.17

WAVEFORMS USB UCOM start up

10.17

WAVEFORMS USB UCOM start up

c

10.17

WAVEFORMS USB UCOM start up

d

10.17

WAVEFORMS I2C USB UCOM EEPROM

8.4 COPYING THE PROGRAM FOR THE USB CONTROLLER

6 7 8

A

B

C

5

DDJ-T1

6 7 8

D

E

F

25

1

[3-2] Rotary selector not controllable

1

Defective AUTO_LOOP of the CDJ1

CDJ1 Assy

Check that the signal lines (L_ENC1_1/ L_ENC1_2) are normal during rotation of the rotary selector. L_ENC1_1: CN3002-1 pin L_ENC1_2: CN3002-2 pin

If the signals are not normal, check the connections of the signal lines. If the connections are properly made, the rotary selector (S3030) may be defective. Replace it.

Each Signal Levels

2

Defective AUTO_LOOP of the CDJ2

CDJ2 Assy

Check that the signal lines (L_ENC2_1/ L_ENC2_2) are normal during rotation of the rotary selector. L_ENC2_1: CN3502-6 pin L_ENC2_2: CN3502-5 pin

Check that the signal lines (CUR_ENC1/ CUR_ENC2) are normal during rotation of the rotary selector. CUR_ENC1: CN4002-21 pin CUR_ENC2: CN4002-22 pin

If the signals are not normal, check the connections of the signal lines. If the connections are properly made, the rotary selector (S3527) may be defective. Replace it.

Each Signal Levels

3

Defective DJM BROWSE

DJMB Assy

If the signals are not normal, check the connections of the signal lines. If the connections are properly made, the rotary selector (S4027) may be defective. Replace it.

Each Signal Levels

4

Defective MAIN_UCOM (IC701)

UCOM Assy

If the symptom persists after the above corrections.

Check the mounting status of the MAIN_UCOM (IC701). If it is properly mounted, then the IC701 itself may be defective.

Basic Operation Check of the MAIN_UCOM

[3-3] VRs or sliders not controllable

The variable controls on the CDJ1 and CDJ2 Assys or the sliders on the CHFD and CRFD ASSYs are not controllable.

VRs on the DJMB ASSY not controllable.

1

Loose connection

CDJ1/CDJ2 Assy

CHFD Assy CRFD Assy

Check for any loose connections on the signal line from the MAIN_UCOM (IC701) to each variable control or slider.

If any connection on the signal line is improper, resolder the parts.

—

2

Defective sliders or VRs

CDJ1/CDJ2 Assy

CHFD Assy CRFD Assy

VRs: Check the signal level.

Tempo slider: Check the levels of the ADCT and ADIN signals.

CHFD, CRFD: Check the signal level.

VRs: If the voltage of the signal from a VR (Pin 2) 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 ADCT signal (Pin 4) is other than 1.65 V, or if the voltage of the ADIN signal (Pin 2) does not change between 3.3 V and 0 V, the tempo slider may be defective. CHFD, CRFD: If the voltage of the signal from the CHFD or CRFD (Pin 2) does not change between 3.3 V and 0 V, the slider may be defective.

Each Signal Levels

3

Defective MAIN_UCOM (IC701)

UCOM Assy

If the symptom persists after the above corrections.

Check the mounting status of the MAIN_UCOM (IC701). If it is properly mounted, then the IC701 itself may be defective.

4

Loose connection

DJMB Assy

Check for any loose connections on the signal line from each VR to Analog SW_IC (IC4001, IC4002, IC4003) and the main microcomputer (IC701). Signal line: AD_0–4, AD_SW_A, AD_SW_B

If any connection on the signal line is improper, resolder the parts.

—

5 Defective VRs DJMB Assy VRs: Check the signal level.

VRs: If the voltage of the signal from a VR (Pin 2) does not change between 3.3 V and 0 V, that VR may be defective.

6

Defective MAIN_UCOM (IC701)

UCOM Assy

If the symptom persists after the above corrections.

Check the mounting statuses of the MAIN_UCOM (IC701) and the Analog SW_IC (IC4001, IC4002, IC4003). If they are properly mounted, then the IC701, IC4001, IC4002, or IC4003 may be defective.

[3-4] NeedleSearch error

1

CDC IC Error/ Needlepad disabled (Incl. steps 4 and 5 of [4] Error indications in the

6. Service Mode)

UCOM/CDCB

Assy

Check the communication waveform between the needlepad and the MAIN_ UCOM (IC701).

If the waveform is not proper, check the communication line, resistors, and capacitors. Check also that the cables between the boards and their connections are proper. If the normal status is not recovered after all above steps are performed, the CDC IC or the MAIN_UCOM (IC701) may be defective.

2

Only some of the commands from the needlepad are recognized.

UCOM/CDCB

Assy

Check that no foreign matter is between the Needlepad board and the cabinet.

If the Needlepad operates improperly although there is no foreign matter between the Needlepad board and the cabinet, check [2] above.

No.

Cause/Symptom

Point to be checked

Item to be checked

How to distinguish a defective point and/or corrective action

Reference

No.

Cause/Symptom

Point to be checked

Item to be checked

How to distinguish a defective point and/or corrective action

Reference

No.

Cause/Symptom

Point to be checked

Item to be checked

How to distinguish a defective point and/or corrective action

Reference

10.17

WAVEFORMS

CDC IC control 1/2

A

B

2 3 4

C

D

E

F

26

1

2 3 4

DDJ-T1

5

[3-5] Abnormalities regarding the JOG dial

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 "8.5 JOG DIAL ROTATION LOAD ADJUSTMENT".)

Turning of the JOG dial is not detected.

1

Defective JOGB photo interrupter

UCOM Assy CDJ1ssy /CDJ2 Assy LEDB Assy JOGB Assy

Check the waveforms on the JOG1_1, JOG1_2, JOG2_1, and JOG2_2 signal lines. JOG1_1: CN905-2 pin JOG1_2: CN905-3 pin JOG2_1: CN905-24 pin JOG2_2: CN905-23 pin

If any waveform cannot be recognized, connection of that signal line may be loose or the photo interrupter (PC3201) may be defective.

10.17 WAVEFORMS

2

Defective MAIN_UCOM (IC701)

UCOM Assy

If the symptom persists after the above corrections.

Check the mounting status of the MAIN_UCOM (IC701). If it is properly mounted, then the IC701 itself may be defective.

Basic Operation Check of the MAIN_UCOM

Pressing on the JOG dial cannot be detected.

3

Defective TCHB photo interrupter

UCOM Assy CDJ1 Assy /CDJ2 Assy TCHB Assy JOGB Assy

Check the signal level of the JOG_TCH1/2 (Pins 46/47 of IC701) when the JOG dial is pressed.

If the signal level of the JOG_TCH1/2 (Pins 46/47 of IC701) 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 photo interrupter (IC3301) may be suspected.

Each Signal Levels

4

Defective MAIN_UCOM (IC701)

UCOM Assy

If the symptom persists after the above corrections.

Check the mounting status of the MAIN_UCOM (IC701) and SW IC (IC702). If they are properly mounted, then the IC701 or IC702 may be defective.

—

Noise is heard when the JOG dial is turned.

5

Defective gear Defective JOG DIAL B

JOG Assy

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.

—

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

6

Improper adjustment or assembly of the JOG dial

JOG Assy

Check that the load value for the JOG dial is within the specified range, referring to “Measuring method” in “8.5 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 “8.5 JOG Dial Rotation Load Adjustment.”

8.5 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.

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

7

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

JOG Assy

Check that the load value for the JOG dial is within the specified range, referring to “Measuring method” in “8.5 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 “8.5 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.

No.

Cause/Symptom

Point to be checked

Item to be checked

How to distinguish a defective point and/or corrective action

Reference

No.

Cause/Symptom

Point to be checked

Item to be checked

How to distinguish a defective point and/or corrective action

Reference

No.

Cause/Symptom

Point to be checked

Item to be checked

How to distinguish a defective point and/or corrective action

Reference

No.

Cause/Symptom

Point to be checked

Item to be checked

How to distinguish a defective point and/or corrective action

Reference

No.

Cause/Symptom

Point to be checked

Item to be checked

How to distinguish a defective point and/or corrective action

Reference

10.17

WAVEFORMS

JOG rotation operation W

6 7 8

A

B

C

D

E

F

DDJ-T1

5

6 7 8

27

1

[4] USB connection

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

Check the following, with a Windows/MAC PC connected via the USB port of the unit, using the supplied USB cable:

1 Failure in startup

UCOM/USBB

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_UCOM

UCOM/USBB

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 “Failure in the microcomputer system” and “USB UCOM startup error.”

Failure in the microcomputer system

USB_UCOM startup error

[5] AUDIO OUT

[5-1] No signal is output from the MASTER connectors

1 — MASTER1/2

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].

—

2 — UCOM Assy

Check the audio signal, using Pins 5 and 9 of the CN501 on the UCOM Assy.

If no audio signal is output, loose connection or defective parts in the UCOM 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].

10.4 UCOM ASSY (3/6)

10.1 JACB ASSY

3 — UCOM Assy

Check that an audio signal is output from DAC (IC506).

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

• If an audio signal is not output, go to [4].

4 UCOM Assy

Check the digital input signals to DAC (IC506).

• DAC_RST

• MCLK

• BCLK

• LRCK

• MASTER_DATA

If any of the signals is not input, check the soldering status of DAC (IC506). If the level of DAC_RST is L, check the connections of the MAIN_UCOM (IC701). If nothing is wrong with the connec-tions, then the MAIN_UCOM (IC701) itself may be defective.

If other signals are not input, check the connections of the USB_UCOM (IC202). If nothing is wrong with the connections, then the USB_UCOM (IC202) itself may be defective.

5 UCOM Assy

Check that the MUTE signal level is L (muting canceled).

If the MUTE signal level is L (muting canceled,) check the connections between the DAC and CN501. If nothing is wrong with the connections, soldering of the OP amp (IC501) or the OP amp itself may be defective. If the MUTE signal level is H, go to [6].

6 UCOM Assy

Check that the A_MUTE signal level is L (muting canceled).

If the A_MUTE signal level is L (muting canceled,) check that the signal logics for Q583/Q505/Q506/ Q581/Q582 are the same as those described in the schematic diagrams. If any of the signal logic is not the same, repair the defective point.

If the A_MUTE signal level is not L (muting canceled), the soldering status of the MAIN_UCOM (IC701) or the MAIN_UCOM itself may be defective.

7 JACB Assy

Identify the point where the audio signal is interrupted on the line from CN4401 to the jacks (JA4402/JA4404).

If the audio signal is interrupted at the periphery of the OP amp (IC4403/IC4405), check the soldering status of the OP amp. If it is properly soldered, then the OP amp itself may be defective.

8 JACB Assy

Identify the point where the audio signal is interrupted on the line from CN4401 to the jacks (JA4403).

If the audio signal is interrupted at the periphery of the OP amp (IC4404), check the soldering status of the OP amp. If it is properly soldered, then the OP amp itself may be defective.

No.

Cause/Symptom

Point to be checked

Item to be checked

How to distinguish a defective point and/or corrective action

Reference

No.

Cause/Symptom

Point to be checked

Item to be checked

How to distinguish a defective point and/or corrective action

Reference

Loose connection /defective parts

10.17

WAVEFORMS USB DP/DN (1),(2) t, u

10.17

WAVEFORMS DAC reset cancel DAC I2S (1),(2)

10.17

WAVEFORMS Output MUTE cancel

#

10.17

WAVEFORMS Output MUTE cancel

"

A

2 3 4

B

C

D

E

F

28

1

2 3 4

DDJ-T1

5

[5-2] No signal is output from the HP connector

1 — UCOM Assy

Check the audio signal, using Pins 3 and 5 of the CN301 on the UCOM Assy.

If no audio signal is output, loose connection or defective parts in the UCOM Assy may be suspected.

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

• If an audio signal is not output, go to [2].

2 — UCOM Assy

Check that the audio signal is output from DAC (IC304).

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

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

3 UCOM Assy

Check the digital input signals to DAC (IC304).

• DAC_RST (IC304-5 pin)

• HP_DATA (IC304-3 pin)

For DAC_RST, check the soldering status of DAC (IC304). If the HP_DATA signal is not input, check the connections of the USB_UCOM (IC202). If nothing is wrong with the connections, then the USB_UCOM (IC202) itself may be defective.

4 UCOM Assy

Identify the point where the audio signal is interrupted on the line from DAC (IC304) to the CN301.

If the audio signal is interrupted at the periphery of the OP amp (IC305), soldering of the OP amp or the OP amp itself may be defective.

5 HPJK Assy

Identify the point where the audio signal is interrupted on the line from CN4801 to the JA4801.

If the audio signal is interrupted at the periphery of the OP amp (IC4801), soldering of the OP amp or the OP amp itself may be defective.

[6] AUDIO IN

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

0

Prior confirmation of input TRAKTOR setting AC adaptor connection

AUX/MIC

Check that the TRAKTOR input setting is properly made. Check that the AC adaptor is properly connected. (When USB-bus power is used, the signal input to AUX/MIC is not available.)

Operating Instructions

10.3 UCOM ASSY (2/6)

10.1 JACB ASSY

10.13 MICB ASSY

10.3 UCOM ASSY (2/6)

10.2 UCOM ASSY (1/6)

10.4 UCOM ASSY (3/6)

10.3 UCOM ASSY (2/6)

10.14 HPJK ASSY

1 — AUX/MIC

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 [7].

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

2

Loose connection /defective parts

UCOM Assy

Check that the audio signal is input to the ADC (IC303).

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

• If an audio signal is not output, go to [5].

3 UCOM Assy

Check the digital input signals to ADC (IC303).

• ADC_RST (IC303-13 pin)

• MIC_AUX_DATA (IC303-1,2 pins)

If the level of ADC_RST is L, check the connections of the MAIN_UCOM (IC701). If nothing is wrong with the connections, then the MAIN_UCOM (IC701) itself may be defective. If the MIC_AUX_DATA signal is not input, check the connections. If nothing is wrong with the connections, then the ADC (IC303) may be defective.

4 UCOM Assy

Check the connections of the USB_UCOM (IC202).

If nothing is wrong with the connections, then soldering of the USB_UCOM (IC202) or the USB_UCOM itself may be defective.

5 UCOM Assy

Check that the AIN_MUTE signal level is L (muting canceled).

If it is not L (muting canceled,) check Q509. If the symptom persists, soldering of the MAIN_UCOM (IC701) or the MAIN_UCOM itself is defective.

6 UCOM Assy

Check the connections between the SW AMP (IC301/IC302) and ADC (IC303) of the MAIN.

If the connections are properly made, soldering of the SW AMP (IC301/IC302) or the SW AMP itself is defective.

7 JACB Assy

Check that an audio signal is input to Pins 4 and 6 of the CN4402.

If a signal is input, go to [9]. If a signal is not input, identify the point where the audio signal is interrupted on the line from the AUX terminal (JA4401) to the CN4402. If an audio signal is interrupted at the periphery of the OP amp (IC4401/IC4402), soldering of the OP amp or the OP amp itself may be defective.

8 MICB Assy

Check that an audio signal is input to Pin 4 of the CN4601.

If a signal is input, go to [9]. If a signal is not input, identify the point where the audio signal is interrupted on the line from the MIC terminal (JA4601) to the CN4601. If an audio signal is interrupted at the periphery of the OP amp (IC4601), soldering of the OP amp or the OP amp itself may be defective.

9 UCOM Assy

Check the connections between CN302 (AUX)/CN303 (MIC) and SW AMP (IC301 /IC302).

If the connection is improperly made, correct it.

10 UCOM Assy

Check AUX_MIC_SEL.

• When AUX is selected: “H”

• When MIC is selected: “L”

If it is not, check Q301. If the symptom persists, soldering of the MAIN_UCOM (IC701) or the MAIN_ UCOM itself is defective.

No.

Cause/Symptom

Point to be checked

Item to be checked

How to distinguish a defective point and/or corrective action

Reference

No.

Cause/Symptom

Point to be checked

Item to be checked

How to distinguish a defective point and/or corrective action

Reference

10.17

WAVEFORMS ADC reset cncel

Z

ADC I2S(1),(2),(3)

,

10.17 WAVEFORMS Input MUTE cancel

$

10.17 WAVEFORMS MIC,AUX No.

)

6 7 8

A

B

5

6 7 8

DDJ-T1

C

D

E

F

29

1

[7] Basic Operation Check of the MAIN_UCOM

Note: First, check if the voltage at each section is OK.

1

GRID Operation Check (No operation with keys, VRs, sliders, or LEDs)

UCOM Assy

Check the power to and the input/output waveforms of the GRID IC (IC702)

If the waveform is not proper, check the GRID line and the parts, such as resistors and capacitors. If the output waveform is not proper, check item [2]. If nothing is wrong with the parts, the GRID IC (IC702) or the MAIN_UCOM (IC701) may be defective.

2

UCOM Assy Assy corresponding to each key

Check the output waveform of the GRID IC (IC702), with the FFC cable of the UCOM Assy disconnected.

If the waveform returns to normal, the PCB Assy that is connected with the UCOM Assy via the FFC cable may be defective. If the waveform does not return to normal, the GRID IC (IC702) may be defective.

3

KEY Buffer operation (key input disabled)

UCOM Assy

Check the power supply to the KEY Buffer ICs (IC1101 and 1102) and the input/output waveforms when a key is pressed.

If the input waveform appears but the output waveform does not when a corresponding key is pressed, the KEY Buffer ICs (IC1101 and 1102) may be defective. If the input waveform does not appear when a corresponding key is pressed, check item [4].

No operation button is effective.

4

UCOM Assy Assy corresponding to each key

Check the connection of the FFC cable. Check also the key input circuit of the PCB Assy connected.

If the key input circuit of the board connected is normal, the KEY Buffer ICs (IC1101 and 1102) may be defective.

10.7 UCOM ASSY (6/6)

No.

Cause/Symptom

Point to be checked

Item to be checked

How to distinguish a defective point and/or corrective action

Reference

10.17

WAVEFORMS GRID control 1, GRID control 2

10.17

WAVEFORMS GRID control 1, GRID control 2

10.17

WAVEFORMS KEY operation 1,2

A

2 3 4

B

C

D

E

F

30

DDJ-T1

1

2 3 4

5

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

Content to be monitored

Any power failure generated inside the Power block on the UCOM_ASSY, such as voltage drop and voltage rise. Power to be monitored: V+5_D, V+5_A, V+6, V-6, V+3R3_D, V+3R3_UCOM

Microcomputer Detection terminal and its terminal voltage

TP103 (F-DET, TP terminal) or IC701 (MAIN_UCOM) 23-pin FAULT_DET terminal Normal: 3.3 V Abnormal: 0 V

Timing of monitoring start

400 msec after the unit is turned ON

Timing upon judgment as a failure

50 msec after an error is detected

LED indication when an error is generated

All LEDs are unlit after an error is generated. With other models, the Standby LED flashes to notify of a power failure. However, this does not apply to this model, because a Standby LED is not provided with it.

Restoration method

After the unit shuts itself off because of an error, after completing diagnosis, disconnect the AC adapter and USB cable and wait at least 1 minute before turning the unit back on.

Diagnostic procedure

1 Disconnect the AC adapter and USB cable. 2 Remove R147 from the UCOM Assy. Note: This step will disable power monitoring. 3 Reconnect the AC adapter and 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 AC adapter and 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 voltage of the repaired part becomes normal. 7 Return R147 to its original position on the UCOM Assy.

Note: This step will enable power monitoring.

6 7 8

5.3 VOLTAGE MONITORING

A

B

C

D

E

F

DDJ-T1

5

6 7 8

31

1

[Preparations]

Make preparations, as indicated below, on the PC before performing an operation check of the DDJ-T1.

1. Installation of TRAKTOR PIONEER DDJ-T1 EDITION (for Windows)

2. Installation of the Driver Software (for Windows)

3. Standard use setting of TRAKTOR

4. Import tracks to TRAKTOR.

Use TRAKTOR in Demo mode ("Run Demo"). A PC with the following specifications is required for operation of TRAKTOR:

Operation check of the volume controls, faders, and rotary encoders must be performed with the TRAKTOR software. The TRAKTOR software is also required for checking the analog audio input/output. For operation check using the TRAKTOR software, proceed as follows:

1. Installation of TRAKTOR PIONEER DDJ-T1 EDITION (for Windows)

The compressed installer file for "TRAKTOR PIONEER DDJ-T1 EDITION" will be posted on the Niis Web site: Folder names: Traktor Installer Win.zip (for Windows) and Traktor Installer Mac.mpkg.zip (for Macintosh) Download the necessary zip folder from Niis then unzip it.

[Installation Procedures]

Double-click on "Traktor Setup PC.exe" (unzipped file) to display the Setup screen. Click on [Next] to proceed. After the Setup screen is started, click on "Next" to proceed. When the "License Agreement" screen is displayed, check the "I accept . . ." checkbox then click on "Next." On other screens, basically proceed to the next screen by clicking on "Next" without doing anything. When installation is finished, click on "Finish." The three icons are displayed on the desktop. This completes installation of TRAKTOR PIONEER DDJ-T1 EDITION.

2. Installation of the Driver Software (for Windows)

The driver software for this product is posted on the Pioneer Web site. Download it, as required. This driver software is an Audio Stream Input Output (ASIO) driver for Windows. The DDJ-T1 can play audio without this driver installed if you select "PIONEER DDJ-T1(DirectSound)" for "Audio Device" in Audio Setup (mentioned later) for TRAKTOR. However, this driver provides an advantage in audio-data transmission delay (latency time) over the standard Windows audio driver. In addition, when this driver is installed, the DDJ-1 Version Display Utility is installed, as well. With this utility installed, you can confirm the versions of the driver software and DDJ-T1 firmware. (Without this utility installed, the version of the DDJ-T1 firmware cannot be confirmed.) Therefore, be sure to install this driver software.

[Installation Procedures]

Double-click on "Pioneer_DDJ_Driver_XXXXX.exe" (downloaded file). Select “I agree” then click on “Install.” After installation is finished, click on “Close.” This completes driver software installation.

*For details on the installation method, refer to the Operating Instructions.

2 3 4

5.4 HOW TO CHECK OPERATIONS USING THE TRAKTOR SOFTWARE

A

B

C

D

E

F

32

DDJ-T1

1

2 3 4

5

Click on “Run Demo.”

Click on “Next.”

Select “Yes” then click on “Next.”

Select “Pioneer” on the pulldown menu for the manufacturer and “DDJ-T1” for the model then click on “Next.”

Select “No Timecode Control” then click on “Next.”

Click on “Finish” to complete operation of the Setup Wizard.

3. Standard use setting of TRAKTOR

Double-click on the “Traktor” icon on the desktop.

6 7 8

A

B

C

D

E

F

DDJ-T1

5

6 7 8

33

1

Select “Pioneer DDJ ASIO” in “Audio Setup.”

After the TRAKTOR screen is displayed, select “File” then “Preference.”

After selecting “Output Routing,” select “Internal” then set the Monitor and Master settings, as shown in the figure above.

Select Input Routing then set “Input Channel D,” as shown in the figure above. Click on “Close” to exit the Preference menu.

After “4D Int. Mixer” is selected for the deck layout, the screen layout will be changed to that shown in the figure above. The external inputs (AUX/MIC) will be assigned to Deck D. Click on the triangular symbol beneath D to display the pulldown menu then select “Audio Through.” This enables control of the external inputs on Deck D.

This completes the basic settings. The settings will be stored and continue to be effective after the next startup.

Notes:

• The usable time for the demo version is limited to 30 minutes. (After activation [license registration] of this software, the usage time limitation will be canceled.) If 30 minutes have elapsed with the demo running, terminate the demo version of TRAKTOR. You can restart and use the demo version as many times as you wish.

• On the normal version of TRAKTOR PIONEER DDJ-T1 EDITION, the external inputs (AUX/MIC) are assigned to Deck D, but on the demo version they are assigned to Deck A. This is why “Input Channel D” must be set for the Input Routing setting.

A

2 3 4

B

C

D

E

F

34

1

2 3 4

DDJ-T1

5

[Checking Track Playback]

1. While holding the TREE button pressed, turn the rotary selector to select a folder.

2. Turn the rotary selector without holding the TREE or FAVORITES button pressed to select a track.

3. Press the LOAD button of the deck into which you wish to load the selected track, to load it.

4. Press the PLAY/PAUSE button to start playback of the track.

[Checking Analog Audio Output]

• Via MASTER OUT

1. Adjust the audio input level, by turning the GAIN control of each deck.

2. Adjust the audio output level with the channel fader of each deck.

3. Select the decks whose audio signals are to be output with the crossfader, as indicated below. Leftmost position: Audio from Deck A or C is to be output. Center position: Mixed audio of all decks is to be output. Rightmost position: Audio from Deck B or D is to be output.

