GEMINI PDM-4012 (01) PDF MANUAL


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PDF Content Summary: TM gemini SOUND PRODUCTS WITH SOUND IDEAS SERVICE MANUAL STEREO PREAMP DIGITAL SAMPLING MIXER MODEL PDM-4012 STEREO PREAMP MIXER MODEL PMX-1600 TWPDH-4012 STEREO PREAM P MOXER LIGHT 12V 500MA PHON1 PHONO- O L NE PHONO LHER LE-1 Macwor sTEREO CH-1 CH CH-3 TIFF OUTH WER TALK OVER CUE ASSIGN TRERE ODOODOODOOO DDDDDDDDDDD WOLLE BALANCE ooooo LASS WISTER TOT. -100 LEFT RIGHT CLE LEVEL PDM402 ROBOP CLEVEL CUE ANYONE WUTE WROTE UNCLE REPEAT OFF beo " bodo 0 0 0 0 START/STOP SAMPLE ASSIGN SPEED LAWPLER LEVEL SAMPER MODE P SECOND ONGITAL SAMPLER CROSSF ADER CONTENTS A L O N S . - . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . V S . . . . . . . . . . . . . . . . . . . . . . . . . . . . U U R E S - - - - i . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Jo NON SPECIFICATIONS .. CONNECTION, OPERATING AND SAMPLER INSTRUCTIONS .. DISASSEMBLY PROCEDURES ...... INTERNAL DIAGRAMS AND PINOUT OF INTEGRATED CIRCUITS ...... WIRING DIAGRAM .... SCHEMATIC DIAGRAM...... PRINTED CIRCUIT BOARDS . . EXPLODED VIEW OF CABINET · CABINET PARTS LIST... PARTS LIST ... 15 19 E . . . . . . . . . . . . . . . . . . . . . . . . . . . . - . . . . . . . . . . . . . . . - . . . . S . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . GEMINI SOUND PRODUCTS CORP. 1100 MILIK STREET CARTERET, NEW JERSEY 07008 U.S.A. TEL: 908-969-9000 FAX:908-969-9090 SPECIFICATIONS PMX-1600 PDM-4012 INPUTS: INPUTS: Mic: Mic: 1.5mV 3 Kohm balanced/unbalanced 3 mV 47 Kohm 150 mV 27 Kohm 1.5mV 3Kohm balanced/unbalanced 3mV 47 Kohm 150mV 27 Kohm Phono: Phono: Line: Line: OUTPUTS: OUTPUTS: Amp/Booth: Max; Rec: OdBd 1V 400ohm 24V Peak to Peak 225mV 5Kohm Amp/Booth: Max: O dB 1 V 400ohm 24V Peak to Peak 225mV 5Kohm Rec: GENERAL: SAMPLER: Sampler System: Maximum Sample Length: (at normal speed) 12Bit Sampling 12 Second GENERAL: Bass: Mid: Treble: Frequency Response: Distortion: S/N Ratio: Talkover Level: Headphone Impedance: Power Source: Dimensions: +/- 12dB +/- 9dB +/- 12dB 20Hz-20KHZ +/- 2dB less than 0.02% better than 80dB -160B 16ohm 115/230V 50/60Hz 15W 482mmx178mmx95mm 19"x7"x3 3/4" 9 lbs (4Kg) Bass; Mid: Treble: Frequency Response: Distortion: S/N Ratio: Talkover Level: Headphone Impedance: Power Source: Dimensions: Weight: +/- 12dB +/- 9dB +/- 12dB 20Hz-20KHZ +/- 2dB less than 0.02% better than 80dB -160B 16ohm 115/230V 50/60Hz 15W 482mmx178mmx95mm 19"x7"x3 3/4" 9 lbs (4Kg) Weight: -2 - CONNECTION ,OPERATING AND SAMPLER INSTRUCTIONS 11 23 29 28 30 22 20 24 21 25 5 10 31 2 gemini po TMC-4012 TIL STEREO PREAMP MOER ceni on to a frien LIGHT 12V 500MA PHONOID) - MKD ) imee More Photo-11 ) LINE-1 PICTWO-el PHONO LIE-4 LINE-3 WOOD STEREO MC ON CH-1 CH-2 CH-3 TREBLE POWER TALK OVER CUE ASSIGN CHE HE TROBLE DDDDDDDDDDD DOODDODDDDD CH-2 OT 10 E BASS DASS MASTER CLE LEVEL D -2001 LEFT RIGHT POM4012 -- ROGOPLAY WC LEVEL CUE ND SWCLE REPEAT S WEITE OFF @armee © apoi oo 00 START/STOP SANFF ASSIN OG SE; SAMILER ME 17 SECONO DIGTAL SAMLEN SAMILER EL CROS-ADDER 18 / 15 16 1 14 17 i 19 37 33 36 38 35 39 32 34 AR Madan AIM MAI CAUTION PELIGHED MO TO PREVENT ELECTRO HOCKD) HOT ENTEERED IN WA REMOVE TOP ON BOTTOM GAMANO EXA. LIVELY PRODUCED