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DTX-MULTI 12

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1. Connecting USB device USB Copy protected Executing File already exists File not found Illegal file Illegal file name Illegal format 1 MIDI SMF
2. SENSOR UNIT ST SENSOR UNIT ST lt Bottom view gt ST ST SENSOR UNIT REFNO PART NO DESCRIPTION PAD ASSEMBLY PAD ASSEMBLY ro 14 WQ67630 WQ676400 RUBBER PAD WQ676500 PAD BODY WQ676600 PAD SHEET SWITCH WQ676700 INNER PAD LE 20 WR793300 SENSOR UNIT ST CONNECTOR ASSEMBLY PAD S PH2P F PIEZO TAPE SENSOR TAPE H 32 T 1 5 SENSOR UNIT CT CONNECTOR ASSEMBLY PAD C PH2P F PIEZO TAPE SENSOR TAPE H 32 T 1 5 3 gt WR06500 WS10560 WQ67680 4 T P E 7 t 7 WR13430 WS10560 WQ67680 cm M NL SS 3 New Parts RANK Japan only PART NO WQ704100 WQ704200 WQ704400 WQ704300 WQ704100 US625100 US661470 WG888300 US662470 US634100 US634100 US634100 105634100 US625100 US625100 US625100 US625100 105634100 US663100 US663100 US663100 US663100 US634100 US634100 US634100 US634100 US661470 US661470 US663100 US634100 US634100 US625100 US634100 US661470 US661470 US625100 US663100
3. E WARNING Components having special characteristics are marked AN and must be replaced with parts having specification equal to those originally installed AN Note See parts list for details of circuit board component parts G A BLOCK DIAGRAM DTX MULTI 12 DTX MULTI 12 9P 6338 3 3D 16 5 13
4. PAD PAD Lch Rch gt Lch Rch LCD OK NG too Hi XX XX NG OO XX XX NG BAD CR XX NG MIDI OK A0 XX 02 NG A0 XX 03 XX HINC 22 HiHat A0 16 00 TANAH ENTER HH65 HH CTRL
5. Sample is protected Sample is too long Sample is too short DTX MULTI 12 Seq data is not empty Seq memory full USB System memory crashed USB connection terminated USB device full USB device not ready ROM USB USB ENTER USB
6. USB USB USB device read write error USB device write protected USB USB CD ROM Excessive demand for USB power USB OVA eA TOES USB transmission error Wave memory full Wave stored USB Utility stored 63 DTX MULTI 12 64 BOOT SEQUENCE LCD backlight is turned on without any message
7. MASTER PHONES AUX IN OUTPUT L MONO 90 dBu 10 OUTPUT R 90 dBu 10kQ PHONES Lch 89 dBu 33 0 PHONES Rch 89dBu 33 Q SHIFT UTILITY 6 4 4 9 DTXM12 ON OFF L MASTER PHONES ON OFF 7 gt 774 RB OUTPUT L MONO 500 mVpp 10 OUTPUT R 500 mVpp 10 kQ
8. NG Fa LCD 41 DTX MULTI 12 42 OK NG MIDI OK A0 17 02 NG INC NG EXIT 24 Foot SW hh AO 18 00 FOOT SW ENTER HH65 FOOT SW
9. LCD NG OK NG MIDI A0 18 02 NG OK ORI MINC NG EXIT 25 MIDI AO 19 00 MIDI IN MIDI OUT MIDI IN MIDI OUT MIDI IN MIDI OUT MIDI ENTER LCD OK NG MIDI OK AO 19 02 NG AO 19 03 HINC
10. Trig S IN07 O AO 27 00 Trig S INO8 PAD O AO 28 00 Trig S INO9 PAD O AO 29 00 43 FactorySet Ne La o oo SIL 37 DTX MULTI 12 38 L PA 5D 150 2 JISC 7 4 L 2 BREF EIUS MIDI7 Z Jv USB USB 3 HLHAT HH65 HIHAT FC4 FC5 MIDI
11. NM SERES USB USB TO DEVICE USB USB UTIIL7 2 Load File 55 DTX MULTI 12 56 UPDATING Check the version before updating 1 Turn on the power while pressing down the SHIFT button 2 Turn off the power after check the version before updating in the version checking screen Version checking screen Start the updater Turn on the power while holding down the VA button Update start screen e Press ENTER will be shown and the ENTER LED will flash The 5 39 5 PGM file in the root of the USB de vice is the only file to be updated e If the ENTER button is pressed without a USB device connected the error message No media will be shown f the ENTER button is pressed when there is no updater file in the USB device the error message File not found will be shown Perform updating D Press the ENTER button in the updater start screen 2 Wait until the updater complete screen is shown 3 Turn off the power when the updater complete screen
12. USB USB TO DEVICE UTIL7 5 Format ENTER ENTER SERES A USB USB TO DEVICE USB USB Completed UTIL7 5 Format In the FACTORY SET section you can restore all of the DTX MULTI 12 s user data 1 all User kits waves User patterns User triggers and utility parameters to default settings N CAUTION Whenever the instrument is reset in this way any settings you have made will be overwritten with the corresponding defaults All important user defined data should therefore be saved on a USB memory device in advance Navigate to the Factory Set page UTIL8 and press the ENTER but
13. EXIT INC 02 Panel SW AO 02 00 ENTER MIDI INC LCD ON LED LED X CLICK PTN LED 2 PHONES OUTPUT SIN MIDI Green VOICE Green CLICK Green CLICK Red EXIT No light ENTER Orange lt Orange gt v Orange gt Orange KIT Green PIN Green PIN Red WAVE Green UTILITY Green SHIFT No light STORE Orange
14. Wave Pattern Trigger 5 1 DEC INC 1 Kit Wave Pattern Trigger Kit U001 U200 Wave WV001 WV500 Pattern 20001 20050 Trigger U01 U10 ENTER 1 1 DEC INC Kit Wave Pattern Trigger Kit U001 U200 Wave WV001 WV500 Pattern PU001 20050 Trigger U01 U10 DTX MULTI 12 ENTER ENTER
15. 26 USB ToDevice AO 1A 00 USB 4 KW WQ USB TO DEVICE ENTER USB ENTER LCD NG OFF MIDI OK A0 1A 02 NG A0 1A 03 HINC 27 USB ToHost AO 1B 00 DTX MULTI 12 USB TO DEVICE USB TO HOST ENTER USB USB TO DEVICE USB TO HOST
16. OK NG OFF MIDI OK A0XX02 NG A0 XX 03 XX HINC 17 Trigger IN13 18 Trigger IN14 19 Trigger IN15 20 Trigger IN16 21 Trigger IN17 17 AO 11 00 20 AO 14 00 18 AO 12 00 19 AO 13 00 21 AO 15 00 9 PAD PAD PAD PHONES CPU X PHONES 4 kHz 3 5 dBu 10 ENTER PHONES PHONES PADW OK INC
17. IENTER LCD OK NG MIDI OK A0 1B 02 NG A0 1B 03 INC 28 OUTPUT L AO 1C 00 OUTPUT PHONES 43 DTX MULTI 12 44 ENTER MASTER FY a A PHONES OUTPUT L MONO OUTPUT R WE OUTPUT RI OUTPUT L MONO PHONES AUX IN
18. CLICK A MANUAL MODE KIT ENTER DTX MULTI 12 Boot F Firm W Wave 03 14 PadSW amp Xt IN 7 17 21 Trigger IN 40 36 41 Trig S IN 47 gt INC DEC aa 17 21 Trigger IN 7 A F 36 41 Trig S IN OK PR
19. OK ROM ENTER LCD OK NG MIDI OK A0 21 02 NG A0 21 03 HINC 34 ROM IC13 AO 22 00 WAVE ROM FLASH ROM ID Read ROM Device ID ID ENTER LCD OK NG MIDI OK AO 22 02 NG AO 22 03 INC 35 RAM AO 23 00
20. OUTPUTL MONO 1 kHz 1 5 Hz SIN JE 3 0 2dBu 10k Q BR 0 1 OUTPUT R 89 0 dBu 10 kQ MASTERI OUTPUT L MONO PHONES Lch 1 kHz 1 5 Hz SIN YE 6 0 2dBu 33 EX PHONES Rch 58 dBu 33 PHONES LU PHONES Lch OUTPUT R OUTPUT L MONO 1 kHz 1 5 Hz SIN 2 5 2dBu 10 kQ EX 0 1 MDI EXIT INC ELIT 29 OUTPUT R AO 1D 00 OUTPUT PHONES ENTER
21. 0 15 00 0 16 00 0 17 00 24 FootSW hh FOOT SW 25 MIDI MIDI IN OUT 26 USB ToDevice USB TO DEVICE 27 USB ToHost USB TO DEVICE TO HOST 28 OUTPUT L OUTPUT L MONO PHONES Lch 1C 00 29 OUTPUT R OUTPUT R PHONES Rch 0 1D 00 30 AUX IN LR ph AUXIN AO 1E 00 31 AUX IN ph AUX IN PHONES AO 1F 00 ROM IC 10 Program ROM AO 20 00 32 33 011 Wave ROM P2 34 ROM IC13 Wave ROM Flash 35 RAM SDRAM 6 36 Trig S IN04 t PAD O Trig S IN05 PAD 0 25 00 Trig S INO6 0 26 00 5 5
22. 3 3D 5 NJM78M05DL1A 5534 00 120 es XA 5 XS5 HBA02032BG 78 C425 16 5 4 USB HIGH SIDE REGULATOR V 1 10 16 136 m To Character LCD U 5 D dgio POWER SW C135 must_be PAO above 120uF PTA 1 1 DGND TL23 3 3 3D 450 low ESR 17 BK1005HM601 T TL24 4 depend on USB standards lt 001 N 9 gt PRIO LB BK1005HM601 T TL25 Hi 5 mix p55 p ie PDI4I gt m T TL26 POWER ENB aJ My 001 0 113 PD 2 S LS 1 6 ilen out pelo 5 10 a BKi005HweO1 T TL27 7 58 Bota L11 BK1005HM601 T TL28 8 OVER CURRENT 1 3 Up 8 Pio bela L12 BK1005HM601 T 11296 9 to LCD MODULE petal L13 BK1005HM501 T TL30 10 ler 001N 9 pela 14 BK1005HM601 T TL31 1 151 5 515 BK1005HME01 T TL32g 14 0 iu PB3 PC 6 L 45 pp BK4005HME04 T TL33 9 1 455372 DGND Og L17 1005 601 TL34 14 VBUS o 1 INPUT tm Ex E j PB5 lt 2 GND p 121225 HE ae oF 4 1 DEVICE R79 a 4 3 OUTPUT 3 P ra TT Alm i 04 0 1 12851 O lt TXDO DLP41SN900SLaL DAMD RXDO 4 m 155372 9424900 Q TXD4 DGND 34 is nearby 10 DIODE ARRAY M USB gt SCK4 VCON 25FMN BMT A TF LF SN DGND DM DA1 4 SCL oO 5 2 5p I2 18 9 ol 8 953 E x TL54 9l 3 3D DT Me
23. o 1 e PAD ASSEMBLY PAD SHEET SWITCH lt VieW gt SW SENSOR UNIT CT lt Bottom view gt SENSOR UNIT ST ST SENSOR UNIT ST ST CN304 8P CN302 17P CN303 37P LCD MODULE LCD CN311 21P CN312 21P CN308 2P CN305 CN309 2P 2P CN306 to PAD SHEET SWITCH Rear side to PAD SHEET SWITCH Front side to SENSOR UNIT ST PAD4 CN301 10P CN307 2P 2P to SENSOR UNIT ST PAD1 to SENSOR UNIT ST PADS to SENSOR UNIT CT PAD2 to SENSOR UNIT CT PAD5 to SENSOR UNIT ST PAD6 SNIHIA IB cl ILININ XLG DTX MULTI 12
24. AIIKit Kit 1 AllWave Wave 1 AllPattern Pattern Le i SR AllTrigger Trigger 1 Utility cL NN 027 023 All AllKit Kit AllWave Wave Pattern AllTrigger Trigger Utility ENTER UTIL7 2 2 File DEC INC UTIL7 2 1 1 All 1 AllKit Al 1 ENTER AllKit AllWave AllPattern AllTrigger Utility
25. 0 D DGND miu m ejo o U o 28CC1 2001051729 1 5D c512 di 1 0 10 355 10 DGND Transistor Array TA502 TD62381F TRIG IND 1 0501 P505 L 4246 STO solo PM _ 100 TRIG IND 2 LD502 L512UW solo PM EW ST 1 _ 100 TRIG IND LD503 ML 512UW so o P 1 16W SI 2 _ 100 TRIG IND 4 M 542UW HPOB 176w s113 KIT LD516 SML 512MW 5011 Re 5116 WU 5501 68 D501 1SS355 TE 17 zu VOIC ii SML 512MW R525 sol2 1 16W SI O SW508 PTA 1 185355 17 PTA 7 ENT D509 SW509 prala 185355 17 4 o LD527 SML 512WW TB86 8013 AN 4 45W 61111 21 SHIFT D51 1SS355_TE 17 lt 52 R534 SML 512WW TB6 1 16W SI 2 5013 lt 0508 8548 L UM SI O 5011 2 LAS SIL TRIG ANO 10 ML 542Uw R520 sol 1P 1716W 61121 D502 SW502 PTA Q 155355 17 0518 SML 512MW D503 PTA O 1SS355 TE 17 KI R526 DENSIL PTA 2 PTA 3 0512 SW512 100 155355 17 PTA 7 54 LD524 SML 512WW T86 gt 0513 V7 155355 17 lt R536 isn SILA 57 EUR R537 SM Y WW TB6 STIS 400 TRIG
26. Factory Set ENTER LCD OK NG MIDI INC Factory Set USB 44 Exit AO 2C 00 ENTER ENTER
27. 4 7K 4SS355_TE 17 R442 BEND 3D 27K C413 9 e b x 100P m gs mo PARY lt 0333 m 407 e 2 R447 ng5oov 40 T PAD TGI9S gt 106 a 5D w to N 89 8 Ay Y Be ois 2 z 77 DGND DGND DGND DGND DGND DGND 031903240329 DE P AMP 1SS355_TE 17 R443 3D i o gt 24 mo 48 N JM2S904M op lt D334 JK309 L322 C40 R448 Hd PAD TG 10 YKB2 1 524 2187515 a 146 B 3 Q Sos B 4 8 i a wea i DGND DGND DGND DGND DGND p52 032003250330 171601 ek Tki TK 155355 TE 17 R444 DGND 3 3D 9 1 ay 5 mo Qu oR lt 40 ad T PAD TG 11 15 0 5 3 O D Y wo SETS OP AMP 85 45 0 ih E e DGND DGND DGND DGND OGND DGND 3 L317 BLM21B751S R343 ves id Ic336 P 2 9555 N JM2S04M A CO E Ex R516 HH CTRL NCN 7p LAPAN TG 12 2 2 K 59 43 3D lt lt ag DGND DGND DGND 3 3P V 0S 0 JK344 L331 5 25 ar DGND YkB21 4 BLM21BD751CN1D 219 EN SD ES AY L332 FOOT SW BLM218D75 1CN1D 97 17 ae 4 al I TNT t NJM SOAM 17 6 PAD TGL 43 2 x 2 YK 3 p 9P 55 NA AY 3 3D ag O1u 16339 DGND DGND OP AMP a DGND 28 1 2001051727 2 AN DGND to PAD SHEET SWITCH
28. PAD18 02 VT799400 CONNECTOR YKB21 5245 v 1 7 V y 7 14 15 02 VT799400 CONNECTOR YKB21 5245 Jae ZahPADsS 02 VT799400 CONNECTOR YKB21 5245 Z ES v WV LER TS 02 VT799400 CONNECTOR YKB21 5245 YA Uy TI FOOTSW 02 New Parts RANK Japan only 12 New Parts DTXM12 JK VR OO 49 VH74610R CHOCK COIL PLT09H 2003R fT s 2522 VC729000 METAL OXIDE FILM RESISTOR 18 0 1W J P VC729000 METAL OXIDE FILM RESISTOR 18 0 1W J 01 VC728800 METAL OXIDE FILM RESISTOR 15 0 1W J 01 R410 VC728800 METAL OXIDE FILM RESISTOR 15 0 1WJ 1 01 V966170R PUSH SWITCH SY16 32 4 U99S2 T 7 S WISTANDBY ON 03 VS053600 VARIABLE RESISTOR 10 0K A10K RK09K12A0A47 V R GAIN 03 VS053600 VARIABLE RESISTOR 10 0K A10K RK09K12A0A47 V RI VOLUME 03 VF636100 VARIABLE RESISTOR A10K A 10 0K RK09K12C V RI MASTER VOLUME 03 C301 UB245220 MONOLITHIC CERAMIC CHIP 0 220 25V 2 RECT 00000000 ee 01 UB245220 MONOLITHIC CERAMIC CAP CHIP F 0 220 25V Z RECT Fy 7 E gt gt a gt 01 US064100 CERAMIC CAPACITOR CHIP 0 0100 50V K RECT FAST gt B 01 V8085400 CERAMIC CAPACITOR CHIP 0 1000 25V K RECT Fy 2 01 US14510R CERAMIC CAPACITOR CHIP 0
29. AO 01 00 02 Panel SW 0 02 00 03 PadSW amp Xt INO1 0 03 00 04 PadSW amp Xt INO2 AO 04 00 05 PadSW amp Xt INO3 AO 05 00 06 PadSW amp Xt IN04 AO 06 00 07 PadSW amp Xt IN05 0 07 00 08 PadSW amp Xt IN06 nm 09 PadSWaxtino7 0314 0 09 00 10 PadSW amp Xt IN08 AO 0A 00 11 PadSW amp Xt IN09 AO 00 12 PadSW amp XtIN10 0 0 00 13 PadSW amp Xt IN11 AO OD 00 14 PadSW amp Xt IN12 AO OE 00 PAD SW IN13R1 PAD B A PAD SW IN13R2 PAD B B 0 10 00 Trigger IN13 PAD B Lch Trigger IN14 PAD Q Lch Trigger IN15 PAD Rch AO 12 00 AO 13 00 AO 14 00 Trigger IN16 PAD O Loh Trigger IN17 PAD Rch HiHat Foot SW ftsw FOOT SW
30. uu d 01 WH948500 FET ARRAY SP8K2 FU6 TB Jw pe 04 XT441A0R IC UPC2909T E1 AZ REGULATOR 9V 03 VR90370R PHOTO COUPLER HCPL M600 500E 7 7 s 04 X3505A00 IC NJM2068M D TE2 02 YA574A00 IC LT3471EDD TRPBF C DC DC CONVERTER New Parts RANK Japan only 16 X DTXM12 JK VR REFNO PART DESCRIPTION 1 REMARKS 575 00 BD9040FV C DC DC CONVERTER X6688A0R i SN74LV14APWR INVERTER 01 XV190A00 IC NJM2904M 01 X3505A00 IC NJM2068M D TE2 02 16313 X3505A00 IC NJM2068M D TE2 m 02 X5965A0R IC SN74LV04APWR INVERTER 01 X5482A00 IC NE5532DR 01 X3505A00 IC NJM2068M D TE2 02 X5825A00 IC SN74LVC1G32DCKR 01 10320 X3505A00 IC NJM2068M D TE2 02 X3505A00 IC NJM2068M D TE2 OP AMP 02 X5814A0R IC NJM2903M TE1 OP AMP 01 XV190A00 IC NJM2904M 01 XV190A00 IC NJM2904M 01 6976 00 SN74LV4052APWR MULTIPLEXER 03 X3693A0R IC SN74LV245APWR TRANSCEIVER 02 X3693A0R IC SN74LV245APWR TRANSCEIVER 02 XV190A00 IC NJM2904M 01 JAMPER WIRE 0 55 TIN VA07890 WP334400 COIL INDUCTOR CHIP 10uH WJ437300 C
31. F 0D SMF Illegal selection Illegal wave data Incompatible USB device USB USB TO DEVICE Invalid USB device MIDI buffer full USB MIDI MIDI data error No data MIDI No response from USB device No wave data USB No unused MIDI note MID
32. Type AllWave No Wave Data DTX MULTI 12 ENTER UTIL7 1 2 Name lt gt DEC INC 8 Gu ENTER ENTER EXIT 5 EXIT
33. 36 Trig S IN04 CN305 37 Trig S IN05 CN306 38 Trig S IN06 CN307 39 Trig S IN07 CN308 40 Trig S IN08 CN309 41 Trig S IN09 CN310 PHONES 4 kHz 12 0 dBu 10kO ENTER PHONES PHONES CN305 CN310 LCD Fil OK NG too Hi XX XX NG OO XX NG 47 DTX MULTI 12 48 BAD CR Xx NG MIDI OK AO XX 02 NG A0 XX 03 XX INC 43 FactorySet AO 2B 00
34. 4 V 2 BOC 1 VR 6 lt m oW W Fig 7 3 7 80 BIND HEAD TAPPING SCREW B BA FH BIND 3 0X8 MFZN2W3 WE774301 90 BIND HEAD TAPPING SCREW B BA F BIND 2 6X10 MFZN2W3 WF 741100 12 Fig 6 6 7 Sensor Unit CT Sensor Unit ST Pad Sheet Switch Time required About 2 minutes each The following describes procedures for pad unit R side Removal on pad unit F side can be conducted in the same way 7 1 Remove the pad unit R See procedure 1 7 2 Remove the ten 10 screws marked 50 The pad support plate R can then be removed Fig 8 7 3 Sensor Unit CT Sensor Unit ST 7 3 1 Remove the sensor unit CT or sensor unit ST Fig 9 7 4 Pad Sheet Switch 7 4 1 Remove the rubber pad Fig 9 Photo 2 7 4 2 Remove the pins at six 6 positions to remove the pad sheet switch Photo 3 PAD UNIT R R lt Bottom VieW gt PAD ASSEMBLY 50 50 PAD SUPPORT PLATE R R 50 PW HEAD TAPPING SCREW P P PWH 3 0X10 10 MFZN2W3 WF76550R Fig 8 8 e PAD ASSEMBLY lt Bottom VieW gt lel false 6 Li 6 RUBBER PAD SENSOR UNIT ST
35. MASTER FY sa A PHONES OUTPUT L MONO OUTPUT R PHONES mr 12 weed Edid AUX IN OUTPUT R 1 kHz 1 5 Hz SIN 3 0 2 dBu BR 0 DL F OUTPUT L MONO 89 0 dBu 10 kQ MASTER OUTPUT R 10kQ PHONES Rch 1 kHz 1 5 Hz SIN JE 6 0 2dBu 33 EX 0 1 PHONES Lch 58 dBu 33 PHONES PHONES Rch MIDI EXIT INC we a
36. JK 2NA WR84760 AN 22 DM 2NA WR84750 DTX MULTI 12 L325 __ 7 0602 C601 C421 R488 L329 C436 R566 R565 431 C425_ C424 R494 R495 R496 C441 C442 443 44 8497 8498 8499 R500 R501 R502 C544 R340 C528 R341 0340 R463 R458 a s R332 R335 R333 R334 R339 R45TR450 oo t CO 225 8532 C538 5 83 62 69 ema ni R536 wo m 8 22 cR e in wn N tn ec eo e R344 CO CO CO mc co L342 Eo v e o 2 SS C304 303 co I wn LO 4 efe eje Q wn e e o o e e d 2 e R342 e L303 R302 L302 R301 C547 O O O Pattern side 831 R325 i 583048334 097 830283392 R301 ci3ReR O 0301 5 X LOL NN T7705 C98 e O N OOOO Pattern side JK 2NA WR84760 A DM 2NA WR84750 O o U L BOTTOMI BSSSESSSSESERS cies O PSO OMS HBA 7 wW tiff C128 EAE Ini JS Sion See q ie PIC3
37. 465 2 dBu 33 0 PHONES Rch ES TE PHONES Lch 1 kHz 5 Hz SIN JE 0 59 F 75 0 dBu 1 kHz 5 Hz SIN JE 0 5 55 dBu 33 0 MIDI EXIT 09 HINC 31 AUX IN ph AO 1F 00 DTX MULTI 12 AUX IN OUTPUT OUTPUT ENTER MASTER FY a 2 PHONES 2 9 AUX IN Lch Rch SIN 3 A JJ U PHONES OUTPUT L MONO OUTPUT R AUX IN Lch Rch
38. PAD UNIT R See page 7 R 30 PAD UNIT F See page 6 JK SHEET ASSEMBLY JK P Ass gt m m 4 a gt us 3 0 lt gt 02 EBA Zo LU lt LI o lt X iol O 4 2 gt Mm DTXM12 230 should be lower than the boss BOSS 230 Ass y JK SHEET ASSEMBLY DTXM12 REFNO PART DESCRIPTION REMARKS TY jeak OVERALL ASSEMBLY i DTXM12 OVERALL ASSEMBLY E WR54380 WR489900 BOTTOM CASE ASSEMBLY 3 y SHEET SHIELD F gt JY F WR48710 10 IINSERTNUTM5 5X95UD4501 M5 2 WR84680 4 FRONT CASE ASSEMBLY As 8 y WR84650 PAD UNIT F F WQ92970 PAD UNIT R Ny FZZ J WR84200 WQ704100 CIRCUIT BOARD DM D AMNA 7o SHIELD DM D MI WR24810 WJ029500 EARTH PLATE 7 A 8 JK SHEET ASSEMBLY WK S s y WR84670 VU43240R KNOB V BLACK V b Y 5 MASTER VOLUME 01 VG01660R COLUMN DC CORD WT11 DC 01 WR487700 LEG L y 2 4 774301 BIND HEAD TAPPING SCREW B 3 0X8 MFZN2W3 B
39. nio 8 IC9 11 AM 118 WEON DQMLL PHO 19 W9864G2GH 7 c50 LL 3 3D WE 1 Da8 PF4Ezo O 01u N 47 T19 WE 4N DGMLU PH1 NDQMUL 1 46 T20 D87 PF3E17 o FDGQMUU 15W WW WE2N DGMUL PH2 Dee PF2 Eig aia M ZTE WE3N DQMUU PH3 oesie ssa 0 CSO Da4 PFO Fao 2 Bie Wi CSON D23 PE7 517 8 2 nis AFB al coy _ 0 7 0171 0 Reset Time 50msec experi Rio ote 20 4 50 10 401 14 Detect Voltage 3 6V 1 7 5 1 1 168 XX ESS Pua D18 PE2 1 CE 5p B 0 R21 1 4BW pis H18 4 77 D 13 0 C34 E 151 I UVP MR 017 7 a WG 7s ese 4HA36 D 5 o INVERTER 208290218 90 sms 27 Ics 3 3D R343 10K1 16W 002 G 8 gt CASL 1616410 D15k18 74 0 01 0 5 80 13BANMC JCV Reo 12650 CKTO dee D14 26 0 010 wa 002 G 9 gt DAC_PD lt WW CKE T D D13 18 O TC7WHA4FU TCZWH4 4FU 25 1 16 __ XX aa me 0 7 H RES RG Cc43 t 7 117 70 D i Ground gard lt 8 12 8 eyo D10 Mao 59 Z 0 g 002 N 10 BW MDO D9 WW 0 20 002 D 11 gt 5l TERI TENGE C15 ASEMDN j mE 019 0 D AGW lt 002 G 8 gt PJ L7 lt Ba
40. 22 23 JK Circuit Board YA415C0 20 22 PN Circuit Board YA416C0 6 ANI Ne NA l a nmm 19 VR Board YA415C0 4 2 eere emm Nena 21 Note See parts list for details of circuit board component parts 18 http www xiaoyu163 com DTX MULTI 12 e PN Circuit Board mean or ene poor Swit 506995159 RS18 R521 HHCTRL 11 8 5 2 Bg m 12 191613 to DM CN5 Component side Pattern side 2NA WR84770 19 htlp wwWw 11163 DTX MULTI 12 Circuit Board to SENSOR UNIT CT PAD2 to SENSOR UNIT CT PAD5 to SENSOR UNIT ST PAD6 to SENSOR UNIT ST PAD1 to SENSOR UNIT ST PAD3 to SENSOR UNIT ST PAD4 A to DM CN7 PN CN502 DM CN7 EPAD 6 PAD 5 PAD 4 O 1 10 1cN310 sino 2703 iso rina FRONT YAMAHA Q Ed L334 1 cN306 1 CN305 E gt gt d sE 24 4 PN NEZ 5 CEN s v REANIL 2 721 C OD 5 EAS D345 D341 D368 11 110362 21 776360 2 i j Ss 1309 0310 1 OK EM306 i 1 277 IintPAD SW 7 12 457 10321 456 10326 455 10325 8 522 L 3 Int PAD 5 M E 118 2 n 21210961 T 0343 U ITOP F