4. Turn the MAIN VOL control. Audio will be output from the MASTER 1 and 2 connectors.

• Via the headphone

1. Connect the headphones to the PHONES connector.

2. Press the headphones CUE button of the deck you wish to monitor.

3. Turn the HEADPHONES MIX control, as indicated below. Turning counterclockwise: The volume from the deck whose headphones CUE button is pressed will be relatively increased. Center position: The volume from the deck whose headphones CUE button is pressed and that via the MASTER OUT 1 and 2 connectors will become the same. Turning clockwise: The volume via the MASTER OUT 1 and 2 connectors will be relatively increased.

4. Turn the HEADPHONES VOL control to output audio from the deck whose headphones CUE button is pressed.

[Checking Analog Audio Input]

1. Connect an external device or a microphone to the AUX IN or MIC connector, respectively.

2. With TRAKTOR, assign the audio of the external device to a desired deck.

3. Click on the b symbol beneath the assigned deck to display the pulldown menu then select "Audio Through."

4. On the TRAKTOR screen and via the audio output, check if the connected audio signal is input.

Note:

With the initial setting of TRAKTOR Pioneer DDJ-T1 EDITION, the audio signal from an external device connected via the AUX IN or MIC connector is input to Deck D. However, with the initial setting of Demo mode, which is used for servicing, it is assigned to Deck A.

4. Import tracks to TRAKTOR

Drag and drop music files or folders containing music files into “Track Collection” of the “TREE” area of TRAKTOR, using Explorer or Finder.

[Connection Examples]

6 7 8

A

B

C

D

E

5

6 7 8

DDJ-T1

F

35

1

[Operation Check of Each Operating Element]

Operation check of the following operating elements cannot be performed in Service mode. Connect the unit with a PC then check that the TRACTOR software operates properly, using each operating element.

Operating Element

DECK MIXER FX

FILTER CONTROLVolume

Fader

Rotary encoder AUTO LOOP CONTROL

TEMPO FADER A to D CROSS FADER

DRY/WET CONTROL EFFECT 1 to 3 CONTROL

GAIN CONTROL A to D EQ HI A to D EQ MID A to D MAIN VOL HEADPHONE MIX HEADPHONE VOL

The following test modes are prepared for this machine.

1 Check of operator input and a display function. It is the mode which checks each input and display function of buttons, JOG dials, encoders, slide switches and needle pads.

2 Quality judging of JOG dial load. It is the mode which judges the quality of the load when rotating JOG dial.

3 Error display. Error detection and its display method of a device are shown.

4 Firmware update. Explanation of the method of firmware update. Refer to the "8.3 UPDATING OF THE FIRMWARE."

A

B

2 3 4

C

6. SERVICE MODE

6.1 OUTLINE OF SERVICE MODE

D

E

F

36

1

2 3 4

DDJ-T1

5

[1] Check of operator input and a display function.

When it spends a power supply while pushing a FUNCTION button and a IN (IN ADJUST) button of left deck simultaneously, enters into this mode. (Please continue pushing until an opening display is completed.)

In this mode, the input of each buttons, JOGs, slide switches, needle pads are correct, and it can check that a display can also be performed correctly. In addition, display of a button is turned on only while pushing the button.

In addition, neither volume nor an encoder can be checked only by the controller. Please check the display which connects with TRAKTOR and corresponds in the usual mode.

Part Operator Device LED Display

DECK A DECK A

DECK C DECK C

DECK B DECK B

DECK D DECK D

FX1/FX2 ADVANCED/CHAINED BUTTON ADVANCED→CHAINDE→OFF→ (Cyclic)

DRY/WET ON/OFF BUTTON DRY/WET

DRY/WET CONTROL ROTARY VOLUME *

SELECT/BACK 1 BUTTON EFFECT 1

SELECT/BACK 2 BUTTON EFFECT 2

SELECT/BACK 3 BUTTON EFFECT 3

EFFECT 1 ON/OFF BUTTON EFFECT 1

EFFECT 2 ON/OFF BUTTON EFFECT 2

EFFECT 3 ON/OFF BUTTON EFFECT 3

EFFECT 1 CONTROL ROTARY VOLUME *

EFFECT 2 CONTROL ROTARY VOLUME *

EFFECT 3 CONTROL ROTARY VOLUME *

DECK A/C FUNCTION BUTTON FUNCTION

DECK B/D NEEDLE SEARCH PAD JOG LED ROTATION

FILTER ON/OFF BUTTON FILTER

FILTER CONTROL ROTARY VOLUME *

IN BUTTON IN

OUT B

UTTON OUT

ACTIVEBUTTON ACTIVE

MOVE/CUE BUTTON MOVE→CUE→OFF→ (Cyclic)

MODE/DELETE BUTTON MODE/DELETE

HOT CUE 1/SIZE← BUTTON HOT CUE 1/SIZE←

HOT CUE 2/SIZE→ BUTTON HOT CUE 2/SIZE→

HOT CUE 3/BWD BUTTON HOT CUE 3/BWD

HOT CUE 4/FWD BUTTON HOT CUE 4/FWD

AUTO LOOP CONTROL ENCODER *

AUTO LOOP PUSH ENCODER IN

SHIFT BUTTON OUT

KEY LOCK BUTTON KEY LOCK

TEMPO RANGE BUTTON FILTER

CUE BUTTON CUE

PLAY/PAUSE BUTTON PLAY/PAUSE

TEMPO SLIDE VOLUME *

JOG ROTATION DIAL JOG LED ROTATION

JOG TOUCH DIAL JOG LED ALL ON

MIXER LOAD A BUTTON FX 1 A

LOAD B BUTTON FX 1 B

LOAD C BUTTON FX 1 C

LOAD D BUTTON FX 1 D

TREE BUTTON HEADPHONE CUE A

FAVORITES/REC BUTTON HEADPHONE CUE B

6 7 8

6.2 DETAILS ON SERVICE MODE

A

5

DDJ-T1

6 7 8

B

C

D

E

F

37

1

Part Operator Device LED Display

MIXER

BROWSE CONTROL ENCODER JOG LED ROTATION A/B

BROWSE PUSH ENCODER ALL LED BRIGHT→DARK→OFF→ (Cyclic)

GAIN CONTROL A ROTARY VOLUME *

GAIN CONTROL B ROTARY VOLUME *

GAIN CONTROL C ROTARY VOLUME *

GAIN CONTROL D ROTARY VOLUME *

EQ HI A ROTARY VOLUME *

EQ HI B ROTARY VOLUME *

EQ HI C ROTARY VOLUME *

EQ HI D ROTARY VOLUME *

EQ MID A ROTARY VOLUME *

EQ MID B ROTARY VOLUME *

EQ MID C ROTARY VOLUME *

EQ MID D ROTARY VOLUME *

EQ LOW A ROTARY VOLUME *

EQ LOW B ROTARY VOLUME *

EQ LOW C ROTARY VOLUME *

EQ LOW D ROTARY VOLUME *

MAIN VOL ROTARY VOLUME *

HEADPHONE MIX ROTARY VOLUME *

HEADPHONE VOL ROTARY VOLUME *

FX 1 A BUTTON FX 1 A

FX 1 B

B

UTTON FX 1 B

FX 1 C BUTTON FX 1 C

FX 1 D BUTTON FX 1 D

FX 2 A BUTTON FX 2 A

FX 2 B BUTTON FX 2 B

FX 2 C BUTTON FX 2 C

FX 2 D BUTTON FX 2 D

HEADPHONE CUE A BUTTON HEADPHONE CUE A

HEADPHONE CUE B BUTTON HEADPHONE CUE B

HEADPHONE CUE C BUTTON HEADPHONE CUE C

HEADPHONE CUE D BUTTON HEADPHONE CUE D

SYNC A BUTTON SYNC A

SYNC B BUTTON SYNC B

SYNC C BUTTON SYNC C

SYNC D BUTTON SYNC D

MASTER A BUTTON MASTER A

MASTER B BUTTON MASTER B

MASTER C BUTTON MASTER C

MASTER D BUTTON MASTER D

FADER A SLIDE VOLUME *

FADER B SLIDE VOLUME *

FADER C SLIDE VOLUME *

FADER D SLIDE VOLUME *

CH F

ADER START A SLIDE SWITCH FX 2 A

CH FADER START B SLIDE SWITCH FX 2 B

CH FADER START C SLIDE SWITCH FX 2 C

CH FADER START D SLIDE SWITCH FX 2 D

CROSS FADER

Note: It cannot check only by the controller. Please connect with TRAKTOR, use it and check a related display in the usual mode.

SLIDE VOLUME *

A

2 3 4

B

C

D

E

F

38

DDJ-T1

1

2 3 4

5

[2] Quality judging of JOG dial load.

When it spends a power supply while pushing a FUNCTION button and a ACTIVE button of left deck simultaneously, enters into this mode. (Please continue pushing until an opening display is completed. ) It is the mode which judges the load (light/heavy) when rotating JOG dial .

It goes into this mode, when JOG dial was turned with sufficient vigor, the following top speed and rotation fall time are measured and top speed becomes more than 7 times, rotation fall time is evaluated, and it judges whether it goes into the range of regular, and a result is displayed on LED. The rotation direction, right rotation and left rotation, either is OK.

TOP SPEED : Top speed (let the time of turning one rotation in 1.8 second be 1 time speed) ROTATION FALL TIME : Time taken for rotation to fall to 1.5 times speed from 3 times speed

It is necessary to make it rotate top speed to 7.0 or more times to measure the rotation fall time required. Not more than 7.0 times faster, it is made to blink 3 times and warns of JOG illuminations.

4 times displays the number of times of measurement on L ED. The 1st end HOT CUE 1 ( SIZE <- ) lighting The 2nd end HOT CUE 2 ( SIZE -> ) lighting The 3rd end HOT CUE 3 ( BWD <- ) lighting The 4th end HOT CUE 4 ( FWD -> ) lighting

After measurement finishes 4 times, an average is taken, and rotation fall time judges whether it goes into the range of regular, and displays a result on LED. Regulation value is 100 ± 40 [msec]. OK LOOP ACTIVE lighting NG (Light) LOOP OUT lighting NG (Heavy) LOOP IN lighting

Measurement is performed although the number of times is not displayed 5th henceforth. Each time, an average is taken and a result is displayed on LED.

6 7 8

A

B

C

D

E

F

DDJ-T1

5

6 7 8

39

1

[3] Error display

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

[4] Firmware update

Refer to the "8.3 UPDATING OF THE FIRMWARE."

Abnormalities LED/Display Note

1

Abnormalities of a power supply

All LED put out the light.

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 microcomputer

Left deck/IN (IN ADJUST) 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/OUT (OUT ADJUST) Blinks in a cycle of 0.5 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

Abnormalities of the needle pad controller of the left deck

Right deck/IN (IN ADJUST) Blinks in a cycle of 0.5 seconds.

When the time when it cannot communicate with a needle pad controller correctly, and controllers are abnormalities, it will be in this state. However, this display is performed at the time of "[1] Check of operator input and a display function." It will be used in usual use, with a needle pad not operating.

5

Abnormalities of the needle pad controller of the right deck

Right deck/OUT (OUT ADJUST) Blinks in a cycle of 0.5 seconds.

Device Name Function Part No. Ref No. Assy

MAIN UCOM

Main microcomputer, All operating elements/LED control

DYW1801 PEG850A8-K

IC701 UCOM Assy

USB UCOM USB control, audio control TUSB3200A IC202 UCOM Assy

CDC Needle search control AD7147ACPZ500RL7

IC2001 IC2101

CDCB 1 Assy CDCB 2 Assy

A

B

2 3 4

C

D

6.3 ABOUT THE DEVICE

E

F

40

1

DDJ-T1

2 3 4

5

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

A

Dial Knob S (DAA1264) ×2

Gray

B

Slide Knob (Metal) (DNK5876) ×2

Gray

White

C

Rotary Knob L (Gray) (DAA1267) ×10

Gray

White

D

Dial Knob (DAA1259) ×1

Black

E

Rotary Knob S (Black) (DAA1262) ×7

Black

White

F

Rotary Knob L (Black) (DAA1261) ×12

G

Slider Knob 1 (DAC2684) ×5

Slider Knob 1

Slider Knob 2

Slider Knob Stopper

Slider Knob 2 (DAC2685) ×5

Slider Knob Stopper (DNK5888) ×5

A A

B

G

B

C DF FE C

White

Black

White

Black

Gray

6 7 8

7. DISASSEMBLY

A

B

C

D

5

DDJ-T1

6 7 8

E

F

41

1

6

7

6

2

1

4

[1] Chassis Section

[1-1] Volumes and knobs

(1) Remove the two dial knobs S. (2) Remove the 10 rotary knobs L (Gray). (3) Remove the 12 rotary knobs L (Black). (4) Remove the one dial knob. (5) Remove the seven rotary knobs S (Black). (6) Remove the two slide knobs (Metal). (7) Remove the five silider knobs 2, five slider knobs 1, five slider knob stoppers. (See below.)

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.

Side on which the line reaches the bottom

Protective materialTweezers

Slider knob 2

Slider knob 1

Slider knob 2

×5

3

×12

2

×5

7

×4

5

×7

5 Remove the slider knob stopper.

Slider knob stopper

Disassembly

Stopper (right direction)

Stopper (front direction)

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

A

2 3 4

B

C

D

E

F

42

1

DDJ-T1

2 3 4

5

[1-2] Chassis section

(1) Reverse the product. (2) Remove the four screws. (PMB30P080FTB) (3) Remove the two foots.

(4) Remove the six screws. (BPZ30P080FNI) (5) Remove the 14 screws. (BBZ30P060FTC) (6) Remove the chassis A.

Foot

Chassis A

2

3

×2

2

×2

5

6

×14

4

×3

4

×3

3

• Bottom view

A B

or

A B

or

Screw tightening order

The other screws are random order.

6 7 8

A

B

C

D

E

F

DDJ-T1

5

6 7 8

43

1

[2] Mixer and Fader Section

[2-1] UCOM Assy

(1) Release the clamper. (2) Disconnect the seven flexible cables and eight connectors. (CN4403, CN301 - CN303, CN501, CN901 - CN906, CN1001 - CN1004) (3) Remove the four screws. (BBZ30P060FTC) (4) Remove the UCOM Assy.

[2-2] Mixer and fader section

(1) Remove the two screws. (BPZ30P080FNI) (2) Remove the FFC guard M. (3) Remove the 20 screws. (BPZ30P080FNI) (4) Remove the three cord clampers. (5) Remove the mixer and fader section.

UCOM Assy

JACB Assy

CN4403

3

×4

2

1

2

×3

2

×2

2

×2

2

×4

4

• Bottom view

A

B

Screw tightening order

The other screws are random order.

UCOM Assy

2

×2

FFC guard M

Mixer and fader section

1

2

×2

• Bottom view

3

×20

5

4

A

B

2 3 4

C

D

E

F

44

DDJ-T1

1

2 3 4

5

[2-3] CRFD, CHFD and DJMB Assemblies

(1) Remove the four Caps/FDR. (2) Remove the 19 nut and 19 washers. (3) Remove the eight screws. (PMH20P040FTC) (4) Remove the two screws. (IMZ30P040FTC) (5) Remove the VR stay L.

Cap/FDR

VR stay L

CRFD Assy CHFD Assy

UCOM Assy

Clamper

JACB Assy

CDCB 2 Assy

DJMB Assy

3

×8

4

×2

1

×4

5

2

×19

Clamper styling

CN501

CN301

CN302

CN901

CN4403

CN2101

6 7 8

A

B

C

D

E

DDJ-T1

5

6 7 8

F

45

1

[3] Deck Section

[3-1] MICB, HPJK, USBB and JACB Assemblies

Release the jumper wires, as required.

• MICB Assy

(1) Remove the two screws. (BPZ30P080FNI) (2) Remove the MICB Assy. (3) Remove the slide SW packing (B).

• HPJK Assy

(4) Remove the two screws. (BPZ30P080FNI) (5) Remove the HPJK Assy.

• USBB Assy

(6) Remove the one screw and remove the cord hook. (BBZ30P060FTB) (7) Remove the one screw. (BBZ30P060FTB) (8) Remove the one screw. (DBA1340) (9) Remove the two screws. (BPZ30P080FNI) (10) Remove the USBB Assy.

• JACB Assy

(11) Remove the two nuts. (NKX2FTC) (12) Remove the phone spacer. (13) Remove the one screw. (BBZ30P060FTB) (14) Remove the two screws. (BPZ30P080FTB) (15) Remove the two screws. (BPZ30P080FNI) (16) Remove the JACB Assy.

A B

Screw tightening order

• Bottom view

Raer

MICB Assy

MICB Assy HPJK Assy

HPJK Assy

JACB Assy

USBB Assy

1

2

×2

4

×2

9

11

12

13

14

10

×2

15

16

×2

3

5

6

7

8

B

B A

A

2 3 4

B

C

D

E

F

46

DDJ-T1

1

2 3 4

5

• Stay

(1) Remove the five nuts and five washers. (2) Remove the two VR stays S. (3) Remove the rear stay L and R.

CDJ1B Assy

CDJ2B Assy

CDJ1B Assy

FFC guard 1

UCOM Assy

LEDB Assy

CDJ1B Assy

CDJ2B Assy

Rear stay L

Rear stay R

VR stay S

LEDB Assy

CN6001

CN905

CN906

CN902

1

2

×3

1

×4

1

×4

7

×3

3

8

5

3

2

CN901

CN903

CN904

CN6001

6

4

×24

9

×24

A

B

• Bottom view

[3-2] CDJ1B and CDJ2B Assy

• CDJ1B Assy

(1) Disconnect the three flexible cables and one connector. (CN902, CN905, CN906, CN6001) (2) Remove the three screws. (BPZ30P080FNI) (3) Remove the FFC guard 1. (4) Remove the 24 screws. (BPZ30P080FNI) (5) Remove the CDJ1B Assy.

• CDJ2B Assy

(6) Disconnect the three flexible cables and one connector. (CN901, CN903, CN904, CN6001) (7) Remove the three screws. (BPZ30P080FNI) (8) Remove the FFC guard 1. (9) Remove the 24 screws. (BPZ30P080FNI) (10) Remove the two cord clampers. (11) Remove the CDJ2B Assy.

Screw tightening order

The other screws are random order.

11

10

6 7 8

A

B

C

D

E

F

DDJ-T1

5

6 7 8

47

1

[3-3] CDCB 1, CDCB 2 Assy and JOG section

• CDCB 1 Assy

(1) Remove the three screws and remove the three CDC stoppers. (BPZ30P080FNI) (2) Remove the CDCB 1 Assy.

• CDCB 2 Assy

(3) Remove the three screws and remove the three CDC stoppers. (BPZ30P080FNI) (4) Remove the CDCB 2 Assy.

• JOG section

(5) Remove the eight screws. (BPZ30P100FTB) (6) Remove the two JOG sections.

[3-4] LEDB Assy

(1) Disconnect the one connector. (CN6002) (2) Disconnect the one connector. (CN3301) (3) Remove the LEDB Assy.

LEDB Assy

TCHB Assy

JOGB Assy

CN3301

CN6002

2

1

3

CDC stopper

JOG section

CDCB 1/2 Assy

5

×4

5

×4

2

4

1

3

JOG section

CDC stopper

• Bottom view

Note:

Either the CDCB 1 Assy or CDCB 2 Assy is assembled here. The CDCB 1 Assy and CDCB 2 Assy are interchangeably used and handled similarly in their production management.

CDCB 1/2 Assy

LEDB Assy

A

B

Screw tightening order

The other screws are random order.

A

B

C

2 3 4

D

E

F

48

1

2 3 4

DDJ-T1

5

Before repairing, be sure to check the version of the firmware, and if it is not the latest one, update to the latest version. Perform the each item when the following parts are replaced.

• UCOM ASSY (MAIN UCOM: IC701)

• Confirmation of the version of the firmware

• Updating to the latest version of the firmware

• EEPROM on the UCOM ASSY: IC201

• Copying the program for the USB controller

• Updating to the latest version of the firmware

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

Confirmation of the firmware version can be performed on a PC connected with this product. How to confirm differs depending on the type of OS used.

1. Confirmation of the Versions of the DDJ-T1 Firmware (for Windows)

To confirm the versions of the driver software and DDJ-T1 firmware, with the DDJ-T1 connected with a PC, click on “Start” then select “All Programs,” “Pioneer,” “DDJ,” then “DDJ Version Display Utility.”

2. Confirmation of the Version of the DDJ-T1 Firmware (for Macintosh)

As the standard audio driver for the Macintosh OS is to be used, neither driver software nor a version display utility for Macintosh are provided. For confirmation of the version of the DDJ-T1 firmware, proceed as follows:

How to Confirm the Version of the DDJ-T1 Firmware on Mac OS X

1. Select “Application” then “Utility,” then start “System Profiler.”

2. Click on “USB” then “DDJ-T1.” The version of the DDJ-T1 firmware is displayed in the version field.

6 7 8

8. EACH SETTING AND ADJUSTMENT

8.1 NECESSARY ITEMS TO BE NOTED

8.2 CONFIRMATION OF THE VERSIONS OF THE FIRMWARE

A

B

C

D

E

5

DDJ-T1

6 7 8

F

49

1

The devices which update a firmware are MAIN microcomputer and USB controller. USB connection of the controller is made at PC/MAC, and it updates by performing the update program of exclusive use.

File name

Windows DDJT1_xxx.exe Note: xxx is version number. If it is Ver1.00, it is DDJT1_100.exe/DDJT1_100.dmg. Mac DDJT1_xxx.dmg Note:

In the case of Mac, since an icon will appear if dmg file is double-clicked, it is performed.

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

Example (Windows)

Recovery when failing

When update goes wrong, USB cable is extracted on the way or the power supply has been turned off, usual DJ operation becomes impossible after that. In this case, the recovery mode which only updates operates (State of 2 or 3 in "[3] Error display"). Update program can be used like usual also at this time.

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

Check of a version

Progress display

End. Controller is re-started automatically.

2 3 4

8.3 UPDATING OF THE FIRMWARE

A

B

C

D

E

F

50

1

2 3 4

DDJ-T1

5

Copy the program for the USB controller according to the following procedure after the EEPROM (IC201) on the UCOM Assy is replaced:

1 Turn the DDJ-T1 off then connect this unit with a PC, via USB. 2 Set the POWER switch to ON while simultaneously holding the FUNCTION and LOOP OUT buttons on the left deck

pressed. 3 Copying of the program is successfully completed if the ADVANCED LED on the left deck lights then goes dark in about 3 seconds. (The ADVANCED LED flashes if nothing is connected to the USB port of this unit or copying failed for some reason.)

After copying is completed, turn the unit off then back on again.

6 7 8

8.4 COPYING THE PROGRAM FOR THE USB CONTROLLER

A

B

C

D

E

F

DDJ-T1

5

6 7 8

51

1

1. How to Enter JOG Load Measurement Mode

Set the POWER switch to ON while holding the FUNCTION and ACTIVE buttons on the left panel pressed. => JOG Load Measurement mode is entered when the KEY LOCK LEDs on the left and right panels light.

2. Measurement Method

Rotate the JOG dial clockwise swiftly.* *If the rotation speed is high enough (successful measurement) When the 1st measurement is finished, HOT CUE 1 (SIZE ←) lights. When the 2nd measurement is finished, HOT CUE 2 (SIZE →) lights. When the 3rd measurement is finished, HOT CUE 3 (BWD ←) lights. When the 4th measurement is finished, HOT CUE 4 (FWD →) lights. If the rotation speed is not high enough (measurement fails) The JOG dial flashes 3 times, after which it goes dark.

Perform measurements four times, each time after confirming that the previous measurement was successfully finished, which is shown as mentioned above.

3. Judgment

After four measurements are successfully finished, the level of the measured JOG load value with regard to the reference value will be displayed. Reference value: 100 ±40 (msec) OK: LOOP ACTIVE lit NG (measured value is smaller than the reference value): LOOP OUT lit NG (measured value is larger than the reference value): LOOP IN lit

4. Adjustment When the JOG Load Value is Outside the Specified Range

When LOOP OUT is lit: Because the load value is too small, detach and shift the Adjust Plate toward the + direction then secure it. When LOOP IN is lit: Because the load value is too large, detach and shift the Adjust Plate toward the – direction then secure it.

After adjustment of the Adjust Plate location, repeat Steps 1 to 3 until the measurement result becomes OK.