LEFA LEAVCLAN PARTE HHOE IN TAIWAN FOR LEMN FEM SERVING TO QUAL FED VEVÉL PERSOMTEL. +) WARNING: TO REDUCE THE R5X OF FR OR ELECTAL SHOCK. DO NOT EXPOSE THIS EQUIPMENT TO NANA MOISTURE 0. TH REC AMP AGAL PP GND 1 L+ ni 44 42 43 45 51 49 50 52 47 48 46 41 53 - 3 - INSTRUCTIONS FOR CONNECTION 1. Before plugging in the power cord, make sure that the VOLTAGE SELECTOR (41) switch is set to the correct voltage. NOTE Even though the unit is equipped with 2 microphone inputs, only one (1) may be used at a time. 2. Make sure that the POWER (1) switch is in the off position. The POWER LED (2) will be off. All connections should be made with the power off. 3. The unit is supplied with 3 sets of output jacks. The OUTPUT AMP (42) jacks are used to connect to your main amplifier. The OUTPUT REC (43) jacks can be used to connect the mixer to be record input of your recorder enabling you to record your mix. The OUTPUT BOOTH (44) jacks allow you to hook up an additional amplifier. 5. On the rear panel are 2 stereo PHONO(46,47) inputs, 3 stereo LINE (48,49,50) inputs and 1 shared PHONO/LINE (51) input. The shared PHONO/LINE (51) can be either PHONO 3 or LINE 4 depending on the setting of the rear panel mounted LINE/PHONO SELECTOR SWITCH (52). The stereo phono inputs will accept only turntables with a mognelic cartridge. A GROUND (53) screw for you to ground your turntables is located on the rear panel. The stereo line inputs will accept any line level inputs such as CD players cassette players, etc. NOTE The OUTPUT REC (43)has no level control, The level is set by the channel slides of the selected channels. 6. Headphones can be plugged into the front panel mounted HEADPHONE(4) jack. 7. The unit comes with a front panel XLR LIGHT (5) jack. This jack is for use with a gooseneck right like the Gemini GNL-500. NEVER plug a microphone into this jack. 4. The unit is equipped with 2 microphone inputs. The DJ MIC(3) input(found on the front panel) accepts 1/4" or XLR connectors and is suitable for balanced or unbalanced micrsphones. The MIC (45) input (found on the rear panel) is a 1/4" jack for a balanced or unbalanced microphone. - 4 OPERATING INSTRUCTIONS 1. POWER ON Once you have made all the equipment connections to your mixer, press the POWER SWITCH (1). The power will turn on and the POWER LED (2) will glow RED. in two sizes. Part # RF-45 (which is identical to the crossfader supplied with the PDM-4012) has a 45mm travel from side to side. Also available is part # RF-30 which has a 30 mm travel distance Just purchase either of these crossfader units from your Gemini dealer. 2. MIC SECTION The MIC SWITCH (9) controls the microphone functions, the MIC LEVEL (8) controls the mic volume and the TREBLE (6) and BASS (7) adjust the mic's tonal qualities. MIC. SWITCH (9) is a three position switch. When it is in the left position, the microphone is off, in the center position, the microphone is on (the MIC LED (10) is on), and in the right position, the microphone is on and talkover is activated. 