41. INC DEC ON OFF 500 6bit 64MB 1 AMB 1 4MB WAV AlFF 152 000 4 480 128 3 50H SMF 0 30 lt 300 1 4 16 4 1 8 16 8 1 16 16 16 4 8 16 3 16 x 6 LCD L RH AA V Li R HI HAT CONTROL OUTPUT L MONO R FOOT SW PHONES AUXIN MIDI IN OUT USB TO HOST TO DEVICE DC IN PA 5D OW DTXM1 PA 150 BW DTXM1
42. DTX MULTI 12 LCD NG OK NG MIDI OK AO 16 02 NG Eb OK INC SES o NG EXIT 23 Foot SW ftsw AO 17 00 FOOT SW ENTER FC4 EC5 FOOT SW ON OFF
43. BIND 12 01 WE877900 BIND HEAD TAPPING SCREW S 3 0X6 MFZN2W3 S B I ND 4 01 WE87780R BIND HEAD TAPPING SCREW S 3 0X6 MFZN2B3 S B IND 8 01 WE878300 BIND HEAD SCREW 3 0X6 MFZN2B3 B N D 13 01 WE99810R BIND HEAD TAPPING SCREW B 3 0X12 MFZN2B3 B BIND 01 WR846600 GASKET L20 i F y 2 WR247600 FFC CABLE 17P 55 F F ow Jb WR247700 FFC CABLE 37P 55 FF gt JJ Jp 210 WR247500 FFC CABLE 1 26 160 ii CONNECTOR ASSEMBLY PH 16P 100 P H R WD34200 CONNECTOR ASSEMBLY DM JK 10P 180 D M J K ff WR86350 CONNECTOR ASSEMBLY JK VR 8P 200 J K V R f WR86360 WR854100 LOGO SHEET J 2 2200 WIRING TAPE 14 21 22 FT 41 444 WT48570 2 CB836200 CORD CLAMPER S 70B E 9 2 102 JK SHEET ASSEMBLY i NUT 6 4 WR84670 WQ704200 CIRCUIT BOARD JK SHIELDJK l 1 0 523 eMe WQ67830 VI54900R ANGLE BRACKET U MET41 0191 U F R 5 01 WE98740R BIND HEAD TAPPING SCREW B 3 0X12 MFZN2W3 B BIND 2 01 WT944000 DC ANGLE D C F gt 7 Jk WE877900 BIND HEAD TAPPING SCREW S 3 0X6 MFZN2W3 S B IND 01 ACCESSORIES A V8029000 AC ADAPTER PA 5D J A CF 4 74 414 99 A WK014700 AC ADAPTER PA 150U U A C 4 Z 4 UC 08 A V802920R AC
44. R 1 F 2 130B 3 160C 4 Ass y 2 3 DM 5 R 1 F 2 Ass y 4 1130 4 DM AMT DM 3 130C 3 140 4 DM F DM 5 SHIELD DM lt DM 140 140 BIND HEAD TAPPING SCREW S S BIND 3 0X6 MFZN2W3 WE877900 Fig 5 5 11 DTX MULTI 12 6 1 6 2 6 3 6 4 6 4 1 6 4 2 6 5 6 5 1 6 6 6 6 1 6 6 2 e FRONT CASE ASSEMBLY Ass y PN Circuit Board LCD Module VR Circuit Board Remove the pad unit R See procedure 1 Remove the pad unit F See procedure 2 Remove the front case assembly See procedure 4 PN Circuit Board Time required About 5 minutes each Remove the three 3 screws marked 80A The shield PN can then be remov
45. SDRAM USB Function MIDI USB Host LCDC Flash ROM DTX MULTI 12 CPU RESET LH lt 5 6 gt SDRAM CS lt 9 20 gt Mute lt DM CN8 8 gt DAC Mute lt 14 5 IC15 5 gt Factory Set 65 ELECTRONIC PERCUSSION PAD DTX lt MULTI 12 PARTS LIST CONTENTS OVERALL ASSEMBLY 2 FRONT CASE ASSEMBLY Ass 5 PAD UNIT 6 PAD UNIT R 7 PAD ASSEMBLY 8 ELECTRICAL PARTS 9 19 OPTION 12501 24 BAB 20 Notes DESTINATION ABBREVIATIONS South African model Chinese model South east Asia model Taiwan model U S A model General export model 110V General export model 220V General export model Export model Australian model British model Canadian model German model European model French model North
46. Z L E 01 10523 WG962100 LED YELLOW SML512WW s Z_L E LD ek 01 WG962100 LED YELLOW SML 512WW L E D UD 01 WG962100 LED YELLOW SML 512WW L E Di 01 WG962100 LED YELLOW SML 512WW Z L E DISTORE 01 WG962100 LED YELLOW SML 512WW Z L E 01 C502 0 03810 ELECTROLYTIC CAPACITOR CHIP 100 16V y TP 279 01 New Parts RANK Japan only 18 DTXM12 DESCRIPTION ah _ h___ _REMARKS__ ary me US625100 CERAMIC CAPACITOR CHIP 0 100 10V K RECT Fy Z gt B J US14510R CERAMIC CAPACITOR CHIP 0 1000 25V Z RECT Toe J at 7 F UF12822R ELECTROLYTIC CAPACITOR CHIP 220 10V a 01 UF12822R ELECTROLYTIC CAPACITOR CHIP 220 10V To 2208 gt 01 _C512 US14510R CERAMIC CAPACITOR CHIP 0 1000 25 2 RECT FO I 01 US14510R CERAMIC CAPACITOR CHIP 0 1000 25V Z RECT Ww wo F 9 01 WC197600 CONNECTOR FMN 26P TE F MN 04 VT332900 DIODE 155355 TE 17 7 01 VT332900 DIODE 155355 17 1 4 01 16501 XV242B00 IC TC74VHCT245AF EKF 2 TRANSCEIVER 02 RD355100 CARBON RESISTOR CHIP 100 0 63M J RECT T of 7 dm 01 RD355100 CARBON RESISTOR CHIP 100 0 63M J RECT 7 th 01 RD355100 CARBON RESISTOR CHIP 100 0 63M J RECT 5 7 4 8 01 RD355100 CARBON RESISTOR CHIP 100 0 63M J RECT
47. 345 W 319 0 x96 H mm 3 3kg PA 5D PA 150 DVD ROMx 1 PANEL LAYOUT e Front Panel QD 5 e MIN MAX VOLUME e Side Panel EXIT ENTE STORE SOUND OFF PANEL LOCK DTX MULTI 12 aud FOOT SW HH CTRL MIDI YAMAHA 006006005 30 o OO AUXIN GAN j PHONES VOLUME Q VOLUME dial Display Pad Indicator MIDI button Q VOICE button Q KIT button PTN button WAVE button UTILITY button SHIFT button 1 button D EXIT button ENTER button D STORE button lt vA gt button D DEC button D INC button USB TO DEVICE port D USB TO HOST port 6 10 Standby On switch Cord clip DC IN terminal MIDI IN OUT connectors FOOT SW jack HI HAT CONTROL jack PAD jacks 13 to D AUX IN jack GAIN knob OUTPUT L MONO and R jacks 6 PHONES jack amp VOLUME knob Q VOLUME LCD
48. 36 bb 17 21 Trigger IN 7 5 36 41 Trig S IN OK 41 cc 36 A1 Trig S IN 02 dd 17 21 Trigger IN 10 ee 17 21 Trigger IN A 36 41 Trig S IN OK 0 ft 17 21 Trigger IN 7 b 36 41 Trig S IN OK 10 gg 7 A hJHH 03 14 PadSW amp Xt IN 04 X 00 7f TT X OK X STORE 43 FactorySet 48 EXIT 44 Exit ENTER
49. AN a1L gt em m 15 SP misi s ep AN 1 R66 1 15W e DGND ANTO DGND L35 is nearby DGND DGND Not installed DGND 1 ANODE 2 CATHODE REGULATOR 5V 9A 04850 TSA K 25 2412 VV556400 dm TRANSISTOR DM TR2 TR3 3 2 1 DGND INVERTER ICA NJM78MOSDL 1A TE 1 uL CN7 3 B10B PH SM3 TB AudioFormat Left Justified Y lt TJADC_OUT lt E 10 gt 1014 Ground gard AK4382AVT cao ae 2 m to JK CN301 R340 1 16WIO 17FMN BMT 150 Ground gard Page 6 J 5 Ground gard 4 R64 1 16W 1 EMITTER lt 001 2 BASE Pulsi gt ICS 4 46W lt 001N 8 gt PJ 7 gt 3 COLLECTOR Spear 544 29 0 0 lt 001 5 gt IC5 were p Ah to JK CN302 2SA1037AK VV556500 kad R57 1 1 MCS1 E ECO TE ep 45 DGND TRANSISTOR 5 lt 6 J 6 gt 43 30 37FMN EMT A TF LF SN ws TL112 6 DM TR1 TR4
50. LED MIDI VOICE KIT PTN WAVE UTILITY D SHIFT 1 27707 EXIT B ENTER D STORE lt v A P D DEC HINC USB TO DEVICE B USB TO HOST 0 D DC IN MIDI IN OUT FOOT SW HH CTRL 13 07 AUX IN GAIN OUTPUT L MONO R 6 PHONES VOLUME DTX MULTI 12 CIRCUIT BOARD LAYOUT lt Top view gt PAD UNIT R PAD UNIT F PF A FRONT 5 Q ASSEMBLY 7H hAss Top view DTX MULTI 12 e FRONT CASE ASSEMBLY Ass y LCD MODULE lt Bottom view gt LCD E7 a JU VR e PAD UNIT R F R F PAD ASSEMBLY lt Bottom view gt
51. UTIL7 1 2 Name ENTER 4 EXITIT UTIL7 1 2 Name je N USB USB TO DEVICE USB USB UTIL7 1 Save File 53 DTX MULTI 12 54 USB USB USB TO DEVICE UTIL7 2 Load File ENTER UTIL7 2 1 Type A Gp Z re zm E
52. 0 dBu 1 kHz 5 Hz 0 1 SIN PHONES Leh Reh 6 5 2 dBu 33 OUTPUT L MONO OUTPUT R 87 dBu MIDI EXIT HET HINC 32 ROM 10 AO 20 00 PROGRAM ROM FLASH ROM ID Read ROM Device ID ID ENTER 45 DTX MULTI 12 46 5 JAH LCD OK NG MIDI OK AO 20 02 NG A0 20 03 INC 33 ROM IC11 A0 21 00 WAVE P2ROM
53. 03 WK139000 WK139000 RD45000R RD454470 RD454470 New Parts CHIP INDUCTANCE CHIP INDUCTANCE CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP 600 BK1005HM601 T 600 BK1005HM601 T 0 00 63M J RECT 47 0 63M J RECT 47 0 63M J RECT 4 2 VE 52 J Y A A St St SE YR 01 01 01 01 01 RANK Japan only 11 DM and JK VR REFNO PART NO DESCRIPTION es eee TL REMARKS ew mee RD454470 CARBON RESISTOR CHIP 47 0 63M J RECT d cw Z RD455270 CARBON RESISTOR CHIP 270 0 63M J RECT 7 7 E RD459100 CARBON RESISTOR CHIP 1 0M 63M J RECT y 7 KH 8 01 RD457100 CARBON RESISTOR CHIP 10 0K 63M J RECT T 2 X 3 01 Reo RD455100 CARBON RESISTOR CHIP 100 063MJRECT 7 v 7 800001 01 RD457100 CARBON RESISTOR CHIP 10 0K 63M J RECT Y A 01 RD457220 CARBON RESISTOR CHIP 22 0K 63M J RECT y 7 8 01 0456100 CARBON RESISTOR CHIP 1 0K 63M J RECT Jo cy 7 E FA 01 RD45612R CARBON RESISTOR CHIP 1 2K 63M J RECT AWA 7 j 01 R101 RD457100 CARBON RESISTOR CHIP 10 0K63MJRECT v 1 0 RD45747R CARBON RESISTOR CHIP 47 0K 63M J RECT 315 5 01 RD457100 CARBON RESISTOR CHIP 10 0K 63M J RECT S BK 01 RD457100 CARBON RESISTOR CHIP 10 0K 63M J RECT Fe 7 P 01 RD457100 CARBON RESISTOR CHIP 10 0K 63M J RECT AW 7 Bm 01 RD457100 CARBON RESISTOR CH
54. 8 8 amp R529 C45 99 t 2 Q Q RSS 4 i 2 LLN RMT RS 5 828 C497 50 C320 ZH a 5 IN OY ca em TENE lt gt CM C492 R433 9 99 JC o R39 2 8 885 zE EL 53 R526 i 6 6 LELE ce 5 a R416_ 2 C380 mis 391 e R415_ S IEE 0394 EJ R413 C395 E 0 0 0 e DM Circuit Board to JK CN302 to JK CN303 YAMAHA amp 25 161 L 14 CN6 SOROS CN8 Y 8 129 C130 RA57 RA9RA8RA7 RA6RA5RA4 5523 IQ a B Ga ae HH H 2 kelas Su llu 7 LIS co 111121 RA A 5 8 121522 to JK CN301 SU 883 pa gt RA3TRA3G RA33RA44 ri 02 AE 5215 1 ar Uc WOM 102727 220 1 2 5 L R91 15 2 o 0410 DEB oe a gt R346 o 1610 R328 27 m OO _ O gt lt T BW pra e lt C 222012 ESS aue THE R305 303 2 to PN CN501 B 209 161232 10 41 624 lt 2 9 ots MN C n R60 R99 bh 06 0 o Op m EE o OER 0171 1 prt R102 UE 45 8 c X ec A gt ES IHE t i 6 egs8io g el ee not installed not installed to LCD MODULE Component side
55. DEC No light INC No light OK NG 39 DTX MULTI 12 MIDI A0 02 02 NG OK INC NG ORRI EXIT 5 INC 15 PAD SW IN13R1 16 PAD SW IN1SR2 15 AO OF 00 16 AO 10 00 BJ ENTER PAD 3 15 PAD SW IN13R1 16 PAD SW IN13R2 LCD
56. PHONES Lch 800 mVpp 33 0 PHONES Rch 800 mVpp 33 MIDI DEFAULT SETTING Default setting of each controller of the unit is as follows MASTER volume Minimum PHONES volume Minimum AUX IN GAIN volume Minimum POWER SW OFF MASTER PHONES AUXIN GAIN a 2 OFF DTX MULTI 12 49 DTX MULTI 12 50 SAVING and LOADING A FILE Saving a File Plug a USB memory device into the USB TO DE VICE port on the side panel Certain types of USB memory device cannot be used as they are In that case format the USB memory device before using it Refer to page 58 Press the UTILITY button to access the UTILITY setting area use the B C buttons to navigate to the FILE section UTIL7 and then press the ENTER button Navigate to the Save File page UTIL7 1 using the lt gt buttons if necessary and then press the ENTER button Press the DEC or INC button to select the type of file to be saved File type All user data i e all User kits all waves all User patterns al
57. WL L E d Gu USB 58 UTILITY lt gt UTIL7 FILE ENTER gt UTIL7 1 Save File ENTER DEC I INC All Smp a 2 AllKit AllWave EI 77 2 AllPattern AllTrigger Utility 2 All AllKit AllWave AllPattern AE AllTrigger Utility Gu Type AllPattern No Data
58. us INC DEC ENTER NG MIDI MODE DTXM12 F0 43 10 18 5A 00 F7 B Boot F Firm W Wave MIDI 03 14 PadSW amp Xt IN 7A b 17 21 Trigger IN 40 MIDI
59. gt SIP SENSOR UNIT CT 225 gis T Fig 9 9 SENSOR UNIT ST ST 7 1 1 2 7 3 1 7 4 7 4 1 7 4 2 DTX MULTI 12 CT ST SW 2 R F R 1 50 10 R 8 CT IDS CT Z gt 14 D 2 26 9 SW 9 2 6 SW FE 3 RUBBER PAD Photo 2 2 Pin Pin Pin E 17 E cwm ui T PAD SHEET SWITCH Q SW Photo 3 3 13 DTX MULTI 12 LSI PIN DESCRIPTION LSI e R8A02032BG X8810A00 CPU SWX02 DM IC8 _ VSS AN2 AN1 VSS RxD1 SCK1 UCLK VSS FUNC_DM VSS HOST_DM POWER_ENB XTAL EXTAL VSS CS7N PJ6 TRSTN TDI TCK V
60. mm Indicating opening screen Indicates Top screen KIT mode appears Turns on power CPU RESET signal L H Canceling CPU RESET Initializing CPU Starts accessing to the SDRAM CS check lt IC9 20 gt Flash ROM Program area is copied to SDRAM Normal mode program is started Canceling analog mute lt DM CN8 8 gt Initialization of sound generator part Canceling DAC Mute lt IC14 5 IC15 5 gt Flash ROM parameter area is copied to SDRAM Checking for parameter damage judgment is based on if damaged data exists in flash ROM Damaged Executing Factory Set Not damaged Initialization of devices USB Function MIDI Initializing USB Host Initializing LCDC Boot sequence LCD mm TOP KIT mode ON CPU RESET CPU Flash ROM Program SDRAM Program Flash ROM
61. was selected 51 DTX MULTI 12 52 If Trigger was selected Kit 0001 to 0200 Wave WV001 to WV500 Pattern P U001 to 20050 Trigger U01 to U10 When you have selected the file to be loaded press the ENTER button Select a destination for the data to be loaded The DEC and INC buttons can be used to select the number of the User kit wave User pattern or User trigger to be overwritten with the loaded data If Kit was selected If Wave was selected If Pattern was selected If Trigger was selected Kit 0001 to U200 Wave WV001 to WV500 Pattern gt U001 to 20050 Trigger UO1 to U10 When you have selected the file to be loaded press the ENTER button You will be asked to confirm that the data is to be loaded To proceed press the ENTER button The following message will be displayed as the data is being loaded N CAUTION Do not unplug the USB memory device from the USB TO DEVICE port or turn off either the memory device or the DTX MULTI 12 while data is being loaded Failure to observe this precaution can lead to the memory device or the DTX MULTI 12 being permanently damaged When the data has been loaded the display will return to the Load File page UTIL7 2 amp USB USB TO DEVICE
62. 30 AUX IN LR ph AO 1E 00 AUX IN OUTPUT ENTER AUX IN Lch Rch SIN 3E AH U OUTPUT OUTPUT L MONO OUTPUT R w f O HDi L JV JE OB AUX IN GAIN AUX IN Lch 0 dBu 1kHz 5 Hz 62 0 1 SIN Rch OUTPUT L MONO UNI 0 5 75 0 dBu 465 2 dBu 33 0 0 5 OUTPUT RI PHONES Lch PHONES Rch 1 kHz 5 Hz SIN y 3 5 2 dBu 10 1 kHz 5 Hz SIN JE 55 dBu 33 0 AUX IN Rch 0 dBu 1 kHz 5 Hz 25016 F SIN Lch OUTPUT 43 5 2 dBu 10 k Q PE OUTPUT L MON0
63. 47 0 63M J RECT 22 0 63M J RECT 22 0 63M J RECT 220 0 63M J RECT 22 0 63M J RECT 22 0 63M J RECT 47 0 63M J RECT 47 0 63M J RECT 100 0 63M J RECT 1 0K 63M J RECT 1 0K 63M J RECT 10 0K 63M J RECT 1 0K 63M J RECT 1 0K 63M J RECT 10 0K 63M J RECT 2 2K 63M J RECT 2 2K 63M J RECT 1 5K 63M J RECT 47 0 1 4 J TP 47 0 1 4 J TP 180 0 63M J RECT 180 0 63M J RECT 10 0K 63M J RECT 47 0K 63M J RECT 10 0K 63M J RECT 15 0K 63M J RECT 15 0K 63M J RECT 2 7K 63M J RECT 2 2K 63M J RECT 1 5K 63M J RECT 47 0 63M J RECT 47 0 63M J RECT 0 00 63M J RECT 0 00 63M J RECT 0 00 63M J RECT 0 00 63M J RECT 0 00 63M J RECT 0 00 63M J RECT 10 0K 63M J RECT 10 0K 63M J RECT 47 0 63M J RECT 0 00 63M J RECT 10 0K 63M J RECT 10 0K 63M J RECT 33 0 63M J RECT 10K X 4 10K X 4 47 X4 47 X4 47 X4 47 X4 68X4 REMARKS ary RANK de y 7 4 FPF 01 F y 7 94 8 01 w 7 94 8 01 T oW 7 Pr 01 Foy 7 o 01 T y 7 01 f y 7 94 8 01 w 7 BP 01 F AY 7 01 BA s ENG 01 FAI Be J 01 Pre y dA 01 gt t 7 94 8 01 R VX yw 7 4 FPO 01 A vy B o A 7 Hm 01 3 ow 7 H 01 T 7 9 BP 01 o 7 Hm 01 f xs BE Pl 7 9 8 01 y 7 9 8 01 T y 7 FJ 48 01 T 7 01 gt oo 101 F 3 7 FJ 8 01 T 7 9 H 01 F 7 9 BP 01 2 5 7 01 FAN 7 0
64. 7 Output 8 Non Inverting Inverting Input A S Input B Ground 4 5 Non Inverting Input B 16 e SN74LV245APWR X3693A0R JK 1 333 335 e TC74VHCT245AF XV242B00 PN IC501 Octal 3 State Bus Transceiver Al NANANANAINANAN A2 A3 AA IO A4 A A5 33 A6 A7 A KA xt e NJM2903M TE1 X5814A0R JK IC322 e NJM2904M XV190A00 JK IC308 IC323 330 1 336 339 Dual Operational Amplifier DC Voltage tout A Outpu 3 Supply Inverting Input A 2 N 7 Output B Non Inverting TE 4 6 Inverting Input A 3 Input Ground 4 5 Non Inverting Input B e TC7WH14FU TE12L F XY806A0R DM IC17 Triple Inverter TC4066BF EL N F XD103A00 JK 10316 Quad Bilateral Switch IN OUT1 OUT IN1 CONT1 OUT IN2 CONT4 IN OUT2 IN OUT4 CONT2 OUT IN4 CONT3 OUT IN3 Vss IN OUT3 e AK4382AVT X0661A00 DM IC14 IC15 Digital to Analog Converter Interface Audio Data Interface MCLK Clock Divider CSN 6 CCLK 7 CDTI 8 De emphasis Control LRCK 4 BICK 2 SDTI PDN e LT3471EDD TRPBF YA574A00 JK IC304 DC DC Converter FB1N 1 10 swi FBIP 2 SHDN SS1 VREF 3 8 FB2P 4 7 SHDN SS2 FB2N 5 SW2 8X 8 A gt SCF Interpolator Modulator I 8X A gt e R5520H001B T1 F X7569A00 DM IC16 USB High Side Power Switch EN 1 GND 2
65. Rear side D341 Fue 4SS355_TE 17 ki 1 4 PAD_TG 4 s PAD_TG 31 4 _ 2 PAD_TGI6 1 a 4 PAD_TGI5 8 g DGND 3 3DGND MULTIPLEXER ha PAD TGlal ANIO te PJ O AN 1 PAD TG 9 47 8 ao AN 2 DGND 3 3DGND MULTIPLEXER AN 3 to SENSOR UNIT ST PAD1 T 0 CN305 Bo PH2P an D359 mweiB sis PAST 42 Mi 0 40 8 PAD TG 1 B20K 0 04u Sole 77 77 DGNDDGND DGND DGND DGND DGND DGND P474 lt 85 TE 47 OP AMP OP AMP to SENSOR UNIT CT PAD2 5 gt DEJ 8 8 y L328 pase C42 ac E n T PAD_TG 2 BLM2iB751s RAB m 5 Mr 820K 0 0 a mx 8 9 98 SnIRW ix STS 77 77 DGNDDGND DGND DGND DGND DGND DGND P475 san5 TE 17 4 R487 to SENSOR UNIT ST PAD3 E T 5 gt PEE T 8 9 4 26 C42 P493 na5oov 40 2 1 3 BLM21B751S 8 DI a3 B20K 0 011 mes 5 22123 RE 3 PER i 77 77 DGNDDGND DGND DGND DGND DGND DGND Ru 185385 16 17 Tu OP AMP OP AMP to SENSOR UNIT ST PAD4 m T gt 8 9 1 L329 R470 C430 R434 EA 6 PAD_TG 4 BLM54B754s PAZO Ms 5 Mr BOK 3 48 as 11350 x ls 54484 T I 77 77 DGNDDGND D
66. e AKA3BOAVT L4 3 TL113 Q Te R314 R315 R R321 ABS 1 1Bw 4 _ TL122 1 241 Aien tosh k ti __ lt 001N 8 gt gt s lt O 10 gt Pe 7 gt L 42 BK1005HM60 1 T 9 a 23 1 16W 17101 1 MA 26 g t T 480 R87 1 16W 77 L36 BK1005HMe01 T 1786 iol 2 MAL16 A313 R357 0 MA 17 F T AN 0 _ Em TL79 Q 180 116 1 537 BK1005HM60 1 T 12 lt 5 gt 2 TLBO 1 BASE 5 1 1 lt 8 4j BK4005HM601 T E uin 316 1 538 4 8K1005HMG01 T LB1 8 3 COLLECTOR to JK CN303 40 4 8K1005HM601 T TL82 lt 001 wr PJI 1 7S E41 ya BK1005HM601 T TLB3 ig lt Page 6 4 8 PrD 0 SS BK1005FM501 TiTL 123 20 lt 001 wo 51019 Qe Leo BK1005HM601 TTL124 24 pD 3 5125 81005960127 TLB7Q E 001 PD 4 46 1 1 1 TLBB 23 PD 5 S 47 BK1005HM601 T TL59 PD 6 S L48 BK1005HM amp 0 1 T 11906 24 PD 7 S L49 BK1005HM601 T TL91 G PK Lo 5 50 pn Bk 1005HMG01 T_TLSE g lt 001 N 10 gt PK 4 25 651 BK4005HM601 T 11 93 aa PK 2 7S LS2 a BK1005HM601 T TL34 23 PK 3 L53 BK1005HMe01 T TL95Q ao PK 41 7S L54 4 BK1005HM60 1T TLBB 6 31 07 PKI6 y 8006607 579 56 BK1005HM601 T L 8 L57 BK1005HM601 T TLSS TL100 001 N
67. 01 VT332900 DIODE 1SS355 TE 17 TP Gf 01 VS20110R DIODE D1F60 1A 600V TP 01 WR148500 DIODE RB521S 30 TE 4 D308 097050 DIODE i RBOSSLA 40TRTP ANAA E 03 WH514200 DIODE PMEG2020AEA C ow 4a eg WR148200 DIODE RB050LA 30 TE 4 3424 VT332900 DIODE 1SS355 TE 17 TP FCP 01 VT332900 DIODE 1SS355 TE 17 TP 01 D315 VS59760R DIODE RB160L 40 25 NNN 01 VS59760R DIODE RB160L 40 TE25 TP F AAT 4 01 VT332900 DIODE 1SS355 TE 17 TP KWA 4 01 VT332900 DIODE 1SS355 TE 17 TP GN 01 V2376600 DIODE RB500V 40 TAPING M du baat 4 F 01 _ 340 V2376600 DIODE ti 500 40 TAPING NINO P 01 VT332900 DIODE 1SS355 TE 17 TP 4 01 VT332900 DIODE 1SS355 TE 17 TP 1 J 01 V2376600 DIODE RB500V 40 TAPING 01 V2376600 DIODE RB500V 40 TAPING 23 oe haa 3 F 01 _D371 VT332900 DIODE 156355 17 3 01 VT332900 DIODE 1SS355 TE 17 TP 01 V374900R DIODE ARRAY DA204K 2A X2 T146 22 woe paw 01 V374900R DIODE ARRAY DA204K 2A X2 T146 01 V374900R DIODE ARRAY DA204K 2A X2 T146 01 DA325 V374900R DIODE ARRAY DA204K 2 X2 T146