Adjust plate

Fig. 1

2 3 4

8.5 JOG DIAL ROTATION LOAD ADJUSTMENT

A

B

C

D

E

F

52

1

2 3 4

DDJ-T1

5

6 7 8

A

B

C

D

E

F

DDJ-T1

5

6 7 8

53

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

SVYXJ8 only

FLPXJ only

UXJCB only

AXJ5 only

KXJ5 only

or or

2 3 4

9. EXPLODED VIEWS AND PARTS LIST

A

9.1 PACKING SECTION

B

C

D

E

F

54

1

2 3 4

DDJ-T1

5

6 7 8

(1) PACKING SECTION PARTS LIST

Mark No. Description Par t No.

> 1 AC Adapter DWR1491 > 2Power Plug (EU) See Contrast table (2) > 3Power Plug (UK) See Contrast table (2) > 4Power Plug (US) See Contrast table (2) > 5Power Plug (AUS) See Contrast table (2)

No. Description Par t No.

Mark

15 Operating Instructions See Contrast table (2)

16 Operating Instructions See Contrast table (2)

NSP 17 Warranty Card See Contrast table (2)

e

NSP 1

8 License K

y Label AS DXA2242

19 Caution Card/ADP DRM1345

A

> 6Power Plug (KOR) See Contrast table (2) > 7Power Plug (CHI) See Contrast table (2)

8 USB Cable DDE1140

9 TRAKTOR Pioneer DDJ-T1 DXX2665

EDITION software CD-ROM

10 Driver software CD-ROM DXX2666

11 Operating Instructions See Contrast table (2)

12 Operating Instructions See Contrast table (2)

13 Operating Instructions See Contrast table (2)

14 Operating Instructions See Contrast table (2)

20 Caution Card/CU See Contrast table (2)

21 Caution Card/PLG See Contrast table (2)

22 • • • • •

23 Recycle Label (M) See Contrast table (2)

NSP 24 Polyethylene Bag AHG7117

25 Vinyl Bag See Contrast table (2)

26 Packing Sheet RHC1023

27 Plastic Handle (PE) VEC2292

28 Spacer (PE) VEC2293

29 Accessory Pad DHA1875

30 Pad A DHA1871

31 Pad B DHA1872

32 Packing Case See Contrast table (2)

(2) CONTRAST TABLE

DDJ-T1/SVYXJ8, UXJCB, FLPXJ, KXJ5 and AXJ5 are constructed the same except for the following:

Mark No. Symbol and Description DDJ-T1/SVYXJ8 DDJ-T1/UXJCB DDJ-T1/FLPXJ DDJ-T1/KXJ5 DDJ-T1/AXJ5

> 2Power Plug (EU) DKX1048 Not used DKX1048 Not used Not used > 3Power Plug (UK) DKX1049 Not used DKX1049 Not used Not used > 4Power Plug (US) Not used DKX1047 DKX1047 Not used Not used > 5Power Plug (AUS) Not used Not used DKX1050 Not used Not used > 6Power Plug (KOR) Not used Not used DKX1051 DKX1051 Not used

B

C

D

> 7Power Plug (CHI) Not used Not used Not used Not used DKX1052

11 Operating Instructions (En/Fr/De) DRB1537 Not used Not used Not used Not used

N

12 Operating Instructions (It/Nl/Es/Ru) DRB1563 Not used Not used Not used

ot used 13 Operating Instructions (En) Not used DRB1536 Not used Not used Not used 14 Operating Instructions (En/Es/Zhtw)Not used Not used DRB1539 Not used Not used

15 Operating Instructions (Ko) Not used Not used Not used DRB1541 Not used 16 Operating Instructions (Zhcn/En) Not used Not used Not used Not used DRB1540

NSP 17 Warranty Card ARY7107 Not used Not used Not used Not used

20 Caution Card/CU Not used DRM1353 Not used Not used Not used 21 Caution Card/PLG Not used Not used DRM1346 Not used Not used

23 Recycle Label (M) Not used Not used Not used DRW2307 Not used

N

25 Vinyl Bag Not used Not used Z21-013 Not used

ot used 32 Packing Case DHG3055 DHG3056 DHG3057 DHG2987 DHG2985

DDJ-T1

5

6 7 8

E

F

55

1

Refer to "9.3 PCB LAYER SECTION" .

9.2 EXTERIOR SECION

A

B

2 3 4

C

D

E

F

56

1

2 3 4

DDJ-T1

5

6 7 8

(1) EXTERIOR SECION SECTION PARTS LIST

Mark No. Description Par t No.

1Dial Knob DAA1259

2 Rotary Knob L (Black) DAA1261

3 Rotary Knob S (Black) DAA1262

4Dial Knob S DAA1264

5 Rotary Knob L (Gray) DAA1267

6 Slider Knob 1DAC2684

7 Slider Knob 2DAC2685

8 Slide Sheet DAH2836

9Rubber Foot (H6) DEB1996

10 CDC Sheet DEC3354

A

11 Chassis See Contrast table (2)

12 Foot DNK5864

13 Slide Knob (Metal) DNK5876

14 Slider Knob Stopper DNK5888

15 Rubber Foot VEB1349

16 • • • • •

17 • • • • •

18 Screw PMB30P080FTB

19 Screw BBZ30P060FTC

20 Screw BPZ30P080FNI

(2) CONTRAST TABLE

DDJ-T1/SVYXJ8, UXJCB, FLPXJ, KXJ5 and AXJ5 are constructed the same except for the following:

Mark No. Symbol and Description DDJ-T1/SVYXJ8 DDJ-T1/UXJCB DDJ-T1/FLPXJ DDJ-T1/KXJ5 DDJ-T1/AXJ5

11 Chassis DNA1419 DNA1414 DNA1415 DNA1416 DNA1416

B

C

D

E

F

DDJ-T1

5

6 7 8

57

1

J

B

L

M

K

O

A

I

H

C

N

G

D

B

H

I

J

K

J

H

B

A

G

A

C

D

E

F

E

L

M

O

P

Q

P

N

M

CONTACT SIDE

NON-CONTACT

SIDE

K

• Bottom view

Washer

Nut

Refer to "9.4 BUTTON LAYER SECTION" .

Refer to "9.5 JOG SECTION" .

*

: Either the CDCB 1 Assy or CDCB 2 Assy is assembled here. The CDCB 1 Assy and CDCB 2 Assy are interchangeably used and handled similarly in their production management.

9.3 PCB LAYER SECION

A

2 3 4

B

C

D

E

F

58

1

2 3 4

DDJ-T1

5

PCB LAYER SECTION PARTS LIST

Mark No. Description Par t No.

1 UCOM Assy DWX3209

2 CDCB 1 Assy DWX3210

3 CDCB 2 Assy DWX3224

4 CDJ1B Assy DWS1430

5 LEDB Assy DWS1434

6 CDJ2B Assy DWS1431

7 CHFD Assy DWX3212

8 CRFD Assy DWX3213

9 MICB Assy DWX3215

10 HPJK Assy DWX3216

6 7 8

No. Description Par t No.

Mark

46 • • • • •

47 • • • • •

48 Screw PMH20P040FTC

49 Screw IMZ30P040FTC

50 • • • • •

30P060FTC

51 Screw BB

Z

52 Screw BPZ30P080FNI

53 Screw BPZ30P100FTB

54 Screw (M3x5) DBA1340

55 Screw BBZ30P060FTB

A

11 DJMB Assy DWX3211

12 JACB Assy DWX3214

13 USBB Assy DWX3222

14 25P FFC DDD1543

15 19P FFC DDD1545

16 8P FFC DDD1547

17 15P FFC DDD1548

18 FFC/20P DDD1561

19 Crimp Connector DKP3894

20 Crimp Connector DKP3897

21 Crimp Connector DKP3900

22 Crimp Connector DKP3920

23 Crimp Connector DKP3921

24 Crimp Connector DKP3922

25 Crimp Connector DKP3923

26 Connector Assy PF03PP-C06

27 Clamper CNV3477

28 Cap/FDR DAC2771

29 Slide SW Packing (B) DEC2590

30 Phone Spacer DEC2914

56 Screw BPZ30P080FTB

B

C

D

31 FFC Guard 1 DEC3362

32 FFC Guard M DEC3364

33 • • • • •

34 Front Stay L DNH2959

35 Front Stay R DNH2960

36 Rear Stay L DNH2961

37 Rear Stay R DNH2962

38 VR Stay L DNH2963

39 VR Stay S DNH2964

40 CDC Stopper DNK5863

41 Cord Hook DNK5928

42 Cord Clamper (Steel) RNH-184

43 Binder ZCA-SKB90BK

44 Nut M12 DBN1018

45 Nut NKX2FTC

5

6 7 8

DDJ-T1

E

F

59

1

1/2

2/2

1/2

• Bottom view

9.4 BUTTON LAYER SECION

A

B

2 3 4

C

D

E

F

60

1

2 3 4

DDJ-T1

5

6 7 8

(1) BUTTON LAYER SECTION PARTS LIST

Mark No. Description Par t No.

1Button L (Opal) DAC2657

2Cue Button R DAC2658

3 Load Button A DAC2659

4 Load Button B DAC2660

5 Shift Button DAC2661

6Button S (Opal) DAC2662 *

7Button S (Black) DAC2663 *

8 FX Assign Button DAC2664

9 Deck Select Button A DAC2665

10 Deck Select Button B DAC2666

A

11 FX Select Button 1 DAC2667

12 FX Select Button 2 DAC2668

13 FX Select Button 3 DAC2669

14 Loop Button DAC2671

15 Deck Select Button C DAC2677

16 Deck Select Button D DAC2678

17 Filter Button DAC2680

18 Active Button DAC2681

19 Play Button DAC2682

20 Button S (Gray) DAC2683 *

21 Load Button C DAC2687

22 Load Button D DAC2688

23 Fader Packing DEC3355

24 Lens DNK5862

25 1..Control PNL Assy See Contrast table (2)

26 2..Control Panel DNK5859

27 2..Front Panel DNK5869

2..Rear Panel See Contrast table

28

*: N

ote that there are two types of button S, as some of them have

to be split into two when used.

B

C

(2)

D

(2) CONTRAST TABLE

DDJ-T1/SVYXJ8, UXJCB, FLPXJ, KXJ5 and AXJ5 are constructed the same except for the following:

Mark No. Symbol and Description DDJ-T1/SVYXJ8 DDJ-T1/UXJCB DDJ-T1/FLPXJ DDJ-T1/KXJ5 DDJ-T1/AXJ5

25 Control PNL Assy DXB2096 DXB2106 DXB2107 DXB2110 DXB2108 28 Rear Panel DNK5870 DNK5878 DNK5879 DNK5882DNK5880

DDJ-T1

5

6 7 8

E

F

61

1

Bottom view

LEDB JH6001

STPB ASSY

LEDB CN6002

F

E

Lubricating oil (GYA1001)

Lubricating oil

(GYA1001)

Arm spring

Encoder arm

Hook

9.5 JOG SECTION

A

B

2 3 4

C

D

E

F

62

1

2 3 4

DDJ-T1

5

JOG SECTION PARTS LIST

Mark No. Description Par t No.

1 JOGB Assy DWS1432

2 TCHB Assy DWS1433

3 JOG Plate DAH2837

4 Arm Spring DBH1612

5Lever Spring DBH1626

6 Load Spring DBH1676

7 Encorder Plate DEC2889

8 Lever Cushion (A) DEC3001

9Lever Cushion (B) DEC3002

10 JOG Lever DNK4763

6 7 8

A

11 JOG Shaft DNK4934

12 Encorder Arm DNK4936

13 Encorder Gear DNK4937

14 Load Smoother DNK4939

15 Adjust Plate DNK4943

16 Load Gear DNK5178

17 Lever Holder DNK5206

18 JOG Dial A DNK5860

19 JOG Dial B DNK5861

20 Ring Lens DNK5945

21 Roller B Assy DXB1877

22 JOG Holder Assy DXB2002

23 Binder ZCA-SKB90BK

24 Washer WA41D070D025

25 Washer WT32D080D050

26 • • • • •

27 • • • • •

28 Screw BPZ20P060FTC

29 Screw (FE) DBA1265

B

C

D

E

F

DDJ-T1

5

6 7 8

63

1

A

JACB ASSY (DWX3214)

MASTER_L

MASTER_R

CN4402

KM200NA7L

1

V-6A

2

V+6A

3

GN D_PA

4

AUX_IN_R

5

GN D_AA

6

AUX_IN_L

7

GN D_AA

CN4401

KM200NA9L

1

MUTE

2

V+6

3

V-6

4

GN D_P

5

MASTER_L

6

GN D_AM

7

GN D_AM

8

GN D_AM

9

MASTER_R

B2PS-VH

CN4403

1

2

100u/1

C443

47u/16

C4416

10u/35

C4412

10u/35

C4414

100u/16

C4421

10u/35

C4415

100u/16

C4420

47u/16

C4418

47u/16

C4407

47u/16 C4410

100u/16

C4408

100u/16

C4406

10u/35

C4413

C4404

100p

CH

C4425

CH

100p

C4434

NM

C4435

NM

C44

NM

C4427

CH100p

C4424

100p CH

C4417

NM

C4419

NM

C4432

NM

C4429

CH100p

C4426

100p

CH

C4436

NM

C4428

100p CH

C4422

100p CH

C4401

1000p

C4437

NM

C4458

0.1u

C4402

100p

CH

C4411

NM

C4409

NM

C4405

100p(CH)

C4403

100p

(CH)

C4423

CH100p

GN

G

GN D_AA

GN D_PA

GN D_PM

GN D_AA

GN D_AAGN D_FA

GN D_AM

G

GN D_AM

G

GN

GN D_AM

GN D_PA

GN D_AA

GN D_PM

IC440

NJM4

3

4

2

1

8

IC4

NJM

5

4

6

7

8

IC44

NJM

5

4

6

7

8

3

4

2

8

IC4401

NJM4565MD

5

4

6

7

8

IC4401

NJM4565MD

3

4

2

1

8

IC4402

NJM4565MD

3

4

2

1

8

IC4402

NJM4565MD

5

4

6

7

8

IC4403

NJM45

3

4

2

1

8

IC44

NJM

5

4

6

7

8

JA4401

AKB7181-A

5

4

3

2

1

R4401

11k

(D)

R4405

12k

(D)

R4427

10k

(D)

R4412

100k

R4411

100k

R4424

9.1k

(D)

R4404

1k

(D)

R4403

1k

(D)

R4422

9.1k

(D)

R4408

12k

(D)

R4420

4.7k

(D)

R4417

4.7k

(D)

R4419

4.7k

(D)

R4428

9.1k

(D)

R4421

10k

(D)

R4415

4.7k

(D)

R4413

4.7k

(D)

R4426

9.1k

(D)

R4425

10k

(D)

R4407

12k

(D)

R4406

12k

(D)

R4423

10k

(D)

R4418

4.7k

(D)

R4416

4.7k

(D)

R4402

11k

(D)

R4414

4.7k

(D)

VA4403

EZJZ1V270RM

V-6M

V+6A

V-6M

V+6M

V-6M

V-6A

V+6A

V-6M

V+6M

V-6M

V+6M

V-6A

V+6A

V-6M

V+6A

V+6M

DCS1115-A

VR4401

1

324

5

AUX

R-

R+

L-

L+

CAPACITOR POWER for OUTPUT OPA

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

CEJQ***

RS1/10SR***J

CCSRCH***J

NM

CH

RS1/10SR****D

(D)

CKSRYB***K

B

3/6

CN501

B

2/6

CN302

B

3/6

JP501

83

2 3 4

10. SCHEMATIC DIAGRAM

10.1 JACB ASSY

A

B

C

D

E

F

64

1

DDJ-T1

2 3 4

A

100u/16

C4430

100u/16

C4442

100u/16

C4443

100u/16

C4440

100u/16

C4439

100u/16

C4438

100u/16 C4431

100u/16

C4441

C4425

CH

100p

C4461

NM

C4449

DCE1016-A

4700p

C4462

0.01u

C4448

DCE1016-A

4700p

C4434

NM

C4435

NM

C4445

DCE1016-A

4700p

C4444

DCE1016-A

4700p

C4433

NM

C4427

CH100p

C4456

NM

C4450

NM

C4451

NM

C4454

NM

C4424

100p CH

C4455

NM

C4432

NM

C4452

NM

C4429

CH100p

C4453

NM

C4426

100p

CH

C4436

NM

C4446

DCE1016-A

4700p

C4428

100p CH

C4422

100p CH

C4447

DCE1016-A

4700p

C4437

NM

C4459

NM

C4460

0.01u

C4457

0.01u

C4423

CH100p

GN D_AM

GN D_FM

GN D_AM

GN D_PM

GN D_AM

GN D_AM GND_FM2

GN D_AM

GN D_PM

GN D_AM

GN D_PM

GN D_AM

IC4405

NJM4580MD

3

4

2

1

8

IC4405

NJM4580MD

5

4

6

7

8

IC4403

NJM4580MD

5

4

6

7

8

IC4404

NJM4580MD

3

4

2

1

8

IC4403

NJM4580MD

3

4

2

1

8

IC4404

NJM4580MD

5

4

6

7

8

JA4404 DKN1622-A

2

3

1

JA4402 DKN1622-A

2

3

1

JA4403

AKB7181-A

5

4

3

2

1

KN4401

VNE1948-A

GND1

1

GND2

2

GND3

3

GND4

4

L4401

CTF1378-A

L4402

CTF1378-A

L4403

CTF1378-A

L4404

CTF1378-A

Q4411 INC2002AC1

Q4406 INC2002AC1

Q4402 INC2002AC1

Q4412 INC2002AC1

Q4403 INC2002AC1

Q4407 INC2002AC1

Q4401 INC2002AC1

Q4408 INC2002AC1

Q4405 INC2002AC1

Q4410

INC2002AC1

Q4409

INC2002AC1

Q4404 INC2002AC1

R4427

10k

(D)

R4452

1k

R4449

120

R4424

9.1k

(D)

R4451

120

R4422

9.1k

(D)

R4434

1k

R4433

560

R4435

560

R4436

1k

R4450

1k

R4420

4.7k

(D)

R4442

1k

R4417

4.7k

(D)

R4447

120

(D)

R4430

560

(D)

R4456

1k

R4419

4.7k

(D)

R4453

120

(D)

R4443

0

R4455

120

(D)

R4441

0

R4440

1k

R4446

1k

R4458

22k

R4457

22k

R4437

0

R4428

9.1k

(D)

R4421

10k

(D)

R4432

560

(D)

R4438

1k

R4439

0

R4448

1k

R4459

100k

R4461

22k

R4462

22k

R4415

4.7k

(D)

R4431

560

(D)

R4460

100k

R4429

560

(D)

R4413

4.7k

(D)

R4445

120

(D)

R4426

9.1k

(D)

R4425

10k

(D)

R4423

10k

(D)

R4471

NM

R4418

4.7k

(D)

R4416

.7k

(D)

R4472

NM

R4414

(D)

R4473

560

(D)

R4468

560

(D)

R4467

4.3k

(D)

R4474

4.3k

(D)

R4464

560

(D)

R4444

1k

R4463

4.3k

(D)

R4410

4.3k

(D)

R4409

560

(D)

R4454

1k

VA4404

EZJZ1V270RM

VA4402

EZJZ1V270RM

VA4401

EZJZ1V270RM

V-6M

V+6M

V-6M

V+6M

V-6M

V+6M

MASTER1_L

MASTER1_R

MASTER2

MASTER OUT

AUX IN circuit

CAPACITOR POWER for OUTPUT OPAMP

L-

L+

R-

R+

R

L

85

84

5

6 7 8

A

B

C

D

E

5

DDJ-T1

6 7 8

F

65

1

C106

DCH1201-A

10u 10V

C108

2200p/50

C109

120p/50

CH

C110

1u/10

C112

1u/10

C113

CCG1205-A

2.2u

C114

1u/10

C115

DCH1201-A

10u 10V

C104

CCG1205-A

C111

1u/10

C102

3300p/50

C103

82p/50

CH

C105

1u/10

C101

560p/50

CH

C125

0.1u/16

C126

2200p/50

SS

C122

0.1u/16

C124

1u/10

C123

1u/10

C121

0.1u/16

C120

1u/10

C119

0.1u/16

C127

NM

C146

NM

C107

NM

C128

NM

C129

NM

C130

0.1u/16

C131

0.1u/16

C132

0.1u/16

C134

0.1u/16

C133

0.1u/16

C135

0.1u/16

C140

0.1u/16

C139

220p/50

CH

C141

0.01u/50

C142

470p/50

CH

C144

0.01u/50

C143

0.1u/16

C145

1000p/50

CH

C138

NM

C137

1u/10

C148

NM

C147

0.1u/16

C116

NM

C150

1u/10

C149

CCG1205-A

2.2u 10V

C117

0.01u/50

D103

1SS352

D101

RB160L-40

D105

1SS352

D102

RB160L-40

D104

1SS352

B

GND_D

GND_DD6

GND_D

GND_P

IC105

S-1200B33-M5

VIN

1

VSS

2

ON/OFF3NC

4

5

VOUT

IC103

S-1200B50-M5

VIN

1

VSS

2

ON/OFF

3

NC

4

5

VOUT

IC104

S-1200B33-M5

VIN

1

VSS

2

ON/OFF

3

NC

4

5

VOUT

IC106

S-80927CNMC-G8X

OUT

1

VDD

2

VSS3NC

4

5

CD

IC102

S-1200B33-M5

VIN

1

VSS

2

ON/OFF3NC

4

5

VOUT

IC101

BD9851EFV

SEL1

1

RT

2

CT

3

NON2

4

5

INV2

6

FB2

7

DTC2

8

PVCC2

9

OUT2

10

PGND11OUT1

12

PVCC1

13

DTC1

14

SCP

15

FB1

16

INV1

17

VREF

18

VCC

19

STB

20

GND

L203

ATH7015-A

1

2

3

4

L102

ATH7047-A

L101

ATH7047-A

4.7u

Q102

RTQ045N03

D1

1

D2

2

G

3

S

4

5

D3

6

D4

RT1N241M

Q104

Q101

RTQ025P02

D1

1D22G3

S

4

5D36

D4

Q105

LSC4081UB(QRS)

LSA1576UB(QRS)

Q103

LSA1576UB(QRS)

Q106

R114

2.2k

R102

12k

D

R116

33k

R106

15k

D

R112

82k

D

R108

33k

R107

15k

R115

15k

R103

2.2k

R128

10k

R104

100k

D

R131

33k

R109

10k

D

R129

NM

R143

0

R105

15k

D

R142

NM

R126

27k

R139

47k

R1

10

R127

47k

R141

0

R113

8.2k

D

R133

10k

R124

20k

R122

10k

R121

10k

R134

10k

R137

10k

R138

22

R230

0

SQ

R140

NM

R135

0

R110

5.6k

R123

22k

R111

18k

D

R144

10k

R132

10k

R101

4.7k

D

R125

22k

R120

0

SQ

R147

0

SQ

R146

5.6k

R145

3.3k

R130

47k

TP102

V1

TP101

V6

TP106

V2

TP103

TP104

V5

TP110

V3

TP109

V4

TP108

G1

TP107

V+3R3_UCOM

V+6V+5_D V+5_A

V+6

V+3R3

V+3R3_D

V+5_U

V+6

V-6

V+5_D

V+3R3_D

V+5_A

V-6

V+5_D

V+3R3_D

V+3R3_UCO

V+3R3_USBV+5_USB

V+5_D

V+4R7_STB

USB_DP

6:8E

USB_DN

6:8E

MAIN_RST

4:3C;4:7A

over

3.7-4.6V

5V 3.3V

Power Fault Detection

6V

5V

+6V

5V

3.3V

DAC,ADC Power

USB3.3V Power

2.7V DET

tD(ms)=KxCD(nF)

RESET IC

2200pF;tDelay=12.54ms(Typ.)

K=Min4.3,Typ.5.7,Max7.2

MAIN UCOM

under

3.1-4.0V

under

3.0-3.8V

under

3.7-4.9V

over

5.6-6.4V

under

2.2-2.9V

VREF2.5V

4.7V 3.3V

Audio Power

Needle Search JOG_PHOTO VOL,Slider

Typ 40mA

Max 47mA

Typ 113mA

Max 118mA

Max 201mA

Typ 116mA

5V -6V

Max 129mA

Typ 70mA

Max 72mA

Typ 46mA

Max 63.5mA

Typ 63.5mA

over

4.6-5.8V

over

-4.0--2.7V

!

! !