5. OUTPUT CONTROL SECTION: The level of the AMP OUT (42) is controlled by the MASTER(20) control. The BALANCE (21) control will allow the Amp Out signal to be balanced between the left and right speakers. The BASS(28), MIDDLE(29) and TREBLE (30} controls allow tonal adjustment of the output and the MONO/STEREO (23) switch allows you to choose a Mono or a Stereo output. The DISPLAY (31) indicates the MASTER (20) output left and right levels. The BOOTH (22) control adjusts the level of the BOOTH OUTPUT (44). NOTE Talkover, when activated, will reduce the overall volume of the mix without effecting the microphone volume. You will find this feature very useful when you need to make announcements over the music. NOTE The DISPLAY (31) indicates the AMP OUT (42) signal only and is not affected by the BOOTH OUTPUT (44) signal. 3. MAIN CHANNEL SECTION To assign an input source to a channel, set the PHONO / LINE (11,12) and the PHONO LINE/LINE (13) switches to their appropriate positions. To make the proper adjustments to your music, set the CHANNEL (14,15,16) slides to their proper positions. HITE The booth output is used by some DJs to run monitor speakers in their DJ boorh. You can also use it as a second zone or amp output. 4. CROSSFADER SECTION The CROSSFADER (17) allows the mixing of one source into another. The unit features an assignable crossfader. The ASSIGN (18,19) switches allow you to select which channel will play through each side of the crossfader ASSIGN (18) switch allows you to select channel 1, 2, or 3 to play through the left side of the crossfader. ASSIGN(19) switch does the same to the right side of the crossfader, The CROSSFADER (17) in your unit is REMOVABLE and if the need arises can be easily replaced. Crossfader units are available 6. CUE SECTION By connecting a set of headphones to the HEADPHONE(4) jack, you can monitor any or all of the channels CUE ASSIGN (24) buttons are for channels 1-3 and the sampler. Select the correct Cue assign button or buttons and their respective CUE LED (25) indicators will glow. Use the CUE LEVEL (26) control to adjust the headphone volume without effecting the overall mix. By sliding the CUE PGM (27) control to the left you will be able to monitor the assigned cue signal. Sliding to the right will monitor the PGM I program } output. - 5 - SAMPLER OPERATION (PDM-4012 only) SAMPLE RECORDING ROBO PLAY 1. Put the MODE SELECTOR (32) switch into the WRITE position, 1. With the ROBO PLAY (36) button in the OFF position (the ROBO PLAY INDICATOR(37) will be OFF) and the MODE SELECTOR (32) switch in either the SINGLE or REPEAT mode, pressing the START / STOP (34) will cause the sample to play along with the selected source. 2. Select the source you want to sample from by pressing the appropriate ASSIGN BUTTON (33). 3. Tapping the START/STOP (34) button begins the sampling process (the SAMPLER INDICATOR (35) will illuminate RED). Tapping the START/STOP (34) button a second time ends the sample (the SAMPLER INDICATOR (35) will turn off ). If you do not tap the STARTI/TOP (34) button a second time, the sampling process will stop automatically after 12 seconds. 2. When the ROBO PLAY (36) button is in the ON position (the ROBO PLAY INDICATOR (37) illuminates RED), starting the sampler mutes the selected source. When the sample ends, the source automatically turns back on. SPEED CONTROL 1. The PDM-4012 comes equipped with a sampler SPEED (38)control. To get a perfect sample, set the control to its center position and record the sample. SAMPLE PLAYBACK 1. Put the MODE SELECTOR (32) switch into the SINGLE or REPEAT position. 