68. 1000P50VKRECT Fo 7 1 10 CERAMIC CAPACITOR CHIP 0 100 10V K RECT B J 01 CERAMIC CAPACITOR CHIP 0 100 10V K RECT B J 01 CONNECTOR USB 4P SE U S Z v USBTOHOST 02 CONNECTOR YKF45 4P SE USB DEVICE 02 CN10 WK450700 CONNECTOR 1 YKF45 0033N SE USB Z Dm Ll 02 DIODE D1F60 1A 600V TP 7 44 01 DIODE D1F60 1A 600V TP Ry SHA F 01 DIODE ARRAY 155372 TE85L 01 DIODE ARRAY 1SS372 TE85L a 01 _IC5 X6688A0R SN74LV14APWR IN C INVERTER CO v cli 01 IC S 80136ANMC JCVT2G C SYSTEM RESET 01 IC W9864G2GH 7 SDRAM 64M 06 IC MR26V25602L 10JTAO C gt 256M IC S29GL256P90TFCR20 C IC AK4382AVT C DAC 07 IC AK4382AVT C DAC 07 IC TC7WH14FU TE12L F INVERTER 02 CHIP INDUCTANCE 600 BK1005HM601 T 01 CHIP INDUCTANCE 600BK1005HM6o1 T 01 COIL INDUCTANCE CHIP DLP11SN900HL2L 1 COIL INDUCTANCE CHIP DLP11SN900HL2L 1 CHIP INDUCTANCE 600 BK1005HM601 T 01 CHIP INDUCTANCE 600 BK1005HM601 T x eoe 3 01 L45 WK139000 CHIPINDUCTANCE 600 BK1005HM601 T 1 01 CHIP INDUCTANCE 600 BK1005HM601 T 01 CHIP INDUCTANCE 600 BK1005HM601
69. 13 2 Y 3zone PTJ O 9 PAD1 PAD2 PAD3 C322 7 JK307 PTJH o Ce GP 3 150 o IC332 Dual trigger 16P JK308 AN 2 13 O er PTJ 0 10Jo AN 3 Dual trigger o 09 m IC336 4 Le A HH CTRL PTD 3 23 lt HH65 etc PTK O O PTK 1 d 7 4 I 3 FOOLS PTD 4 T IC339 UAA 3 PTK 0 20P 8P PTKI2 1 uH 21 CN311 9A PTK 4 7 5 7 E AUX IN 1 C19 C20 E5 E15 E16 F5 F16 5 16 L5 L16 R5 R16 T5 T6 T15 T16 IC303 8P 2 A20 B19 B20 C4 C18 05 08 010 D17 D18 E8 E10 E13 H5 H16 H19 H20 5 N16 PR lt T8 T10 T13 U4 U17 V3 V18 W2 W19 Y1 Y20 1 3 3 3D 3 3D i DM CN8 37P VR301 GAIN 16 43 1 3 9 15 29 35 41 43 49 55 75 81 Program 211 ROM SDRAM X2 53302 Flash GAMbit 32bit ASMHz 16 9944MHz 10317 L MONO i 8P 64Mbit 8P 10 56 don V 16 20 28 R 32 2 71 UCLK BAL PTD 7 AN 0 3 PTD 0 1 3 6 PTK 5 WE 0 3 PTJ 0 1 PTK 0 4 6 SDOO efi PTJ 2 PTH 0 3 WCLK BCLK SYSCLK PTJ 4 Sa Da i m PTE 0 7 PTF 0 7 m PTJ 3 a PTG 2 PHONES 333D 12D PTKI7 IC315 3 3D logic core CPU 8P JK306 LCDC SWX02 RxDO 1 TxD0 9A I amo 4 2 IC8 316 3 3D 5D bl MCSO
70. C10 I vss 48 33 4 I 0 iu 0141 AG 11 Dos las oen VERA veoN 4 AB11 DB5 X5889A0R R1172H121D T1 F X9292A00 D1F60 VS20110R Controller Na I p b REGULATOR 43 3V REGULATOR 1 2V DIODE 1 0A 600V Patel ca noe oor laa LE ost sl pal DM IC1 DM DM D2 D3 7 4TOVDD wat 2 _ 8347 tie WEO iu d 2 59 LCD2 16 5 10 8437 Ic2 eit Was 4 RD LCD1 14pin 9 O LOAD a S1D13700F01A COREVOD 002 M 7 gt T cp nom D CLKT rcm wf do M C5 44 38 S MEN zw VAD Su VDD 0 14 13 HESET 26 216 i le 4 35 lt 002 N 8 gt o vss 1 Patol iago vss Ba A x T IE 2 a 6 a O D3 1 INPUT i me DISPOFF ri 1 1441 444 444144441 4 2 GND 1 ANODE DEE LED 3 OUTPUT 2 CATHODE ea s Bolo S 9 s S S S S S lt O LED eo 81818181 81818181 81 8 3 5 lt 002 N 8 gt a ee 16FMN BMT A TF gm lkF cn mj Of Of Of Of Of of Of Of z 5 m o o A338 Pi DGND 1Z2W 5588 0 E DGND Ground gard to FPSHIFT Not installed Ground gard to CKIO Y EE y 2 y RBAO2032BG 30 1 16 D31 PF7 IC8 NEP ja SDRAM 64M FLASH ROM 64M PROG 5 rend
71. FLG UVLO 4 VDD DZFL 13 Vss DZFR 16 DZFL Von 5 DZFR es 2 AOUTL AOUTL 1 AOUTL AOUTL 10 AOUTR AOUTR 9 AOUTR AOUTR SW1 FB1P FB1N R DRIVER C R Q Q1 5 VIN 1 00V VREF 0 019 REFERENCE gt WW RAMP GENERATOR FB2N Rc R Q SHDN SS2 LEVEL SHIFTER 3 E 0 010 RAMP GENERATOR GND 1 2MHz OSCILLATOR SHDN SS1 LEVEL L9 SHIFTER FB2P VH DTX MULTI 12 GATE CONTROL CURRENT LIMIT Pin No Pin Name VO Function 1 MCLK Masterclockinput 2 Audioserialdataclock SDTI Audioserialdatainput 4 LRCK URclock 5 PDN Powerdownmode 6 CSN I Chipselect 7 CCLK Controldatainput 8 CDTI Controldatainput 9 AOUTR O Rchnegative analog output 10 AOUTR O Rchpositive analog output 11 AOUTL O Leh negative analog output 12 AOUTL O Lchpositive analog output Grund 2 Vss Ground 14 Vpp Powersuppys5V 15 DZFR Rchdatazeroinputdetect 16 DZFL O Lch data zero input detect Note All input pins should not be left floating 17 DTX MULTI 12 e BD9040FV YA575A00 JK IC306 DC DC Converter 20 CL 19 BOOT 18 OUTH 17 sw DGND 15 OUTL 14 VREGS 13 N C 2 N C 1 VCC CIRCUIT BOARDS DM Circuit Board 414 0
72. REGULATOR 3 3V IC7 is nearby VDDPLL of IC8 lt 7 gt WAIT lt 1 19341 MC34063ECD T R303 L304 SLF70451 104MR50 PF D3 AY D1F60 D1F60 K K ae t PSS R1172H121D T1 F DGND ER RASA 3 4 2D AN ed VEE 1 1 77 D DGND 22 n C315 is nearby IC7 X 3 3D power supply circuit 1 2D power supply circuit CN DGND REGULATOR 1 2V 3300 1000 0302 RB500V 40 1 16W R33 100 Load spec of 1 Load spec of 1 4A Load in fact max510mA Load in fact max160mA
73. SDRAM RAM ENTER LCD OK NG MIDI OK AO 23 02 NG AO 23 03 INC 36 Trig S IN04 37 Trig S IN05 38 Trig S IN06 39 Trig S IN07 40 Trig S IN08 41 Trig S IN09 36 AO 24 00 37 AO 25 00 38 AO 26 00 39 AO 27 00 40 AO 28 00 41 AO 29 00 Fil DTX MULTI 12 TAKWA PH CN305 310 12 PHONES CPU Ce
74. Update write screen Update complete screen e The CLICK LED will flash in red to indicate that updating is being performed Make sure not to turn off the power when performing check erase or write Otherwise the instrument may be damaged and can never be started The UPDATER file contains three types blocks of data WAVE BOOT and PROG program Indication of upper left part of the screen may be different depend ing on the block that is being processed in the erase write screen Indication of processing status The indication of 222 in the end of upper text is changed to shown the rate of data that has been written in the write screen Checksum of the updater file is calculated in the check screen File Error will be shown when the result of the checksum is not satisfactory Erase screen will ap pear when the result of the checksum screen is satisfac tory Data corresponding to the file contents in the updater file flash memory sector will be deleted in the erase screen The write screen will appear when the deletion is completed Data corresponding to the file contents in the updater file flash memory sector will be written in the write screen The erase screen will appear if the updater file contains unprocessed data Otherwise the complete screen will appear Check the version after updating 1 Turn on the power while pressing down the SHIFT button and check the versio
75. 0 6 MFZN2W3 WF76550R PW HEAD TAPPING SCREW P _ 3 0X10 10 MFZN2W3 WIRING TAPE 16 FELT 340X10 WR989000 PROTECTION TAPE 30X20 WR77790 WR48790 T O New Parts RANK Japan only DTXM12 B PAD UNIT PR PAD ASSEMBLY See page 8 Bottom view 8 2 lt Cross section view gt B B lt Bottom view gt PAD UNIT R PAD UNIT R WR84200 PAD SUPPORT PLATE R x WR48810 PAD ASSEMBLY TD WQ67630 CB836200 CORD CLAMPER S 70B E WE877900 BIND HEAD TAPPING SCREW S 3 0X6 MFZN2W3 WF76550R PW HEAD TAPPING SCREW P 3 0 10 10 MFZN2W3 WIRING 12 WR989000 PROTECTION TAPE 30X20 ADHEDIVE TAPE FILAMENT 12X50M WR77780 XI Re TU WX41580 New Parts RANK Japan only 7 DTXM12 B PAD ASSEMBLY lt Top view gt 10 fi lt i 50 SENSOR UNIT ST ST 60 SENSOR UNIT CT CT
76. 01 US062100 CERAMIC CAPACITOR CHIP 100P 50V J RECT S ow Z E gt CS L2 01 WJ590700 CERAMIC CAPACITOR CHIP 0 47 16V K RECT F 7 5 WJ590700 CERAMIC CAPACITOR CHIP 0 47 16V K RECT S 7 5 US063100 CERAMIC CAPACITOR CHIP 1000P50VKRECT v 7 gt 01 US063100 CERAMIC CAPACITOR CHIP 1000P 50V K RECT B 01 US064100 CERAMIC CAPACITOR CHIP 0 0100 50V K RECT B 01 US064100 CERAMIC CAPACITOR CHIP 0 0100 50V K RECT 7 E 01 05062100 CERAMIC CAPACITOR CHIP 100P 50V J RECT Tow E S L 01 8 US062100 CERAMIC CAPACITOR CHIP 100P 50VJRECT SL I 101 WJ590700 CERAMIC CAPACITOR CHIP 0 47 16V K RECT So vy 2 t 7 WJ590700 CERAMIC CAPACITOR CHIP 0 47 16V K RECT y 7 gt US14510R CERAMIC CAPACITOR CHIP 0 1000 25V Z RECT Fy Fk FCF 01 US14510R CERAMIC CAPACITOR CHIP 0 1000 25V Z RECT F 01 US06233R CERAMIC CAPACITOR CHIP 330P 50V J RECT CSL lt 01 V3152100 CERAMIC CAPACITOR CHIP 100 50V J RECT CH 01 V3152100 CERAMIC CAPACITOR CHIP 100P 50V J RECT CH 01 US14510R CERAMIC CAPACITOR CHIP 0 1000 25V Z RECT 7 01 V8085400 CERAMIC CAPACITOR CHIP 0 1000 25V K RECT 01 US064100 CERAMIC CAPACITOR CHIP 0 0100 50V K RECT 727 B 01 RANK Japa
77. 1 BLM18PG471SN1D1 0 63M J RECT 47 0 63M J RECT 47 0 1 4 J TP 10 0K 63M J RECT 10 0K 63M J RECT 100 0K 63M J RECT 100 0K 63M J RECT 10 0K 63M J RECT 10 0K 63M J RECT 18 0K 63M J RECT 18 0K 63M J RECT 10 0K 63M J RECT 27 0K 63M J RECT 10 0K 63M J RECT 27 0K 63M J RECT 10 0K 063 D 1608 56 0K 063 D 1608 120K 063 D 1608 39 0K 063 D 1608 1 0K 063 D 1608 15 0K 063 D 1608 2 2K 063 D 1608 750 0 063 D 1608 15 0K 063 D 1608 68 0K 063 D 1608 10 0K 63M J RECT 220 0 63M J RECT 27 0K D RECT 220 0K 63M J RECT 4 7K D 1608 4 7K D 1608 12 0K D 1608 12 0K D 1608 3 3K D RECT 3 3K D RECT 12 0K D 1608 12 0K D 1608 10 0K 63M J RECT 10 0K 63M J RECT 27 0K D 1608 1 0K 1 4 J TP 1 0K 1 4 J TP 27 0K D 1608 10 0K 63M J RECT 10 0K 63M J RECT 1 0K 1 4 J TP 100 0K 63M J RECT 100 0K 63M J RECT 1 2K 0 1 J REG T 1 2K 0 1 J RECT S 2 OM NE 2 2 2 AD XC Ne Ne NENENG x NES V M 444444444 ABA M M M NG x u x x x N Ne K OR ka 9 9 DW DW WW XP 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 01 RANK Japan only New Parts DTXM12 JK VR S NO DESCRIPTION aa TER ap a REMARKS RD1561 00 CARBON RESISTOR CHIP 1 0K 1 4
78. 4 4 PKI4I lt _ a EWRN PK4 a 1094 Eid i 17 10 wa 15 iew 0 AB w INVERTER PE NTEN R308 5 X638 JE A14EXxTAL Wa Seay ira possible 002 J 2 gt pD 2 amp ce 8 5 1 gt PDlal lt 5 C4 vpppLL aoe DGND 1 4 20 gt als GeolvpppLL v20 NA ees A3U48 5 Ale i a Raso Debug Board Only 49 RA30 AI11 Ueon Hi e Alo A0 PH4 17 4 16W CN2 TDI L 4 3 3D ka s soN TRSTN ms Not i REH eno roo pH XX Not installed X aser TESTN Tor 28 Ceramic Capacitor 4 GND HESN X H RES ibi S 3 3D SWXO2 configuration lt N 8 gt 4 Internal Clock 135 4752MHz BUS Clock 57 7376MHz DGND Not installed 28CC1 2001051725 1 ll DM CIRCUIT DIAGRAM 1 2 001 DTX MULTI 12 R Q O N M L K J G F D B A E DM CIRCUIT DIAGRAM 2 2 002 DTX MULTI 12 DTX MULTI 12
79. 9 4 131 ui 30 R64 R358C68C72R362_ 8365 1 MI UU cee E Ly 29 R63 Song pw 8 1 gi 8 OM CH SOU Eo er om s e 21 1445 7 16 an na Napi A Opes NB o gt gt O 1 og R c pg 44 07 Ot ne 23 E 130 fo 59 G T 22 R3 C61 zt ca TO DEVICE I 12 RA29 Sri 153 18 C46 Z b N od R309 amp O IDE R92 S RAI 5o R94 m USB lt gt 158 o R312 L9 e eSz eo 5 2 oS Bes ig DE M89 TO HOST 121 122 23 DTX MULTI 12 TEST PROGRAM Tests item list No Item Outline Test Code 01 LCD LED Check visually if the LCD and LED are turned on AO 01 00 02 Panel SW Operate the panel switches and check operation AO 02 00 03 PadSW amp Xt INO1 AO 03 00 04 PadSW amp Xt INO2 AO 04 00 05 PadSW amp Xt IN03 AO 05 00 06 PadSW amp Xt INO4 AO 06 00 07 PadSW amp Xt IN05 AO 07 00 KEN AE SAND Don t need check from 03 to 14 50 0899 09 PadSW amp Xt 1 07 AO 09 00 10 PadSW amp Xt INO8 AO OA 00 11 PadSW amp Xt INO9 AO OB 00 12 PadSW amp xt IN10 AO OC 00 13 PadSW amp Xt IN11 AO OD 00 14 PadSWA amp Xt IN12 AO OE 00 15 PAD SW IN13R1 Check the operation of the e
80. CARBON RESISTOR CHIP 820 0K 63M J RECT 2 01 RD356470 CARBON RESISTOR CHIP 4 7K 63M J RECT F 7 01 _ 478 RD356470 CARBON RESISTOR CHIP 4 7K6aMJRECT 7 KHL 01 RD358220 CARBON RESISTOR CHIP 220 0K 63M J RECT Z 01 RD358220 CARBON RESISTOR CHIP 220 0K 63M J RECT Z 01 RD357270 CARBON RESISTOR CHIP 27 0K 63M J RECT Z 01 RD357270 CARBON RESISTOR CHIP 27 0K 63M J RECT 2 7 01 _R491 RD355100 CARBON RESISTOR CHIP 100068 1 v 7 1 lo RD355100 CARBON RESISTOR CHIP 100 0 63M J RECT Z 01 RD358100 CARBON RESISTOR CHIP 100 0K 63M J RECT F Z 01 RD358100 CARBON RESISTOR CHIP 100 0K 63M J RECT Z 01 RD358100 CARBON RESISTOR CHIP 100 0K 63M J RECT Z 01 _ 516 RD35627R CARBONRESISTOR CHIP 2 7K63MJRECT v o RD355220 CARBON RESISTOR CHIP 220 0 63M J RECT F 7 01 RD356220 CARBON RESISTOR CHIP 2 2K 63M J RECT Z 01 RD356470 CARBON RESISTOR CHIP 4 7K 63M J RECT Z 01 RD358220 CARBON RESISTOR CHIP 220 0K 63M J RECT 01 _ 523 RD358220 CARBON RESISTOR CHIP 220 0K63MJRECT F v 7 h 01 RD358100 CARBON RESISTOR CHIP 100 0K 63M J RECT Z 01 RD356470 CARBON RESISTOR CHIP 4 7K 63M J RECT R 7 01 RD356470 CARBON RESISTOR CHIP 4 7K 63M J RECT 01 RD35718R CARBON RESISTOR CHIP 18 0K 63M J RECT F 7 01 531 80357100 CARBON RESISTOR CHIP 10 0 63 rA SE ll 01
81. DC 3 601 1 DC 29 844 Top view JK SHEET ASSEMBLY JK kAss 130A a LI cza GAL i Ol s 9 e Oe TE TT 130B EARTH PLATE 7 328 FRONT CASE ASSEMBLY ASss y 130B 130 BIND HEAD TAPPING SCREW B B BIND 3 0X8 MFZN2W3 WE774301 170 BIND HEAD TAPPING SCREW B B BIND 3 0X12 MFZN2B3 WE99810R Fig 3 3 3 5 3 6 4 1 4 2 4 3 5 1 5 2 5 3 5 4 5 5 Remove the two 2 screws marked JK40 and five 5 angle brackets U and separate the JK circuit board and shield JK Fig 4 Remove the push button from the JK circuit board Fig 4 The push button is not part of the JK circuit board When replacing the JK circuit board remove the push button from the circuit board and install it on the new circuit board Fig 4 Front Case Assembly Time required About 4 minutes Remove the pad unit R See procedure 1 Remove the pad unit F See procedure 2 Remove the three 3 screws marked 130B and four 4 screws marked 160C The front case assembly can then be removed Fig 2 Fig 3 DM Circuit Board T
82. European model Indonesian model Japanese model Korean model 22 E z lt Z E WARNING Components having special characteristics are marked A and must be replaced with parts having specification equal to those originally installed A posme A EEL numbers QTY show quantities for each unit parts with in PART NO are not available as spare parts This mark in the REMARKS column means these parts are interchangeable second letter of the shaded part number is O not zero second letter of the shaded part number is I not one QTY NO REMARKS O PART 2 PART 2 DTXM12 OVERALL ASSEMBLY
83. FO 43 10 18 5B aa bb cc dd ee ff gg F7 MANUAL 38 3 37 01 LCD LED AO 01 00 LED LCD ENTER LED LCD CLICK PIN LED LCD BackLight LCD OK NG DTX MULTI 12 MIDI
84. J TP F 7 RD156100 CARBON RESISTOR CHIP 1 0K 1 4 J TP F Y 7 RD357100 CARBON RESISTOR CHIP 10 0K 63M J RECT Y 7 01 RD357100 CARBON RESISTOR CHIP 10 0K 63M J RECT F P 7 01 _R424 RD357100 CARBON RESISTOR CHIP 10 0K63MJRECT Foy 7 E 0 01 RD357100 CARBON RESISTOR CHIP 10 0K 63M J RECT i 01 RD355100 CARBON RESISTOR CHIP 100 0 63M J RECT 01 RD355100 CARBON RESISTOR CHIP 100 0 63M J RECT 01 RD357100 CARBON RESISTOR CHIP 10 0K 63M J RECT 01 _R433 RD357100 CARBON RESISTOR CHIP 100K63MJRECT v 7 E p 01 RD355100 CARBON RESISTOR CHIP 100 0 63M J RECT 01 RD355100 CARBON RESISTOR CHIP 100 0 63M J RECT 01 RD358220 CARBON RESISTOR CHIP 220 0K 63M J RECT 01 RD358220 CARBON RESISTOR CHIP 220 0K 63M J RECT 01 RD357270 CARBON RESISTOR CHIP 27 0K 63M J RECT h 01 RD355100 CARBON RESISTOR CHIP 100 0 63M J RECT 8 4 01 RD355100 CARBON RESISTOR CHIP 100 0 63M J RECT 01 RD357100 CARBON RESISTOR CHIP 10 0K 63M J RECT 01 RD358100 CARBON RESISTOR CHIP 100 OK 63M J RECT 4 01 RD358100 CARBON RESISTOR CHIP 100 0K 63M J RECT 4 01 RD356220 CARBON RESISTOR CHIP 2 2K 63M J RECT 01 RD356220 CARBON RESISTOR CHIP 2 2K 63M J RECT 01 _R462 RD356470 CARBON RESISTOR CHIP 47K63MJRECT v E 00001 1 01 RD356470 CARBON RESISTOR CHIP 4 7K 63M J RECT Z 01 RD358820 CARBON RESISTOR CHIP 820 0K 63M J RECT Z 01 RD358820
85. PLTog esos 7 is BETA R5541 4W 91 e J E 22u E 58 n ors I ae 5 2 22 o 22 ST IAGND 3 22u 90 1 INPUT 50 BLM41P8181SN1L 9 15 Iout 1 2A 2 GND 1 ANODE 16 EVeVin 157 Iout 0 25A OP AMP OP AMP AGND 58 3 OUTPUT 2 CATHODE DSS6NE32A22209 3 Cana esa ee ph 22 50L308 17160 5 Lage L 20u e RB521S 30 WR148500 40 WQ970500 9 BETAST DIODE DIODE Ji PTS c JK D307 JK D308 ES Ground gard A554 10 dap BRWSG PERU Ey BBE pire A549 77 2 THao5 1 1 Q 9591917234 AUX Output 2 F lt gt ANALOG SWITCH AGND 25 9982 DH 5 GAI N DS L XX 94 MAX Z ta WS Tc40888F T1 Y 5 for AUX IN 14 AMP OPAMP A10K OUT IN1 Q Cal 3 NJM206BMD TE2 NE553eDR 1 ANODE 1 ANODE 355 a AGNp 2 CATHODE 2 CATHODE sa DC DC CONVERTER to DM CN7 Z VLCF5020T 3A3N2R0 1 EM302 e gala L310 9A 2 wt PMEG2020AEA WH514200 RBOSOLA 30 WR148200 qe ao 8 psseneseagpenosa lt Page 5 B 7 gt I DIODE DIODE pMEG2O20AEA 9 nwo JK D309 JK D310 27 5 858 den To C563 e 5 eologl7 2 75 8 1dB to VR CN601 8 0 T C 2 I 9 56 ip Doer irais Page 8 E 9 gt C5 e 9 AGND capacitor CH spec 1 edi 10 qo 0 565 3 mog R353 R374 Em 6 gt
86. RD357390 CARBON RESISTOR CHIP 39 0K 63M J RECT F Z 01 RD358220 CARBON RESISTOR CHIP 220 0K 63M J RECT Z 01 RD358220 CARBON RESISTOR CHIP 220 0K 63M J RECT F 7 01 RD356820 CARBON RESISTOR CHIP 8 2K 63M J RECT Z 01 _R545 WB256600 CARBON RESISTOR CHIP 22 0KO63D1608 Z E k C RD358100 CARBON RESISTOR CHIP 100 0K 63M J RECT F J 01 RD35427R CARBON RESISTOR CHIP 27 0 63M J RECT F 5 Z 01 RD150000 CARBON RESISTOR CHIP F Y 7 01 RD150000 CARBON RESISTOR CHIP Z 01 _ 558 RD357220 CARBON RESISTOR CHIP 220K63MJRECT 7 E la RD357220 CARBON RESISTOR CHIP 22 0K 63M J RECT Y 7 01 RD355100 CARBON RESISTOR CHIP 100 0 63M J RECT Y 2 01 RD355100 CARBON RESISTOR CHIP 100 0 63M J RECT j s Z 01 RD350001 CARBON RESISTOR CHIP 0 63M J RECT J D Z 01 5576 RD350001 CARBON RESISTOR CHIP 063MJRECT Foy Z E W 25954 s 1 01 US14510R CERAMIC CAPACITOR CHIP 0 1000 25V Z RECT y 7 01 WF547900 CERAMIC CAPACITOR CHIP 10 000 25V K KAKUT F Z 01 WN987600 CERAMIC CAPACITOR CHIP 1 000 50V K TP 01 V8085400 CERAMIC CAPACITOR CHIP 0 1000 25V K RECT Fy 7 B 01 V8085400 CERAMIC CAPACITOR CHIP 0 1000 25V K RECT Fy 7 B 01 RANK Japan only 15 DTXM12 JK VR REFNO PART NO DESCRIPTION a REMARKS ew me WN789100 CERAMIC CAPACITOR CHIP 0 3300 50V K KAKUT B WN789100 CE
87. V2993400 COIL 20uH R 5C f 7 UL 01 VB835000 COIL 20uH FLO5RD200AT 2 0 U 01 18011 VV45780R PROTECTOR SWITCH RUEF135 1 35A30V Z 02 WQ704300 CIRCUIT BOARD PN WR84770 YA416CO WD111600 LED RED SML 512UW L E 01 WD111600 LED RED SML 512UW L E Dl2 01 110503 WD111600 LED RED SML512UW 7 L E 01 WD111600 LED RED SML 512UW Z L E D 4 01 WD111600 LED RED SML 512UW Z L E D 5 01 WD111600 LED RED SML 512UW Z L E DI6 01 WD111600 LED RED SML 512UW FNAT A E DI7 01 110508 WD111600 LEDRED 1 SML5122UW 7 L E DIB 01 WD111600 LED RED SML 512UW Z L E DI9 01 WD111600 LED RED SML 512UW Z L E D 10 01 WD111600 LED RED SML 512UW L E DIt 01 WD111600 LED RED SML 512UW Z L E D 12 01 10513 WD111600 LED RED SML512UW 7 v 7 L E DI13 177FOOTSWHHCTRL OT WJ833500 LED GREEN SML 512MW T86 Z L E 01 WD111600 LED RED SML 512UW Z L E DITAP 01 WJ833500 LED GREEN SML 512MW T86 7 L E DIKIT 01 WJ833500 LED GREEN SML 512MW T86 L E DIVOICE 01 10518 WJ833500 LED GREEN SML512MWT86 L E D MD Joi WD111600 LED RED SML 512UW Z L E 01 WJ833500 LED GREEN SML 512MW T86 Z L E D WAVE 01 WJ833500 LED GREEN SML 512MW T86 L E DIUTILITY 01 WJ833500 LED GREEN SML 512MW T86