OscFreq 547kHz

25kHz

ONE POIN T EARTH

B

1/6

B 6/6

B 4/6

18

17

24

23

10

10.2 UCOM ASSY (1/6)

A

2 3 4

B

C

D

E

F

66

DDJ-T1

1

2 3 4

5

USB_BUSY

USB_RST

USB_CONT1

USB_CONT2

USB_ERR

USB_SREQ

NM

C209

CEVW100M16-TRB

NM

C201

CEVW100M16-TRB

NM

C202

C224

27p/50

CHSS

C232

0.1u

SS

C223

27p/50

CHSS

C219

0.1u

SS

C225

0.1u

C222

1000p/50

SS,CH

C231

0.1u

SS

C204

DCH1201-A

10u 10V

C206

0.1u/16

SS

C205

0.1u/16

SS

C203

DCH1201-A

10u 10V

C207

470p/50

SS,CH

C216

0.01u/16

SS

C212

470p/50

SS,CH

C211

0.1u/16

SS

C210

DCH1201-A

10u 10V

C213

0.1u/16

SS

C215

0.1u/16

SS

C221

0.1u

SS

C217

47p/50

SSCH

C218

47p/50

SSCH

C220

100p/50

SSCH

C226

0.1u/16

SS

C208

470p/50

SS,CH

C227

2200p/50

SS

C228

22p/50

SSCH

C214

22p/50

SSCH

C229

22p/50

SSCH

L202

BTX1042-A

L201

BTX1042-A

L206

BTX1042-A

GND_D

GN D_D

GND_D

GN D_UA

GN D_D

IC205

S-80942CNMC-G9C

OUT

1

VDD

2

VSS3NC

4

5

CD

IC203

TC7SB66FU

A

1

B

2

G3OE

4

5

V

S-24CS64A0I

IC201

A0

1

A1

2

A2

3

GND

45

SDA

6

SCL

7

WP

8

VCC

TUSB3200ACPAH

IC202

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

L203

ATH7015-A

1

2

3

4

Q201

RT3N22M

1

E1

2

B1

3

C2

4

E2

5

B2

6

C1

RT1N241M

Q203

RT1N241M

Q202

LSC4081UB(QRS)

R201

NM

SS

R214

NM

SS

R213

NM

SS

R220

1M

SS

R205

1.5k

SS

R238

22

SS

R139

47k

R136

100

R208

0

SS

R228

NM

SS

R229

NM

SS

R241

22

SS

R236

22

SS

R203

2.7k

SS

R204

2.7k

SS

R226

NM

SS

R216

NM

SS

R227

47k

SS

R217

NM

SS

R221

22

SS

R231

10k

SS

R223

22

SS

R218

22

SS

R237

22

SS

R232

22

SS

R257

220

1/10W

R256

220

1/10W

R255

10k

R244

10k

SS

R235

47

SS

R210

10k

SS

R209

10k

SS

R224

NM

SS

R234

22

SS

R233

22

SS

R219

22

SS

R215

390

SS,F

R212

2.7k

SS,F

R222

1.5k

SS

R207

27

SS

R240

22

SS

R147

0

SQ

R202

NM

SQ

R206

27

SS

TP209

TP205

TP208

TP207

TP206

TP203

TP103

TP213

TP214

TP212

TP211

TP210

TP204

V+3R3_USB

V+5_USB

V+3R3_USB

V+3R3_UCOM

V+5_D

V+3R3_UCOM

X201

DSS1136-A

EEPROM_SW

4:2D

MIC_AUX_DATA

2:10C

EEP_SCL

4:2D

EEP_SDA

4:2D

USB_BUS 4:1D;4:5B

MASTER_DATA

3:2F

FAULT_DET

4:6A

USB_DET

4:8H

HP_DATA

2:1F

BCLK

2:1E;3:2F

LRCK

2:1E;3:2F

MCLK

2:1E;3:2F

Abnormal 0 V

Normal

3.3V

I2S MODE5

CPTCNF1

4.2V DET

tD(ms)=KxCD(nF) K=Min4.3,Typ.5.7,Max7.2

RESET IC

2200pF;tDelay=12.54ms(Typ.)

EEPROM

FOR TUSB3200A

USB5V Discharge

1/10WSR 220

4.4V/220 =20mA x2

=40mA max

Conv. Voltage 5V

3.3V

LOW HIGH TUSB

uCom

A/B

A=B(Connect)

Disconnect

State

OE

EEPROM Write

*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

SS

RS1/16SS***J

CCSRCH***J

CH

CKSSYB***K

CCSSCH***J

SS

RS1/10SR****D, or RS1/16SS****D

D

6MHz

IC203;SW I2C

B

1/6

B

1/6

UCOM ASSY (DWX3209)

B 2/6

B 3/6

B 2/6,3/6

B 4/6

11

15

14

13

73

28

75

27

26

12

6 7 8

A

B

C

D

E

5

6 7 8

DDJ-T1

F

67

1

DAC_CS1

DAC_CCLK

DAC_CDTI

ADC_RST

DAC_RST

AUX_R_IN

AUX_L_IN

AKM1292-A

CN303

1

V-6

2

V+6

3

GN D_P

4

MIC_IN

5

GN D_A

6

MIC_AUX_DET

AKM1293-A

CN302

1

V-6

2

V+6

3

GN D_P

4

AUX_R_IN

5

GN D_AA

6

AUX_L_IN

7

GN D_AA

47u/16

C311

CEVW470M16-TRB

10u/16

C305

CEVW100M16-TRB

10u/16

C306

CEVW100M16-TRB

47u/16

C333

CEVW470M16-TRB

C310

10u/16

C307

CEVW100M16-TRB

47u/16

C341

CEVW470M16-TRB

47u/16

C332

CEVW470M16-TRB

47u/16

C308

CEVW470M16-TRB

CEV

47u/16

C334

CEVW470M16-TRB

C304

NM

C303

NM

C319

0.1u/16

C344

NM

C343

NM

C336

1000p

CH

C335

0.01u

C301

NM

C302

C317

0.1u

C347

NM

CH

C346

NM

CH

D305

HSU119

D304

HSU119

GN D_P

GN D_AA

GN D_P

GN D_AA

GN D_AH

GN D_P

GN D_D

GN D_AA

GN

GN D_P

IC302

NJM2121MD

3

8

1

2

5

7

6

4

IC301

NJM2121MD

3

8

1

2

5

7

6

4

AK4387ET

IC304

MCLK

1

BICK

2

SDTI

3

LRCK

4

5

RSTN

6

CSN

7

CCLK

8

CDTI9NC

10

AOUTR

11

AOUTL

12

VCOM

13

VSS

14

AVDD

15

DVDD

16

DZF

R301

0

R322

100k

R323

100k

R324

100k

R311

10

R303

0

R332

22

SS

R304

0

R340

0

R321

1k

R320

1k

R330

22

SS

R331

22

SS

R345

NM

R344

820

D

R343

820

D

R302

0

R342

2.4k

D

R341

2.4k

D

TP317

TP316

TP313

G4

TP321

G3

TP320

G2

TP319

TP312

TP311

TP318

TP310

TP315

TP314

G5

V-6

V+6

V+

V-6

V+5_A

V-6

V+6

V-6

LRCK

1:15H;3:2F

MUTE

9G;3:5B;3:5D;3:9F

HP_DATA

1:15H

MCLK

1:15F;3:2F

BCLK

1:15H;3:2F

AUDIO_CONT

8D;3:2G;4:9H

AUX_MIC_DET

8D;3:2G;4:9H

HP DAC

SW AMP

AUX

MIC

D

RS1/10SR****D, or RS1/16SS****D

CKSSYB***K

*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

SQ

CH

SS

CCSSCH***J

SS

CH

RS1/16SS***J

CKSRYB***K

RS1/10SR***J

CCSRCH***J

SS

is No MountNM

RS1/8SQ***J

B

2/6

B 3/6

B 4/6

B 3/6,4/6

B 1/6

K

CN4601

A

CN4402

69

67

71

828180

10.3 UCOM ASSY (2/6)

A

2 3 4

B

C

D

E

F

68

DDJ-T1

1

2 3 4

5

AUX_MIC_SEL

AKM1295-A

CN301

1

MUTE

2

GN D_AH

3

HP_L

4

GN D_AH

5

HP_R

6

GN D_P

7

V-6

8

GN D_P

9

V+6

47u/16

C337

CEVW470M16-TRB

47u/16

CEVW470M16-TRB

47u/16

C309

CEVW470M16-TRB

47u/16

C329

CEVW470M16-TRB

10u/16

C326

CEVW100M16-TRB

47u/16

C310

CEVW470M16-TRB

47u/16

C328

CEVW470M16-TRB

47u/6.3

C330

CEVW470M6R3-TRB

47u/16

CEVW470M16-TRB

47u/16

C338

CEVW470M16-TRB

10u/16

C327

CEVW100M16-TRB

10u/16

C331

CEVW100M16-TRB

10u/16

C316

CEVW100M16-TRB

C314

NM

C323

390p/50

CH

C320

680p/50

CH

C315

0.1u

C325

NM

CH

C313

0.1u

C303

NM

C321

680p/50

CH

C318

0.01u

SS

C312

0.1u

C322

390p/50

CH

C342

820p/50

CH

C340

820p/50

CH

C345

NM

C349

DCG1049-A

3300p 50V

CH

C302

NM

C324

NM

CH

C347

NM

CH

C346

NM

CH

C348

DCG1049-A

3300p 50V

CH

D305

HSU119

D304

HSU119

D301

1SS302

D303

1SS302

D302

RKZ3.3KG(B2)

GN D_AH

GN D_P

GN D_D

GN D_AA

GN D_P

GN D_AH

GN D_P

GN D_AH

GN D_AA

GN D_P

GN D_AA

GN D_D

IC302

5

C301

5

AK5358AET

IC303

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

IC305

NJM4565MD

5

4

6

7

8

IC305

NJM4565MD

3

4

2

1

8

RT1N241M

Q301

Q302

INC2002AC1

Q303

INC2002AC1

R310

10k

2

1

4

3

6

5

8

7

R334

22

SS

R325

47k

R326

22k

R327

47k

R328

47k

R329

47

R318

1.6k

D

R316

6.8k

D

R308

33

SS

R338

4.7k

D

R317

1.6k

D

R347

100k

R313

8.2k

D

R346

100k

R306

10k

R315

6.8k

D

R307

NM

SQ

R314

8.2k

D

R335

22

SS

R321

1k

R320

1k

R312

100

SS

R336

1k

D

R337

1k

D

R319

470

R309

470

R305

47

R339

4.7k

D

R333

22

SS

R342

2.4k

D

R341

2.4k

D

TP302

TP303

TP304

TP305

TP306

TP307

TP309

TP308

TP301

V-6

V+6

V-6

V+6

V+5_A

V-6

ADC_MUTE_R

3:4D

MUTE

6F;3:5B;3:5D;3:9F

AUDIO_CONT

1D;3A;3:2B;3:2G;4:9H

ADC_MUTE_L

3:4D

MIC_AUX_DATA

1:15G

MIC/AUX ADC

TO HPJK ASSY(CN4801)

1

B

2/6

B

2/6

UCOM ASSY (DWX3209)

B 4/6

B 1/6

B 3/6

N

CN4801

79

78

72

68

60

6 7 8

A

B

C

D

6 7 8

DDJ-T1

5

E

F

69

1

MASTER DAC

MUTE Drive

Low Mute Off

High

Mute On

MUTE ON

HiZ

MUTE OFF

L

MUTE ON

OFF

MUTE OFF

ON

MUTE ON

OFF

MUTE OFF

ON

MUTE ON

ON

MUTE OFF

OFF

MUTE OFF

L

MUTE ON

HiZ

MUTE ON

OFF

MUTE OFF

ON

MUTE OFF

ON

MUTE ON

OFF

MUTE ON

OFF

MUTE OFF

ON

MUTE OFF

ON

MUTE ON

OFF

Low

Mute Off

High

Mute On

JP501 Audio JP (Board In)

DAC_RST

DAC_CCLK

DAC_CDTI

DAC_CS0

47u/16

C514

CEVW470M16-TRB

CCH1565-A

C554

16V100u

100u/16

C516

CEVW101M16-TRB

100u/16

C517

CEVW101M16-TRB

C511

100u

CEVW101M16-TRB

C515

0.1u/16

C513

0.1u/16

C520

1000p

CH

C519

0.01u

C501

NM

CH

C502

NM

CH

D501

HSU119

D502

HSU119

D702

RB160M-30

D701

RB160M-30

GN D_AM

G

GN D_D

GN D_AM

GN D_D

GN D_AM

GN D_AA

AK4387ET

IC506

MCLK

1

BICK

2

SDTI

3

LRCK

4

5

RSTN

6

CSN

7

CCLK

8

CDTI9NC

10

AOUTR

11

AOUTL

12

VCOM

13

VSS

14

AVDD

15

DVDD

16

DZF

LTC124EUB

Q505

LTC124EUB

Q502

LTC124EUB

Q582

LTA124EUB

Q509

LTA124EUB

Q583

LTA124EUB

Q506

Q504

INC2002AC1

Q507

INC2002AC1

Q508

INC2002AC1

Q501 LSC4081UB(QRS)

Q581 LSC4081UB(QRS)

Q503

INC2002AC1

R516

22

SS

R50

3.3k

D

R530

1k

R529

1k

R515

22

SS

R501

4.7k

D

R517

22

SS

R504

0

R50

3.3k

D

R502

4.7k

D

R503

0

R512

10

R518

10k

SS

R519

10k

SS

R520

1k

SS

R521

1k

SS

R511

22

SS

R522

NM

SQ

R524

10k

R513

47k

R525

10k

R527

1k

R514

47k

R526

1k

R523

1k

R528

1k

V+5_USB

V-6

V+3R3_UCOM

V+5_A

V+4R7_STB

V+3R3_UCOM

V+5_A

V+5_D

V-6

MUTE

2:6F;2:9G;5B;9F

A_MUTE

2:8D;2G;4:9H

BCLK

1:15H;2:1E

MCLK

1:15F;2:1E

MASTER_DATA

1:15H

AUDIO_CONT

2:1D;2:3A;2:8D;2B;4:9H

LRCK

1:15H;2:1E

AIN_MUTE

4:6H

MUTE

2:6F;2:9G;5D;9F

ADC_MUTE_L

2:7B

ADC_MUTE_R

2:7B

B

3/6

B 2/6

B 4/6

B 2/6,4/6

B 1/6

A

CN4403

66

74

10.4 UCOM ASSY (3/6)

A

2 3 4

B

C

D

E

F

70

1

2 3 4

DDJ-T1

5

D

RS1/10SR****D, or RS1/16SS****D

CKSSYB***K

*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

SQ

CH

SS

CCSSCH***J

SS

CH

RS1/16SS***J

CKSRYB***K

RS1/10SR***J

CCSRCH***J

SS

is No MountNM

RS1/8SQ***J

AKM1295-A

CN501

1

MUTE

2

V+6

3

V-6

4

GN D_P

5

MASTER_L

6

GN D_AM

7

GN D_AM

8

GN D_AM

9

MASTER_R

CCH1565-A

C509

100u 16V

CCH1565-A

C510

100u 16V

C507

NM

C504

680p

CH

C506

470p

C508

NM

C505

680p

CH

C501

NM

CH

C502

NM

CH

C503

470p

GN D_AM

GN D_P

GN D_AM

ND_AM

GN D_P

GN D_AM

GN D_P

IC501

NJM4580MD

3

4

2

1

8

IC501

NJM4580MD

5

4

6

7

8

L501

DTL1105-A

L502

DTL1105-A

L503

DTL1105-A

L504

DTL1105-A

R505

3.3k

D

01

R509

3.9k

D

R510

3.9k

D

R504

0

R506

3.3k

D

02

R503

0

R508

3.3k

D

R507

3.3k

D

TP505

TP509

G6

TP510

G7

TP502

TP508

TP501

TP503

V+6

V-6

V+6

MUTE

2:6F;2:9G;5B;5D

B

3/6

B

3/6

UCOM ASSY (DWX3209)

B 2/6

A

CN4401

76

77

64

21

22

6 7 8

A

B

C

D

E

F

DDJ-T1

5

6 7 8

71

1

CDC_CS1

CDC_CS2

USB_RST

USB_SREQ

USB_ERR

LED_12

LED_14

A_MUTE

AUX_MIC_SEL

AUX_MIC_DET

GRID7

GRID6

GRID5

GRID4

GRID3

GRID2

GRID1

GRID0

KEY1

KEY2

KEY3

KEY12

KEY6

KEY8

CDC_SCLK

CDC_DSI

LDEC_C

LDEC_B

LED_13

KEY9

USB_CONT2

LDEC_CONT

KEY7

KEY4

KEY11

KEY10

V+3R3_UCOM

GND_D

DBG_SCLK

DBG_RXD

DBG_TXD DBG_TXD

USB_BUSY

CDC_DSO

CDC_INT1

MAIN_RST

DBG_BUSY

DBG_EPMDBG_EPM

DBG_CE

DBG_CNVSSDBG_CNVSS

USB_CONT1

NM

CN701

For Debug

1

2

3456789

10

NM

C754

C704

0.1u/16

SS

C716

0.01u/16

SS

C721

SS

C717

0.1u/16

C703

0.1u/16

SS

C701

0.1u/16

SS

C705

470p/50

SS

C706

470p/50

SS

C756

0.1u/16

SS

C752

1000p/50

SS,CH

C760

0.01u/16

SS

C708

1000p/50

SS,CH

C702

DCH1201-A

10u 10V

C755

DCH1201-A

10u 10V

C718

100p/50

CH

C715

100p/50

CH

C714

22p/50

CH

C720

22p/50

SS

CH

L701

BTX1042-A

L703

BTX1042-A

GN D_D

TC74VHC238FK

IC702

A

1

B

2

C

3

XG2A

4

5

XG2B

6

G1

7

Y7

8

GND

9

Y6

10

Y5

11

Y4

12

Y3

13

Y2

14

Y1

15

Y0

16

VCC

R5F3651EIC701

VCC1_1

21

P8_5/NMI/SD/CEC

22

P8_4/INT2/ZP

23

P8_3/INT124P8_2/INT0

25

P8_1/TA4IN/U/CTS5/RTS5

26

P8_0/TA4OUT/U/RXD5/SCL5

27

P7_7/TA3IN/CLK5

28

P7_6/TA3OUT/TXD5/SDA5

29

P7_5/TA2IN/W

30

P7_4/TA2OUT/W

31

P7_3/CTS2/RTS2/TA1IN/V

32

P7_2/CLK2/TA1OUT/V

33

P7_1/RXD2/SCL2/SCLMM/TA0IN/TB5IN

34

P7_0/TXD2/SDA2/SDAMM/TA0OUT

35

P6_7/TXD1/SDA1

36

VCC1_2

37

P6_6/RXD1/SCL1

38

VSS2

39

P6_5/CLK1

40

P6_4/CTS1/RTS1/CTS0/CLKS

41

P6_3/TXD0/SDA0

42

P6_2/RXD0/SCL0

43

P6_1/CLK0

44

P6_0/RTCOUT/CTS0/RTS0

45

P13_7

46

P13_6

47

P13_5

48

P13_4

49

P5_7/RDY/CLKOUT

50

P5_6/ALE

51

P5_5/HOLD

52

P5_4/HLDA

53

P13_3

54

P13_2

55

P13_1

56

P13_0

57

P5_3/BCLK

58

P5_2/RD

59

P5_1/WRH/BHE

60

P5_0/WRL/WR

61

P12_7

62

P12_6

63

P12_5

64

P4_7/PWM1/TXD7/SDA7/CS3

65

P4_6/PWM0/RXD7/SCL7/CS2

66

P4_5/CLK7/CS1

67

P4_4/CTS7/RTS7/CS0

68

P4_3/A1969P4_2/A1870P4_1/A1771P4_0/A1672P3_7/A1573P3_6/A14

74

P3_5/A13

75

P3_4/A1276P3_3/A1177P3_2/A1078P3_1/A9

79

P12_480P12_381P12_2

82

R752

22

2

1

4

3

6

5

8

7

R719

22

2

1

4

3

6

5

8

7

R718

22

2

1

4

3

6

5

8

7

R709

NM

SS

R720

0

R812

22

SS

R715

47k

SS

R821

47k

SS

R778

NM

SS

R777

NM

SS

R780

NM

SS

R815

47

SS

R851

NM

SS

R852

NM

SS

R835

NM

SS

R836

NM

SS

R781

2.7k

SS

R811

10k

SS

R809

NM

SS

R813

NM

SS

R776

NM

SS

R817

47k

SS

R769

22

SS

R773

22

SS

R753

22

SS

R730

22

SS

R712

NM

SS

R757

47k

SS

R727

22

SS

R728

22

SS

R774

22

SS

R707

NM

SS

R747

10k

SS

R735

47k

SS

R736

47k

SS

R772

22

SS

R768

22

SS

R770

NM

SS

R745

47k

SS

R786

47k

SS

R785

47k

SS

R788

22

SS

R787

22

SS

R751

22

SS

R783

4.7k

SS

R775

NM

SS

R819

47

SS

R703

22

SS

R865

NM

SS

R866

NM

SS

R779

NM

SS

R749

22

SS

R704

NM

SS

R708

NM

SS

R705

NM

SS

R701

NM

SS

R834

NM

SS

R833

NM

SS

R810

22

SS

R850

22

SS

R706

22

SS

R702

22

SS

R714

47k

SS

R716

47k

SS

R717

NM

SS

R710

NM

SS

R713

NM

SS

R729

47

SS

R711

NM

SS

R754

22

SS

TP705

TP704

TP703

TP702

TP701

TP811

TP809

TP807

TP805

TP803

TP801 TP802

TP804

TP814

TP812

TP813

TP806

TP810

TP808

V+3R3_D

V+3R3_UCOM

JOG_TCH1

5:10F

JOG2_1

5:5C

CUR_ENC1

6:6C

5G;6:4H;6:8H

KEY

JOG1_1

5:11D

ADP_DET

6:9E

JOG_TCH2

5:4F

FAULT_DET

1:9B

3G;6:4H;6:8H

KEY

JOG2_2

5:5C

JOG1_2

5:11D

CUR_ENC2

6:6C

EEP_SDA

1:13E

MAIN_RST

1:4B;7A

3G;7H;5:4A;5:8A

CDC

6A;7H;5:4A;5:8A

CDC

EEP_SCL

1:13E

1:16J;1D

USB_BUS

1:16J;5B

USB_BUS

EEPROM_SW

1:13E

5:11D;5:11F;5:4F;5:5D;6:5A;6:5E

GRID

AD_SW_B

6:4C

AD_SW_A

6:4C

12D;2G;8A;5:11H;5:4H;6:4B

LED_SEG

12D;5H;8A;5:11H;5:4H;6:4B

LED_SEG

AIN_MUTE

3:1D

FOR DEBUG

G1 A B C Y0 Y1 Y2 Y3 Y4 Y5 Y6 Y7

L H H H H H H H H

H HH

H HH HHH

HH

H

XXX

39 40 41 42 43 44 45

65 66 67 68

TP801 TP813

TP802 TP814

TP801 is "DL1".