2.During playback, raising or lowering the control will raise or lower the pitch of the sample playback. The center position will remain as normal pitch. 2. Tapping the START / STOP (34) button with the MODE SELECTOR (32) in the SINGLE position will cause the sampler to playback one time (the SAMPLER INDICATOR (35) will illuminate GREEN ). Every push of the START! STOP (34) button will restart the sample from the beginning. Rapid pressing of the START/ STOP (34) button will cause a stuttering effect. Once the sample has started playback and the START | STOP (34) button is not pushed a second time, the sample will play to the end and then stop the SAMPLER INDICATOR(35) will turn off ). HINT You can record a sample with the SPEED(38) control in any position. Whatever that position is will become normal sound. If you start to record a sample with the SPEED (38) control set at minimum (this now becomes your normal pitch), by increasing the pitch to maximun, the pitch effect will double in speed. Rocording at maximum and lowering to minimum will do exacty the oppposite. SAMPLER LEVEL CONTROL 3. Tapping the START / STOP (34) button with the MODE SELECTOR (32) in the REPEAT position will cause the sample to continuously play over and over (the SAMPLER INDICATOR (35) will illuminate GREEN). The START/STOP (34) button will act as an on/off switch. The first push will start the sample, the second push will stop it. By adjusting the SAMPLER LEVEL (39) control, you can control the output volume of the recorded sample. -- 6 -- DISASSEMBLY PROCEDURES 1. Removal of Bottom Cover (a) Remove 6 screws(A). (Fig. 1) (b) Remove 3 screws(B). (Fig. 1) (c) Remove 3 screws(C). (Fig. 1) SCREWSIA) SCREWS/C) 4. Removal of each P.C.B. (a) Removal of Main P.C.B. (Fig.4) Remove 5 nuts(I). Remove 14 screws(J). (b) Removal of Control P.C.B.(Fig.4) Remove 10 nuts{K). Remove 10 screws(L). (c) Removal of Phone Jack P.C.B.(Fig.4) Remove 1 nut(M). (d) Removal of MIC P.C.B.(Fig.4) Remove 2 screws(N). (e) Removal of Power SW. P.C.B.(Fig.4) Remove 2 screws(0). (f) Removal of Light P.C.B.(Fig.4.) Remove 2 screws(P). SCREWS(B) SCREWSIA) NUTS(1) SCREWS(N) Fig. 1 LTD SCREWS(J) SCREWSIP) 2. Removal of Control panel (a) Remove 16 knobs (D). (Fig. 2) (b) Remove 5 knobs (E). (Fig.2) (c) Remove 6 screws(F). (Fig.2) (d) Remove 2 screws(G). (Fig.2) KNOBSE) SCREWSIF} SCREWSJ) NUTS(K) SCREWS(F) SCREWS(O) SCREWSIL) NUTSIM) KNOBSIDI KNOBSID) SCREWSG SCREWSGTX KNOBSIDI 5. Removal of Rear Panel (a) Removal of IN/OUT P.C.B.(Fig.5) Remove 1 nut(Q). Remove 5 screws(R). (b) Removal of Transformer.(Fig.5) Remove 2 screws(S). (c) Removal of 7805A TRC.(Fig.5) Remove 1 screw (T). (d) Removal of Voltage Selector(Fig.5) Remove 2 screws(U). (e) Removal of SAMPLER P.C.B.(Fig.5) Remove 3 supports(V). (f) Removal of AC Inlet (Fig.5) Remove 2 screws(w). SCREWSIF) Fig. 2 3. Removal of Chassis (a) Removal of chassis.