88. a OUT L 1 ip 1746W FG1 U 4 Bags 145 369 57 u 104 DSSENES2A222093A lt 1313 JK304 2 84 pets VWLPIDO4GT MOOM HS o ala Ro FW PAOS BK1608LM252 T YKB21 5244 wan DGND AGND mt 886 NJMS0BBMD TE 1 8k mim 32 gt R411 E 2 4 OUT_L i Aa 3 is d T 9 NEB538DR 9 5 CD UK 1 i 4 3 3K FW 2SC3326 a OUT_L g l Bo bs 4B9kHz 0 5 z p OUT_L D AGND _ 3 16 91 716 RB160L 40 VS59760R 155355 TE 17 VT332900 mw TU EL du OPAMP DIODE DIODE 1A 40V To Toit 13 OUT A A355 R375 7 200P ha OUT_H DAEN JK D315 D316 JK 0302 304 0311 314 E SA circuit to DM CN6 PHONE L naea 19K 6370 fioi gs s PHONE Wat L314 C58 lt Page 5 D 8 gt AE 100P BKAGOBLMES2 T PHONE Rt 818 IC312 0 1 2K 2500 x PHONE_R NUM2068MD TE2 C374 a eV Rate to 6 nase asco 7 2 47 25 REGULATOR 9V 5 8 2 5 BLM1BBG474SN1D V sss NC 23 Qu Dix AGND AGND AGND 2 ola aN Q m AGND 2 L338 T PEMIGEGAZABNTU m ee AGND AGND AGND AGNp AGND 2 R432 1 ANODE 1 ANODE BLM4BEG47 1BN4D n uet x 5 1 16W 2 CATHODE 2 CATHODE ES T CET VOLUME BLM BBG47 45N1D pie aves for PHONES 1
89. for use with the instrument or for 3 the current setting area Illegal file name This message is displayed if the specified file name is not valid This message is displayed if the standard MIDI file SMF you are attempting to import is of Format 1 Please Illegal format select an SMF of Format 0 to proceed Illegal selection This message is displayed if an operation cannot be performed in accordance with the settings made Illegal wave data This message is displayed if the audio file you are attempting to import is of an unsupported format This message is displayed if an unsupported USB device is plugged into the instrument s USB TO DEVICE Incompatible USB device port This message is displayed if the plugged in USB memory device is not usable in its current condition As long Invalid USB device as the device contains no irreplaceable data it should be formatted to make it usable MIDI buffer full This message is displayed if the amount of MIDI data received is too large to process MIDI data error This message is displayed if an error occurs while receiving MIDI data No data This message is displayed if you are attempting to perform a pattern management task even though the selected pattern contains no data No response from USB device This message is displayed if the plugged in USB memory device fails to respond This message is displayed to you are attempting to perform a wave managem
90. is shown Update check screen Update erase screen D SHIFT ON OFF VA ON update start Press ENTER ENTER LED Ripe LES USB F 8H390S_ JPGM USB EN TER No media USB UPDATER ENTER File not found D update start ENTER update complete update complete OFF LET update check update erase
91. looped from the PHONES terminal to the inputs PAD PAD and PAD Q and check the following The inputted signal is inputted to the CPU at the proper value No signal is leaked to other inputs Attenuation value of waveform is normal Output waveform from PHONES terminal is sine wave with frequency of 4 kHz 3 5 dBu load of 10 Test method Press the ENTER button to execute the test The following screen example will appear when the test is started Set the PHONES volume to the MAX Input the signal outputted from the PHONES terminal to the PAD When OK is indicated press the INC button to proceed to the next test Repeat the above procedure in the following order of terminals PAD B PAD Lci PAD QD Rch PAD Lch PAD Rch Check item Check the test result indicated on the LCD Judgment indication Example In case of OK In case of NG too Hi XX NG due to input level of XX 27 DTX MULTI 12 28 XtINOO XxX NG due to signal leak of XX to the channel OO BAD CR Xx NG due to waveform attenuation value of XX MIDI code output for judgment result OK AO XX 02 NG AO XX 03 Refer to test code for XX How to quit test Press the INC button to proceed to next test 22 HiHat Test Code AO 16 00 Initial indication Test contents Check that the hi hat controller compatible circuit works n
92. memory chip select 1 VCCQ MWRN PGO Wave memory write enable PB4 Parallel port B4 VSS Ground PB7 Parallel port B7 VSS ED3 PC3 External CPU data bus 3 RD WRN SH2A CPU read write enable ED7 PC7 External CPU data bus 7 DO SH2A CPU data bus 0 ED11 PD3 External CPU data bus 11 D1 SH2A CPU data bus 1 ED15 PD7 External CPU data bus 15 D2 SH2A CPU data bus 2 ERDN PK3 External CPU read enable MCSON Wave memory chip select 0 SDI1 PK6 Serial audio input 1 MRDN Wave memory read enable WCLK Word clock output BTCHG BOOT ROM switching control SYSCLK2 Clock output 2 PAO Parallel port AO WAITN PK7 External wait input VDD A23 PH6 SH2A CPU address bus 23 VDD PONOT BUPDY A19 SH2A CPU address bus 19 WESN DQMUU PH3 Writing byte of D31 D24 Selecting D31 024 in case of SDRAM A15 SH2A CPU address bus 15 RASLN RAS output for SDRAM 11 SH2A CPU address bus 11 CASLN CAS output for SDRAM SH2A CPU address bus 8 RDN SH2A CPU read enable Power supply 3 3 V PA1 Parallel port 1 SH2A CPU address bus 6 PA2 Parallel port A2 Power supply 3 3 V Parallel port Parallel port B3 PA4 Parallel port A4 Parallel port B5 VDD EDO PCO External CPU data bus 0 VDD Y ED4 PC4 External CPU data bus 4 VSS Ground ED8 PD0 External CPU data bus 8 VCCQ Power supply 3 3 V ED12 PD4 External CPU data bus 12 VSS Ground EA1 PKO External CPU address bus 1 VCCQ EWRN PK4 External CPU write enable VCCQ Power suppiy 9 3 V SDO0 Serial audio output 0 VSS Ground SDO1 Serial audio out
93. memory data bus 11 Wave memory data bus 12 Ground ADC analog power supply 3 3 V Ground Hardware reset Power supply 3 3 V USB pull up enable Power supply 3 3 V USB output control E bus reset output SH2A CPU chip select 1 SH2A CPU chip select 3 SH2A CPU chip select 6 Emulator break Power supply 3 3 V PLL analog ground MAS MA7 VSS VSS VSS VSS VSS VSS D17 PE1 D16 PEO CKOEN CKIO MA14 MA13 MA12 MA11 VDD VSS VSS VSS VSS VDD CKE D15 VSS VSS Wave memory address bus 8 Wave memory address bus 7 Ground SH2A CPU data bus 17 SH2A CPU data bus 16 Clock output control for SDRAM Clock output for SDRAM Wave memory address bus 14 Wave memory address bus 13 Wave memory address bus 12 Wave memory address bus 11 Power supply 1 2 V Ground Power supply 1 2 V Clock enable for SDRAM SH2A CPU data bus 15 6 Ground DTX MULTI 12 Wave memory address bus 15 PA6 Parallel port A6 Wave memory address bus 16 PA7 Parallel port A7 Wave memory address bus 17 VCCQ Power supply 3 3 V Wave memory address bus 18 ED1 PC1 External CPU data bus 1 Power supply 1 2 V ED5 PC5 External CPU data bus 5 ED9 PD1 External CPU data bus 9 ED13 PD5 External CPU data bus 13 EA2 PK1 External CPU address bus 2 ECSN External CPU chip select Power supply 1 2 V BCLK Bit clock output SH2A CPU data bus 11 IRQ0 Interrupt input 0 SH2A CPU data bus 12 A25 SH2A CPU address bus 25 SH2A CPU data bus 13 A21 SH2A CPU address bu
94. 0 SCREW MACHINE BIND 5 0 12 MFZN2B3 SP New Parts RANK Japan only 20 ELECTRONIC PERCUSSION PAD DTX lt MULT 12 IRCUIT DIAGRAM CONTENTS HX BLOCK DIAGRAM 3 CIRCUIT DIAGRAM DM 001 002 4 5 JK 001 002 rennen 6 7 8 NI 8 Notation for Circuit Diagrams 1 How to identify inter sheet connectors gt SYSCLK lt 001 F 4 gt This indicates the destination page This indicates the location of the counter inter sheet connector The alphabet indicates horizontal direction and the number indicates vertical direction Signal name 2 Connection of connectors Example to PN CN501 lt Page 8 T 2 gt Page 8 are the page of a circuit diagram Page 8 T 2 is indicates the location of the counter inter sheet connector The alphabet indicates horizontal direction and the number indicates vertical direction T 2
95. 0 0 1 1 3 H metal film 31 D1F60 VS20110R 25 3326 VD303700 t DM EN PHONE L UEM DAS ru E 2255 AETS 48 A10k DIODE 1 0A 600V TRANSISTOR ooo E AGND AGNDAGND 9P power suppl it C498 JK D305 JK TR301 305 TR308 TR309 eom P paty RG Load spec of 1 cs C375 Tor Load in fact max150mA af Wag 3 BLM o iu PHONE_L AgNO OP AMP NJM45SBAD PHONES 8 GdB 33 F PLM Es fc 154kHz i MUTE 0 1 IC307 AGND AGND OP A M P OP A M P SN74LV14APWR 29 R359 R377 f 1 C485 AGND 4 2 2 CEN PHONE_R 1 1 6 2579 pass 4 7 paga 12K c372 5 s p RH W 1 BASE FG4 1 307 ec BUTS LT 1 ANODE 5 EMITTER 4 2 xXx 4 NJMe06BMD TEa 2 CATHODE 3 COLLECTOR to DM CN8 Sum 2SD0601ARL AQL V4767500 2SC2412K VV556400 Sca saa w ad Sw Scan Gate ha EU TRANSISTOR TRANSISTOR No Ka ACD Pad Sw Scan Gat JK TR306 JK TR306 Pad Sw Scan Gate MD AGND 7r Pad Sw Scan Gate MIDI OE 3 3 3DGND 2 TE AGND AGND AGND 3 INVERTER P 10 IC307 Pad Sw Scan Line VEI ORB SN7ALVIAAPWR 77 SN74LVETOSEDCKR E cre 1 Front View 43 3D a 4 X Pad Sw Scan Line 43 3D 23 5 Pad Sw Scan Line 6 lt 00
96. 0 00 10 0V 0 100 10V K RECT 100 16V LI Ld UJ CC d c LEE MT TTT LI Y aa SL AT Rmo 2 1 1 Ny tort ty M NIE NI LINI lt lt x as N TN ees 71 M M DTXM12 US625100 UF03810R US635100 US625100 US663100 CERAMIC CAPACITOR CHIP ELECTROLYTIC CAPACITOR CHIP CERAMIC CAPACITOR CHIP CERAMIC CAPACITOR CHIP CERAMIC CAPACITOR CHIP 0 100 10V K RECT 100 16V 0 100 16V Z RECT 0 100 10V K RECT 1000P 50V K RECT k NI NI a UJ c xA SS pt Uc 05663100 UF01747R WK153000 WC197600 V6647400 WC196700 VT389100 WC198700 VS20110R X9889A0R X9292A00 X8810A00 YA824B00 X7569A00 5534 00 CERAMIC CAPACITOR CHIP ELECTROLYTIC CAPACITOR CHIP CONNECTOR CONNECTOR CONNECTOR CONNECTOR CONNECTOR CONNECTOR DIODE IC IC IC IC IC 1000P 50V K RECT 47 6 3V PH 16P TE FMN 26P TE 17FMN BMT 17P FMN 17P TE PH 10P TE FMN 37P TE D1F60 1A 600V TP BA33BCOFP R1172H121D T1 F R8A02032BG S29GL064N90TFIO20 R5520H001B T1 F US NI UJ NUN LI k N mA m 7 N Z lt lt lt S zZz vy LI ES 1 REGULATOR 3 3V REGULATOR 5V REGULATOR 1 2V CPU SWX02 FLASH ROM 64M PROG USB HIGH SIDE POWER SW
97. 00 WC40450R US625100 UF03810R US663100 US634100 CERAMIC CAPACITOR CHIP CERAMIC CAPACITOR CHIP ELECTROLYTIC CAPACITOR CHIP CERAMIC CAPACITOR CHIP ELECTROLYTIC CAPACITOR CHIP CERAMIC CAPACITOR CHIP ELECTROLYTIC CAPACITOR CHIP CERAMIC CAPACITOR CHIP MONOLITHIC CERAMIC CAP CHIP CERAMIC CAPACITOR CHIP CERAMIC CAPACITOR CHIP CERAMIC CAPACITOR CHIP C49 wG888300 MONOLITHIC CERAMIC CAP CHIP CERAMIC CAPACITOR CHIP CERAMIC CAPACITOR CHIP ELECTROLYTIC CAPACITOR CHIP ELECTROLYTIC CAPACITOR CHIP C87 US625100 CERAMIC CAPACITOR CHIP CERAMIC CAPACITOR CHIP ELECTROLYTIC CAPACITOR CHIP CERAMIC CAPACITOR CHIP CERAMIC CAPACITOR CHIP C123 US635100 CERAMIC CAPACITOR CHIP CERAMIC CAPACITOR CHIP ELECTROLYTIC CAPACITOR CHIP ELECTROLYTIC CAPACITOR CHIP CERAMIC CAPACITOR CHIP C129 UF037100 ELECTROLYTIC CAPACITOR CHIP ELECTROLYTIC CAPACITOR CHIP CERAMIC CAPACITOR CHIP ELECTROLYTIC CAPACITOR CERAMIC CAPACITOR CHIP ELECTROLYTIC CAPACITOR CHIP 0 100 10V K RECT 0 100 10V K RECT 100 16V 100 16V 0 100 10V K RECT 100 16V 0 010 16V K RECT v 10 0 6 3V K TP 15P 50V J RECT 15P 50V J RECT 0 010 16V K RECT 10 0 6 3V K TP 0 010 16V K RECT 0 010 16V K RECT 100 16V 100 16V 0 100 10V K RECT 0 100 10V K RECT 10 16V 0 010 16V K RECT 470P 50V K RECT 0 100 16V Z RECT 0 100 16V Z RECT 10 16V 100 16V 1000P 50V K RECT 0 100 10V K RECT 15
98. 00 10V K RECT Fy Z B J 01 CERAMIC CAPACITOR CHIP 0 100 10V K RECT Fy Z gt gt B J 01 CERAMIC CAPACITOR CHIP 0 01016VKRECT F v 7 2 B Won CERAMIC CAPACITOR CHIP 1000P 50V K RECT 7 gt B 01 CERAMIC CAPACITOR CHIP 1000P 50V K RECT Fy 7 gt 01 CERAMIC CAPACITOR CHIP 1000P 50V K RECT 7 01 CERAMIC CAPACITOR CHIP 1000P 50V K RECT Fy 7 01 8199 US054100 CERAMIC CAPACITOR CHIP 0 010 16V K RECT Tow oin CERAMIC CAPACITOR CHIP 0 010 16V K RECT gt B 01 CERAMIC CAPACITOR CHIP 0 010 16V K RECT 7 01 CERAMIC CAPACITOR CHIP 0 010 16V K RECT wd B 01 CERAMIC CAPACITOR CHIP 47P 50V J RECT CH 01 7142 05601470 CERAMIC CAPACITOR CHIP 47P50VJRECT fowNuE CH JL jssesee Mee 01 CERAMIC CAPACITOR CHIP 1000P 50V K RECT NZ B 01 CERAMIC CAPACITOR CHIP 0 010 16V K RECT 7 B 01 CERAMIC CAPACITOR CHIP 0 010 16V K RECT v Qu P 01 CERAMIC CAPACITOR CHIP 0 100 10V K RECT Fy Z gt B J 01 0147 US654100 CERAMIC CAPACITOR CHIP 0 01016VKRECT JF vy 7 2 B 1 10 CERAMIC CAPACITOR CHIP 47P 50V J RECT Fy Z CH 01 CERAMIC CAPACITOR CHIP 47P 50V J RECT Fy Z CH 01 CERAMIC CAPACITOR CHIP 0 100 10V K RECT B J 01 CERAMIC CAPACITOR CHIP 1000P 50V K RECT Fy Z 01 27172 950663100 CERAMIC CAPACITOR CHIP
99. 1 FY y ASE JL 01 T 7 8 01 F a IUE Bin 01 A 7 Hm 01 T Y 7 01 gt ow 7 8 01 ox 7 9 H 01 d y 7 94 8 01 SO ow 7 Hm 01 Fo y 7 01 7 9 8 01 T y 7 94 8 01 T ow 7 4 Hm 01 o 7 FPF 01 7 01 We os 7 FJ 8 01 d 7 FJ 8 01 TX 7 01 PASA ZA Hi 01 v 7 01 F 7 H 01 VN 7 J BP 01 s A ty 7 01 ow 7 01 de y 7 01 7 J H 01 Je oW 7 9 48 01 7 01 7 Hm 01 7 01 w 7 9 H 01 S 7 9 8 01 ow 7 01 n 7 L 4 01 7 L 4 01 7 L 4 01 7 v 4 01 P v 4 01 did Ena ES LU Er 01 n L 4 01 RANK Japan only PART NO WH206600 WH205800 WH205800 WH205800 WH205800 WH205800 WH205800 WH211800 WH206200 WH206200 VV556500 DESCRIPTION RESISTOR ARRAY 68 X 4 RESISTOR ARRAY 33 X 4 RESISTOR ARRAY 33 X 4 RESISTOR ARRAY 33 X 4 _RA35 WH205800 RESISTOR ARRAY 4 RESISTOR ARRAY 33 X 4 RESISTOR ARRAY 33 X 4 RESISTOR ARRAY 10K X 4 RESISTOR ARRAY 47X4 2 72 206200 RESISTORARRAY 47 4 TRANSISTOR 1037AK Q R S TP TRANSISTOR 25 2412 Q R S VV556400 US625100 US625100 0 03810 UF03810R US625100 UF03810R WG888300 US661150 US661150 US634100 WG888300 US634100 US634100 UF03810R UF03810R US625100 US625100 0 037100 05634100 05662470 05635100 05635100 0 037100 UF03810R US663100 0 037100 0 037100 056251
100. 1000 25V Z RECT Fy Fk 01 US14510R CERAMIC CAPACITOR CHIP 0 100025VZRECT 7 v 7 CF 101 US14510R CERAMIC CAPACITOR CHIP 0 1000 25V Z RECT F 01 US062100 CERAMIC CAPACITOR CHIP 100P 50V J RECT Tou Jeo CS L 01 05062100 CERAMIC CAPACITOR CHIP 100P 50V J RECT Pos P gt S L 01 US062100 CERAMIC CAPACITOR CHIP 100P 50V J RECT Tous s gt CS L 01 108062100 CERAMIC CAPACITOR CHIP 100 50 S L or US062470 CERAMIC CAPACITOR CHIP 470P 50V J RECT Fy Z gt S L 01 US062470 CERAMIC CAPACITOR CHIP 470P 50V J RECT SL 01 V8085400 CERAMIC CAPACITOR CHIP 0 1000 25V K RECT 01 V8085400 CERAMIC CAPACITOR CHIP 0 1000 25V K RECT 01 _C339 US06322R CERAMIC CAPACITOR CHIP 2200P50VKRECT F vy Z 1 US061330 CERAMIC CAPACITOR CHIP 33P 50V J RECT CH 01 US062680 CERAMIC CAPACITOR CHIP 680P 50V J RECT gt C S L 01 US06220R CERAMIC CAPACITOR CHIP 200P 50V J RECT Z 2 61 01 V8085400 CERAMIC CAPACITOR CHIP 0 1000 25V K RECT 01 C361 US06233R CERAMIC CAPACITOR CHIP 330P 50V J SL 01 US06233R CERAMIC CAPACITOR CHIP 330P 50V J RECT AAF t gt S 01 V3152100 CERAMIC CAPACITOR CHIP 100P 50V J RECT CH 01 V3152100 CERAMIC CAPAC
101. 14510R CERAMIC CAPACITOR CHIP 0 1000 25V Z RECT gt F 01 WN987600 CERAMIC CAPACITOR CHIP 1 00 50V K TP Fy Z 01 WN987600 CERAMIC CAPACITOR CHIP 1 00 50V K TP 01 _ 506 WF547900 CERAMIC CAPACITOR CHIP 10 00025VKKAKUT v 7 3f 01 US064100 CERAMIC CAPACITOR CHIP 0 0100 50V K RECT V ow B 01 US14510R CERAMIC CAPACITOR CHIP 0 1000 25V Z RECT d ow X um oF 01 US14510R CERAMIC CAPACITOR CHIP 0 1000 25V Z RECT gt F 32 01 US14510R CERAMIC CAPACITOR CHIP 0 1000 25V Z RECT 01 40572 US14510R CERAMIC CAPACITOR CHIP 0 100025VZRECT F v Z FCF 2222 01 US14510R CERAMIC CAPACITOR CHIP 0 1000 25V Z RECT Feary F 01 US14510R CERAMIC CAPACITOR CHIP 0 1000 25V Z RECT Feit AE F 01 US14510R CERAMIC CAPACITOR CHIP 0 1000 25V Z RECT KK Bm gt OF FQ 01 US061470 CERAMIC CAPACITOR CHIP 47P 50V J RECT CH 01 0589 05061470 CERAMIC CAPACITOR CHIP 47P50VJRECT CHDI 81 01 V8085400 CERAMIC CAPACITOR CHIP 0 1000 25V K RECT Tow 27 7 01 V8085400 CERAMIC CAPACITOR CHIP 0 1000 25V K RECT Bos J 01 V6647400 CONNECTOR 17FMN BMT 17 amp 7 8 WC196700 CONNECTOR FMN 17P TE F M N 03 CN303 WC198700 CONNECTOR FMN37PTE FMN_OM2A27Z22 C 04 VT332900 DIODE 1SS355 TE 17 TP Gf
102. 2 B 3 gt 59 o 5 2 alo 5 Y OR MIDI R 5 AGND AGND AGND AGND AGND AGND 4 25 1 BASE 1 EMITTER pksgogrMeot La02 7718 il MIDI 2 SN74LVO4APWH SN74LVO4APWR 0311 i A S 3 3D 3D BK1608HM601 L303 R3024 e IC302 m RESET a MUTE 1SS355_TE 17 155355 TE 1 9A 1 2 EMITTER 2 BASE NB_gkteogFeot L3041 444 BA vece EU 1 pos K CET 3 COLLECTOR 3 COLLECTOR BK160BHM601 1305 220 x vo olo TR306 a y xo A 37FMN BMT A TF LF SN IC314 IC314 14 2SD601A TX fedt amp CN303 _ SN74LVO4APWR SNZ4LVO4APWH 0312 SN74LVO4APWRR381 A RESET 3 X j m 5 195355 17 x 87 88 SN74LVO4APWA 3 3DGND 49A 49A gt D gt 1 AR e KTA1504S WC52950R e 2SA1162 Y VJ92720R 97 NJMa0BMD TEa NJM068MD TEa 8 TRANSISTOR TRANSISTOR Pal 54 o 01u PHOTO COUPLER INVERTER JK TR307 JK TR311 T ZA SN74LV14APWR SN74LV14APWR Mute circuit diversion from Motif RACK 3 000 INVERTER 9 3 DGND IN VER TER DOO AND AGND 2 1 1 2 3 3 1 EMITTER 1 BASE 2 BASE 2 EMITTER 3 COLLECTOR 3 COLLECTOR 6 28CC1 2001051727 1 3 XX Not installed REH Ceramic Capacitor Metal Oxide Film Resistor amp MetalFilmResistor CIRCUIT DIAGRAM 1 2 001 DTX MULTI 12 5 R O N JK CIRCU
103. 50 0V RX TP c y F W 01 UR848100 ELECTROLYTIC CAPACITOR 100 00 25 0V RX TP 5 01 UR848330 ELECTROLYTIC CAPACITOR 330 00 25 0V RX TP 5 j S 01 UU247470 ELECTROLYTIC CAPACITOR 47 00 25 0V RX TP p d Up XA F W 01 UU247470 ELECTROLYTIC CAPACITOR 147 00250VRXTP 7 d X O O EO WI 01 08847470 ELECTROLYTIC CAPACITOR 47 00 25 0V RX TP 5 01 UU267470 ELECTROLYTIC CAPACITOR 47 00 50 0V RX TP gt x F W 01 UU267470 ELECTROLYTIC CAPACITOR 47 00 50 0V RX TP qe Ge F W 01 UU268220 ELECTROLYTIC CAPACITOR 220 00 50 0V RX TP xn 4 F W 9399 09268220 ELECTROLYTIC CAPACITOR 220 0050 0VRXTP 7 121 08847470 ELECTROLYTIC CAPACITOR 47 00 25 0V RX TP gt 01 UR838100 ELECTROLYTIC CAPACITOR 100 00 16 0V RX TP z 01 UU247470 ELECTROLYTIC CAPACITOR 47 00 25 0V RX TP gt F W 01 UU247470 ELECTROLYTIC CAPACITOR 47 00 25 0V RX TP ALEAN gt F W 01 8498 98838100 ELECTROLYTIC CAPACITOR 100 0016 0VRXTP 7 5 4 212410 0 837100 ELECTROLYTIC CAPACITOR 10 00 16 0V RX TP j 01 UR848100 ELECTROLYTIC CAPACITOR 100 00 25 0V RX TP 01 UR848100 ELECTROLYTIC CAPACITOR 100 00 25 0V RX TP 01 WAO04940R LC FILTER DSS6NE32A222Q93A LC EMI 01 22406 WA04940R LC FILTER DSSEONES2A222Q93A L CZ74JvV 24 EM IE 21 10 V2993400 COIL 20uH R 5C w 01 VB835000 COIL 20uH FLO5RD200AT 2 0 U 01