TP for writing uCom program

PEG850A

DL1 - DL14

*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

B

4/6

B 1/6

B 5/6

B 1/6

B 5/6

B 1/6

B 5/6,6/6

B 1/6

B 5/6

B 6/6

B 5/6

B 6/6

B 5/6,6/6

B 3/6

B 5/6

65

25

19

63

70

10.5 UCOM ASSY (4/6)

A

B

C

D

E

F

72

1

2 3 4

DDJ-T1

5

LED_5

LED_4

LED_3

AD_DRYWET1

AD_EFF1_3

AD_EFF1_1

AD_PITCH1_1

AD_FILTER1

AD_PITCH1_2

AD_EFF1_2

AD_2

AD_0

AD_1

AD_3

AD_4

AD_FADER_B

AD_FADER_D

AD_FADER_C

AD_CROSSF

LED_6

LED_7

LED_8

LED_9

LED_10

AD_EFF2_2

AD_FADER_A

AD_EFF2_1

AD_EFF2_3

AD_DRYWET2

AD_FILTER2

AD_PITCH2_1

AD_PITCH2_2

LED_0

LED_1

LED_2

DAC_RST

ADC_RST

KEY13

KEY6

KEY8

LDEC_A

LDEC_C

LDEC_B

LDEC_CONT

KEY5

KEY7

DAC_CS0

LED_11

USB_BUSY

CDC_INT1

CDC_INT2

DAC_CCLK

DAC_CS1

DAC_CDTI

C750

DCH1201-A

10u 10V

C749

0.1u/16

SS

C721

0.1u/16

SS

C724

0.1u/16

C732

0.01u/16

SS

C731

0.01u/16

SS

C730

0.01u/16

SS

C729

0.01u/16

SS

C728

0.01u/16

SS

C727

0.01u/16

SS

C726

0.01u/16

SS

C725

0.01u/16

SS

C741

0.01u/16

SS

C746

0.01u/16

SS

C748

0.01u/16

SS

C744

0.01u/16

SS

C742

0.01u/16

SS

C747

0.01u/16

SS

C745

0.01u/16

SS

C740

0.01u/16

SS

C739

0.01u/16

SS

C738

0.01u/16

SS

C737

0.01u/16

SS

C736

0.01u/16

SS

C735

0.01u/16

SS

C734

0.01u/16

SS

C733

0.01u/16

SS

C752

1000p/50

SS,CH

C762

1000p/50

SS,CH

C759

1000p/50

SS,CH

C707

1000p/50

SS,CH

C719

100p/50

CH

C718

100p/50

CH

C714

22p/50

CH

C743

0.01u/16

SS

C713

DCH1201-A

10u 10V

C712

0.1u/16

SS

C711

1000p/50

SS,CH

C710

10p/50

SS

CH

C709

10p/50

SS

CH

L702

BTX1042-A

L704

BTX1042-A

GN D_AD

GN D_D

R5F3651ENFCIC701

VREF1AVCC

2

P9_7/ADTRG/SIN4

3

P9_6/ANEX1/SOUT4

4

P9_5/ANEX0/CLK4

5

P9_4/DA1/TB4IN/PWM16P9_3/DA0/TB3IN/PWM0

7

P9_2/TB2IN/PMC0/SOUT3

8

P9_1/TB1IN/PMC1/SIN3

9

P9_0/TB0IN/CLK3

10

P14_111P14_0

12

BYTE

13

CNVSS

14

P8_7/XCIN

15

P8_6/XCOUT

16

RESET

17

XOUT18VSS1

19

XIN

20

VCC1_1

21

P8_5/NMI/SD/CEC

22

P8_4/INT2/ZP

23

P8_3/INT124P8_2/INT0

25

P8_1/TA4IN/U/CTS5/RTS5

26

P8_0/TA4OUT/U/RXD5/SCL5

27

P7_7/TA3IN/CLK5

28

P7_6/TA3OUT/TXD5/SDA5

29

P7_5/TA2IN/W

VSS2 P6_5/CLK1 P6_4/CTS1/RTS1/CTS0/CLKS1 P6_3/TXD0/SDA0 P6_2/RXD0/SCL0 P6_1/CLK0 P6_0/RTCOUT/CTS0/RTS0

/TXD7/SDA7/CS3

CS1 RTS7/CS0

P3_7/A15

P3_6/A14

74

P3_5/A13

75

P3_4/A1276P3_3/A1177P3_2/A1078P3_1/A9

79

P12_480P12_381P12_282P12_183P12_084VCC285P3_0/A8(A8/D7)

86

VSS3

87

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

88

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

89

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

90

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

91

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

92

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

93

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

94

P2_0/AN2_0/A0.(A0/D0).A0

95

P1_7/INT5/IDU/D15

96

P1_6/INT4/IDW/D14

97

P1_5/INT3/IDV/D13

98

P1_4/D12

99

P1_3/TXD6/SDA6/D11

100

P1_2/RXD6/SCL6/D10

101

P1_1/CLK6/D9

102

P1_0/CTS6/RTS6/D8

103

P0_7/AN0_7/D7

104

P0_6/AN0_6/D6

105

P0_5/AN0_5/D5

106

P0_4/AN0_4/D4

107

P0_3/AN0_3/D3

108

P0_2/AN0_2/D2

109

P0_1/AN0_1/D1

110

P0_0/AN0_0/D0

111

P11_7

112

P11_6

113

P11_5

114

P11_4

115

P11_3

116

P11_2

117

P11_1

118

P11_0

119

P10_7/AN7/KI3

120

P10_6/AN6/KI2

121

P10_5/AN5/KI1

122

P10_4/AN4/KI0

123

P10_3/AN3

124

P10_2/AN2

125

P10_1/AN1

126

AVSS

127

P10_0/AN0

128

RT3P22M

Q701

E1

1

B1

2

C2

3E24

5

B2

6

C1

R721

47

214

3

6

5

8

7

R722

220

214

3

658

7

R723

220

214

3

6

5

8

7

R724

220

2

1

4

3

6

5

8

7

R737

220

2

1

4

3

6

5

8

7

R738

220

2

1

4

3

6

5

8

7

R741

220

2

1

4

3

6

5

8

7

R765

22

214

3

6

5

8

7

R824

22

2

1

4

3

6

5

8

7

R790

NM

SS

R796

NM

SS

R794

150k

SS

R778

NM

SS

R777

NM

SS

R780

NM

SS

R847

NM

SS

R853

NM

SS

R854

NM

SS

R831

NM

SS

R832

NM

SS

R837

NM

SS

R838

NM

SS

R781

2.7k

SS

R782

2.7k

SS

R776

NM

SS

R760

22

SS

R763

22

SS

R725

22

SS

R726

22

SS

22

SS

R732

47k

SS

R733

NM

SS

R734

NM

SS

R739

NM

SS

R740

NM

SS

R789

NM

R745

47k

SS

R786

47k

SS

47k

SS

R788

22

SS

R787

22

SS

22

SS

R848

NM

SS

R775

NM

SS

R820

22

SS

R874 100k

SS

R873 100k

SS

R872 100k

SS

R871 100k

SS

R870 100k

SS

R865

R866

NM

SS

R816

22

SS

R779

NM

SS

R749

22

SS

R748

100k

SS

R746 100k

SS

R744 100k

SS

R743 100k

SS

R742 100k

SS

R731

47k

SS

TP705

V+3R3_UCOM

V+3R3_AD V+3R3_D

V+3R3_UCOM

X701

CSS1616-A

1

2

3

JOG2_1

5:5C

USB_DET

1:12D

MAIN_RST

1:4B;3C

L_ENC2_2

5:5C

L_ENC1_2

5:11B

JOG1_1

5:11D

L_ENC1_1

5:11B

FAULT_DET

1:9B

L_ENC2_1

5:5C

JOG2_2

5:5C

JOG1_2

5:11D

5:11C;5:5D;6:4E;6:9B

UCOM_AD

3G;6A;5:4A;5:8A

CDC

P_SW1_ADP

6:9E

12D;2G;5H;5:11H;5:4H;6:4B

LED_SEG

AD_SW_B

6:4C

AD_SW_A

6:4C

P_SW2_USB

6:9E

2:1D;2:3A;2:8D;3:2B;3:2G

AUDIO_CONT

AIN_MUTE

3:1D

2G;5H;8A;5:11H;5:4H;6:4B

LED_SEG

16MHz

128 127 126 125 124 123

96 97 98

99 100 101 102

PEG850A8-K

D

RS1/10SR****D, or RS1/16SS****D

CKSSYB***K

NOTES

SQ

CH

SS

CCSSCH***J

SS

CH

RS1/16SS***J

CKSRYB***K

RS1/10SR***J

CCSRCH***J

SS

is No MountNM

RS1/8SQ***J

B

4/6

B

4/6

UCOM ASSY (DWX3209)

B 5/6

B 6/6

B 5/6,6/6

B 5/6

B 1/6

B 5/6,6/6

B 5/6

B 1/6

B 2/6,3/6

65

25

62

61

19

6 7 8

A

B

C

D

E

F

5

6 7 8

DDJ-T1

73

1

CDC2 (RIGHT) CDC

PLAYER2-1 (RIGHT1)

PLAYER2-2 (RIGHT2)

CDC_DSI

CDC_CS2

KEY_IN5

KEY_IN8

KEY_IN6

KEY_IN7

CDC_INT2

CDC_SCLK

CDC_DSO

GRID3

GRID2

GRID1

GRID0

GRID4

GRID5

GRID6

GRID7

LED_6

LED_7

LED_8

LED_9

LED_10

LED_11

AD_PITCH2_2

AD_PITCH2_1

AD_FILTER2

AD_DRYWET2

AD_EFF2_3

AD_EFF2_2

AD_EFF2_1

AKM1294-A

CN901

1

CDC_INT2

2

CDC_CS2

3

GN D_D

4

CDC_SCLK

5

GN D_D

6

CDC_DSI

7

CDC_DSO

8

V+3R3_D

AKM1294-A

CN902

1

CDC_INT1

2

CDC_CS1

3

GN D_D

4

CDC_SCLK

5

GN D_D

6

CDC_DSI

7

CDC_DSO

8

V+3R3_D

VKN 1424-A

CN904

1

JOG_TCH2

2

GN D_D

3

GRID4

4

GRID5

5

GRID6

6

GRID7

7

GN D_D

8

KEY_IN5

9

KEY_IN6

10

KEY_IN7

11

KEY_IN8

12

GN D_D

13

GN D_D

14

LED_6

15

LED_7

16

GN D_D

17

LED_8

18

LED_9

19

LED_10

20

LED_11

VKN 1429-A

CN903

1

GN D_AD

2

AD_EFF2_1

3

AD_EFF2_2

4

AD_EFF2_3

5

GN D_AD

6

AD_DRYWET2

7

AD_FILTER2

8

GN D_AD

9

AD_PITCH2_1

10

AD_PITCH2_2

11

V+3R3_AD

12

GN D_AD

13

V+5_D

14

V+5_D

15

GRID0

16

GRID1

17

GRID2

18

GRID3

19

GN D_D

20

L_ENC2_1

21

L_ENC2_2

22

GN D_D

23

JOG2_2

24

JOG2_1

25

V+3R3_D

C908

NM

SSCH

C907

NM

SSCH

C914

NM

SSCH

C911

NM

SSCH

C912

NM

SSCH

C913

NM

SSCH

C903

NM

SSCH

C902

NM

SSCH

C901

NM

SSCH

C927

DCH1201-A

10u 10V

C923

DCH1201-A

C924

DCH1201-A

C926

DCH1201-A

C931

NM

SSCH

C925

DCH1201-A

10u 10V

C909

NM

SSCH

C910

NM

SSCH

GN D_D

GN D_AD

GN D_DGN D_D

GN D_D

R944

NM

SS

R91

NM

R90

R942

NM

SS

R949

22

SS

R950

22

SS

R952

NM

SS

R955

NM

SS

R953

NM

SS

R936

NM

SS

R943

NM

SS

R917

NM

SS

R902

22

SS

R951

22

SS

R918

NM

SS

R919

NM

SS

R920

NM

SS

R921

NM

SS

R922

NM

SS

R923

NM

SS

R924

NM

SS

R925

NM

SS

R930

NM

SS

R931

NM

SS

R932

NM

SS

R933

NM

SS

R934

NM

SS

R935

NM

SS

R926

22

SS

R927

22

SS

R928

22

SS

R929

22

SS

R941

NM

SS

R948

22

SS

R939

22

SS

R937

22

SS

R938

22

SS

R946

NM

SS

R954

NM

SS

R901

22

SS

R905

22

SS

R903

22

SS

R904

NM

SS

R907

22

SS

R906

NM

SS

R908

NM

SS

R945

NM

SS

R940

22

SS

TP919

TP918

TP917

TP935

G11

TP934

TP933

TP932

TP931

TP930

TP929

TP928

TP927

TP926

TP925

TP924

TP923

TP922

TP921

TP920

TP901

TP915

G9

TP916

G10

TP909

G12

TP908

TP914

TP913

TP912

TP911

TP910

TP907

TP906

TP905

TP904

TP903

TP902

TP951

TP950

TP949

TP948

TP936

TP937

TP938

TP939

TP940

TP941

TP942

TP943

TP944

TP945

TP946

V+3R3_D

V+3R3_D V+3R3_D

V+5_D

V+3R3_AD

4:12D;4:2G;4:5H;4:8A;11H;6:4B LED_SEG

4:2G;11D;11F;5D;6:5A;6:5E

GRID

4:2G;11D;11F;4F;6:5A;6:5E

GRID

4:3G;4:6A;4:7H;8A

CDC

JOG_TCH2

4:2D

JOG2_1

4:6A

JOG2_2

4:6A

11G;6:1G;6:4C;6:4F;6:5G KEY_IN

L_ENC2_2

4:11E

L_ENC2_1

4:11E

UCOM_AD 4:11C;11C;6:4E;6:9B

B

5/6

B 4/6,6/6

B 6/6

B 4/6

B 4/6,6/6

B 4/6

H

CN3002

D

CN2101

C

CN2001

I

CN3502

I

CN3503

39

40

41

42

43

10.6 UCOM ASSY (5/6)

A

2 3 4

B

C

D

E

F

74

1

2 3 4

DDJ-T1

5

CDC1 (LEFT)

PLAYER1-1 (LEFT1)

PLAYER1-2 (LEFT2)

TP987 TP98 9

D

RS1/10 SR****D, or RS1/16 SS****D

CKSSYB***K

*RESISTORS In dicated in

, 5% to lerance

unless otherwis e noted. k

k , M M .

*CAPACITOR S Indicate d in Capacity/V oltag e(V ) unless ot herwise n oted. u

F , p p F

NOTES

SQ

CH

SS

CCSSCH***J

SS

CH

RS1/16 SS***J

CKSRYB***K

RS1/10 SR***J

CCSRCH***J

SS

is N o Moun tNM

RS1/8SQ***J

CDC_CS1

CDC_DSI

KEY_I N1

KEY_I N2

KEY_I N3

CDC_I NT1

KEY_I N4

CDC_SCL K

CDC_DSO

AD_DRYWET1

AD_EFF1_ 2

AD_EFF1_ 3

GRID0

GRID1

GRID2

GRID3

LED_0

LED_1

LED_2

LED_3

LED_4

LED_5

GRID4

GRID5

GRID6

GRID7

AD_EFF1_ 1

AD_FIL TER1

AD_PITCH1 _1

AD_PITCH1 _2

VKN 1424-A

CN906

1

JO G_TCH1

2

GN D_D

3

GRID4

4

GRID5

5

GRID6

6

GRID7

7

GN D_D

8

KEY_IN 1

9

KEY_IN 2

10

KEY_IN 3

11

KEY_IN 4

12

GN D_D

13

GN D_D

14

LED_0

15

LED_1

16

GN D_D

17

LED_2

18

LED_3

19

LED_4

20

LED_5

VKN 1429-A

CN905

1

V+ 3R3_D

2

JO G1_1

3

JO G1_2

4

GN D_D

5

GRID3

6

GRID2

7

GRID1

8

GRID0

9

V+5_D

10

V+5_D

11

GN D_AD

12

AD_P ITCH1_2

13

V+ 3R3_AD

14

AD_P ITCH1_1

15

GN D_AD

16

17

18

19

GN D_AD

20

21

AD_DRYWET1

22

GN D_AD

23

GN D_D

24

L_ ENC1 _2

25

L_ ENC1 _1

C919

NM

HC SS

C922

NM

SSCH

C921

NM

SS

CH

C920

NM

SSCH

C906

NM

HC SS

C916

NM

SSCH

C905

NM

HC SS

C917

NM

SSCH

C927

DCH1201-A

10 u 1 0V

C929

DCH120 1-A

C92 8

DCH120 1-A

C930

DCH120 1-A

C932

NM

SSCH

C904

NM

SSCH

C918

NM

SSCH

C915

NM

SSCH

GN D_AD

GN D_D

R910

22

SS

R911

22

SS

R913

22

SS

R912

NM

SS

R909

22

SS

R91 5

22

SS

R91 6

NM

SS

R91 4

NM

SS

R98 4

NM

SS

R98 3

NM

SS

R98 2

NM

SS

R98 1

NM

SS

R98 0

NM

SS

R97 5

NM

SS

R97 7

22

SS

R97 6

22

SS

R97 8

22

SS

R993

NM

SS

R992

NM

SS

R994

NM

SS

R991

NM

SS

R958

NM

SS

R956

NM

SS

R960

NM

SS

R962

NM

SS

R957

NM

SS

R964

NM

SS

R963

NM

SS

R961

NM

SS

R973

NM

SS

R972

NM

SS

R971

NM

SS

R98 7

22

SS

R970

NM

SS

R965

22

SS

R968

22

SS

R969

NM

SS

R967

22

SS

R966

22

SS

R98 8

22

SS

R959

NM

SS

R98 5

NM

SS

R99 0

22

SS

R98 9

22

SS

R974

NM

SS

R97 9

22

SS

TP 955

TP 956

TP952

G13

TP909

G12

TP908

TP914

TP913

TP912

TP911

TP910

TP973

TP974

CL2

TP975

TP976

CL3

TP977

TP978

TP979

CL6

TP980

TP981

TP982

TP983

TP985

TP986

TP987

TP988

CL4

TP97 2

G15

TP953

G14

TP971

TP970

TP969

TP968

TP967

TP966

CL1

TP965

TP963

TP962

TP960

TP959

TP964

TP961

TP958

TP957

TP 954

V+3R 3_AD

V+3R 3_D

V+5_ D

4:12D;4:2G;4:5H;4:8A;4 H;6:4B LED_SEG

4:2G;11D;4F;5D;6: 5A;6:5E GRID

4:2G;11F; 4F;5D;6:5A;6:5 E

GRID

4: 3G;4:6A;4:7H;4A

CDC

L_E NC1_1

4:8A

JOG1_1

4:6A

L_E NC1_2

4:8A

JOG1_2

4:6A

JOG_TCH1

4:2D

4G ;6:1G; 6:4C;6: 4F;6:5 G KEY_I N

4:11C;5D;6 :4E;6:9B

UCOM_AD

B

5/6

B

5/6

UCOM ASSY (DWX3209)

B 4/6

B 4/6,6/6

B 4/6

H

CN3002

H

CN3003

56

55

47

53

46

39

40

41

42

43

59

44

54

58

57

6 7 8

A

AD_EFF 1_2

AD_EFF 1_3

AD_EFF 1_1

AD_FILT ER1

B

C

D

5

6 7 8

DDJ-T1

E

F

75

1

MIXER-2

CH FADER

KEY Buffer

CO

CONTACT SIDE UP

LED_12

LED_13

KEY_IN13

LED_14

KEY10

KEY11

KEY12

KEY4

KEY3

KEY2

KEY1

KEY9

KEY_IN10

KEY_IN11

KEY_IN12

KEY_IN4

KEY_IN3

KEY_IN2

KEY_IN9

KEY_IN1

GRID3

GRID7

GRID2

GRID6

GRID5

GRID1

GRID4

GRID0

KEY_IN10

KEY_IN11

KEY_IN12

KEY_IN9

AD_FADER_A

AD_FADER_B

AD_FADER_D

AD_FADER_C

AD_CROSSF

GRID0

GRID1

GRID2

GRID3

G

V+3

V+

GN

V+4R7_

ADP_

P_SW1_

P_SW2_

GN

USB

GN

V+5_

VKN 1307-A

CN1003

1

KEY_IN13

2

GN D_D

3

GRID3

4

GRID2

5

GRID1

6

GRID0

7

GN D_D

8

GN D_AD

9

AD_CROSSF

10

AD_FADER_C

11

AD_FADER_D

12

GN D_AD

13

AD_FADER_B

14

AD_FADER_A

15

V+3R3_AD

VKN 1429-A

CN1001

1

AD_SW_B

2

AD_SW_A

3

V+5_D

4

CUR_ENC2

5

CUR_ENC1

6

GN D_D

7

KEY_IN9

8

KEY_IN12

9

KEY_IN11

10

KEY_IN10

11

GN D_D

12

LED_14

13

LED_12

14

LED_13

15

GN D_D

16

GRID0

17

GIRD4

18

GRID1

19

GRID5

20

GN D_D

21

GRID6

22

GRID2

23

GRID7

24

GRID3

25

GN D_D

C1006

NM

SSCH

C1009

NM

SSCH

C1008

NM

SSCH

C1004

NM

SSCH

C1002

NM

SSCH

C1011

NM

SSCH

C1010

NM

SSCH

C1012

NM

SSCH

C1003

NM

SSCH

C1013

DCH1201-A

C1007

NM

SSCH

C1001

NM

SSCH

C1005

NM

SSCH

C1109

NM

SSCH

C1108

NM

SSCH

C1107

NM

SSCH

C1106

NM

SSCH

C1105

NM

SSCH

C1104

NM

SSCH

C1103

NM

SSCH

C1102

NM

SSCH

C1014

DCH1201-A

C1101

0.1u/16

SS

C1020

0.01u/16

SS

C1021

0.01u/16

SS

GN D_D

GN D_AD

GN D_D

IC1101

TC74LCX541FK

OE1

1

A1

2

A2

3

A3

4

5

A4

6

A5

7

A6

8

A7

9

A8

10

GND11Y8

12

Y7

13

Y6

14

Y5

15

Y4

16

Y3

17

Y2

18

Y1

19

OE2

20

VCC

R1110

100

2

1

4

3

6

5

8

7

R1109

100

2

1

4

3

6

5

8

7

R1016

22

SS

R1017

22

SS

R1044

NM

SS

R1025

NM

SS

R1034

NM

SS

R1043

NM

SS

R1002

22

SS

R1003

22

SS

R1004

22

SS

R1005

22

SS

R1049

NM

SS

R1006

22

SS

R1031

NM

SS

R1032

NM

SS

R1007

22

SS

R1024

NM

SS

R1023

NM

SS

R1022

NM

SS

R1021

NM

SS

R1014

NM

SS

R1042

NM

SS

R1038

22

SS

R1018

NM

SS

R1001

22

SS

R1035

NM

SS

R1040

22

SS

R1008

22

SS

R1036

22

SS

R1037

22

SS

R1019

NM

SS

R1033

NM

SS

R1013

NM

SS

R1041

NM

SS

R1012

NM

SS

R1011

22

SS

R1051

10k

SS

R1050

10k

SS

R1048

10k

SS

R1015

10k

SS

R1010

22

SS

R1009

22

SS

R1020

NM

SS

R1039

22

SS

TP1030

G18

TP1029

G17

TP1028

TP1040

TP1039

TP1038

TP1003

TP1004

TP1001

G16

TP1002

TP1019

TP1018

TP1017

TP1016

TP1015

TP1014

TP1013

TP1020

TP1056

TP1012

TP1011

TP1010

TP1009

TP1008

TP1007

TP1006

TP1005

TP1031

TP1032

TP1033

TP1034

TP1035

TP1036

TP1037

V+3R3_D

V+5_D

V+3R3_AD

AD_SW_A

4:6H

4:2G;5:11D;5:11F;5:4F;5:5D;5E

GRID

KEY_

5:11G

4:2G;5:11D;5:11F;5:4F;5:5D;5A

GRID

AD_SW_B

4:6H

KEY_IN

5:11G;5:4G;4C;4F;5G

4:12D;4:2G;4:5H;4:8A;5:11H;5:4H

LED_SEG

5:11G;5:4G;1G;4C;5G

KEY_IN

4:3G;4:5G;8H KEY

4:11C;5:11C;5:5D;9B

UCOM_AD

CUR_ENC1

4:2E

5:11G;5:4G;1G;4F;5G

KEY_IN

CUR_ENC2

4:2E

B

6/6

B 4/6

B 4

B 5/6

B 4/6,5/6

B 4/6

B 5/6

B 5/

B 5/6

B 4/6,5/6

J

CN4002

J

CN4001

O

CN2501

L

CN4201

34

36

38

33

37

32

35

31

49

48

51

52

45

10.7 UCOM ASSY (6/6)

A

2 3 4

B

C

D

E

F

76

1

DDJ-T1

2 3 4

MIXER-1

USB&POWER

KN 1003

KN 1004

KN 1006

CONTACT SIDE UP

KEY Buffer

D

RS1/10SR****D, or RS1/16SS****D

CKSSYB***K

*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

SQ

CH

SS

CCSSCH***J

SS

CH

RS1/16SS***J

CKSRYB***K

RS1/10SR***J

CCSRCH***J

SS

is No MountNM

RS1/8SQ***J

90ohm Differencial

KEY5

KEY6

KEY7

KEY8KEY_IN7

KEY_IN8

KEY_IN6

KEY_IN5

KEY_IN13

KEY13

AD_2

AD_0

AD_1

AD_3

AD_4

VKN 1300-A

CN1002

1

AD_4

2

AD_3

3

GN D_AD

4

AD_1

5

AD_0

6

AD_2

7

GN D_AD

8

V+3R3_AD

AKM1299-A

CN1004

1

V+5_D

2

V+5_D

3

GN D_D

4

V+4R7_STB

5

ADP_DET

6

P_SW1_ADP

7

P_SW2_USB

8

GN D_D

9

USB_DP

10

USB_DN

11

GN D_D

12

GN D_D

13

V+5_USB

100u/16

C1019

CEVW101M16-TRB

C1017

DCH1201-A

C1016

DCH1201-A

C1116

NM

SSCH

C1113

NM

SSCH

C1112

NM

SSCH

C1111

NM

SSCH

C1015

DCH1201-A

C1018

DCH1201-A

C1114

NM

SSCH

C1110

0.1u/16

SS

GN D_D

GN D_AD

GN D_D

IC1102

TC74LCX541FK

OE1

1

A1

2

A2

3

A3

4

5

A4

6

A5

7

A6

8

A7

9

A8

10

GND11Y8

12

Y7

13

Y6

14

Y5

15

Y4

16

Y3

17

Y2

18

Y1

19

OE2

20

VCC

VNF1109-A

KN1004

1

VNF1109-A

KN1003

1

VNF1109-A

KN1006

1

R1111

100

2

1

4

3

6

5

8

7

R1027

NM

SS

R1026

NM

SS

R1028

NM

SS

R1029

NM

SS

R1030

NM

SS

R1045

22

SS

R1047

NM

SS

R1046

NM

SS

R1105

100

SS

TP1047

TP1046

TP1045

TP1043

CL5

TP1042

B3

TP1041

B2

TP1022

TP1026

TP1027

TP1025

TP1024

TP1023

TP1044

TP1048

G20

TP1021

G19

TP1049

B1

V+3R3_D

V+4R7_STB

V+3R3_AD

V+5_DV+5_USB

P_SW2_USB

4:10B

KEY_IN

5:11G;5:4G;1G;4C;4F

P_SW1_ADP

4:10B

USB_DP

1:8H

USB_DN

1:8H

ADP_DET

4:2E

CUR_ENC1

4:2E

4:11C;5:11C;5:5D;4E

UCOM_AD

CUR_ENC2

4:2E

4:3G;4:5G;4H KEY

B

6/6

B

6/6

UCOM ASSY (DWX3209)

B 4/6

B 1/6

B 4/6

B 5/6

B 4/6,5/6

J

CN4001

O

CN2501

20

16

29

50

9

30

5

6 7 8

A

B

C

D

E

5

DDJ-T1

6 7 8

F

77

1

C D

C

CDCB 1 ASSY (DWX3210)

D

CDCB 2 ASSY (DWX3224)

C

CDCB 1 ASSY (DWX3210)

D

CDCB 2 ASSY (DWX3224)

CDC

AKM1279-A

CN 2001

1

CDC_INT

2

CDC_CS

3

GN D_CDC

4

CDC_SCLK

5

GN D_CDC

6

CDC_DSI

7

CDC_DSO

8

V+3R3_CDC

C2004

NM

SS

C2006

100p

CH

SS

C2008

NM

SS

C2007

100p

CH

SS

C2009

DCH1201-A

10u 10V

C2005

100p

CH

SS

C2001

0.01u/50 C2002

NM

C2003

0.1u/16

GN D_SHIELD

GN D_CDC

AD7147ACPZ500RL7

IC2001

CIN6

1

CIN7

2

CIN8

3

CIN9

4

CIN10

5

CIN11

6

CIN127ACSHIELD

8

BIAS9GN D1

10

VCC

11

VDRIV E

12

SDO

13

SDI

14

SCLK

15

CS

16

IN T

17

GPIO

18

CIN019CIN1

20

CIN221CIN3

22

CIN4

23

CIN5

24

GN D2

25

R2001

NM

R2004

22

SS

R2003

22

SS

TP2016

TP2014

TP2019

TP2013

TP2017

TP2020

TP2015

TP2018

V+3R3_CDC

0

R2014

0

R2013

0

R2011

0

R2015

0

R2012

ACSHIELD AREA

TOUCH CENSOR

AKM1279-A

CN 2101

1

CDC_INT

2

CDC_CS

3

GN D_CDC

4

CDC_SCLK

5

GN D_CDC

6

CDC_DSI

7

CDC_DSO

8

V+3R3_CDC

C2104

NM

SS

C2106

100p

CH

SS

C2108

NM

SS

C2107

100p

CH

SS

C2109

DCH1201-A

10u 10V

C2105

100p

CH

SS

C2101

0.01u/50 C2102

NM

C2103

0.1u/16

GN D_SHIELD

GN D_CDC

AD7147ACPZ500RL7

IC2101

CIN6

1

CIN7

2

CIN8

3

CIN9

4

CIN10

5

CIN11

6

CIN127ACSHIELD8BIAS9GN D1

10

VCC

11

VDRIV E

12

SDO

13

SDI

14

SCLK

15

CS

16

IN T

17

GPIO

18

CIN019CIN1

20

CIN221CIN3

22

CIN4

23

CIN5

24

GN D2

25

R2101

NM

R2104

22

SS

R2103

22

SS

TP2116

TP2114

TP2119

TP2113

TP2117

TP2120

TP2115

TP2118

V+3R3_CDC

0

R2115

0

R2112

0

R2113

0

R2111

0

R2114

ACSHIELD AREA

TOUCH CENSOR

is No MountNM

SS

RS1/16SS***J

SS

CKSRYB***K

RS1/10SR***J

CH

CCSSCH***J

NOTES

B

5/6

CN901/CN902

B

5/6

CN901/CN902

Either the CDCB 1 Assy or CDCB 2 Assy is assembled here. The CDCB 1 Assy and CDCB 2 Assy are interchangeably used and handled similarly in their production management.

2 3 4

10.8 CDCB 1, CDCB 2, TCHB and JOGB ASSYS

A

B

C

D

E

F

78

1

DDJ-T1

2 3 4

5

FE

E

TCHB ASSY (DWS1433)

F

JOGB ASSY (DWS1432)

JOG_TCH_1/2

GN D_D

V+3R3_D

CN 3301

52151-0310

1

2

3

C3301

0.1u

C3302

NM

D3301

HSU119

GN D_D

GN D_DG ND_D

GN D_D

GP1S094HCZ0F

IC3301

C

1

A

2

K

3

E

4

Q3301

LSC4081UB(QR)

R3303

100k

R3305

100

R3302

4.7k R3304

10k

R3301

NM

R3306

NM

V+3R3_D

RS1/10SR***J

CKSRYB***K

NOTES

is No MountNM

GN DD

V+3R3_D

JOG1/2_1

JOG1/2_2

CN 3201 PF04PG-B05

CN 3201

1

2

3

4

C3203

0.01u

C3201

2.2u

SQ

C3202

0.01u

GN DD

PC3201

SEDS-7573

VLED 5

GN D

4

B

3

GN D1

6

A

1

VCC

2

R3201

0

R3202

150

TP3205

V+3R3_DV+3R3_D

RS1/10SR***J

NOTES

*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

CKSRYB or CKSYB

Vf 1.52V

11.9mA

C

**K

G

CN6002

G

JH6001

B

5/6

CN901/CN902

B

5/6

CN901/CN902

6 7 8

A

B

C

D

E

F

DDJ-T1

5

6 7 8

79

1

G

LED_5/11

GRID1

GRID0

LED_1/7

LED_2/8

LED_4/10

GRID3

GRID2

C6004

0.1u/16

C6003

0.1u/16

C6002

0.1u/16

C6001

0.1u/16

D6010

11

D6002

3

D6009

12

D6014

15

D6007

7

D6008

8

D6001

4

D6011

10

D6016

16

D6006

5

D6013

13

D6004

1

D6003

2

D6012

9

D6015

14

D6005

6

GN D_D

GN D_D GND_D

GN D_D

RT1N241M

Q6003

RT1N241M

Q6002

RT1N241M

Q6004

Q6001

RT1N241M

Q6009

2SC4154-11(EF)

Q601

2SC4154

Q6010

2SC4154-11(EF)

Q6011

2SC4154-11(EF)

Q6008

Q6006

Q6005

Q6007

R6007

R6064

390

R6023 R6029

R6063

22k

R6008

R6068

56k

R6013

R6062

390

R6061

22k

R6024

R6030

R6067

56k

R

R6060

390

R6059

22k

R6079

0

R6094

0

R6091

0

R6087

0

R6077

0

R6074

0

R6032

R6081

0

R6080

0

R6086

0

R6085

0

R6092

0

R6016

R6051

0

R6049

0

R6089

0

R6070

0

R6083

0

R6052

0

R6053

0

R6072

0

R6073

0

R6056

0

R6055

0

R6054

0

R6050

0

R6004 R6010

R6020

R6027 R

R6012

R6075

0

R6005

R6028

R6069

3.3k

R6071

22k

R6066

56k

R6078

22k

R6058

390

R6022

R6076

3.3k

R6084

22k

R6021

R6082

3.3k

R6088

3.3k

R6090

22k

R6006

R6065

56k

R6057

22k

R6093

0

R6015

R6001 R6014 R6017

R6031

R

R6025R6018

R6011R6002

R6003

R6009

R6019 R6026

TP6031

TP6016

TP6015

TP6014

TP6013

TP6043

TP6035TP6028

TP6021

TP6012

TP6011

TP6010

TP6023

TP6046

TP6039

TP6029TP6020

TP6006

TP6007

TP6008 TP6005 TP6004

TP6002

TP6045

TP6038

TP6034

TP6017

TP6032

TP6019

TP6001

TP6003

TP6049

TP6047

TP6048

TP6036TP6033

TP6040

TP6041

TP6018

TP6009

TP6030

TP6113

TP6025

TP6024

TP6027TP6022

TP6037

TP6042

TP6044

TP6026

TP6110TP6109

TP6108

TP6107

TP6106

TP6103

TP6104TP6105

V+5_D

R6001

R6048 : 180

D6001 D6024 : SLI-343U3R(HJKL)-TS

Q6005

Q6008 : LSA1576UB(QR)-TLB

Q6009

Q6014 : 2SC4154(EFG)-TLB

A.RED

28.9mA

A.RED

28.9mA

A.RED

28.9mA

10.9 LEDB ASSY

A

B

C

D

E

2 3 4

F

80

1

2 3 4

DDJ-T1

5

G

LEDB ASSY (DWS1434)

V+3R3_D

JOG_TCH_1/2

LED_4/10

LED_3/9

LED_5/11

LED_0/6

GRID1

GRID2

V+5_D

GN D_D

GRID3

GRID0

LED_1/7

LED_2/8

LED_0/6

LED_3/9

GN D_D

JOG1/2_1

JOG1/2_2

V+3R3_D

CN 6002

KM200NA4L

1

2

3

4

VK N1279-A

CN 6001

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

D6021

24

D6014

15

D6017

20

D6018

19

D6023

22

D6016

16

D6020

17

D6013

13

D6024

21

D6015

14

D6019

18

D6022

23

GN D_D GN D_D

GN D_D

GN D_D G ND_D

GN D_D

51048-0300

JH6001

1

2

3

Q6014

2SC4154-11(EF)

Q6012

2SC4154-11(EF)

Q6013

2SC4154-11(EF)

R6039

R6048

R6047

R6115

0

R6040

R6108

0

R6038

R6112

0

R6116

0

R6111

0

R6098

0

R6100

0

R6092

0

R6089

0

R6103

0

R6096

0

R6097

0

R6104

0

R6105

0

R6101

0

R6036 R6044

R6043

R6037

R6045

6088

k

R6046

R6090

22k

R6095

3.3k

R6099

22k

R6107

0

R6102

3.3k

R6106

22k

R6093

0

R6035

R6113

0

R6114

0

R6109

0

R6110

0

R6033

R6041

R6042

R6034

TP6068

TP6056

TP6064

TP6067

TP6055

TP6066

TP6054

TP6050

TP6051

TP6061

TP6060

TP6059

TP6065

TP6053

TP6048

TP6058

TP6057 TP6063

TP6062

TP6089

TP6088

TP6087

TP6086

TP6082

TP6081

TP6080

TP6069

TP6078

TP6077

TP6052

TP6092

TP6093

TP6094

TP6095

TP6096

TP6097

TP6098

TP6076

TP6079

TP6084

TP6072

TP6073

TP6083

TP6085

TP6100

TP6091

TP6075

TP6071

TP6099

TP6070

TP6112

TP61116110

TP6090

TP6074

TP6101

TP6102

03

V+3R3_DV+5_D

V+3R3_D

A.RED

28.9mA

A.RED

28.9mA

H

CN3001 or

I

CN3501

E

CN3301

F

CN3201

6 7 8

A

B

C

D

E

F

DDJ-T1

5

6 7 8

81

1

H

CDJ1B ASSY (DWS1430)

GRID4

GRID5

GRID6

GRID7

GRID6

KEY_IN2

KEY_IN1

GRID7

GRID3

GRID0

GRID5

GRID1

LED_1

LED_2

KEY_IN4

LED_5

LED_3

LED_0

GRID2

KEY_IN3

LED_4

GRID4

C3049

0.1u/16

C3048

0.1u/16

C3012

NM

C3013

NM

C3015

NM

C3016

NM

C3018

NM

C3019

NM

C3020

NM

C3022

NM

C3023

NM

C3024

NM

C3025

NM

C3027

NM

C3028

NM

C3030

NM

C3031

NM

C3032

NM

C3021

NM

C3034

NM

C3035

NM

C3036

NM

C3037

NM

C3038

NM

C3046

0.1u/16

C3039

NM

C3040

NM

C3047

0.1u/16

C3029

NM

C3026

NM

C3033

NM

D3035

Chained_1

D3045

Loop In 1

D3034

Advanced 1

D3046

Loop Out 1

D3033

Effect On 1_1

D3038

Size

1

D3047

Cue 1

D3050

Play 1

D3031

EFX On 1_3

D3049

Deck A

D3030

Effect On 1_2

D3040

Size

1

D3044

Move/Cue 1_1

D3032

Dry/Wet On 1

D3048

Deck C

D3039

BDW 1

D3037

FWD 1

D3052

Master Tempo 1

D3010

D3009

D3051

CDC FUNC 1

D3042

Loop Active 1

D3036

Filter On 1

D3041

Mode/Del 1

D3043

Move/Cue 1_2

D3053

D3008

HSU119

D3004

HSU119

D3018

HSU119

D3014

HSU119

D3022

HSU119

D3029

HSU119

D3015

HSU119

D3025

HSU119

D3019

HSU119

D3012

HSU119

D3023

HSU119

D3013

HSU119

D3027

HSU119

D3007

HSU119

D3016

HSU119

D3021

HSU119

D3020

HSU119

D3028

HSU119

D3024

HSU119

D3005

HSU119

D3001

HSU119

D3002

HSU119

D3017

HSU119

D3006

HSU119

D3011

HSU119

D3003

HSU119

D3026

HSU119

GN D_D

GN D_DGN D_DGND_D

GN D_D

RT1N241M

Q3033

RT1N241M

Q3030

RT1N241M

Q3031

RT1N241M

Q3032

Q3042Q3038 Q3041Q3040Q3039 Q3043

2SB1197K(QR)

Q3045

2SB1197K(QR)

Q3047

2SB1197K(QR)

Q3035

2SB1197K(QR)

Q3046

R3047

120

R3020

0

SQ

R3062

82

R3048

220

R3045

120

R3044

120

R3043

120

R3005

100

R3019

0

R3018

0

R3006

82

R3007

100

R

R3017

0

R3016

0

R3015

0

SQ

R3009

100

R3042

120

R3037

560

R3036

4.7k

R3041

4.7k

R3035

560

R3034

4.7k

R3040

4.7k

R3033

390

R3032

4.7k

R3070

2.2k

R3078

1.2k

R3079

22k

R3076

4.7k

SQ

R3

S

R3029

0

R3074

1.2k

R3067

0

SQ

R3072

2.7k

R3073

22k

R3071

22k

R3069

22k

R3058

100

R3057

120

R3066

0

R3061

220

R3051

120

R3065

120

R3023

0

R3008

82

R3050

120

R3039

4.7k

R3038

4.7k

R3030

4.7k

R3031

390

R3063

82

R3027

0

R3028

0

SQ

R3046

0

R3054

120

R3064

100

R3024

100

R3025

100

R3080

100

R3081

100

R3082

100

R3083

100

R3084

100

R3085

100

R3086

100

R3087

NM

R3088

NM

R3089

100

R3090

100

R3092

100

R3091

100

R3075

22k

R3060

220

R3093

NM

R3077

22k

R3014

100

R3059

120

R3099

100

R3052

100

R3055

120

R3068

2.7k

R3056

120

R3053

100

R3049

220

R3098

100

DSG1079-A

S3020

BWD 1

DSG1079-A

S3016

EFX On 1_1

DSG1117-A

S3027

Play 1

DSG1117-A

S3028

Cue 1

DSG1079-A

S3026

Loop In 1

DSG1079-A

S3023

Loop Active 1

DSG1079-A

S3019

FWD 1

DSG1079-A

S3015

EFX On 1_2

DSG1079-A

S3022

Loop Out 1

DSG1089-A

S3005

MASTER TEMPO 1

DSG1079-A

S3001

EFX Sel 1_2

DSG1089-A

S3006

Tempo Range 1

DSG1079-A

S3002

EFX Sel 1_3

DSG1089-A

S3009

Move/Cue 1

DSG1079-A

S3012

EFX Sel 1_1

DSG1089-A

S3003

DeckA

DSG1089-A

S3013

Chain/Adv 1

DSG1079-A

S3021

Filter On 1

DSG1079-A

S3014

Dry/Wet On 1

DSG1079-A

S3025

Size 1

DSG1079-A

S3018

Size

1

DSG1089-A

S3004

DeckC

DSG1079-A

S3017

Effect On 1_3

DSG1089-A

S3011

Shift 1

DSG1079-A

S3024

Mode/Del 1

DSG1089-A

S3010

CDC Func 1

V+5_D

D3030 D3 D3048

D3

D3051

D3

Q3038

Q3

AMBER

47.7mA

AMBER

47.7mA

AMBER

47.7mA

AMBER

47.7mA

21.7mA

RED

63.4mA

AMBER

GREEN

104mA

26mA

AMBER

47.7mA

104mA

GREEN

63.4mA

AMBER

GREEN

104mA

AMBER

47.7mA

AMBER

11.8mA

AMBER

11.8mA

AMBER

RED

21.7mA

AMBER

47.7mA

AMBER

47.7mA

AMBER

11.8mA

AMBER

11.8mA

AMBER

21.7mA

AMBER

*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

10.10 CDJ1B ASSY

A

2 3 4

B

C

D

E

F

82

DDJ-T1

1

2 3 4

5

H

AD_PITCH1_1

GRID0

GRID1

GRID2

GRID3

V+3R3_D

AD_PITCH1_2

LED_0

KEY_IN3

KEY_IN1

GRID6

V+3R3_D

V+5_D

GRID1

GRID0

GRID3

GRID2

LED_1

LED_2

GND_D

LED_4

LED_3

LED_5

LED_0

JOG1_1

JOG1_2

V+3R3_AD

JOG_TCH_1

GRID4

GRID5

GRID7

KEY_IN2

KEY_IN4

LED_1

GND_D

LED_2

LED_3

LED_4

LED_5

AD_DRYWET1

AD_EFF1_2

AD_EFF1_3

AD_EFF1_1

AD_FILTER1

L_ENC1_1

L_ENC1_2

V+5_D

GND_AD

GND_D

CN 3003

VK N1251-A

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

VK N1256-A

CN 3002

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

100u/16

C3011

C3008

0.01u/50

C3007

0.01u/50

C3044

NM

C3006

0.01u/50

C3005

0.01u/50

C3003

0.01u/50

C3001

0.01u

C3002

0.01u

C3041

0.01u/50

C3045

NM

C3042

0.01u/50

C3009

0.1u/16

C3004

NM

C3014

0.1u/16

C3017

0.1u/16 C3043

0.1u/16

C3050

0.1u/16

C3051

0.1u/16

C3010

0.1u/16

D3050

D3057

HSU119

D3056

HSU119

D3058

HSU119

D3059

HSU119

GN D_D

GN D_AD

GN D_D

GN D_AD

GN D_D

GN D_AD

GN D_D

GN D_AD

GN D_D

GN D_AD

GN D_D

043

R3002

0

SQ

R3009

100

R3013

4.7k

R3022

0

SQ

R3001

0

SQ

R3004

2.2k

R3065

120

R3012

4.7k

R3011

4.7k

82

R3026

0

R3064

100

R3021

0

SQ

R3010

4.7k

R3025

100

R3003

2.2k

R3097

10k

R3096

10k

R3094

10k

R3095

10k

S3030

DSX1082-A

AUTO LOOP_1

1

2

3

4

5

VA3002

NM

VA3003

NM

VA3004

NM

V+5_D V+3R3_D

V+3R3_AD

V+3R3_D

V+3R3_AD

V+3R3_D

V+5_D

DCS1078-A

VR3001

DRY/WET

13

2

DCS1078-A

VR3004

EFF1_3

1 3

2

DCS1078-A

VR3006

FILTER1

1 3

2

DCS1078-A

VR3002

EFF1_2

1 3

2

DCS1078-A

VR3005

EFF1_1

13

2

DCV1009-A

VR3003

13

2

4

VA3001

NM

GN D_ADGN D_F

VK N1250-A

CN 3001

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

TEMPO SLIDER

ADIN

0V

ADCT

GNDS

6 100

Tempo Slider

0V

3.3V

1.65V

CENTER

6 100

ADCT

D3030 D3047 : AMBER : SLI-343Y8Y(KLM)-TS : Vf 2.2V D3048

D3050 : GREEN : SLI-343M8G(GHJ)-TS : V f 2.2V

D3051

D3052 : RED : SLI-343U8R(HJK)-TS : Vf 2.2V

Q3038

Q3043 : 2SC4154-11(EF)

NOTES

is No MountNM

RS1/8SQ***J

CKSRYB***K

RS1/10SR***J

SQ

47.7mA

63.4mA

AMBER

104mA

21.7mA

CEJQ***

3.3V

50K

G

CN6001

B

5/6

CN905

B

5/6

CN906

6 7 8

A

5

DDJ-T1

6 7 8

B

C

D

E

F

83

1

I

GRID5

GRID6

GRID4

GRID7

LED_11

LED_8

LED_6

GRID3

KEY_IN6

KEY_IN7

KEY_IN8

GRID0

GRID1

GRID2

GRID4

GRID5

GRID7

LED_7

LED_9

KEY_IN5

LED_10

GRID6

C3512

NM

C3513

NM

C3514

NM

C3515

NM

C3516

NM

C3517

NM

C3518

NM

C3519

NM

C3522

NM

C3511

NM

C3524

NM

C3525

NM

C3526

NM

C3510

NM

C3528

NM

C3529

NM

C3530

NM

C3531

NM

C3532

NM

C3533

NM

C3523

NM

C3509

NM

C3508

NM

C3507

NM

C3506

NM

C3527

NM

C3543

0.1u/16

C3544

0.1u/16

C3545

0.1u/16

C3546

0.1u/16

C3534

NM

D3550

Play 2

D3534

Chained 2

D3532

Dry/Wet On 2

D3552

Master Tempo 2

D3544

Move/Cue 2_1

D3548

Deck B

D3543

Move/Cue 2_2

D3542

Loop Active 2

D3535

Advanced 2

D3530

EFX On 2_2

D3541

Mode/Del 2

D3547

Cue 2

D3539

BWD 2

D3546

Loop Out 2

D3536

Filter 2

D3551

CDC Func 2

D3545

Loop In 2

D3531

EFX On 2_3

D3540

Size 2

D3538

Size

2

D3549

DECK D

D3537

FWD 2

D3533

EFX On 2_1

D3513D3511

D3553

D3503

HSU119

D3520

HSU119

D3519

HSU119

D3510

HSU119

D3521

HSU119

D3505

HSU119

D3527

HSU119

D3514

HSU119

D3516

HSU119

D3507

HSU119

D3523

HSU119

D3522

HSU119

D3512

HSU119

D3526

HSU119

D3529

HSU119

D3518

HSU119

D3525

HSU119

D3524

HSU119

D3506

HSU119

D3515

HSU119

D3528

HSU119

D3501

HSU119

D3508

HSU119

D3509

HSU119

D3517

HSU119

D3502

HSU119

D3504

HSU119

GN D_D

GN D_D G ND_DGN D_DGN D_D

GN D_D

GN D_DGN D_D

GN D_D

RT1N241M

Q3532

RT1N241M

Q3531

RT1N241M

Q3530

RT1N241M

Q3533

Q3540 Q3543

Q3538

Q3539

Q3541

Q3542

2SB1197K(QR)

Q3547

2SB1197K(QR)

Q3546

2SB1197K(QR)

Q3544

2SB1197K(QR)