104. 57100 CARBON RESISTOR CHIP 10 0K 63M J RECT y 7 KB 8 01 R394 RD350001 CARBON RESISTOR CHIP 063MJRECT v 7 E ft RD35747R CARBON RESISTOR CHIP 47 0K 63M J RECT y 7 KB 8 01 RD357100 CARBON RESISTOR CHIP 10 0K 63M J RECT y 7 FE 8 01 RD355100 CARBON RESISTOR CHIP 100 0 63M J RECT v F F 8 01 RD358470 CARBON RESISTOR CHIP 470 0K 63M J RECT 7 8 01 _R411 RD356390 CARBON RESISTOR CHIP 3 9K68MJRECT E c 01 RD356390 CARBON RESISTOR CHIP 3 9K 63M J RECT 7 85 01 RD357220 CARBON RESISTOR CHIP 22 0K 63M J RECT y 7 F 85 01 RD357220 CARBON RESISTOR CHIP 22 0K 63M J RECT FF wy Y BE dA 01 RD356220 CARBON RESISTOR CHIP 2 2K 63M J RECT f y 7 F 8 01 3 RD356220 CARBON RESISTOR CHIP 22Ke63MJRECT v 7 01 RD356470 CARBON RESISTOR CHIP 4 7K 63M J RECT y 7 85 01 RD356470 CARBON RESISTOR CHIP 4 7K 63M J RECT s 7 85 01 RD35627R CARBON RESISTOR CHIP 2 7K 63M J RECT T 2 S 01 RD357100 CARBON RESISTOR CHIP 10 0K 63M J RECT y 7 F 8 01 RD357100 CARBONRESISTOR CHIP 10 0K63MJRECT v 7 fj 01 RD150000 CARBON RESISTOR CHIP 0 0 1 4 J TP Fy 7 KB 8 01 RD150000 CARBON RESISTOR CHIP 0 0 1 4 J TP y 7 KB 8 01 RD356100 CARBON RESISTOR CHIP 1 0K 63M J RECT y 7 KB 8 01 RD350001 CARBON RESISTOR CHIP 0 63M J RECT y 7 F 8 01 564 RD35410R CARBON RESIST
105. 7 8 01 1 RD354680 CARBON RESISTOR CHIP 68063MJRECT v 7 hpp 1 0 RD354680 CARBON RESISTOR CHIP 68 0 63M J RECT 7 d 01 RD355100 CARBON RESISTOR CHIP 100 0 63M J RECT To y 2 F da 01 RD354680 CARBON RESISTOR CHIP 68 0 63M J RECT f y 7 4 48 01 RD354680 CARBON RESISTOR CHIP 68 0 63M J RECT wv 2 th 01 0355100 CARBON RESISTOR CHIP 100063MJRECT 7 22 0 RD354680 CARBON RESISTOR CHIP 68 0 63M J RECT 7 8 8 01 RD355100 CARBON RESISTOR CHIP 100 0 63M J RECT 7 01 RD355100 CARBON RESISTOR CHIP 100 0 63M J RECT 7 8 01 V856660R TRANSISTOR ARRAY TD62785FG 5 EL 05 TA502 V772340R TRANSISTOR ARRAY TD62383FG 5EL 881102 New Parts RANK Japan only 19 1 ACCESSORY BOLT REFNO PART NO DESCRIPTION OVERALL ASSEMBLY is OVERALL ASSEMBLY V841930R ROD CLAMP ASSEMBLY TP65S WE774000 BIND HEAD SCREW 3 0X6 MFZN2W3 CLAMP FRAME WF002900 BIND HEAD SCREW 5 0X8 MFZN2B3 WR241800 MAIN FRAME WR56270 gt O kk Kt WQ92850 WF002900 BIND HEAD SCREW 5 0X8 MFZN2B3 WR242000 UNIT COVER WE878300 BIND HEAD SCREW 3 0X6 MFZN2B3 CO Wk Ot O ACCESSORIES WG674700 CLAMP BOLT M8 TP65S WR56290
106. 8 H RESP 5 58 BK1005HM601 T o u DGND MA 3 4 47X4 Extention is possible to 1Gbit E RA53 2 E MA 1 Extention is possible to 1Gbit I AGND DGND XX Not installed IC8 DGND Ceramic Capacitor 28 1 2001051725 2 JA DM CIRCUIT DIAGRAM 2 2 002 DTX MULTI 12 5 0 5 R Q O N M JK CIRCUIT DIAGRAM 1 2 001 DTX MULTI 12 e uPC2909T E1 XT441A0R S3V20 VR313500 REGULATOR 9V DIODE K J H G F E D C B A DTX MULTI 12 JK IC301 JK D301 Die 6 0dB 6 OdB 6 5312 9 fC 159kHz fc 159kHz E of NJM2068MD TE2 NJM2068MD TE2 R324 2 IC303 TC348 22 50 L307 mi O JK301 os TH301 0301 BT EUH DSSENE32 pe the C 2 i VLF0045T 4R7NGR4 Sy oA AUX IN 12V ZZ 305 01 69 HUE135 S3V20 ag BLMAIPGIBISNIL 53 4 7u DSSENES2A2220934 50 106 g QA AX o8 VP qd
107. ADAPTER PA 5D E A CFS 7 08 As 1d WR527000 ACADAPTER PA 150AE AC 72 72 AN V802930R AC ADAPTER PA 5D GBR 7 8 75 B 09 A WR527100 AC ADAPTER PA 150A B A CRF 7 2 B A WF32490R AC ADAPTER PA 5D CHN AGENPOS 7 2 08 X8515B00 OPTICAL DISK DVDROM 12cm D V D R O M 05 X8515C00 OPTICAL DISK DVDROM 12cm D V D R O M New Parts RANK Japan only DTXM12 y Ass JAY FRONT CASE ASSEMBLY REFNO PART NO DESCRIPTION FRONT CASE ASSEMBLY FRONT CASE ASSEMBLY WR242700 FRONT CASE WR081200 PN SWITCH 19704300 CIRCUIT BOARD 0 WR84650 Pu DY CO Z iN WT532500 LCD MODULE WQ704400 CIRCUIT BOARD WQ67840 SHIELD PN WR082200 LCD PLATE WE774301 BIND HEAD TAPPING SCREW B 3 0X8 MFZN2W3 L C D 7 L KENANG WF741100 BIND HEAD TAPPING SCREW B 2 6 10 MFZN2W3 RANK Japan only New Parts DTXM12 B PAD UNIT F F Bottom view PAD ASSEMBLY See page 8 lt Cross section view A A gt A A lt Bottom view gt PAD UNIT F PAD UNIT F WQ92970 PAD SUPPORT PLATE F WQ67800 PAD ASSEMBLY 0 WQ67630 CB836200 CORD CLAMPER S 70B E WE877900 BIND HEAD TAPPING SCREW S 3
108. C333 SN74LV245APWR PAD_Sw 1 PAD_SW 5 6 3 3DGND 3 3D Y TRANSCEIVER PAD SW 6 PAD_Sw 8 A PAD SWI9 5 PAD_SWI10 amp 7 3 3DGND 3 3D TRANSCEIVER IC335 SN74LV245APWR PAD_Sw 11 PAD SWI14 5 PAD SW 14 8 7 al gl 3 3DGND 6145263 Tul CN31 1 CN312 XX Not installed t Ceramic Capacitor DTX MULTI 12 gt 2 gt AN 4 lt 001 9 gt gt AN a AN 3 aie ruto PJ 1 gt PJ 1 gt PD 3 lt 001 10 gt PD 4 5 gt PD 4 PD 5 PK DEO Pk Io DDPK 1 F lt 001 10 gt PKI2 gt PK 2 PKI3 3 PK 4 11 gt DGND DGND 0 4u IC324 NJM2304M 0 iu IC328 DGND DGND CIRCUIT DIAGRAM 2 2 002 DTX MULTI 12 du 1 vig NJM2 04M 10 11 12 13 10 11 12 13 5 R Q O VR CIRCUIT DIAGRAM DTX MULTI 12 191 192 z 26 VCON s 150 VEE 4 24 uy 3 FESR RPT 99 o Jo to DM CN5 lt Page 5 I 3 gt 26FMN BMT A TF LF SN CN501 NSN g C505 CE 0 14 TC50 1 TC74VHCT245AF EK F Transistor Array TASO 4 TD62785F EL
109. CCQ MD15 VSS AN3 ANO VSS TxD1 TxDO Ground VSSPLL ADC analog input 2 MD6 ADC analog input 1 MD7 Ground MD8 Serial input 1 MD9 External sync clock input 1 VDD USB external clock input 48 MHz VDD Power SUPPI Ground VSS Ground USB function data VCCQ Power supply 3 3 V Ground VSS Ground USB host data VCCQ USB voltage enable VCCQ Crystal oscillator output VSS Ground Crystal oscillator input 16 9344 MHz VCCQ Power supply 3 3 V Ground VSS Ground SH2A CPU chip select 7 VDD JTAG test reset input VDD JTAG test data input D31 PF7 JTAG test clock input D30 PF6 Power supply 3 3 V D29 PF5 Wave memory data bus 15 D28 PF4 Ground MD2 ADC analog input 3 MD3 ADC analog input 0 MD4 Ground MD5 Serial output 1 VDD Serial output 0 VDD VSS Ground D27 PF3 FUNC_DP USB function data D26 PF2 VSS Ground D25 PF1 HOST_DP USB host data D24 PFO SH2A CPU data bus 24 SCL E bus 2 clock input output 5V compatible MA2 Wave memory address bus 2 VSS eund MA1 Wave memory address bus 1 VSS MDO Wave memory data bus 0 CSAN PJ3 SH2A CPU chip select 4 MD1 Wave memory data bus 1 TIOCOA PJ7 PWM output VSS Ground TESTN Test input VSS TMS JTAG test mode select input D23 PE7 SH2A CPU data bus 23 VCCQ D22 PE6 SH2A CPU data bus 22 VCCQ D21 PE5 SH2A CPU data bus 21 SH2A CPU data bus 20 Wave memory address bus 6 Wave memory address bus 5 Wave memory address bus 4 Wave memory address bus 3 PLL analog ground Wave memory data bus 6 Wave memory da
110. DISASSEMBLY PROCEDURE Precautions Notes on Flat Cable Contacts are visible from the back Pay attention not to insert and install the cable to the connector inversely Photo 1 1 F ETT gi Es 4 pike 2 n lt 4 i z EN Ad tal ab Front Side Back Side Photo 1 1 JA PAD UNIT R Time required About 1 minutes 1 R 1 1 1 Remove the four 4 screws marked 150A and three 1 1 150A 4 160A 3 3 screws marked 160A The pad unit R can then be R 1 2 removed Fig 1 Fig 2 Left side view Right side view 150A 150 BIND HEAD TAPPING SCREW S S BIND 3 0X6 MFZN2B3 WE87780R Fig 1 841 lt Bottom view gt lt Top view gt PAD UNIT R 160A 160A 160A BR PAD UNIT 160C 3
111. ELECTRONIC PERCUSSION PAD LOT gt L MIJL TI 1 YAMAHA CONTENTS HX SPECIFICATIONS 3 4 PANEL LAYOUT 5 CIRCUIT BOARD LAYOUT 6 WIRING kk 8 DISASSEMBLY PROCEDURE 9 LSI PIN DESCRIPTION LSI 14 IC BLOCK DIAGRAM IC 16 CIRCUIT BOARDS 18 TEST PROGRAM 24 37 SAVING and LOADING A FILE amp eee 50 53 UPDATING Fy ZF F ce a eee 56 FORMAT OF USB MEMORY DEVICE USB 58 INITIAL FACTORY SETTING 7 2 8 59 DISPLAY MESSAGES 60 62 BOOT SEQUENCE 2807 T 2 X 64 65 PARTS LIST OPTION BLOCK DIAGRAM MAT1 CIRCUIT DIAGRAM ED 011962 YAMAHA DTX MULTI12 20091125 94500 ANAN MN MATI 20091125 5250 Copyright c Yamaha Corporation All rights reserved PDF DH 09 11 DTX MULTI 12 IMPORTANT NOTICE This manual has been provided for the use of authorized Yamaha Retailers and their service personnel
112. GND DGND DGND DGND DGND 477 ssS355 TE 47 lt to SENSOR UNIT CT PAD5 sa 18 199 88 ding HB500V 40 2 PAD_TGI5 DE ps 2 BK 186 m ly m iUTN B zB o 1 I 77 77 DGNDDGND DGND DGND DGND DGND DGND P478 188358 TE 17 K OP AMP R490 to SENSOR UNIT ST PAD6 CN310 AR 88 1 133045 R472 043 P496 aaoov 40 2 PAD TG 6 BLM21B7515 DN ANG 5 2e B20K o 04u_ w 5 5518 33 59 5 77 77 DGNDDGND DGND DGND DGND DGND DGND 3 3D Int PAD SW 1 6 Int PAD SW 7 1 HA30 1 10K 4 CN311 N 5597 21CPB7F 5597 21CPB7F 1 ot OK mv lt o 1 I3 Front side aZ TT pap swit3 to PAD SHEET SWITCH a565 1 716W PAD_Sw 4 R574 1 16W PAD_Sw 7 if a566 0 1 46M PAD_Swl2 F572 1 16W PAD_SW 8 4 R567 0 1 16 2 5 131 A573 1 16W PAD_SW 9 NO R568 0 1 16W PAD_SWI 4 Rs74 1 16W PAD_SWI 10 PAD SwI5 E 41 16 PAD Sw 6 7 PAp swl3a1 m i a s B PT SPT SETS PT SPTSETS a A K aa 1 a g D gia a 8 ol p jo 16 2 pii dE o PTS T8 0 IO 2 o 6 Le XX L XX 7 7 7 7 3 3DGND 3 3DGND 3 3DGND 3 3DGND 3 3D Y TRANSCEIVER I
113. I J Now importing EXIT to cancel Now loading EXIT to cancel Now recording Now saving EXIT to cancel Now working EXTT Overwrite Pattern stored USB Please keep power on Please stop sequencer Read only file ail UCP ore CA a
114. IL7 5 and press the ENTER button You will be asked to confirm that the USB mem ory device is to be formatted To proceed press the ENTER button The following message will be displayed as the memory device is being formatted N CAUTION When formatting a USB memory device it must not be unplugged from the USB TO DEVICE port and the memory device and the DTX MULTI 12 must not be turned off Failure to observe this precaution can lead to the memory device or the DTX MULTI 12 being permanently damaged When the formatting process has been completed the message Completed will be displayed Following this the display will return to the Format page UTIL 7 5 USB gt EE AN USB NOTE USB
115. IND 14 ML 512Uw P524 sol4FP EW ST 13 WAVE LD520 SML 512MW R529 so 2 SILA 100 TRIG IND 12 LD512 ML 512UW R522 sol1P EW STL 4 100 EXTEHNAL EEE R523 p A SI 5 5014 D505 Sw505 PTA 1 155355 17 UTILITY o sole D506 PTA 4 1SS355 TE 17 CLICK ON OFF SML 512UW 5012 8531 STI6 D 1 188355 17 o o D 10 SML 5412MW 5013 R532 1 16W 81101 507 SW507 PTA 3 PTA 3 D514 aver 106 155355 17 a i PTA 5 54 22 D515 1SS355_TE 17 lt 77 0816 155355 17 lt to JK CN304 lt Page 6 B 5 gt D C B A DTX MULTI 12 155355 TE 17 VT332900 DIODE 1A 40V PN D501 516 2 1 ANODE 2 CATHODE VH601 RKOSK 12 MASTER VOLUME for OUTPUT A10k AGND 28 1 2001051727 3 Ceramic Capacitor ll PN VR CIRCUIT DIAGRAM DTX MULTI 12
116. IP 10 0K603MJRECT 7 v 7 9 gt NS RD457100 CARBON RESISTOR CHIP 10 0K 63M J RECT 7 Hm 01 RD454470 CARBON RESISTOR CHIP 47 0 63M J RECT F 7 01 0454470 CARBON RESISTOR CHIP 47 0 63M J RECT T 7 A A 01 RD454470 CARBON RESISTOR CHIP 47 0 63M J RECT 7 W Hm 01 1 211800 RESISTOR ARRAY 10KX4 af WH211800 RESISTOR ARRAY 10K X 4 5 7 L 01 WH206200 RESISTOR ARRAY 47 X4 5 7 L 01 WH206200 RESISTOR ARRAY 47 X4 5 7 L 01 WH206200 RESISTOR ARRAY 47 X4 v 01 2181 WH206200 RESISTORARRAY 1 JE 7 Vv 22134108 WH206200 RESISTOR ARRAY 47 X4 5 7 L 01 WH206200 RESISTOR ARRAY 47 X4 mr L 01 WH206600 RESISTOR ARRAY 68 X4 J AMIN 7 01 WH206600 RESISTOR ARRAY 68 X 4 Van 27 01 _RA33 WH204600 RESISTOR ARRAY HP Ot WH204600 RESISTOR ARRAY 10X4 JY J PUAN 01 WH204600 RESISTOR ARRAY 10X4 L 01 WH204600 RESISTOR ARRAY 10X4 Rs 2221 54 01 WH206200 RESISTOR ARRAY 47 X4 in 7 1 01 2286 WH206200 RESISTORARRAY 9 T Vv 4 811 le WH211800 RESISTOR ARRAY 10K X 4 mr g 01 WH206200 RESISTOR ARRAY 47 X4 5 7 L 01 WH211800 RESISTOR ARRAY 10K X4 mr v 01 WH211800 RESISTOR ARRAY 10K X 4 7 v 01 RAGA WH206200 RESISTORARRAY 9 T Vv 4 C f r o WH206200 RESISTOR ARRAY 47 X4 5 7 L 01 VV556400 TRANSISTOR 2SC2412K Q R
117. IT DIAGRAM 2 2 002 DTX MULTI 12 DA204K V374900R DIODE ARRAY 2A X2 JK DA301 317 DA324 DA325 3 1 CATHODE2 2 ANODE1 3 CATHODE ANODE2 RB500V 40 V2376600 DIODE JK D331 340 D359 370 gh 1 ANODE 2 CATHODE 155355 17 VT332900 DIODE 1A 40V JK D317 330 0341 346 0371 D372 1 ANODE 2 CATHODE SENSOR UNIT position OL 885 IL 3D o muU 10322 0374 FE NJMeBO3MUTE41 0 z 45D 188355 TE 17 i 2 E a PAD_SwI 13 lt Ax 3 10 55 L319 BLM218751S DGND Vref 1 79V Q 43 3D lt Ho Ic3oe ly NJMeBO3M TE4 0 N 5 7 m PAD_SWI 14 z D 5 mu Vref 0 87V 188355 TE 17 R440 3D i 0 x S8 m8 Qu lt D331 a R445 aD pap TGl7 146 bi Y 3 0 5 M 7 N N DGND DGND DGND 990 DOND Bog 031703220327 171601 ek kk OP AMP 155355 TE 17 R441 DGND 3 3D bp ox mo go IC308 59 QI 0 JK308 21 C40 ag 0332 PAD_TG B YKB2i 524 BLMS1B7515 7 ia 40 1 82 29 sus pi 9 ad at Y 2013 x 7 7 DGND DGND DGND OGND DGND 031803230328
118. ITOR CHIP 100P 50V J RECT 5 E EE 01 US062100 CERAMIC CAPACITOR CHIP 100P 50V J RECT 3 79 7 7760 5027 01 6378 95062100 CERAMIC CAPACITOR CHIP 100P50VJRECT SLDI 1 0 05061470 CERAMIC CAPACITOR CHIP 47P 50V J RECT CC H 01 V3152100 CERAMIC CAPACITOR CHIP 100P 50V J RECT CH 01 V3152100 CERAMIC CAPACITOR CHIP 100P 50V J RECT CH 01 US061470 CERAMIC CAPACITOR CHIP 47P 50V J RECT CH 01 0391 US064100 CERAMIC CAPACITOR CHIP 0010050 01 US064100 CERAMIC CAPACITOR CHIP 0 0100 50V K RECT B 01 US064100 CERAMIC CAPACITOR CHIP 0 0100 50V K RECT 2 B 01 US064100 CERAMIC CAPACITOR CHIP 0 0100 50V K RECT B 01 US061220 CERAMIC CAPACITOR CHIP 22P 50V J RECT CH 01 6397 05061220 CERAMIC CAPACITOR CHIP 22P50VJRECT CH I 11 US063100 CERAMIC CAPACITOR CHIP 1000P 50V K RECT Z tg 01 US063100 CERAMIC CAPACITOR CHIP 1000P 50V K RECT B 01 US064100 CERAMIC CAPACITOR CHIP 0 0100 50V K RECT 7 01 05064100 CERAMIC CAPACITOR CHIP 0 0100 50V K RECT T v7 EZB 01 C410 V8085400 CERAMIC CAPACITOR CHIP 0 1000 25 K RECT FONT B er c 01 US062100 CERAMIC CAPACITOR CHIP 100P 50V J RECT Z gt S L
119. It has been assumed that basic service procedures inherent to the industry and more specifically Yamaha Products are already known and understood by the users and have therefore not been restated WARNING Failure to follow appropriate service and safety procedures when servicing this product may result in personal injury destruction of expensive components and failure of the product to perform as specified For these reasons we advise all Yamaha product owners that all service required should be performed by an authorized Yamaha Retailer or the appointed service representative IMPORTANT This presentation or sale of this manual to any individual or firm does not constitute authorization certification recognition of any applicable technical capabilities or establish a principal agent relationship of any form The data provided is belived to be accurate and applicable to the unit s indicated on the cover The research engineering and service departments of Yamaha are continually striving to improve Yamaha products Modifications are therefore inevitable and changes in specification are subject to change without notice or obligation to retrofit Should any discrepancy appear to exist please contact the distributor s Service Division WARNING Static discharges can destroy expensive components Discharge any static electricity your body may have accumulated by grounding yourself to the ground bus in the unit heavy gauge black wires connec
120. MIDI code output for judgment result OK AO 02 02 NG None How to quit test In case of OK press the INC button to proceed to the next test In case of NG press the EXIT button 5 times and the following screen will appear Press the INC button to proceed to next test 15 SW IN13R1 16 PAD SW IN13R2 Test Code 15 AO OF 00 16 AO 10 00 Initial indication Example Test contents Check that the external drum pad rim switch compatible circuit works normally Test method Press the ENTER button to execute the test Connect the 3 zone drum pad with rim switch or rim switch circuit of measuring instrument to PAD B terminal Press the rim switch in the right side of drum pad in test item 15 PAD SW test or press the rim switch in the left side of drum pad in test item 16 PAD SW IN13R2 test Check item Check the test result indicated on LCD when the rim switch 18 pressed Judgment indication Example In case of OK In case of NG MIDI code output for judgment result OK A0 XX 02 NG A0 XX 03 Refer to test code for XX How to quit test Press the INC button to proceed to next test DTX MULTI 12 17 Trigger IN13 18 Trigger IN14 19 Trigger IN15 20 Trigger IN16 21 Trigger IN17 Test Code 17 AO 11 00 18 AO 12 00 19 AO 13 00 20 AO 14 00 21 AO 15 00 Initial indication Example Test contents Send a signal
121. N USB Bus pu ai gt VR302 Over current MRDN PTGIO 13 34 power CN10 controller 221 11 2 VOLUME os A TO DEVICE MD 0 15 a TR MUTE gt Ne P j Function D D PTC 0 7 PTA 0 7 EIGN 256Mbit 5 e CN9 VBUS RESN pTe 7 PTD 0 2 PTB 0 6 SpA IC11 56P z 5 RESET 1 m 9A 3 3D 4 5 Regulator Reset 2 232 16 43 9j IN 5A A 5 lt 9 IC6 5P Wave ROM MUTE MIDI IC4 3P mm x Flash nm Jour E 512Mbit gt Regulator Regulator 13 94 i643 56 I TR MUTE 269 120 lt 1 2D 3 30 3 30 c 5D IN rae Il ad d MUTE MUTE 41992 IC7 3P Not installed n Circuit IcN7 CN301 m 10P 10P 49A DCDC bs DCDC 9 lt 50 50 12V PTC 0 7 PTD 0 2 29 1 304 10 306 9 Regulator Poly dii P lt gt 49P lt 12V EMEN Switch 12V D TA502 IC301 3P T 9 idquc CUM JK301 MASTER LCD 3 m 18 1 VOLUME Character 16 2 BSS voe 304 BP i UTILITY CN601 8P 28CA1 2001051724 1 BLOCK DIAGRAM DTX MULTI 12 3 Q O N M L K J H G F E D DM CIRCUIT DIAGRAM 1 2 001 DTX MULTI 12 DTX MULTI 12 R305 17 48 L302 SLF7045T 331MR25 KU 50
122. OIL INDUCTOR CHIP 3 3uH VLCF5020T S o 7 gt X ow WP334400 COIL INDUCTOR CHIP 10uH 01812 187100 47uH JESF aga 11 WH559500 CHIP INDUCTANCE BLM18PG471SN1D 1 01 WH559500 CHIP INDUCTANCE BLM18PG471SN1D 1 01 V3224300 COIL INDUCTOR CHIP BLM41PG181SN1L 01 V3224300 COIL INDUCTOR CHIP BLM41PG181SN1L 01 _R308 RD355220 CARBON RESISTOR CHIP 220 063MJRECT 01 RD356100 CARBON RESISTOR CHIP 1 0K 63M J RECT 7 01 WB255100 CARBON RESISTOR CHIP 4 7K 063 D 1608 Xo 7 amp WB256200 CARBON RESISTOR CHIP 15 0K 063 D 1608 F Cay aa WB252500 CARBON RESISTOR CHIP 270 0 063 D 1608 Fy 7 T R336 WA02620R CARBON RESISTOR CHIP 47K 110DRECT F v 7 B E p 0 WA02620R CARBON RESISTOR CHIP 4 7K 1 10 D RECT Fy 7 E iK F 01 RD356390 CARBON RESISTOR CHIP 3 9K 63M J RECT v 7 KB T 01 RF35712R CARBON RESISTOR CHIP 12 0K D 1608 7 01 RF35712R CARBON RESISTOR CHIP 12 0K D 1608 s 7 8 01 _R365 RD357100 CARBON RESISTOR CHIP 100K63MJRECT v 7 mt RD356470 CARBON RESISTOR CHIP 4 7K 63M J RECT 7 85 01 RD357100 CARBON RESISTOR CHIP 10 0K 63M J RECT v 7 KB 8 01 RD357100 CARBON RESISTOR CHIP 10 0K 63M J RECT y 7 FE 8 01 RD3