Q3545

R3562

82

R3544

120

R3540

4.7k

R3530

4.7k

R3578

100

R3549

220

R3546

120

R3538

4.7k

R3537

390

R3543

120

R3534

4.7k

R3577

22k

R3558

100

R3575

22k

R3574

22k

R3573

22k

R3572

22k

R3571

1.2k

R3570

2.7k

R3569

2.7k

R3568

2.2k

R3567

1.2k

R3566

2.7k

R3580

100

R3555

100

R3559

120

R3579

82

R3552

120

R3553

120

R3548

220

R3551

120

R3541

4.7k

R3536

4.7k

R3535

390

R3561

220

R3531

560

R3542

120

R3564

100

R3545

120

R3533

560

R3576

22k

R3581

82

R3554

100

R3539

4.7k

R3505

100

R3506

100

R3507

100

R3508

100

R3509

100

R3510

100

R3511

100

R3512

100

R3513

100

R3514

100

R3515

NM

R3516

NM

R3517

100

R3518

100

R3519

100

R3520

100

R3557

120

R3582

100

R3521

NM

R3556

120

R3532

4.7k

R3560

220

R3550

120

R3565

120

R3526

100

R3527

100

R3563

82

DSG1079-A

S3503

EFX Sel 2_2

DSG1089-A

S3505

DeckD

DSG1079-A

S3501

EFX Sel 2_1

DSG1079-A

S3520

Loop Out 2

DSG1117-A

S3526

Cue 2

DSG1117-A

S3525

Play 2

DSG1079-A

S3515

EFX On 2_3

DSG1089-A

S3511

Move/Cue 2

DSG1089-A

S3507

Tempo Range 2

DSG1079-A

S3513

EFX On 2_1

DSG1089-A

S3506

KEY LOCK 2

DSG1079-A

S3518

FWD 2

DSG1079-A

S3522

Mode/Del 2

DSG1079-A

S3524

Loop In 2

DSG1089-A

S3502

Chain/Adv 2

DSG1089-A

S3508

Deck B

DSG1079-A

S3519

Filter On 2

DSG1079-A

S3521

Loop Active 2

DSG1079-A

S3504

EFX Sel 2_3

DSG1079-A

S3516

Size 2

DSG1079-A

S3517

BWD 2

DSG1079-A

S3514

EFX On 2_2

DSG1089-A

S3510

CDC FUNC 2

DSG1079-A

S3523

Size

2

DSG1079-A

S3512

Dry/Wet On 2

DSG1089-A

S3509

Shift 2

V+5_D

0

3

1.6

D3530 D3548 D3551

Q3538

11.8mA

21.7mA

AMBER

47.7mA

AMBER

47.7mA

AMBER

47.7mA

AMBER

47.7mA

AMBER

47.7mA

AMBER

21.7mA

RED

47.7mA

AMBER

47.7mA

11.8mA

AMBER

104mA

GREEN

11.8mA

AMBER

21.7mA

RED

47.7mA

AMBER

104mA

GREEN

104mA

GREEN

47.7mA

AMBER

47.7mA

63.4mA

AMBER

63.4mA

26mA

AMBER

I

CDJ2B ASSY (DWS1431)

10.11 CDJ2B ASSY

A

2 3 4

B

C

D

E

F

84

1

DDJ-T1

2 3 4

5

I

GRID0

GRID1

GRID2

GRID3

V+3R3_D

JOG_TCH_2

JOG2_1

JOG2_2

V+5_D

GRID1

GRID0

GRID3

GRID2

LED_7

LED_6

LED_8

GND_D

LED_10

LED_9

LED_11

AD_PITCH2_2

AD_PITCH2_1

GND_AD

GRID7

KEY_IN5

KEY_IN6

KEY_IN8

LED_6

LED_7

GND_D

LED_8

LED_9

LED_10

LED_11

GND_D

V+3R3_D

GND_AD

V+3R3_AD

GRID5

KEY_IN7

GRID4

GRID6

JOG_TCH_2

AD_EFF2_1

AD_EFF2_2

AD_EFF2_3

AD_DRYWET2

AD_FILTER2

V+5_D

L_ENC2_2

L_ENC2_1

VK N1250-A

CN 3501

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

CN 3503

VK N1251-A

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

VK N1256-A

CN 3502

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

100u/16

C3540

C3535

0.01u/50

C3536

0.01u/50

C3502

0.01u

C3537

0.01u/50

C3501

0.01u

C3538

0.01u/50

C3539

0.01u/50

C3504

0.01u/50

C3505

0.01u/50

C3547

0.1u/16

C3548

NM

C3549

NM

C3551

0.1u/16

C3550

0.1u/16

C3503

NM

C3521

0.1u/16

C3541

0.1u/16 C3542

0.1u/16

C3552

0.1u/16

C3520

0.1u/16

D3548

D3549

D3557

HSU119

D3559

HSU119

D3558

HSU119

D3556

HSU119

GN D_AD

GN D_D

GN D_AD

GN D_F

GN D_AD

GN D_D

GN D_FGN D_AD

GN D_D

GN D_AD

Q3543

R3578

100

R3605

0

R3584

4.7k

R3596

0

R3585

4.7k

R3606

0

R3586

4.7k

R3587

4.7k

R3572

22k

R3580

100

R3504

0

R3555

100

R3503

2.2k

R3502

2.2k

R3603

0

R3597

0

R3554

100

R3518

R3501

0

R3600

0

SQ

R3523

10k

R3602

0

R3525

10k

R3524

10k

R3522

10k

S3527

DSX1082-A

AUTO LOOP_2

1

2

3

4

5

VA3501

NM

VA3503

NM

VA3502

NM

VA3504

NM

V+3R3_AD

V+5_D

V+3R3_D

V+3R3_AD

V+5_D

V+3R3_AD

V+3R3_D

DCS1078-A

VR3505

DRY/WET_2

13

2

DCS1078-A

VR3502

EFF2_2

13

2

DCS1078-A

VR3504

EFF2_3

13

2

DCS1078-A

VR3501

EFF2_1

13

2

DCS1078-A

VR3506

FILTER2

1 3

2

DCV1009-A

VR3503

13

2

4

GN D_D GND_F

R3528

NM

CHASSIS EARTH POINT

0V

ADCT

GNDS

TEMPO SLIDER

ADIN

6 100

Tempo Slider

0V

3.3V

1.65V

CENTER

6 100

ADCT

D3530 D3547 : AMBER : SLI-343Y8Y(KLM)-TS : Vf 2.2V D3548

D3550 : GREEN : SLI-343M8G(GHJ)-TS : V f 2.2V

D3551

D3552 : RED : SLI-343U8R(HJK)-TS : Vf 2.2V

Q3538

Q3543 : 2SC4154-11(EF)

RS1/10SR***J

SQ

CKSRYB***K

NMis No Mount

RS1/8SQ***J

NOTES

47.7mA

AMBER

104mA

GREEN

104mA

GREEN

*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

CEJQ***

3.3V

50K

G

CN6001

B

5/6

CN903

B

5/6

CN904

6 7 8

A

5

DDJ-T1

6 7 8

B

C

D

E

F

85

1

J

GRID0

GRID4

GRID1

GRID6

GRID7

GRID5

KEY_IN9

KEY_IN11

LED_12

LED_13

LED_14

GRID0

GRID1

GRID4

GRID5

GRID7

GRID2

GRID3

KEY_IN10

GRID2

KEY_IN12

GRID3

GRID6

C4026

NM

C4021

NM

C4023

NM

C4020

NM

C4001

NM

C4027

NM

C4005

NM

C4025

NM

C4024

NM

C4022

NM

C4014

NM

C4002

NM

C4006

NM

C4015

NM

C4003

NM

C4007

NM

C4004

NM

C4008

NM

C4013

NM

C4009

NM

C4016

NM

C4010

NM

C4017

NM

C4030

0.1u

C4011

NM

C4018

NM

C4058

0.01u

C4012

NM

C4019

NM

C4077

NM

C4033

0.1u

C4034

0.1u

C4061

0.01u

C4035

0.1u

C4036

0.1u

C4039

0.1u

C4037

0.1u

C4038

0.1u

C4040

0.1u

C4060

0.01u

C4059

0.01u

SLI-343Y8Y(KLM)

D4041

SLI-343Y8Y(KLM)

D4047

SLI-343Y8Y(KLM)

D4044

SLI-343Y8Y(KLM)

D4045

SLI-343Y8Y(KLM)

D4040

SLI-343Y8Y(KLM)

D4028

SLI-343Y8Y(KLM)

D4032

SLI-343Y8Y(KLM)

D4033

SLI-343Y8Y(KLM)

D4029

SLI-343U8R(HJK)

D4038

SLI-343Y8Y(KLM)

D4034

SLI-343U8R(HJK)

D4035

SLI-343U8R(HJK)

D4039

SLI-343Y8Y(KLM)

D4046

SLI-343Y8Y(KLM)

D4030

SLI-343Y8Y(KLM)

D4042

SLI-343Y8Y(KLM)

D4031

SLI-343U8R(HJK)

D4036

SLI-343Y8Y(KLM)

D4037

SLI-343Y8Y(KLM)

D4043

D4019

HSU119

D4012

HSU119

D4015

HSU119

D4005

HSU119

D4018

HSU119

D4010

HSU119

D4006

HSU119

D4014

HSU119

D4002

HSU119

D4001

HSU119

D4016

HSU119

D4008

HSU119

D4026

HSU119

D4021

HSU119

D4007

HSU119

D4013

HSU119

D4017

HSU119

D4011

HSU119

D4004

HSU119

D4027

HSU119

D4025

HSU119

D4022

HSU119

D4020

HSU119

D4003

HSU119

D4023

HSU119

D4024

HSU119

D4009

HSU119

GN D_D

GN D_AD

GN D_ADGN D_D

GN D_AD

GN D_D

GN D_AD

TC74HC4052AF

IC4001

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

RT1N241M

Q4006

RT1N241M

Q4003

RT1N241M

Q4005

RT1N241M

Q4002

RT1N241M

Q4001

RT1N241M

Q4004

RT1N241M

Q4007

RT1N241M

Q4008

Q4018Q4017 Q4019

Q4012

Q4015

Q4011

Q4016

Q4009

Q4014

Q4013

Q4010

R4024

56k

R4002

390

R4012

390

R4021

56k

R4045

100

R4007

22k

R4014

1k

R4029

120

R4008

390

R4023

56k

R4016

1k

R4020

56k

R4017

56k

R4031

120

R4037

120

R4006

560

R4019

56k

R4033

4.7k

R4004

390

R4039

100

R4036

100

R4032

22k

R4005

22k

R4044

100

R4040

22k

R4013

22k

R4028

120

R4003

22k

R4050

22k

R4025

2.7k

R4059

100

R4043

100

R4049

100

R4035

100

R4048

100

R4046

100

R4041

4.7k

R4062

100

R4015

22k

R4018

56k

R4047

100

R4042

100

R4011

22k

R4001

22k

R4009

22k

R4034

120

R4060

100

R4022

56k

R4030

120

R4061

100

R4027

120

R4055

NM

R4056

NM

R4038

100

R4010

560

R4057

NM

R4026

120

R4058

NM

DSG1089-A

S4011

12

DSG1089-A

S4017

1 2

DSG1089-A

S4016

12

DSG1089-A

S4015

1 2

DSG1089-A

S4014

12

DSG1089-A

S4013

1 2

DSG1079-A

S4012

1 2

DSG1079-A

S4010

12

DSG1089-A

S4009

1 2

DSG1079-A

S4008

12

DSG1089-A

S4007

12

DSG1079-A

S4006

12

DSG1079-A

S4005

1 2

DSG1089-A

S4004

12

DSG1089-A

S4003

1 2

DSG1079-A

S4002

1 2

DSG1089-A

S4018

1 2

DSG1079-A

S4024

1 2

DSG1079-A

S4023

12

DSG1079-A

S4026

12

DSG1079-A

S4021

12

DSG1089-A

S4001

1

2

DSG1079-A

S4020

1 2

DSG1079-A

S4019

12

DSG1079-A

S4025

12

DSG1079-A

S4022

12

YSD5019-A

S4027

COM

2

B

5

A

4

D

3

1

E

V+3R3_AD

V+3R3_A

V+5_D

V+3R

V+3

V

V+5_D

V+3R3_AD

DCS1078-A

VR4006

13

2

DCS1078-A

VR4007

13

2

DCS1078-A

VR4008

13

2

DCS1117-A

VR4001

13

2

DCS1117-A

VR4005

13

2

DCS1078-A

VR4003

13

2

DCS1078-A

VR4002

13

2

DCS1078-A

VR4004

13

2

LOAD_A

TREE

LOAD_C

LOAD_B

HP CUE_A

HP CUE_B

MASTER_B

HP CUE_D

MASTER_C

HP CUE_C

FAVORITES

MASTER_A

SYNC_B

SYNC_D

MASTER_D

SYNC_A

SYNC_C

VIEW

LOAD_D

FX2_A

FX1_B

FX2_B

FX1_D

FX1_A

FX2_C

FX1_C

FX2_D

HP CUE_A MASTER_A

FX2_A

HP CUE_B

SYNC_B

FX1_B

MASTER_B SY NC_D FX2_B

HP CUE_D MASTER_D FX 1_D

MASTER_C

SYNC_A FX1_A

HP CUE_C SYNC_C FX2_C

FX2_D

FX1_C

GAIN_C

GAIN_A

HI_C

MID_C

LOW_C

HI_A

LOW_A

MID_A

Q4009 Q6016 : LSA1576UB(QR)-TLB

Q4017

Q4019 : 2SC4154(EFG)-TLB

AMBER

47.7mA

RED

21.7mA AMBER

26mA

AMBER

47.7mA

26mA

AMBER

26mA

AMBER

26mA

AMBER

26mA

47.7mA

AMBER

RED

21.7mA AMBER

26mA

21.7mA

RED

AMBER

26mA

AMBER

26mA

AMBER

26mA

AMBER

47.7mA

26mA

AMBERAMBER

26mA

21.7mA

RED

10.12 DJMB ASSY

A

B

C

D

E

F

86

1

2 3 4

DDJ-T1

2 3 4

5

J

GRID7

GRID2

GRID6

GRID5

GRID1

GRID4

GRID0

GRID3

LED_14

LED_13

LED_12

V+5_D

KEY_IN9

KEY_IN12

KEY_IN11

V+3R3_AD

AD_2

AD_1

AD_3

AD_4

AD_SW_A

AD_0

CUR_ENC2

CUR_ENC1

GND_AD

KEY_IN10

GND_D

AD_SW_B

VK N1239-A

CN 4001

1

2

3

4

5

6

7

8

VK N1256-A

CN 4002

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

47u/16

C4029

47u/16

C4028

C4049

0.1u

C4045

0.1u

C4046

0.1u

C4047

0.1u

C4050

0.1u

C4053

0.1u

C4055

0.1u

C4054

0.1u

C4057

0.1u

C4052

0.1u

C4078

NM

C4056

0.1u

C4030

0.1u

C4031

0.1u

C4032

0.1u

C4048

0.1u

C4043

0.1u

C4077

NM

C4074

0.01u

C4076

0.01u

C4075

0.01u

C4072

0.01u

C4071

0.01u

C4044

0.1u

C4073

0.01u

C4042

0.1u

C4070

0.01u

C4066

0.01u

C4067

0.01u

C4069

0.01u

C4068

0.01u

C4063

0.01u

C4065

0.01u

C4064

0.01u

C4062

0.01u

C4039

0.1u

C4037

0.1u

C4038

0.1u

C4040

0.1u

C4041

0.1u

C4051

0.1u

GN D_AD

GN D_ADGN D_AD

GN D_AD

GN D_D

GN D_AD

GN D_D

GN D_AD

GN D_AD GN D_AD

GN D_AD

TC74HC4052AF

IC4001

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

IC4003

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

IC4002

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

R4053

4.7k

R4054

4.7k

R4052

4.7k

R4051

4.7k

YSD5019-A

S4027

COM

2

B

5

A

4

D

3

1

E

V+3R3_AD

V+5_D

V+3R3_AD

V+3R3_ADV+3R3_AD

V+3R3_AD

DCS1078-A

VR4006

13

2

DCS1078-A

VR4007

13

2

DCS1078-A

VR4008

13

2

DCS1078-A

VR4010

13

2

DCS1078-A

VR4011

13

2

DCS1078-A

VR4012

13

2

DCS1078-A

VR4014

13

2

DCS1078-A

VR4015

13

2

DCS1078-A

VR4016

13

2

DCS1117-A

VR4005

13

2

DCS1117-A

VR4009

13

2

DCS1117-A

VR4013

13

2

DCS1117-A

VR4017

13

2

DCS1116-A

VR4018

13

2

DCS1117-A

VR4019

13

2

GAIN_A

GAIN_B GAIN _D

HI_A

LOW_A

MID_A

LOW_B

MID_B

HI_B

MID_D

HI_D

LOW_D

MAIN

HP_MIX

HP_VOL

RS1/10SR***J

CKSRYB***K

NMis No Mount

NOTES

CEJQ***

*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 .

B

6/6

CN1002

B

6/6

CN1001

J

DJMB ASSY (DWX3211)

6 7 8

A

5

DDJ-T1

6 7 8

B

C

D

E

F

87

1

K

10u/35

C4614

10u/35

C4604

47u/16

C4609

47u/16

C4611

100u/16

C4606

C4616

0.1u

C4607

NM

C4601

1000p

CH

C4602

560p

CH

C4603

NM

C4617

NM

C4615

0.01u LA

C4605

330p

CH

C4610

NM

C4608

NM

GND_P

GND_F

GND_A

IC4601

NJM4565MD

3

4

2

1

8

JA4601

DKN1614-A

2

3

1

KN 4601

VNE1948-A

GN D1

1

GN D2

2

GN D3

3

GN D4

4

R4604

1.1k

(D)

R4607

0

R4601

2.2k

(D)

R4608

0

R4603

100k

R4602

10k

(D)

R4605

68K

(D)

VA4601

EZJZ1V270RM

V-6

V+6

DCS1111-A

VR4601

1

3

2

C4618

1000p

CH

C4619

100p

CH

GND_P

C4620

100p/50

CH

*RE

*CA I u

K

MICB ASSY (DWX3215)

10.13 MICB ASSY

A

B

2 3 4

C

D

E

F

88

1

2 3 4

DDJ-T1

K

MIC/AUX_DET

V-6

GN D_A

V+6

GN D_P

MIC_IN

KM200NA6

CN 4601

1

2

3

4

5

6

10u/35

C4612

C4613

0.01u

GND_AG N D_P

GND_A

IC4601

NJM4565MD

5

4

6

7

8

R4606

100k

S4601

DSH1025-A

123

V+6

V-6

V+6

V-6

VR4601

1

3

2

MIC/AUX SELECT

CKSRYB***K

NMis No Mount

RS1/10SR***J

NOTES

CCSRCH***J

CH

RS1/10SR****D

(D)

LA

CFTLA***J

CEJQ***

*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

B

2/6

CN303

5

6 7 8

A

B

C

D

E

F

DDJ-T1

5

6 7 8

89

1

L

GRID_2

GRID_3

GRID_0

GRID_1

KEY_IN13

GRID_3

GRID_2

GRID_1

GRID_0

AD_CROSSF

GN D_AD

AD_FADER_A

AD_FADER_B

AD_FADER_C

AD_FADER_D

V+3R3_AD

GN D_D

VK N1246-A

CN 4201

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

100u/16

C4201

C4206

0.1u

C4202

0.01u

C4203

0.01u

C4204

0.01u

C4205

0.01u

D4203

HSU119

D4204

HSU119

D4209

HSU119

D4201

HSU119

D4211

HSU119

D4210

HSU119

D4207

HSU119

D4206

HSU119

D4205

HSU119

D4208

HSU119

D4202 HSU119

D4212

HSU119

GN D_AD

GN D_D

GN D_AD

R4204

NM

R4203

NM

R4202

NM

R4201

NM

R4205

4.7k

S4204

ASH1039-A

123

S4202

ASH1039-A

123

S4201

ASH1039-A

123

S4203

ASH1039-A

123

V+3R3_AD

V+3R3_ADV+3R3_AD

V+3R3_AD

DCV1024-A

VR4201

13

2

4

5 6

DCV1024-A

VR4204

13

2

4

5 6

DCV1024-A

VR4202

13

2

4

5 6

DCV1024-A

VR4203

13

2

4

5 6

C4207

0.1u

C4208

0.1u

C4209

0.1u

C4210

0.1u

CN 4202

KM200NA3L

1

2

3

CH FADER_A CH FADER_B CH FADER_C CH FADER_D

FADER START_A

FADER START_B

FADER START_C

FADER START_D

0V

3.3V

UP

DOWN

CH FADER

RS1/10SR***J

CKSRYB***K

NM is N o Mount

NOTES

CEJQ***

*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

AD_C

G

V+3

C

KM20

GN

G

C

KM2

B

6/6

CN1003

B

2/6

CN301

L

CHFD ASSY (DWX3212)

2 3 4

10.14 CHFD, CRFD and HPJK ASSYS

A

B

C

D

E

F

90

1

2 3 4

DDJ-T1

NM

AD_CROSSF

GN D_AD

V+3R3_AD

CN 4301

KM200NA3L

1

2

3

C4302

0.1u

C4301

0.01u/50

D4301

HSU119

D4302

HSU119

GN D_AD

V+3R3_AD

DCV1023-A

VR4301

1

3

2

LEFT RIGHT

0V

3.3V

CROSS FADER

MUTE

HP_L

GN D_AH

HP_R

V-6

GN D_P

V+6

CN 4801

KM200NA9

1

2

3

4

5

6

7

8

9

47u/16

C4802

100u/10

C4807

100u/10

C4808

100u/10

C4813

47u/16

C4806

47u/16

C4803

47u/16

C4801

100u/10

C4814

C4809

0.047u

C4804

NM

C4812

NM

C4810

0.047u

C4805

NM

C4811

0.01u

GN D_P

GN D_AH

GN D_F

GN D_AH

GN D_P

GN D_AH

GN D_P

IC4801

NJM4556AD

5

4

6

7

8

IC4801

NJM4556AD

3

4

2

1

8

JA4802

CKS4124-A 2 3

1

JA4801 DKN1622-A

2

3

1

KN 4801

VNE1948-A

GN D1

1

GN D2

2

GN D3

3

GN D4

4

Q4802

IN C2002AC1

Q4803

IN C2002AC1

Q4804

IN C2002AC1

Q4801

IN C2002AC1

R4808

1k

R4812

1k

R4811

1k

R4810

1k

R4803

100k

R4807

27

1/4W

R4804

100k

R4806

2.7k

R4805

2.7k

R4813

13

1/4W

R4814

13

1/4W

R4809

27

1/4W

R4801

0

R4802

0

VA4801

EZJZ1V270RM

VA4802

NM

V-6

V+6

V-6

C4815

0.047u

C4816

0.047u

mini JACK

HP JACK

RS1/10SR***J

1/4W

CKSRYB***K

NM is N o Mount

RS1/4SA***J

NOTES

CEHAR***

B

6/6

CN1003

B

2/6

CN301

N

HPJK ASSY (DWX3216)

M

CRFD ASSY (DWX3213)

5

6 7 8

A

B

C

D

5

DDJ-T1

6 7 8

E

F

91

1

O

P_SW1_ADP

P_SW2_USB

10u/35

C2507

47u/25

C2508

NP

47u/25

C2502

NP

C2536

NM

C2506

0.01u

C2537

NM

C2504

0.01u

C2505

0.01u/50

C2501

0.01u/50

C2523

1000p/50

CH

C2525

0.1u/16

C2528

1000p/50

CH

C2529

0.1u/16

C2503

0.01u/50

C2535

0.01u/50

D2507

RB160M-30

D2505

RB160M-30

D2504

UDZS5R6(B)

D2515

UDZS3R6(B)

L2505

NM

L2503

BTX1042-A

L2504

BTX1042-A

GN D_D2

GN D_D

FGND

GN D_D

IC2501

NM

S-80942CNMC-G9C-TRB

OUT

1

VDD

2

VSS3NC

4

5

CD

JA2501

DKN1523-A

2

3

1

DKN1237-A

JA2502

1

2

3

4

RT1

RT2

KN 4601

VNE1948-A

GND1

1

GND2

2

GND3

3

GND4

4

L2506

DTH1197-A

12

34

RT1N141M-11

Q2510

RT1N141M-11

Q2509

RT1N141M-11

Q2513

RT1N141M-11

Q2515

RT1N141M-11

Q2512

NM

Q2505

Q2506

2SC4154-11(EF)

LSA1576UB(QRS)

Q2507

R2510

0

1/4W

R2506

220

R2507

10k

R2527

2.2k

R2502

NM

R2528

270

R2540

NM

R2533

100k

R2501

100k

R2531

2.2k

R2532

0

1/4W

R2513

10k

S2502

ASG1100-A

123

45

6

VA2501

EZJZ1V270RM

VA2503

NM

VA2502

EZJZ1V270RM

V+USB5

V+4R7_STB

V+ADP5

V+5_USB

V+ADP5

V+4R7_SV +4R7_STB

V+ADP5

ADP_PLUG

USB_DN

USB_DP

ADP_PLUG

ADP_DET

WI TH PL UG (4.0 V and over) : ON (0 V) WITHOUT PLUG (4.0 V and less) : OFF (3.3 V)

Detection

Overvoltage detection About 6.5V

POWER ON: HI POWER OFF: LOW

ADP5V ADP5V

USB5VSW_ON : HI USB5VSW_OFF : LOW

At an abnormal voltage O N

TRANSISTOR withstand voltage 50V

Iz:5mA

Ib:150uA

DC JACK With plug detection

USB JACK

USB BUS POWER

Rating

4.75V 5.2

AC ADAPTOR

Ratings

4.75V 5

At UCOM ASSY

3.3V

4.7k PULL-UP

POWER SW (SLIDE SW)

WITH PLUG 1.4V

WITHOUT PLUG

Low

UCOM control

RB160M-30-TRB VF:0.2 0.3V Height 0.8mm

Lead length0.45mm

3216 ICP STANDBY

Iz:5mA

Ib:300uA

ADP PLUG

4.2V_RESET_IC

USE Digital transistor That is OFF Voltage

0.8V

VARISTOR withstand voltage 16V

*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

SQ

NM is N o Mount

RS1/8SQ***J

NOTES

CEJQ***

CKSRYB***K

CEJQNP***

NP

ZL

CEHAZL***

CCSRCH***J

CH

4

1

10.15 USBB ASSY

A

2 3 4

B

C

D

E

F

92

1

2 3 4

DDJ-T1

O

ADP_DET

V+4R7_STB

P_SW1_ADP

P_SW2_USB

V+5_USB

USB_DP

USB_DN

GN D_D2

V+5_D

GN D_D

KM200NA13L

CN 2501

1

2

3

4

5

6

7

8

9

10

11

12

13

120u/10

C2533

ZL

C2516

10u 10V

C2514

0.01u

C2519

0.47u

C2522

1u/16

C2520

0.22u

C2515

0.01u

C2521

1u/16

C2518

NM

C2517

10u 10V

C2534

1u/16

D2513

HSU119

D2511

HSU119

D2512

HSU119

D2514

HSU119

L2507

BTX1042-A

L2508

BTX1042-A

GN D_D2

GN D_D

RT1N141M-11

Q2513

RT1N141M-11

Q2528

RT1N141M-11

Q2521

RT1N141M-11

Q2520

RT1N141M-11

Q2531

RT1N141M-11

Q2514

RT1P141M Q2527

RT1P141M

Q2526

RT1P141M

Q2518

RT1P141M

Q2519

RT1P141M

Q2517

RT1P141M

Q2516

RT1P141M Q2530

RT1P141M

Q2529

Q2525

RTQ040P02

D11D2

2G3

S

4

5D36

D4

Q2522

RTQ040P02

D11D2

2G3

S

4

5D36

D4

Q2523

RTQ040P02

D11D2

2G3

S

4

5D36

D4

Q2524

RTQ040P02

D1

1

D2

2G3

S

4

5D36

D4

R2516

10k

R2539

10k

R2519

10k

R2538

270

R2537

270

R2536

10k

R2523

10k

R2535

270

R2534

270

R2520

10k

R2521

22k

R2518

4.7k

R2517

4.7k

R2515

10k

R2513

10k

V+5_USBV+5_D

V+5_D

V+4R7_STB

USB_DN

ADP_DET

USB_DP

120u/10

C2509

ZL

FET Relay

USB 5V SW

ADP 5V SW

ADP5VSW_ON : HI ADP5VSW_OFF : LOW

Rating

4.75V 5.25V 500mA Typ

AC ADAPTOR

Ratings

4.75V 5.25V 2000mA Max

B

6/6

CN1004

O

USBB ASSY (DWX3222)

2

7

6

8

5

3

5

6 7 8

A

B

C

DDJ-T1

5

6 7 8

D

E

F

93

1

Name

• Power supply system

Normal Voltage Level Relations Assy

V+USB5

V+ADP5

V+5_USB

USBB Assy UCOM Assy

USBB Assy

UCOM Assy

V+3R3_USB

V+4R7_STB

USBB Assy UCOM Assy

UCOM Assy

V+3R3_UCOM

4.75 to 5.25 V

3.2 to 3.4 V

5.15 to 4.5 V

3.2 to 3.4 V

V+5_D

USBB Assy UCOM Assy CDJ1/2B Assy LEDB Assy DJMB Assy

V+3R3_D

4.5 to 5.15 V

3.2 to 3.4 V

UCOM Assy CDJ1/2B Assy CDCB1/2 Assy LEDB Assy TCHB Assy JOGB Assy

V+3R3_AD 3.2 to 3.4 V

V+6 5.8 to 6.2 V

V-6 -5.8 to -6.2 V

UCOM Assy CDJ1/2B Assy DJMB Assy CHFD Assy CRFD Assy

UCOM Assy MICB Assy JACB Assy HPJK Assy

UCOM Assy

V+5_A 4.9 to 5.1 V

10.16 VOLTAGES

A

B

C

D

2 3 4

E

F

94

1

2 3 4

DDJ-T1

5

1

JA2502 - pin 1 (V+USB5)

V: 5.0 V/div. H: 40 μS/div.

2

CN2501 - pin 13 (V+5_USB)

V: 5.0 V/div. H: 40 μS/div.

3

CN2501 - pin 4 (V+4R7_STB)

V: 5.0 V/div. H: 40 μS/div.

4

1

2

3

4

CN2501 - pin 5 (ADP_DET)

V: 2.0 V/div. H: 40 μS/div.

O

USBB ASSY

B

UCOM ASSY

Measuring equipment: Oscilloscope (Tektronix TDS3054) Probe (Tektronix P6139A/P5050; Input Capacitance: 8 to 11.1 [pF], Input Impedance: 10 M[Ω])

The display voltage value of the oscilloscope is a reference value. The voltage value changes by the filter of the oscilloscope and a difference of the measuring function and a probe.

Power bus power

Mode: POWER ON (BUS POWER)

4

JA2501 - pin 1 (V+ADP5)

V: 5.0 V/div. H: 100 μS/div.

2

CN2501 - pin 13 (V+5_USB)

V: 5.0 V/div. H: 100 μS/div.

3

CN2501 - pin 4 (V+4R7_STB)

V: 5.0 V/div. H: 100 μS/div.

5

4

2

3

5

CN2501 - pin 5 (ADP_DET)

V: 2.0 V/div. H: 100 μS/div.

AC adapter

Mode: POWER ON (AC ADAPTER)

3

CN2501 - pin 4 (V+4R7_STB)

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

6

CN2501 - pin 6 (P_SW1_ADP)

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

7

CN2501 - pin 7 (P_SW2_USB)

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

8

3

6

7

8

CN2501 - pin 1 (V+5D)

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

Power control

Mode: POWER ON (BUS POWER)

13

IC202 - pin 51 (XTALI)

V: 1.0 V/div. H: 20 mS/div.

13

USB UCOM X’tal

Mode: POWER ON

12

IC202 - pin 10 (USB_RST)

V: 2.0 V/div. H: 1 mS/div.

14

TP210/IC201 - pin 6 (EEP_SCL)

V: 2.0 V/div. H: 1 mS/div.

15

TP211/IC201 - pin 5 (EEP_SDA)

V: 2.0 V/div. H: 1 mS/div.

12

14

15

I2C USB UCOM EEPROM

Mode: POWER ON

3

CN2501 - pin 4 (V+4R7_STB)

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

6

CN2501 - pin 6 (P_SW1_ADP)

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

7

CN2501 - pin 7 (P_SW2_USB)

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

8

3

6

7

8

CN2501 - pin 1 (V+5D)

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

Power control

Mode: POWER ON (AC ADAPTER)

9

TP1049/CN1004 - pin 13 (V+5_USB)

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

10

TP101/IC104 - pin 5 (V+3R3_USB)

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

11

Q201 - pin 3 (USB_DET)

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

12

9

10

11

12

IC202 - pin 10 (USB_RST)

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

USB UCOM start up

Mode: POWER ON

NOTE: The following waveforms were measured at the point of the corresponding balloon number in the schematic diagram.

6 7 8

10.17 WAVEFORMS

A

B

C

D

E

F

DDJ-T1

5

6 7 8

95

A

16

TP1043/CN1004 - pin 4 (V+4R7_STB)

V: 5.0 V/div. H: 4 mS/div.

17

TP102/IC105 - pin 5 (V+3R3_UCOM)

V: 5.0 V/div. H: 4 mS/div.

18

IC106 - pin 1 (MAIN_RST)

V: 5.0 V/div. H: 4 mS/div.

19

16

17

18

19

IC701 - pin 20 (XIN)

V: 5.0 V/div. H: 4 mS/div.

B

UCOM ASSY

MAIN UCOM start up

Mode: POWER ON

20

CN1004 - pin 1 (V+5_D)

V: 5.0 V/div. H: 20 mS/div.

21

CN501 - pin 2 (V+6)

V: 5.0 V/div. H: 20 mS/div.

22

CN501 - pin 3 (V-6)

V: 5.0 V/div. H: 20 mS/div.

23

20

21

22

23

TP104/IC103 - pin 5 (V+5_A)

V: 5.0 V/div. H: 20 mS/div.

AUDIO power supply

Mode: POWER ON

20

CN1004 - pin 1 (V+5_D)

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

24

TP106/IC102 - pin 5 (V+3R3_D)

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

20

24

DIGITAL power supply

Mode: POWER ON

17

TP102/IC105 - pin 5 (V+3R3_UCOM)

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

24

TP106/IC102 - pin 5 (V+3R3_D)

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

20

CN1004 - pin 1 (V+5_D)

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

25

17

24

20

25

TP103/IC701 - pin 23 (FAULT_DET)

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

Abnormal voltage detection

Mode: POWER ON

21

CN501 - pin 2 (V+6)

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

23

TP104/IC103 - pin 5 (V+5_A)

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

25

TP103/IC701 - pin 23 (FAULT_DET)

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

21

23

25

Abnormal voltage detection

Mode: POWER ON, TRIGGER: CH1, 2 V

26

IC202 - pin 44 (MCLK)

V: 2.0 V/div. H: 20 μS/div.

27

IC202 - pin 34 (BCLK)

V: 5.0 V/div. H: 20 μS/div.

28

IC202 - pin 35 (LRCK)

V: 5.0 V/div. H: 20 μS/div.

26

27

28

USB UCOM I2S

Mode: IDLING

29

IC202 - pin 7 (USB_DP)

V: 5.0 V/div. H: 400 μS/div.

30

IC202 - pin 8 (USB_DN)

V: 5.0 V/div. H: 400 μS/div.

29

30

USB DP/DN (1)

Mode: IDLING

29

IC202 - pin 7 (USB_DP)

V: 5.0 V/div. H: 400 nS/div.

30

IC202 - pin 8 (USB_DN)

V: 5.0 V/div. H: 400 nS/div.

29

30

USB DP/DN (2)

Mode: IDLING

31

TP1010/CN1001 - pin 16 (GRID0)

V: 5.0 V/div. H: 200 μS/div.

32

TP1008/CN1001 - pin 18 (GRID1)

V: 5.0 V/div. H: 200 μS/div.

33

TP1005/CN1001 - pin 22 (GRID2)

V: 5.0 V/div. H: 200 μS/div.

34

31

32

33

34

TP1003/CN1001 - pin 24 (GRID3)

V: 5.0 V/div. H: 200 μS/div.

GRID control 1

Mode: IDLING

1

2 3 4

B

C

D

E

F

96

DDJ-T1

1

2 3 4

35

TP1009/CN1001 - pin 17 (GRID4)

V: 5.0 V/div. H: 200 μS/div.

36

TP1007/CN1001 - pin 19 (GRID5)

V: 5.0 V/div. H: 200 μS/div.

37

TP1006/CN1001 - pin 21 (GRID6)

V: 5.0 V/div. H: 200 μS/div.

38

35

36

37

38

TP1004/CN1001 - pin 23 (GRID7)

V: 5.0 V/div. H: 200 μS/div.

46

TP954/CN905 - pin 13 (V+3R3_AD)

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

48

TP1018/CN1001 - pin 2 (AD_SW_A)

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

49

TP1019/CN1001 - pin 1 (AD_SW_B)

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

50

46

48

49

50

TP1024/CN1002 - pin 5 (AD_0)

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

TP954/CN905 - pin 13 (V+3R3_AD)

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

48

TP1018/CN1001 - pin 2 (AD_SW_A)

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

49

TP1019/CN1001 - pin 1 (AD_SW_B)

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

50

46

48

49

50

TP1024/CN1002 - pin 5 (AD_0)

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

B

UCOM ASSY

GRID control 2

Mode: IDLING

39

CN902 - pin 1 (CDC_INT1)

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

40

CN902 - pin 2 (CDC_CS1)

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

41

CN902 - pin 4 (CDC_SCLK)

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

39

40

41

CN902 - pin 4 (CDC_SCLK)

V: 2.0 V/div. H: 4.0 μS/div.

42

CN902 - pin 6 (CDC_DSI)

V: 2.0 V/div. H: 4.0 μS/div.

43

CN902 - pin 7 (CDC_DSO)

V: 2.0 V/div. H: 4.0 μS/div.

41

42

43

CDC IC control 1

Mode: IDLING

CDC IC control 2

Mode: IDLING

37

TP1006/CN1001 - pin 21 (GRID6)

V: 2.0 V/div. H: 200 μS/div.

44

TP988/CN908 - pin 11 (KEY_IN4)

V: 2.0 V/div. H: 200 μS/div.

45

IC1101 - pin 14 (KEY4)

V: 2.0 V/div. H: 200 μS/div.

37

44

45

KEY operation 1 (PLAYER1 PLAY)

Mode: PLAY KEY

32 46

TP1008/CN1001 - pin 18 (GRID1)

V: 2.0 V/div. H: 400 μS/div.

44

TP988/CN906 - pin 11 (KEY_IN4)

V: 2.0 V/div. H: 400 μS/div.

45

IC1101 - pin 14 (KEY4)

V: 2.0 V/div. H: 400 μS/div.

32

44

45

KEY operation 2 (PLAYER1 SHIFT)

Mode: SHIFT KEY

46

TP954/CN905 - pin 13 (V+3R3_AD)

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

47

TP959/CN905 - pin 21 (AD_DRYWET1)

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

46

47

Volume operation 1 (PLAYER1 DRY/WET)

Mode: PLAYER1 DRY/WET VOL operation

Volume operation 2 (MIXER GAIN A)(1)

Mode: MIXER GAIN A VOL operation

Volume operation 2 (MIXER GAIN A)(2)

Mode: MIXER GAIN A VOL operation

46

TP954/CN905 - pin 13 (V+3R3_AD)

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

51

TP1031/CN1003 - pin 14 (AD_FADER_A)

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

46

51

CH FADER operation (CH A)

Mode: MIXER CH A FADER operation

5

6 7 8

A

B

C

D

E

F

DDJ-T1

5

6 7 8

97

A

46

TP954/CN905 - pin 13 (V+3R3_AD)

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

52

TP1035/CN1003 - pin 9 (AD_CROSSF)

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

46

52

63

IC701 - pin 70 (A_MUTE)

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

3

CN2501 - pin 4 (V+4R7_STB)

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

64

TP505/CN501 - pin 1 (MUTE)

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

63

3

64

IC701 - pin 76 (AIN_MUTE)

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

23

TP104/CN103 - pin 5 (V+5_A)

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

66

R523/R528 (ADC_MUTE)

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

65

23

66

B

UCOM ASSY

CROSS FADER operation

Mode: MIXER CROSS FADER operation

46

TP954/CN905 - pin 13 (V+3R3_AD)

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

53

TP964/CN905 - pin 14 (AD_PITCH2_1)

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

54

TP965/CN905 - pin 12 (AD_PITCH2_2)

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

46

53

54

55

TP957/CN905 - pin 25 (L_ENC1_1)

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

56

TP958/CN905 - pin 24 (L_ENC1_2)

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

55

56

PITCH FADER operation (PLAYER1)

Mode: PLAYER1 PITCH FADER operation

ROTARY ENCODER(PLAYER) operation

Mode: PLAYER1 AUTO LOOP operation

57

TP106/IC102 - pin 5 (V+3R3_D)

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

58

TP973/CN906 - pin 1 (JOG_TCH1)

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

57

58

JOG rotation operation

Mode: JOG TOUCH & Release operation

23 65

TP104/IC103 - pin 5 (V+5_A)

V: 5.0 V/div. H: 100 μS/div.

60

IC303 - pin 7 (VD)

V: 5.0 V/div. H: 100 μS/div.

26

IC202 - pin 44 (MCLK)

V: 2.0 V/div. H: 100 μS/div.

61

IC701 - pin 98 (ADC_RST)

V: 5.0 V/div. H: 100 μS/div.

23

60

26

61

ADC reset cancel

Mode: POWER ON

23

TP104/IC103 - pin 5 (V+5_A)

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

26

IC202 - pin 44 (MCLK)

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

62

IC701 - pin 99 (DAC_RST)

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

23

26

62

DAC reset cancel

Mode: POWER ON

Output MUTE cancel

Mode: POWER ON

Input MUTE cancel

Mode: POWER ON

67

TP317/CN303 - pin 4 (MIC_IN)

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

68

IC303 - pin 2 (AINL)

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

69

68

69

TP316/CN303 - pin 6 (MIC_AUX_DET)

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

70

IC701 - pin 71 (AUX_MIC_SEL)

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

67

70

MIC

Mode:

AUX 1 kHz input, at SW MIC selection

1

2 3 4

B

C

D

E

F

98

DDJ-T1

1

2 3 4

78

TP306/CN301 - pin 3 (HP_L)

V: 2.0 V/div. H: 400 μS/div.

79

TP305/CN301 - pin 5 (HP_R)

V: 2.0 V/div. H: 400 μS/div.

78

79

IC304 - pin 6 (DAC_CS1)

V: 2.0 V/div. H: 10 μS/div.

81

IC304 - pin 7 (DAC_CCLK)

V: 2.0 V/div. H: 10 μS/div.

82

IC304 - pin 8 (DAC_CDTI)

V: 2.0 V/div. H: 10 μS/div.

80

81

82

B

UCOM ASSY

A

JACB ASSY

AUX

Mode:

AUX 1 kHz input, at SW AUX selection

68

IC303 - pin 2 (AINL)

V: 2.0 V/div. H: 1.0 μS/div.

27

IC202 - pin 34 (BCLK)

V: 2.0 V/div. H: 1.0 μS/div.

73

TP302/IC202 - pin 39 (MIC_AUX_DATA)

V: 2.0 V/div. H: 1.0 μS/div.

68

27

73

IC303 - pin 2 (AINL)

V: 2.0 V/div. H: 400 μS/div.

27

IC202 - pin 34 (BCLK)

V: 2.0 V/div. H: 400 μS/div.

73

TP302/IC202 - pin 39 (MIC_AUX_DATA)

V: 2.0 V/div. H: 400 μS/div.

68

27

73

68

ADC I2S (1)

Mode:

AUX 1 kHz input, at SW AUX selection

ADC I2S (2)

Mode:

AUX 1 kHz input, at SW AUX selection

74

IC506 - pin 11 (AOUTL)

V: 2.0 V/div. H: 1.0 μS/div.

27

IC202 - pin 34 (BCLK)

V: 2.0 V/div. H: 1.0 μS/div.

75

IC202 - pin 36 (MASTER_DATA)

V: 2.0 V/div. H: 1.0 μS/div.

74

75

74

IC506 - pin 11 (AOUTL)

V: 2.0 V/div. H: 400 μS/div.

27

IC202 - pin 34 (BCLK)

V: 2.0 V/div. H: 400 μS/div.

75

IC202 - pin 36 (MASTER_DATA)

V: 2.0 V/div. H: 400 μS/div.

74

75

DAC I2S (1)

Mode: 1 kHz playback, at MASTER output

80

DAC I2S (2)

Mode: 1 kHz playback, at MASTER output

76

TP503/CN501 - pin 5 (MASTER_L)

V: 2.0 V/div. H: 400 μS/div.

77

TP508/CN501 - pin 9 (MASTER_R)

V: 2.0 V/div. H: 400 μS/div.

76

77

MASTER OUT

Mode: 1 kHz playback, at MASTER output

HEADPHONE

Mode: 1 kHz playback, at HEADPHONE output

DAC control

Mode: POWER ON

83

TP503/CN501 - pin 5 (MASTER_L)

V: 5.0 V/div. H: 400 μS/div.

84

JA4402 - pin 3 (MASTER1_L+)

V: 5.0 V/div. H: 400 μS/div.

85

84

85

JA4402 - pin 2 (MASTER1_L-)

V: 5.0 V/div. H: 400 μS/div.

83

71

TP311/CN302 - pin 4 (AUX_R_IN)

V: 500 mV/div. H: 1.0 mS/div.

72

IC303 - pin 1 (AINR)

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

69

72

69

TP316/CN303 - pin 6 (MIC_AUX_DET)

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

70

IC701 - pin 71 (AUX_MIC_SEL)

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

71

70

MASTER OUT1

Mode: 1 kHz playback, at MASTER output

5

6 7 8

A

B

C

D

E

F

DDJ-T1

5

6 7 8

99

1

A

JACB ASSY

SIDE A SIDE A

GND_PM

V-6M

V+6M

V+6A

V-6A

GND_AA

GND_PA

GND_AM

DWX3214-

JACB

9.MASTER_R

8.GND_AM

7.GND_AM

6.GND_AM

5.MASTER_L

4.GND_PM

3.V-6

2.V+6

1.MUTE

1.V-6A

2.V+6A

3.GND_PA

4.AUX_IN_R

5.GND_AA

6.AUX_IN_L

7.GND_AA

CN4402

GND_AM

CHECK

GND_AM

CN4401CN4402

CN4403

C4406

C4407

C4408

C4410

C4412

C4413

C4414

C4415

C4416

C4418

C4420

C4421

C4430

C4431

JA4401

JA4402

JA4403

JA4404

C4438

C4439

C4440

C4441

C4442

C4443

C4444

C4445

C4446

C4447

C4448

C4449

VR4401

KN4401

J4405

J4407

J4408

J4409

J4411

J4412

J4413

J4414

J4415

J4416

J4417

J4418

J4419

J4420

J4421

J4422

J4423

J4425

J4426

J4427

J4429

J4430

J4431

J4432

J4433

J4434

J4436

J4437

J4438

J4439

1 51 5

1

5

1

5

1

5

B

CN302

CN4402

B

CN501

CN4401

B

JP501

CN4403

(DNP2635-C)

2 3 4

11. PCB CONNECTION DIAGRAM

11.1 JACB ASSY

A

B

C

D

E

F

100

1

DDJ-T1

2 3 4

Pioneer DDJ-T1 Schematic

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

2.1 SPECIFICATIONS

2.2 PANEL FACILITIES

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 HOW TO CHECK OPERATIONS USING THE TRAKTOR SOFTWARE

6. SERVICE MODE

6.1 OUTLINE OF SERVICE MODE

6.2 DETAILS ON SERVICE MODE

6.3 ABOUT THE DEVICE

7. DISASSEMBLY

8. EACH SETTING AND ADJUSTMENT

8.1 NECESSARY ITEMS TO BE NOTED

8.2 CONFIRMATION OF THE VERSIONS OF THE FIRMWARE

8.3 UPDATING OF THE FIRMWARE

8.4 COPYING THE PROGRAM FOR THE USB CONTROLLER

8.5 JOG DIAL ROTATION LOAD ADJUSTMENT

9. EXPLODED VIEWS AND PARTS LIST

9.1 PACKING SECTION

9.2 EXTERIOR SECION

9.3 PCB LAYER SECION

9.4 BUTTON LAYER SECION

9.5 JOG SECTION

10. SCHEMATIC DIAGRAM

10.1 JACB ASSY

10.2 UCOM ASSY (1/6)

10.3 UCOM ASSY (2/6)

10.4 UCOM ASSY (3/6)

10.5 UCOM ASSY (4/6)

10.6 UCOM ASSY (5/6)

10.7 UCOM ASSY (6/6)

10.8 CDCB 1, CDCB 2, TCHB and JOGB ASSYS

10.9 LEDB ASSY

10.10 CDJ1B ASSY

10.11 CDJ2B ASSY

10.12 DJMB ASSY

10.13 MICB ASSY

10.14 CHFD, CRFD and HPJK ASSYS

10.15 USBB ASSY

10.16 VOLTAGES

10.17 WAVEFORMS

11. PCB CONNECTION DIAGRAM

11.1 JACB ASSY