123. OR CHIP 10 0 63 Foy 7 01 RD35456R CARBON RESISTOR CHIP 56 0 63M J RECT f y 7 4 01 WH211800 RESISTOR ARRAY 10K X 4 7 L 1 01 WH211800 RESISTOR ARRAY 10K X 4 01 VD303700 TRANSISTOR 2SC3326 A B TE85R 2 GO 01 VD303700 TRANSISTOR 2SC3326 A B TE85R 2SC 01 New Parts RANK Japan only 17 DTXM12 JK VR and PN REMARKS V4767500 TRANSISTOR 2SD0601ARL AQL Q R S 250 VV556400 TRANSISTOR 2SC2412K Q R S TP F gt gt X X 4 WC52950R TRANSISTOR KTA1504S Y GR RTK gt V A VD303700 TRANSISTOR 2SC3326 A B TE85R 25 01 TR309 VD303700 TRANSISTOR 25 3326 858 2SCl 0 VJ92720R TRANSISTOR 2SA1162 Y TE85R F 25 01 UR848100 ELECTROLYTIC CAPACITOR 100 00 25 0V RX TP 5 zj gt 01 UR848100 ELECTROLYTIC CAPACITOR 100 00 25 0V RX TP 5 gt 01 UR838100 ELECTROLYTIC CAPACITOR 100 00 16 0V RX TP 5 Z 01 C316 UU268100 ELECTROLYTIC CAPACITOR 100 0050 0VRXTP F W l N 01 UU247470 ELECTROLYTIC CAPACITOR 47 00 25 0V RX TP AS 2 F W 01 UU247470 ELECTROLYTIC CAPACITOR 47 00 25 0V RX TP ayes MANG F W 01 UU247470 ELECTROLYTIC CAPACITOR 47 00 25 0V RX TP pd S F W 01 UU247470 ELECTROLYTIC CAPACITOR 47 00 25 0V RX TP RNAI F W 01 UU26722R ELECTROLYTIC CAPACITOR 22 00
124. R volume and PHONES volume should be set at MAX Input sine wave to Lch and Rch of AUX IN insert standard stereo plug to the PHONES terminal and measure each output level Insert standard PHONE plugs to OUTPUT L MONO and OUTPUT R terminals and measure level at each output Check item Input sine wave of 0 dBu 1 kHz 5 Hz with distortion of 0 1 2o or less to the AUX IN Lch Rch PHONES Lch Rch Level 6 5 2 dBu load of 33 OUTPUT L MONO OUTPUT R Level 87 dBu or less Judgment indication None MIDI code output for judgment result None How to quit test Press the EXIT button to return to the test number selection screen Press the INC button to proceed to next test 32 ROM IC10 Test Code AO 20 00 Initial indication Test contents Executes ID Read test of the PROGRAM ROM FLASH ROM Device ID is obtained from the ROM and is compared with the specified ID Test method Press the ENTER button to execute the test Check item Check the test result indicated on the LCD Judgment indication In case of OK In case of NG MIDI code output for judgment result OK AO 20 02 NG AO 20 03 How to quit test Press the INC button to proceed to next test 33 ROM IC11 Test Code AO 21 00 Initial indication Test contents WAVE ROM P2 ROM data is read from the specified address and is compared with the prescrib
125. RAMIC CAPACITOR CHIP 0 3300 50V K KAKUT 209 gt B V8085400 CERAMIC CAPACITOR CHIP 0 1000 25V K RECT B 01 US046100 CERAMIC CAPACITOR CHIP 1 00 25V K RECT T ow J Ot B 01 _C352 V7497600 MONOLITHIC CERAMIC CAP CHIP 1 000 25V K RECT EL 01 WR145600 MONOLITHIC CERAMIC CAP CHIP 4 7 25V K KAKUTE 7 Me ka 7 WR145600 MONOLITHIC CERAMIC CAP CHIP 4 7 25V K KAKUTE Fy Z34388 t gt WF547900 CERAMIC CAPACITOR CHIP 10 000 25V K KAKUT Wo wu 7 ob F 01 WF547900 CERAMIC CAPACITOR CHIP 10 000 25V K KAKUT T AWA 7 01 0365 V3152100 CERAMIC CAPACITOR CHIP 100P50VJRECT C H 88001 0 V3152100 CERAMIC CAPACITOR CHIP 100P 50V J RECT CH 01 US14510R CERAMIC CAPACITOR CHIP 0 1000 25V Z RECT LENF F 01 US14510R CERAMIC CAPACITOR CHIP 0 1000 25V Z RECT F ek 01 US14510R CERAMIC CAPACITOR CHIP 0 1000 25V Z RECT AA F 01 _ US14510R CERAMIC CAPACITOR CHIP 0 100025VZRECT 7 v 7 CF 01 US14510R CERAMIC CAPACITOR CHIP 0 1000 25V Z RECT T ow J 01 US14510R CERAMIC CAPACITOR CHIP 0 1000 25V Z RECT ot F 2 01 WF547900 CERAMIC CAPACITOR CHIP 10 000 25V K KAKUT 2 B F 01 US14510R CERAMIC CAPACITOR CHIP 0 1000 25V Z RECT To J 01 US14510R CERAMIC CAPACITOR CHIP 0 1000 25V Z RECT gt F 01 US
126. S TP 5 S Z 2 01 VV556500 TRANSISTOR 2SA1037AK Q R S TP 2SA 01 WB872100 QUARTZ CRYSTAL UNIT 16 9344MHz SMD 49 03 2221 WH521200 QUARTZ CRYSTAL SG 310SCF48MHz x 3 04 WQ704200 CIRCUIT BOARD JK J 7 WR84760 YA415CO WQ704400 CIRCUIT BOARD VR V y WR84760 YA415CO WA45810R ELECTROLYTIC CAPACITOR 1000 25 0V TATETE DC 24 P W 01 CN301 VB39060R CONNECTOR PHOPTE lt 1 VB39040R CONNECTOR PH 8P TE N A 01 VB38980R CONNECTOR PH 2P TE N 01 VB38980R CONNECTOR PH 2P TE 01 WR172300 CONNECTOR 5597 21P TE F F C CN312 WR172300 CONNECTOR 5597 21PTE FFCC VB39040R CONNECTOR PH 8P TE 01 VR313500 DIODE S3V20 Jl Gf 01 V9917100 DIODE S3V60 5004P15 a 4 01 XQ824A00 IC NJM4556AD C OP AMP 02 JK301 VJ20740R CONNECTOR ievDC3AHEC23006 C v 7 DCINTJV 01 VK519000 CONNECTOR DIN JACK 5P3 YKF51 50 D N N 2 MIDI IN OUT 04 V586660R CONNECTOR JACK YKB21 5312 7 Z AUXIN 03 VY69540R CONNECTOR JACK YKB21 5244 F gt AA Z 2 OUTPUT L MONO 02 VY69540R CONNECTOR JACK YKB21 5244 OUTPUT R 02 JK306 VT799400 CONNECTOR 21 5245 v 7 02 VT799400 CONNECTOR YKB21 5245
127. STOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP RESISTOR ARRAY RESISTOR ARRAY RESISTOR ARRAY RESISTOR ARRAY RESISTOR ARRAY RESISTOR ARRAY RESISTOR ARRAY 10 0K 63M J RECT 47 0 63M J RECT 47 0 63M J RECT 47 0 63M J RECT 47 0 63M J RECT 68 0 63M J RECT 68 0 63M J RECT 1 0K 63M J RECT 10 0K 63M J RECT 68 0 63M J RECT 1 0K 63M J RECT 150 0 63M J RECT 150 0 63M J RECT 47 0 63M J RECT 47 0 68M J RECT 0 00 63M J RECT 150 0 63M J RECT
128. T 01 CHIP INDUCTANCE 600 BK1005HM601 T 01 CARBON RESISTOR CHIP 560 0 63M J RECT TN8 IL Ja FE Gin CARBON RESISTOR CHIP 0 00 63M J RECT 7270 01 RANK Japan only 9 DTXM12 10 PART NO RD457100 RD454470 RD454470 RD454470 RD454470 RD454680 RD454680 RD456100 RD457100 RD454680 RD456100 RD45515R RD45515R RD454470 180454470 RD45515R RD45000R RD45515R RD454470 180454220 RD454220 RD45522R RD454220 RD454220 180454470 RD454470 RD455100 RD456100 RD456100 RD457100 RD456100 RD456100 RD457100 RD456220 RD456220 RD45615R RD15447R RD15447R RD45518R RD45518R RD457100 RD45747R RD457100 RD457150 RD457150 RD456270 RD456220 RD45615R RD454470 RD454470 RD45000R RD45000R RD45000R RD45000R RD45000R RD45000R RD457100 RD457100 RD454470 RD45000R RD457100 RD457100 RD454330 WH211800 WH211800 WH206200 WH206200 WH206200 WH206200 WH206600 New Parts CARBON RESISTOR CHIP DESCRIPTION CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CI CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESI
129. T301 c 0588 C58 0 1 C352 0970 D364 10 0346 neq 0363 2 0366 036 Tj s 4 2 84 DA304 amp i 8 5 1029 5 S88 98 Z 6523 ES aa DA307 032 DA309 R566 0351 R512 C460 RST S R510 459 8509 563 42 C503 0332 8 4 w C308 10322 1 282 aque 1306 24 8 gt N i 8 R e a 001 C gt 2 5 58 C334 e 8 e 10339 87 N 16301 2 a Y 156 gt DA324 R560 227 C311 R304 2 DA305 DA30 10302 JK311 JK310 3 JK307 03 7 nar 222 1343 DA303 x C Js iE 8 0 olm n E 0304 z 3 O TT D302 D303 i R303 MIDI OUT 0 2 0 0 E O B JK301 5 a 0 0 0 0 kaa j 0 0 D OUT IN inda MD FOOT SW CTRL O 2NA WR84760 A 20 DTX MULTI 12 e VR Circuit Board C O 415 2 8H39 U TOPR NOLLOS f O x E MASTER VOLUME Component side Pattern side to PAD SHEET SWITCH Rear side to PAD SHEET SWITCH Front side to DM CN8 to DM CN6 T L J L J NG ss WS 1 I I a 4 2 RA303 31 17 812 1 CN303 IC314 C466 12 2 70498 s g R362 Rabi 8 i5 12 un 58 W E lo go gt RA302 am Jii e gt 28 8 e 472 CN912 FFE
130. TPUT L MONO OUTPUT R PHONES Lch PHONES Rch Frequency Waveform Level Distortion Level Frequency Waveform Level Distortion Level 1 kHz 5 Hz sine wave 3 5 2 dBu load of 10 KQ 0 5 or less 75 0 dBu or less 1 kHz x 5 Hz sine wave 6 5 2 dBu load of 33 Q 0 5 96 or less 55 dBu or less load of 33 2 Input sine wave of 0 dBu 1 kHz 5 Hz with distortion of 0 1 or less to the AUX IN Rch Connect the Lch to the GND OUTPUT R OUTPUT L MONO PHONES Rch PHONES Lch Frequency Waveform Level Distortion Level Frequency Waveform Level Distortion Level Judgment indication None 1 kHz 5 Hz sine wave 3 5 2 dBu load of 10 KQ 0 5 or less 75 0 dBu or less 1 kHz 5 Hz sine wave 6 5 2 dBu load of 33 Q 0 5 or less 55 dBu or less load of 33 Q MIDI code output for judgment result None How to quit test Press the EXIT button to return to the test number selection screen Press the INC button to proceed to next test 31 AUX IN ph Test Code AO 1F 00 Initial indication Test contents Check that signal inputted from the AUX IN terminal is outputted from the OUTPUT terminal as specified signal Check also that no signal is output from the OUTPUT terminal Test method Press the ENTER button to execute the test The MASTE
131. TR307 7188 8 2 8 Int PAD SW 7 1 8 At ir P S Int PAD SW 1 6 RA301 c448 HA TR306 8 4891 j R386 cNatt MARE 874 28 e i td C486 tad C473 A 1 1 TR305 P VR CN601 21 C447 839 NI O R437 R436 E DA302 D328 1 8 0328 C384 RA01 0390 amp 8 009 wi e DA T 8 8 g 8 ON ANT 85 8 9 079 z 8 r O O 8 5 Bu 8 A GE 8 8 8 048 8 2 i Seeders 0902 EF 8353 EE 1526 916 9 4 1 nm cee 2H L TE ra 5 5 d 3 lt 5 S 2 5 e 10318 24 S R385 R384 Co sL E e 5 4 f qp Una 55 p336 ca z EE pasa 099 Bn D335 0331 7 25 JA 2317 PAD 4 5 ra Nana 8 1560 D317 __ 0319 8 ne es 18308 4 DA308 0322 0321 DA305 D324 9 09 9 8 5 JK307 0326 JK308 JK309 JK303 T un RAH e JK310 DA303 JK306 N N e LI U z 00 00 Joof joo oo 2 als E 397 M 0 0 0 5 0 0 C 0 0 0 0 0 0 0 VR302 O HH CTRL QD AUX IN PHONES I GAIN OUTPUT VOLUME Component side JK VR 2NA WR84760 A 21 DTX MULTI 12 e JK Circuit Board R393 R388 5 10316 e e A 2
132. UCTANCE CHIP INDUCTOR CHIP INDUCTOR CHIP INDUCTANCE CHIP INDUCTOR CHIP INDUCTOR CHIP INDUCTOR CHIP INDUCTOR R CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CARBON RESISTOR CHIP CHIP INDUCTANCE 600 BK1608HM601 T 600 BK1608HM601 T 2500 BK1608LM252 T 2500 BK1608LM252 T BLM21BD751CN1D2 BLM21BD751CN1D 2 BLM18PG471SN1D 1 BLM18PG471SN1D 1 BLM18PG471SN1D
133. US663100 US625100 US625100 V6802600 WA245700 WK450700 VS20110R VS20110R V9424900 V9424900 X6688A0R X4374A0R X0176C00 823100 YC432A00 X0661A00 X0661A00 XY806A0R WK139000 WK139000 WE863900 WE863900 WK139000 WK139000 WK139000 WK139000 WK139000 WK139000 RD455560 RD45000R New Parts ELECTRICAL PARTS DTXM12 DESCRIPTION 4 REMARKS QTY RANK ELECTRICAL PARTS DTXM12 CIRCUIT BOARD DM D WR84750 YA414BO CIRCUIT BOARD JK J K WR84760 YA415CO CIRCUIT BOARD VR V R WR84760 YA415CO 0704300 CIRCUIT BOARD IPN N P 84770 416 0 CIRCUIT BOARD DM D M 2 WR84750 YA414B0 CERAMIC CAPACITOR CHIP 0 100 10V K RECT B J 01 CERAMIC CAPACITOR CHIP 47P 50V J RECT CH 01 040 WG888300 MONOLITHIC CERAMIC CHIP 10 06 3VKTP saka MAN Th A A 2 01 CERAMIC CAPACITOR CHIP 470P 50V K RECT 7 01 0 010 16 K RECT 7 5 01 CERAMIC CAPACITOR CHIP 0 010 16V K RECT hey B 01 CERAMIC CAPACITOR CHIP 0 010 16V K RECT FT 01 CERAMIC CAPACITOR CHIP 0 010 16V K RECT v 7 2 B CERAMIC CAPACITOR CHIP 0 100 10V K RECT Fy Z gt B J 01 CERAMIC CAPACITOR CHIP 0 100 10V K RECT Fy Z B J 01 CERAMIC CAPACITOR CHIP 0 1
134. V PF 160 BIND HEAD SCREW BIND 3 0X6 MFZN2B3 WE878300 Fig 2 2 DTX MULTI 12 2 1 2 2 3 1 3 2 3 3 10 PAD UNIT F Time required About 3 minutes Remove the pad unit R See procedure 1 Remove the four 4 screws marked 150B and six 6 screws marked 160B The pad unit F can then be removed Fig 1 Fig 2 JK Circuit Board Time required About 5 minutes Remove the pad unit R See procedure 1 Remove the pad unit F See procedure 2 Remove the five 5 screws marked 130A and screw marked 170 The JK sheet assembly can then be removed Fig 3 Pay attention not to lose DC cord column when removing the screw marked 170 Fig 3 Remove the screw marked JK60 The DC angle can then be removed Fig 4 lt Rear view gt DC CORD COLUMN DC 2 2 1 2 2 3 1 3 2 3 3 3 4 APB 3 R 1 150B 4 160B 6 F 1 2 Z 5 R 1 F 2 130Al 5 11701 1 JK Ass 3 170
135. ct QW 17 16MB46lrocoA PJ7 uc HA44 D 1 0 A324 XX 47 u12 10 17 J 5 10 4 DIB 0 DGND 10k F a IRGO ID Q Deko 5 j WE DIO 0 ii 1 THQ14 D5N49 4 C54 7RD N 1 2 D4 0 01 INVERTER 8934 Py denen 1 3 4 U5 N17 2 CSO 0 PC 1 AW ED1 PC1 1 j A 1 2 1 WW P EDa Pca CN CN Di 7 BAS iZ PCI3 lt AwW B SIED3 PC3 0 10K 44 1 1 P514 1w P Senape gt lt gt Popis 1 2 gt 59 NG lt 002 J 2 gt a PCI51 4 US Eps pc5 es eee GB 1 16 Eo Pclel 1 B Velepe pce ABA PH7 DGND B 4 68x4 231 te LPCIZ1 xx e ED7 Pc7 2 223 WW BB m DGND 10K 4 P 101 lt v 0 002 J 1 gt 11 57 s POL IE Prop C mw Tat 7 ED9 P1 gt LE 4 eee H354 Aa PE Q Q 20115 4 5e RAZ te lt Tez ED11 PD3 Aig ANAA TORE yea H a tem O Hyp BOTS S 1 002 5 10 gt 4234 ED43 PD5 17 0 PDle wt V8lED14 PD6 NG 1 49 RAB PD 7 WR 2 10K 44 a PKIOI BEA 1 PKO 416 1 1151 US E A2 PK1 NA J Pklgl valEAa pka Ata WW 45 4 1 F lt 002 11 17 5 Va S RAS
136. d to remind you to stop pattern playback before performing the selected operation Read only file This message is displayed if you are attempting to perform a file operation using a read only file DTX MULTI 12 Message Sample is protected Full meaning This message is displayed if the selected audio file is write protected and cannot be overwritten Sample is too long Sample is too short This message is displayed if the audio file is too long to be loaded This message is displayed if the audio file is too short to be loaded Seq data is not empty Seq memory full System memory crashed This message is displayed upon activating Record Mode if no empty patterns are available for recording This message is displayed if the instrument s internal memory for sequence data is full making it impossible to perform record new patterns perform associated management tasks or load data from a USB memory device To free up some of this sequence memory delete unneeded User patterns This message is displayed if a problem occurred while writing data to the instrument s internal flash ROM USB connection terminated This message is displayed if connection with a USB memory device was lost due to the occurrence of an abnor mal electric current Unplug the USB memory device and press the ENTER button to return USB device full This message is displayed if a USB memory device is full and no mo
137. ease keep power on Completed UTIL8 FACTORY SET 0327 59 DTX MULTI 12 60 DISPLAY MESSAGES Message Full meaning Are you sure This message is displayed to confirm whether or not you wish to proceed with the selected operation This message is displayed if you attempt to perform a pattern management task even though a Preset pattern is currently selected Select a User pattern to proceed with the operation in question Choose user pattern Completed This message is displayed when loading saving formatting and other similar operations have been completed Connecting USB device This message is displayed when the instrument is busy mounting a USB memory device This message is displayed if operations such as wave editing cannot be performed due to the digital audio Copy protected source being copy protected This message is displayed while the instrument is busy performing formatting or another similar management task Please wait until the operation is completed File already exists This message is displayed if a file with the same name as the one you are about to save already exists File not found This message is displayed if no file of the selected type exists Illeaal file This message is displayed if the file selected for loading is unsuitable either
138. eck the test result indicated on the LCD Judgment indication In case of OK In case of NG MIDI code output for judgment result OK AO 23 02 NG AO 23 03 How to quit test Press the INC button to proceed to next test 36 Trig S IN04 37 Trig S IN05 38 Trig S IN06 39 Trig S IN07 40 Trig S INO8 41 Trig S INO9 Test Code 36 AO 24 00 37 AO 25 00 38 AO 26 00 39 AO 27 00 40 AO 28 00 41 AO 29 00 Initial indication Example Test contents Add signal looped from the PHONES terminal to the JK circuit board PH connector CN305 310 and check the followings inputted signal is inputted to the CPU at the proper value No signal is leaked to other inputs Attenuation value of waveform is normal The loopback destination of each test is 36 Trig S 04 CN305 37 Trig S 05 CN306 38 Trig S 06 CN307 39 Trig S INO7 CN308 40 Trig S IN08 CN309 41 Trig S IN09 CN310 Output waveform from PHONES terminal is sine wave with frequency of 4 kHz 12 0 dBu load of 10 This test is executed only during circuit board check Test method Press the ENTER button to execute the test The following screen example will appear when the test is started Set the PHONES volume to the MAX Input the signal outputted from the PHONES terminal to the CN305 to CN310 Check item Check the test result indicated on the LCD Judgment ind
139. ecute the test After the screen changes to the following indication connect the USB TO DEVICE and USB TO HOST terminals with a USB cable Press the ENTER button after the following screen appeared Check item Check the test result indicated on the LCD Judgment indication In case of OK In case of NG MIDI code output for judgment result OK AO 1B 02 NG AO 1B 03 How to quit test Press the INC button to proceed to next test 28 OUTPUT L Test Code AO 1C 00 Initial indication Test contents Check that specified signals are outputted from the OUTPUT and PHONES terminals Test method Press the ENTER button to execute the test The MASTER volume and PHONES volume should be set at MAX Insert standard PHONE plugs to both the OUTPUT L MONO and OUTPUT R terminals and measure frequency waveform level and distortion of each output After the measurement measure the output from the OUTPUT L MONO again after disconnecting the plug connected to the OUTPUT R terminal Insert standard stereo plug to the PHONES terminal and measure frequency waveform level and distortion of each output Do not insert a plug to the AUX IN terminal Check item OUTPUT L MONO Frequency Waveform Level Distortion OUTPUT R Level 1 kHz 1 5 Hz Sine wave 43 0 2 dBu load of 10 0 1 96 or less 89 0 dBu or less load of 10 KQ Operate
140. ed Fig 6 Remove the three 3 screws marked 80B The PN circuit board can then be removed Fig 6 Tighten the screws in the order of a b and c in Fig 6 when installing the PN circuit board to front case Fig 6 LCD Module Time required About 5 minutes each Remove the four 4 screws marked 90 The LCD module can then be removed Fig 6 VR Circuit Board Time required About 4 minutes each Remove the knob V Fig 2 Fig 7 Remove the screw marked 80C The VR circuit board can then be removed Fig 6 SHIELD PN PN LCD MODULE LCD 6 1 6 2 6 3 6 4 6 4 1 6 5 6 5 1 6 6 6 6 1 6 6 2 PN gt F LCD VR R 1 F 2 Assy 4 PN 5 80Al 3 PN aes Bd 6 BOBI 3 PN 6 PN 6 a b c 6 LCD 9 5 90 4 LCD 2707 XI 6
141. ed value Judgment is OK if the value agrees with the specified value All the address terminals and all the data terminals of the ROM are checked in this test Test method Press the ENTER button to execute the test Check item Check the test result indicated on the LCD Judgment indication In case of OK In case of NG DTX MULTI 12 MIDI code output for judgment result OK AO 21 02 NG AO 21 03 How to quit test Press the INC button to proceed to next test 34 ROM 1 13 Test Code AO 22 00 Initial indication Test contents Executes ID Read test of the WAVE ROM FLASH ROM Device ID is obtained from the ROM and is compared with the specified ID Test method Press the ENTER button to execute the test Check item Check the test result indicated on the LCD Judgment indication In case of OK In case of NG MIDI code output for judgment result OK AO 22 02 NG AO 22 03 How to quit test Press the INC button to proceed to next test 33 DTX MULTI 12 34 35 RAM Test Code AO 23 00 Initial indication Test contents Executes Write Read Verify test of the SDRAM Specific data is written on specific address group then the data is read and is compared with the written data All address lines and all data lines used by RAM are used for the test Test method Press the ENTER button to execute the test Check item Ch
142. either red nor green Check that LCD backlight is lighting The LCD should not be too bright or too dark when seen squarely Judgment indication In case of OK None In case of NG None MIDI code output for judgment result None How to quit test Press the EXIT button to return to the test number selection screen Press the INC button to proceed to next test 02 Panel SW Test Code AO 02 00 Initial indication Test contents Check that the panel switches operate correctly Test method Connect the headphones Press the ENTER button to execute the test Check item Turn on the panel switches from the MIDI to INC in the following order according to indication on the LCD Check also that the LED will light if a button with an LED 15 pressed Press the CLICK button and PTN button twice to check that the LEDs of the switches light in green and red Sine wave is outputted from the PHONES and OUTPUT terminals when each switch is turned on e Panel switch checking order MIDI Green gt VOICE Green CLICK Green gt CLICK Red EXIT No light ENTER Orange Orange V Orange gt Orange KIT Green PTN Green gt PTN Red gt WAVE Green UTILITY Green SHIFT No light gt STORE Orange DEC No light INC No light Judgment indication In case of OK In case of NG Example
143. ent task even though no wave data No wave data exists No unused MIDI note This message is displayed upon execution of a copy pad operation if no unused MIDI notes are available Now importing EXIT to cancel This message is displayed while the instrument is busy importing wave data Now loading EXIT to cancel This message is displayed while the instrument is busy loading a file Now recording This message is displayed while the instrument is busy recording a pattern Now saving EXIT to cancel This message is displayed while the instrument is busy saving a file This message is displayed while the instrument is tidying up after importing a wave or after you press the EXIT Now working button to cancel a load or save operation This message is displayed when saving files to confirm whether or not you wish to overwrite a file of the same Overwrite name already present on the USB memory device Pattern stored This message is displayed to confirm that the selected pattern has been successfully stored This message is displayed while the instrument is busy writing data to its flash ROM The instrument should Please keep power on never be turned off while in this state If this precaution is not observed user data may be lost or the internal system may be damaged rendering the instrument unable to startup normally when it is next turned on Please stop sequencer This message is displaye
144. ents having special characteristics are marked A and must be replaced with parts having specification equal to those originally installed SAVING DATA USB Saving and backing up your data Saved data may be lost due to malfunction or incorrect operation Save important data to external USB storage Be sure to Ye perform it Backing up the USB storage device USB To protect against data loss through media damage we USB recommend that you save your important data onto two USB USB storage devices SPECIFICATIONS Pad section Tone generator Trigger section Waves Sequencer Click track Other Built in pads External inputs Maximum polyphony Wave memory Voices Drum kits Effect
145. ication Example In case of OK In case of NG too Hi XX NG due to input level of XX XtIN OO XX NG due to signal leak of XX to the channel OO BAD CR Xx NG due to waveform attenuation value of XX MIDI code output for judgment result OK AO XX 02 NG AO XX 03 Refer to test code for XX How to quit test Press the INC button to proceed to next test 43 FactorySet Test Code AO 2B 00 Initial indication Test contents Executes Factory Set Test method Press the ENTER button to execute the test Check item Check the test result indicated on the LCD Judgment indication In case of OK In case of NG None MIDI code output for judgment result None How to quit test Press the INC button to proceed to next test If the Factory Set is executed the user memory data will be replaced by the initial setting at the time of shipment Take care not to lose important data Store necessary setup data to USB memory or the like in advance DTX MULTI 12 44 Exit Test Code AO 2C 00 Initial indication Test contents Finishes the test program mode and resets to the normal operation mode Checks residual noise pad circuit operation and click noise Test method Press the ENTER button to execute the test Press the ENTER button again in the test mode to start the normal operation mode Check item Check that the normal operation m
146. ime required About 5 minutes Remove the pad unit R See procedure 1 Remove the pad unit F See procedure 2 Remove the front case assembly See procedure 4 Remove the four 4 screws marked 130C and remove the DM circuit board with the shield DM Pay attention not to lose earth plate when removing the screws marked 130C Remove the four 4 screws marked 140 and separate the DM circuit board and shield DM Fig 5 e JK SHEET ASSEMBLY JKZ hAss y DC ANGLE DC PUSH BUTTON ANGLE BRACKET U SHIELD JK JK JK40 BIND HEAD TAPPING SCREW B B BIND 3 0X12 MFZN2W3 WE98740R UK60 BIND HEAD TAPPING SCREW S S BIND 3 0X6 MFZN2W3 WE877900 Fig 4 4 4 1 4 2 4 3 5 1 5 2 0 9 0 4 DTX MULTI 12 JK401 2 U 5 JK JK 4 JK 4 JK JK 4 Ass y 4
147. ine wave Level 3 0 2 dBu load of 10 k 2 Distortion 0 1 96 or less OUTPUT L MONO Level 89 0 dBu or less load of 10 Operate the MASTER volume to check that volume from the OUTPUT R is changed smoothly PHONES Rch Frequency 1 kHz 1 5 Hz Waveform sine wave Level 46 0 2 dBu load of 33 Q Distortion 0 1 or less PHONES Lch Level 58 dBu or less load of 33 2 Operate the PHONES volume to check that volume from the PHONES Rch is changed smoothly Judgment indication None MIDI code output for judgment result None How to quit test Press the EXIT button to return to the test number selection screen Press the INC button to proceed to next test 30 AUX IN LR ph Test Code AO 1E 00 Initial indication Test contents Check that signal inputted from the AUX IN terminal is outputted from the OUTPUT terminal as specified signal 31 DTX MULTI 12 32 Test method Press the ENTER button to execute the test Input sine wave to the Lch and Rch of the AUX IN terminal with standard monaural plug connected to the OUTPUT terminal and measure output waveform level and distortion of the OUTPUT L MONO and OUTPUT R terminals Operate the AUX IN GAIN volume to check that volume is changed Check item Input sine wave of 0 dBu 1 kHz 5Hz with distortion of 0 1 or less to the AUX IN Lch Connect the Rch to the GND OU
148. ite UPDATER UPDATER erase complete D SHIFT ON OFF LET 57 DTX MULTI 12 58 FORMAT OF USB MEMORY DEVICE USB Certain types of USB memory device must be formatted before they can be used with your DX MULTI 12 The correct way to format such a device is as follows N CAUTION All data on the USB memory device will be deleted during the formatting process Before formatting a memory device therefore ensure that any important data it contains is backed up In certain cases USB memory devices formatted on a computer will not be recognized by the DTX MULTI 12 Be sure therefore to always use this instrument to format memory devices that will be used with it Plug the USB memory device into the USB TO DEVICE port on the side of the DTX MULTI 12 Navigate to the Format page UT
149. l Xo HosT_ppIB41H51 1 16 HOST DP ga 155 ob 1 DGND olneng 15 TO HOST HoST _DMIA44 H5a 45 TL56 96 TR THa VBUS 5158 5 OVER CURRENT NE 14 Z OVER_CURRENT w SS TL57 1 16w2SC2412K LLS M POWER ENgJA12R53 4 220 TL58 lo 8 5 FuNc_pp B2 R54 TL59 um FUNc_DMM 23 1 16w FUNC DM PTALO 118 BK1005HM amp O 1 T DGND 1 ANODE 1 vausIEB 1 16w VBUS LAA BK 1005HM601 T Q 11 m No ground pattern Pu LuP Eua DS RRO PULLUP ENB L20 BK1005HM601 T 12 to PN CN501 85 inside layers too 2 CATHODE 2 Cn bit 221 0017164 e L21 BK1005HM601 T 2 13 CN10 L UcLkAZ 1 1 1 14 T_ aioi AL Oo 23 BK1005HM601 T TL43 15 lt Page 8 T 2 gt ested 12K 1 1 6W 1 46W PU Q ANODE 2 L24 BK1005HMS01 T AN2 L26 BK 1005HM501 T has el 8 e D1F60 VS201 1 OR ing L27 BK 1005HM6O 1 T 11 47 9 VREFADC 5 Ou PTB 2 28 BK1005HM601 T TL48 VD DIODE 1 0A 600V EAD 9 L29 01 1 maso 9m SSS DM D1 d PTBIS 141 01 TL51 d PTBI6 L32 0 TL52 6 gt R61 1 168 ot 1 65 48 155372 1 lt D 10 gt ZZ 0 010 0 alalalala R65 1 16W O2 NINININI NINI NI R SR RI R 192 gt ul
150. l User triggers and util ity settings All User kit data AllWave All wave data AllPattern All User pattern data All Trigger All User trigger data Utility Utility settings All AllKit AllWave AllPattern AllTrigger Utility If you select AllPattern despite User patterns having not being created a No Data error message will be displayed and no data will be saved If you select AllWave despite all waves still being empty a Wave Data error message will be displayed and no data will be saved Specify a file type using the Type parameter and press the ENTER button The Name page UTIL7 1 2 will open Set a name for the file to be saved File name The buttons can be used to move the flashing cur sor and the DEC and INC buttons can be used to scroll through the available characters File names can be up to eight characters long Any space characters included in file names will be automatically replaced with _ i e an underscore When you have set a file name press the EN TER button You will be asked to confirm that the data is to be saved To proceed press the ENTER button Alternatively you can press the EXIT button to return to Step 5 above without saving If a file of the same name already exists you will be asked to confirm whether it is to be overwritten as shown below If you wan
151. ll User pattern data Pattern A single User pattern All Trigger All User trigger data Irigget A single User trigger setup UHLY Utility settings All AllKit Kit AllWave Wave AllPattern Pattern AllTrigger Trigger Utility DTX MULTI 12 Specify a file type using the Type parameter and press the ENTER button The File page UTIL7 2 2 will open File name Select the file to be loaded using the DEC and INC buttons Only those files matching your selec tion on the Type page UTIL7 2 1 will be presented for loading If you are loading a single file you will first of all need to select the All file that contains it for example when loading a single drum kit you first select a file saved with the type AIIKit It is not however possible to load a single file when type has been selected for loading When you have selected the file to be loaded press the ENTER button If AI AIIKit AllWave AllPattern AllTrig ger or Utility was selected The applicable page from Step 8 below will be displayed If Kit Wave Pattern or Trigger was se lected The applicable page from Step 5 below will be displayed Select the required package of data from inside the selected file You can scroll through the available data using the DEC and INC buttons If Kit was selected If Wave was selected If Pattern
152. lue 41 cc Upper limit of crosstalk during test items 36 to 41 Trig S IN test initial value 02 DTX MULTI 12 dd Upper limit of crosstalk during test items 17 to 21 Trigger IN test initial value 10 ee Lower limit of time constant allowable range during test items 17 to 21 Trigger IN test or 36 to 41 Trig S IN test initial value Oc ff Upper limit of time constant allowable range during test items 17 to 21 Trigger IN test or 36 to 41 Trig S IN test initial value 1f gg Upper limit of crosstalk during test items 03 to 14 PadSW amp Xt IN test initial value 04 Variable range of every parameter is 00 to 7f The Min and values show that the values themselves are applicable as OK range There is no need to change these values unless otherwise specified Press the STORE button to execute test item 43 Factory Set refer to page 35 and the following screen will appear Press the EXIT button to go to test item 44 Exit Press the ENTER button and the following screen will appear We hereinafter refer to this as test number selection screen Select a test number using INC button and DEC button and press the ENTER button to execute the selected test When a failure occurs NG will be indicated and the test will be aborted or it will be impossible to continue test MIDI MODE Turn on the power to DTI XM12 and wait fo
153. n check screen 2 Turn off the power after checking the updated version in the version check screen 4 DTX MULTI 12 update write update complete CLICK LED lt pud erase write UPDATER WAVE BOOT PROG program 3 erase write write 22 0X check UPDATER File Error erase erase UPDATER A write M wr
154. n only 13 DTXM12 JK VR ENO PART NO DESCRIPTION nea SL REMARKS ev mee US14510R CERAMIC CAPACITOR CHIP 0 1000 25V Z RECT 7 US14510R CERAMIC CAPACITOR CHIP 0 1000 25V Z RECT Fy 7 4 US14510R CERAMIC CAPACITOR CHIP 0 1000 25V Z RECT Fy 2 01 US14510R CERAMIC CAPACITOR CHIP 0 1000 25V Z RECT Fy 7 01 C575 US14510R CERAMIC CAPACITOR CHIP 0 100025VZRECT 7 lo US14510R CERAMIC CAPACITOR CHIP 0 1000 25V Z RECT T w 2 FJ 01 US14510R CERAMIC CAPACITOR CHIP 0 1000 25V Z RECT ow ou 01 05062220 CERAMIC CAPACITOR CHIP 220P 50V J RECT Bos Op SS 01 US062220 CERAMIC CAPACITOR CHIP 220P 50V J RECT T WU 2 S L 01 XD103A00 IC TC4066BF EL N F C ANALOG SWITCH 01 14 VY65720R VY65720R VY658100 VY658100 _ VS74010R VS74010R WH559500 WH559500 WH559500 WH559500 RD350001 RD354470 RD154470 RD357100 RD357100 RD358100 RD358100 RD357100 RD357100 RD35718R RD35718R RD357100 RD357270 RD357100 RD357270 WB255800 WB257500 WB258100 WB257200 WB253600 WB256200 WB254400 WB253400 WB256200 WB257600 RD357100 RD355220 RF457270 RD358220 RF35647R RF35647R RF35712R RF35712R RF35633R RF35633R RF35712R RF35712R RD357100 RD357100 RF35727R RD156100 RD156100 RF35727R RD357100 RD357100 RD156100 RD358100 RD358100 RD256120 RD256120 New Parts CHIP INDUCTANCE CHIP IND
155. ndard phone plugs PHONES jack standard stereo phone plug AUX IN jack standard stereo phone plug MIDI IN and OUT connectors USB TO HOST port USB TO DEVICE port and DC IN 9W DTXM12 and PA 5D adaptor 6W DTXM12 and PA 150 adaptor 345 w x 319 d x 96 h mm 3 3 kg Power adaptor PA 5D PA 150 or an equivalent recommended by Yamaha Owner s Manual this booklet Data List booklet DVD ROM DTX MULTI 12 I 2 POOP 7 epu Add FIN 12 3 2 1 E 64 1 OOMB4824 1 6bit U 2 1 06 1 2162 200 x45 X6 x6 EQ 5 INC DEC INC DEC
156. ndication In case of OK In case of NG None MIDI code output for judgment result OK AO 17 02 NG None How to quit test In case of OK press the INC button to proceed to the next test Press the EXIT button to return to the test number selection screen in case of NG 24 Foot SW hh Test Code AO 18 00 Initial indication Test contents Check that the hi hat controller compatible circuit at FOOT SW terminal operates normally Test method Press the ENTER button to execute the test Connect the hi hat controller HH65 etc or hi hat controller circuit of measuring instrument to the FOOT SW terminal press the controller and check that MIN value is recognized normally Then release the controller and check that MAX value is recognized normally Then press the controller again and check that MIN value is recognized normally Check item Check the test result indicated on the LCD Judgment is NG if no progress is proceeded after hi hat controller is pressed Judgment indication In case of OK In case of NG None MIDI code output for judgment result OK AO 18 02 NG None How to quit test In case of OK press the INC button to proceed to the next test Press the EXIT button to return to the test number selection screen in case of NG DTX MULTI 12 25 MIDI Test Code AO 19 00 Initial indication Test contents Execute the l
157. ode starts After the normal operation mode is started set the MASTER and PHONES volume to the MAX and check the noise level meets the following requirements Do not insert a plug to the AUX IN terminal OUTPUT L MONO 90 dBu or less load of 10 OUTPUT R 90 dBu or less load of 10 k 2 PHONES Lch 89 dBu or less load of 33 Q PHONES Rch 89 dBu or less load of 33 0 Press the UTILITY button while holding down the SHIFT button to enter trigger mode Hit a pad and hit level will be indicated at right upper area of the following screen 6 levels Hit pads 4 to 9 with various strength and check that indicated level changes according to hitting strength Connect the headphones or monitor speaker and check that volume changes according to hitting strength DTXM12 Pad position number 35 DTX MULTI 12 36 Cycle the power to DIXM12 and check that the ON OFF click noise meets the following requirements with the MASTER and PHONES volume set to MAX OUTPUT L MONO 500 mVpp or less load of 10 OUTPUT R 500 mVpp or less load of 10 Q PHONES Lch 800 mVpp or less load of 33 0 PHONES Rch 800 mVpp or less load of 33 2 Judgment indication None MIDI code output for judgment result None How to quit test None DTX MULTI 12 gt 2ZF7ZR25A 01 LCD LED LCD LED
158. oopback test using the MIDI IN and MIDI OUT and check that the MIDI IN terminal and MIDI OUT terminal work normally Test method Connect the MIDI IN and MIDI OUT terminals with a MIDI cable before starting the test Press the ENTER button to execute the test Check item Check the test result indicated on the LCD Judgment indication In case of OK In case of NG MIDI code output for judgment result OK AO 19 02 NG AO 19 03 How to quit test Press the INC button to proceed to next test 26 USB ToDevice Test Code AO 1A 00 Initial indication Test contents Execute write read verify on a USB memory and check that the USB TO DEVICE terminal works normally 29 DTX MULTI 12 30 Test method Press the ENTER button to execute the test After the screen changes to the following indication insert a USB memory and press the ENTER button again Check item Check the test result indicated on the LCD Judgment indication In case of OK In case of NG MIDI code output for judgment result OK AO 1A 02 NG AO 1A 03 How to quit test Press the INC button to proceed to next test 27 USB ToHost Test Code AO 1B 00 Initial indication Test contents Execute a loopback test with connection to the USB TO DEVICE terminal and check that the USB TO HOST terminal works normally Test method Press the ENTER button to ex
159. ormally Test method Press the ENTER button to execute the test Connect the hi hat controller HH65 etc or hi hat controller circuit of measuring instrument to the HH CTRL terminal press the controller and check that MIN value is recognized normally Then release the controller and check that MAX value is recognized normally Then press the controller again and check that MIN value is recognized normally Check item Check the test result indicated on the LCD Judgment is NG if no progress is proceeded after hi hat controller is pressed Judgment indication In case of OK In case of NG None MIDI code output for judgment result OK AO 16 02 NG None How to quit test In case of OK press the INC button to proceed to the next test Press the EXIT button to return to the test number selection screen in case of NG 23 Foot SW ftsw Test Code AO 17 00 Initial indication Test contents Check that the foot switch compatible circuit at FOOT SW terminal operates normally Test method Press the ENTER button to execute the test Connect the foot switch FC4 FCS etc or foot switch circuit of the measuring instrument to the FOOT SW terminal Depress and release foot switch to check ON and OFF are recognized correctly Judgment is NG if no progress is proceeded when foot switch is depressed Check item Check the test result indicated on the LCD Judgment i
160. output signal etc When outputting to PHONES only AO 1F 00 ROM IC10 Check the operation of the Program ROM AO 20 00 M ROM IC13 Check the operation of the Wave ROM Flash AO 22 00 RAM Check the operation of the SDRAM AO 23 00 Trig S 04 Check the unit PAD including its input level For circuit board check AO 24 00 S Trig S INO5 Check the unit PAD including its input level Trig S INOG Check the unit PAD Q including its input level S S AO 25 00 AO 26 00 AO 27 00 AO 28 00 AO 29 00 AO 2B 00 AO 2C 00 For circuit board check For circuit board check Trig S INO7 Trig S INO8 Trig S INO9 FactorySet Exit Check the unit PAD including its input level Check the unit PAD including its input level Check the unit PAD including its input level Executes the Factory Set For circuit board check For circuit board check lt uae uae For circuit board check 28 29 30 31 32 37 38 39 40 41 Finishes the test program mode and resets to the normal operation mode 24 Measurement Conditions 1 Use AC adaptor PA 5D or 150 2 Measuring instruments Frequency counter Oscilloscope Level meter JIS C filter Distortion factor meter Oscillator 3 Jigs Weight MIDI cable USB memory USB cable Headphones Monitor speaker Standard phone plug Standard
161. put 1 VCCQ Power supply 3 3 V SYSCLK Clock output VSS Ground SYI Sync input from external device VDD A24 PH7 SH2A CPU address bus 24 VDD r A20 SH2A CPU address bus 20 A0 PH4 SH2A CPU address bus 0 A16 SH2A CPU address bus 16 WEON DQMLL PHO Writing byte of D7 DO Selecting 07 DO in case of SDRAM 12 SH2A CPU address bus 12 WETNIDQMLUIPHI Writing byte of D15 D8 Selecting D15 D8 in case of SDRAM A9 SH2A CPU address bus 9 WE2N DQMULIPH2 Writing byte of D23 D16 Selecting D23 D16 in case of SDRAM A7 SH2A CPU address bus 7 PA5 Parallel port A5 VCCQ Power supply 3 3 V 6 600 15 DTX MULTI 12 BLOCK DIAGRAM IC e SN74LV14PWR X6688A0R DM IC5 JK IC307 Hex Inverter SN74LVC1G32DCKR X5825A00 JK IC319 2 Input OR Gate INB 1 Vcc Be GND OUT Y FUNCTION TABLE INPUTS OUTPUT B Y H H L e SN74LV4052APWR 6976 00 NJM2068M D TE2 X3505A00 JK 10331 IC332 JK IC303 IC312 IC313 IC318 Differential 4 Channel IC320 IC321 Multiplexer Demultiplexer m XQ824A00 1 315 Dual Operational Amplifier DC Voltage Supply Inverting Input A Non Inverting Input A 9 DC Voltage Supply 4 V 5 Non Inverting Input B e NE5532DR X5482A00 JK IC317 Dual Operational Amplifier e SN74LVO4APWR X5965A0R JK IC314 Hex Inverter DC Voltage Output A T 9 me Q Supply
162. r several seconds After checking that play screen is displayed send FO 43 10 18 5A 00 F7 and the following version screen will be displayed refers to Boot F refers to Firm and W refers to Preset Wave Check if every version is appropriate Version screen is indicated for several seconds followed by threshold value setup screen for pad check as follows This screen indicates that the unit is ready for MIDI test code 25 DTX MULTI 12 26 Send following commands to change limit value of each test item 03 to 14 PadSW amp Xt IN test 17 to 21 Trigger IN test refer to page 27 36 to 41 Trig S IN test refer to page 34 when the unit is ready for MIDI test code FO 43 10 18 5B aa bb cc dd ee ff gg F7 See the MANUAL MODE section for details of the parameters Refer to page 25 There is no need to change these values unless otherwise specified Each test is executed by sending test code for the test Refer to Test code paragraph of each test item or test code in test item list Refer to page 24 01 LCD LED Test Code AO 01 00 Initial indication Test contents All the LEDs and LCD screen flash Test method Press the ENTER button to execute the test Check item Check visually that all the LEDs and LCD screen flash Check that the LEDs of the CLICK button and PTN button flash in a color similar to orange which is n
163. re files can be saved on it In such a case use a new USB memory device or make space by erasing unwanted data from the current device USB device not ready USB device read write error This message is displayed if a USB memory device has not been correctly plugged into the instrument This message is displayed if an error occurred during the exchange of data with a USB memory device USB device write protected This message is displayed if the USB memory device is write protected or if you are attempting to save data on a read only device such as a CD drive Excessive demand for USB power USB transmission error This message is displayed if the current being drawn by the USB memory device exceeds the level supported by the instrument This message is displayed if an error occurred during communication with the USB memory device Wave memory full This message is displayed if the instrument s wave memory is full preventing operations such as the importing and loading of data Wave stored Utility stored This message is displayed to confirm that the selected wave has been successfully stored This message is displayed to confirm that utility settings have been successfully stored 61 DTX MULTI 12 HE YAK 62 Are you sure YES NO Choose user pattern Completed
164. s Pad functions Readable quantity Bit depth Wave memory Maximum size Sample formats Sequence capacity Note resolution Recording method Patterns Sequence formats Tempo Beats Note timing Display Connectors Power Consumption Size and weight Package Contents DTX MULTI 12 12 5 three zone x 1 monaural x 4 64 notes 100 MB 16 bit linear conversion Drum and percussion 1 061 Keyboard 216 Preset 50 User defined 200 Variation x 42 types Chorus x 6 types Reverb x 6 types 5 band master equalizer Increment or decrement of drum kit pattern or tempo tap tempo switching on or off of click track transmission of control change messages 500 16 bit 64 MB Mono sample 2 MB Stereo sample 4 MB Proprietary WAV and AIFF 152 000 notes Quarter note 480 Real time overdubbing Preset patterns 128 phrases including 3 demo patterns User defined patterns 50 phrases Proprietary SMF Format 0 for loading only 30 to 300 BPM Tap tempo functionality 1 4 16 4 1 8 16 8 1 16 16 16 Accent notes quarter notes eight notes sixteenth notes triplets Backlit LCD with 2 rows of 16 characters PAD 3 jack standard stereo phone plug left trigger right rim switch PAD 14 15 and PAD 46 47 jacks standard stereo phone plug left trigger right trigger HI HAT CONTROL jack standard stereo phone plug FOOT SW jack standard stereo phone plug OUTPUT L MONO and R jacks sta
165. s 21 SH2A CPU data bus 14 A17 SH2A CPU address bus 17 MA19 Wave memory address bus 19 A13 SH2A CPU address bus 13 MA20 Wave memory address bus 20 VCCQ Power supply 3 3 V MA21 Wave memory address bus 21 A3 SH2A CPU address bus 3 MA22 Wave memory address bus 22 A2 SH2A CPU address bus 2 VSS 1 SH2A CPU address bus 1 VSS PBO Parallel port BO VSS PB1 Parallel port B1 VSS VCCQ Power supply 3 3 V VSS PB6 Parallel port B6 VSS ED2 PC2 External CPU data bus 2 D7 SH2A CPU data bus 7 ED6 PC6 External CPU data bus 6 D8 SH2A CPU data bus 8 ED10 PD2 External CPU data bus 10 D9 SH2A CPU data bus 9 ED14 PD6 External CPU data bus 14 D10 SH2A CPU data bus 10 EA3 PK2 External CPU address bus 3 MA23 PG4 Wave memory address bus 23 SDIO PK5 Serial audio input 0 MA24 PG5 Wave memory address bus 24 WCLK2 SDO2 Word clock output 2 Serial audio output 2 MA25 PG6 Wave memory address bus 25 IRQ1 Interrupt input 1 MA26 PG7 Wave memory address bus 26 BW MDO SH2A CPU data bus width configuration VCCQ A22 PH5 SH2A CPU address bus 22 VCCQ A18 SH2A CPU address bus 18 SH2A CPU address bus 14 SH2A CPU address bus 10 Power supply 3 3 V SH2A CPU address bus 5 SH2A CPU address bus 4 Parallel port B2 Power supply 3 3 V Ground 66 66000 0000 0O 9 Power supply 3 3 SH2A CPU data bus 3 14 SH2A CPU data bus 4 A10 SH2A CPU data bus 5 VCCQ SH2A CPU data bus 6 A5 MCS3N PG3 Wave memory chip select 3 A4 MCS2N PG2 Wave memory chip select 2 PB2 MCS1N PG1 Wave
166. stereo plug Standard monaural plug 3 zone drum pad with rim switch or rim switch circuit of measuring instrument Hi hat controller circuit Foot switch FC4 FCS etc or foot switch circuit of measuring instrument and Instrument that can indicate MIDI code The CLICK button in this manual refers to round button in following figure A Test entry e MANUAL MODE Turn on the power to 12 while holding down the KIT and ENTER buttons simultaneously The following version screen will appear after opening screen refers to Boot F refers to Firm and W refers to Preset Wave Check if every version is appropriate Version screen is indicated for several seconds followed by threshold value setup screen for pad check as follows Each value in screen is limit value of each test item 03 to 14 PadSW amp Xt IN test 17 to 21 Trigger IN test refer to page 27 36 to 41 Trig S IN test refer to page 34 Select a parameter with the gt and lt buttons and set a value using INC button and DEC button to change the limit values Details of the parameters are shown below aa Lower limit of signal level allowable range during test items 17 to 21 Trigger IN test or 36 to 41 Trig S IN test initial value 36 bb Upper limit of signal level allowable range during test items 17 to 21 Trigger IN test or 36 to 41 Trig S IN test initial va
167. t to set a different file name to avoid overwriting press the EXIT button to return to the Name page UTIL7 1 2 Press the ENTER button to save the file The following message will be displayed as the data is being saved If you press the EXIT button at this time the save process will be aborted and the display will return to the Name page UTIL7 1 2 N CAUTION Do not unplug the USB memory device from the USB TO DEVICE port or turn off either the memory device or the DTX MULTI 12 while data is being saved Failure to observe this precaution can lead to the memory device or the DTX MULTI 12 being permanently damaged When the file has been saved the display will return to the Save File page UTIL7 1 Loading a File From the Load File page you can load files previously saved on a USB memory device into the 12 Plug the USB memory device containing the required files into the USB TO DEVICE port on the side of the DTX MULTI 12 Navigate to the Load File page UTIL7 2 and press the ENTER button The Type page UTIL7 2 1 will open File type The Type parameter specifies the types of file to be loaded El een All user data i e all User kits all waves all User patterns all User triggers and util ity settings AIIKit All User kit data A single User kit AllWave All wave data Wave A single wave AllPattern A
168. t to this bus IMPORTANT Turn the unit OFF during disassembly and parts replacement Recheck all work before you apply power to the unit WARNING This product contains chemicals known to the State of California to cause cancer or birth defects or other reproductive harm DO NOT PLACE SOLDER ELECTRICAL ELECTRONIC OR PLASTIC COMPONENTS IN YOUR MOUTH FOR ANY REASON WHAT SO EVER Avoid prolonged unprotected contact between solder and your skin When soldering do not inhale solder fumes or expose eyes to solder flux vapor If you come in contact with solder or components located inside the enclosure of this product wash your hands before handling food IMPORTANT NOTICE FOR THE UNITED KINGDOM Connecting the Plug and Cord IMPORTANT The wires in this mains lead are coloured in accordance with the following code BLUE NEUTRAL BROWN LIVE As the colours of the wires in the mains lead of this apparatus may not correspond with the coloured markings identifying the terminals in your plug proceed as follows The wire which is coloured BLUE must be connected to the terminal which is marked with the letter N or coloured BLACK The wire which is coloured BROWN must be connected to the terminal which is marked with the letter L or coloured RED Making sure that neither core is connected to the earth terminal of the three pin plug e This applies only to products distributed by Yamaha Music U K Ltd 2 wires E WARNING Compon
169. ta bus 7 Wave memory data bus 8 Wave memory data bus 9 Q N Power supply 3 3 V Power supply 1 2 V SH2A CPU data bus 31 SH2A CPU data bus 30 SH2A CPU data bus 29 SH2A CPU data bus 28 Wave memory data bus 2 Wave memory data bus 3 Wave memory data bus 4 Wave memory data bus 5 OO 6 O 006 6 Power supply 1 2 V SH2A CPU data bus 27 SH2A CPU data bus 26 SH2A CPU data bus 25 Power supply 3 3 V MD13 Wave memory data bus 13 D20 PE4 MD14 Wave memory data bus 14 MA6 VSS Ground MA5 VREFADC ADC reference power supply 3 3 V MA4 VSSADC ADC analog ground MA3 VSS Ground VCCQ RxDO Serial input O VCCQ VSS Ground D19 PE3 VBUS USB cable connection monitor 5V compatible D18 PE2 VSS Ground VCCQ OVER CURRENT N USB overcurrent detection BV compatible VCCQ SDA E bus 2 data input output 5V compatible MA10 CSON SH2A CPU chip select 0 MA9 Power supply 3 3 V SH2A CPU data bus 19 SH2A CPU data bus 18 Power supply 3 3 V Wave memory address bus 10 Wave memory address bus 9 14 CS2N PJ1 CS5N PJ4 ASEMDN TDO VCCQ VDDPLL VDDPLL MD10 MD11 MD12 VSS VCCADC VSS RESN VCCQ PULLUP_ENB VCCQ UCTL EICN CS1N PJO CS3N PJ2 CS6N PJ5 ASEBRKAKN VCCQ VCCQ VSSPLL GO GOOOO J O i SH2A CPU chip select 2 SH2A CPU chip select 5 Debug mode configuration JTAG test data output Power supply 3 3 V PLL analog power supply 1 2 V Wave memory data bus 10 Wave
170. the MASTER VOLUME to check that volume from the OUTPUT L MONO is changed smoothly PHONES Lch Frequency Waveform Level Distortion 1 kHz 1 5 Hz sine wave 6 0 2 dBu load of 33 Q 0 1 or less PHONES Rch Level 58 dBu or less load of 33 2 Operate the PHONES volume to check that volume from the PHONES Lch is changed smoothly When OUTPUT R is unplugged OUTPUT L MONO Frequency 1 kHz 1 5 Hz Waveform sine wave Level 2 5 2 dBu load of 10 Distortion 0 1 or less Judgment indication None MIDI code output for judgment result None How to quit test Press the EXIT button to return to the test number selection screen Press the INC button to proceed to next test 29 OUTPUT R Test Code AO 1D 00 Initial indication Test contents Check that specified signals are outputted from the OUTPUT and PHONES terminals DTX MULTI 12 Test method Press the ENTER button to execute the test The MASTER volume and PHONES volume should be set at MAX Insert standard PHONE plugs to both the OUTPUT L MONO and OUTPUT R terminals and measure frequency waveform level and distortion of each output Insert standard stereo plug to the PHONES terminal and measure frequency waveform level and distortion of each output Do not insert a plug to the AUX IN terminal Check item OUTPUT R Frequency 1 kHz 1 5 Hz Waveform s
171. ton You will be asked to confirm that a Factory Set operation is to be performed To proceed press the ENTER button Alterna tively you can press the EXIT button to cancel the process The messages Executing and Please keep power on will be displayed during the Factory Set process When the process has been completed the message Completed will be displayed Following this the display will return to the Factory Set page UTIL8 DTX MULTI 12 INITIAL FACTORY SETTING SERES AN San GS Vinay esate ee Sl Sine 20 USB UTIL8 FACTORY SET ENTER ENTER EXIT Executing Pl
172. xternal pad B rim switch A compatible circuit AO OF 00 16 SW IN13R2 Check the operation of the external pad B rim switch B compatible circuit AO 10 00 Trigger IN13 Check external PAD Lch including its input level AO 11 00 Trigger IN14 Check external PAD Lch including its input level AO 12 00 Trigger IN15 Check external PAD Rch including its input level AO 13 00 Trigger IN16 Check external PAD QD 9 Lch including its input level AO 14 00 Trigger IN17 Check external PAD Rch including its input level AO 15 00 HiHat Check the operation of the hi hat pedal compatible circuit AO 16 00 18 19 20 21 22 23 Foot SW ftsw Foot SW hh MIDI USB ToDevice USB ToHost OUTPUT L Check the operation of the foot switch compatible circuit at FOOT SW terminal Check the operation of the hi hat controller compatible circuit at FOOT SW terminal Check the operation of the MIDI IN OUT Check the operation of the USB TO DEVICE Check the operation of the USB TO DEVICE TO HOST Check the output signal to the OUTPUT L MONO and PHONES Lch AO 17 00 AO 18 00 AO 19 00 AO 1A 00 AO 1B 00 AO 1C 00 OUTPUT R Check the output signal to the OUTPUT R and PHONES Rch AO 1D 00 AUX IN LR ph Check signal input from AUX IN for output signal etc AO 1E 00 AUX IN ph Check signal input from AUX IN for

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