(Fig.3) Remove 3 screws(H). NO SCREWSTH) SCREWS(W) SUPPORTSIV TATES NUTO) WAZ/ 12 SCREWS(R) 0 SCREWS(UE SCREWSIT) Fig. 3 SCREWS(S) Fig. 5 -- 7 - INTERNAL DIAGRAMS AND PINOUT OF EQUIVALENT CIRCUITS NJM4558 LB1412 L-Type _z Al Ea நெடநட D7 D8 00 04 05 De ட VCC LED OSC Vz 1 LB 14 12 וזזזזזזז PIN FUNCTION 1. A OUTPUT 2. A- INPUT 3. A+INPUT 4. V 5. B+ INPUT 6. B- INPUT 7.8 OUTPUT 8. V+ 1 2 3 4 5 6 7 8 o DODRO DM D12 GNOM QUTI N2 OUT2 R D 2 DOO OG TAJ LAJho (1. 901 902 903 904 905 906 PO? DA 709 polo yon 9012 مع الع اععسس أول ما ل عمل ل V+O 0670 deci O OUTPUT HAUTS INPUTS ET NLED A A A A A A RESET OUT2 W V-O GNO V7 OUTI'INI 15 Ivec NJM4556L SN54/74LS73A LOGIC SYMBOL PIN FUNCTION 1. A OUTPUT 2. A- INPUT 3A+INPUT 4. V 5. B+ INPUT 6. B- INPUT 7. B OUTPUT 8. V+ 3-K.Co -13 10-* Cap NO 2 3 4 Vcc=PIN4 GND=PIN11 LOGIC DIAGRAM (Each Flip-Flop) 13(8) 12(9) NPUTS CLEAR 2(6) OUTPUT ко 3(10) 14(7) K15) CLOCK(CP) -8 MSM6388GS-V1K 52 CS1 SAD SAS TAS MCUM 5T SP RSEL 2 RSEL 1 DGND ON9Y Addross Counter ASELI RSEL2 CSELI CSEL2 CAI CA2 CAS N SAD SAS TAS AWCK #ess Controler WE CS1 Se al Regist Controler CSD 12 22 MN MOUT SGC SC AVDO 12 Address I Dola Register CS2 CS3 CS4 44 Pin FLAT 12 O VDO KIL xŤ D WEL OVOC EN C OUT C WC UVCK C MON Stop Address Rooster Control 12 ST, SP MCUM REC/PLAY SAMI SAM2 PVCK MON Data I/O CIN DOUT LN ] LONUT AMON FIN ] AUT Crcut Compor ator INDEX 44 12 ADPCM Anotyzer Synthesizer XT XT OSC REC SLAY CA1 CA2 CAS CSEL CSEL SAN 1 SAW 2 TEST NC. DAD AVDD DVOD VDD AGND DGND 12 TEST LPF 12 bit ADC 12 bit DAC SG Circut REC mri9190, MIN MOUT LIN LOUT AMON FW AOUT DAO SG SCC TC4077BP OINPUT RIS R8 09 102 2016 018 1917 R21 R12 1012 DNDOOOO 015 DDDDDDO R17 0191 R11 OOUTPUT 06 RIS R20 R6 Tougl 04 R19 R- A R-B RIOS REST OCOMMON MSM6389RS -- TEST 0 Vec DIN [10 16) Viss 15 DOUT VBB Generator Sin U/D 14 TEST Address Ragister Pout X-address Counter 13 AUD Mul ipler 1048,576 Dota Register river 12 AWCK - [ 1 ] Control TT YEST CLOCK Lood Clock R DOUT ST SAS O-L FAM (TEST) o Y-decodt/Sonit Amp K 9 TEST Rufresh Counter 1 HO WE RWCK 01 Timing Cenerator V/D Y-coross Counter CIOCK Cenerator RFSH (TEST) O Rus++ CLOCK Clock AS/A (TEST) TEST OR Refresh Twner TAS OG - 9 2SC1048 2SC1317 2SC2878 2SC2240 2SC1815 2$C945 1. EMITTER 2. COLLECTOR 3. BASE 1. EMITTER 2. COLLECTOR 3. BASE UUU O DO 1 2 3 ADO 1 2 3 NJM7800FA NJM7900FA (TO-220F) (TO-220F) 1. GRD 2. OUT 3. IN 1. OUT 2. IN 3. COMMON SN4/74LSOO 2SA1015 2SA733 Vcc 12 D 2 O OOOO GNO 1. EMITTER 2. COLLECTOR 3. BASE (3) ago - 10 WIRING DIAGRAM PMX-1600 TRANSI IN/OUT PCB BRN CRN CNG Dopoo 1000] CN1 CN2 1000000 CNSCN4 000000 000000 CN5 CN6 CN7 000000 00000000 BLK BLK BLK BLK BUK 000000 000000] 10000007 MIC PCB RED IHM RED BLK WHT/ BLK CU 985 BLU p000 ORG RED to BRN YEL GRN MAIN PCB NOTE: 1. The actual colors of wires may differ from those of this diagram. Wire colors are abbreviated as follows. BRN .... Brown YEL .... Yellow VLT .... Violet RED .... Red GRN .... Green GRY .... Gray ORG .... Orange BLU ... Blue WHT.... White BLK .... Black BRN RED ORG YEL GRN YZ 000000 FADER PCB - 11 - VOLTAGE SELECTOR RED 0 0 POWER SWITCH BRN AC INLET TRANSFORMER I 6 60 BRN CB RED BRN 199999 BRN (1 CNB ooooo BLU BLK BRN BRN BLK BLU CNL CN4 000000 000000 CN5 CNC CN? 000000 000000 OO - TALK Lock BLK BLK BLK BUK PHONE JACK 000000 000000 ਨਿਤਨੇ 000000 BLK BRN BLK BLK 000001 2000 oct BLU OR BRN 000 ORG h BLU 0000 A BRN (RED YEL CB GRN SAMPLING CONTROL PCB BRN RED ORG YEL GRN BLŲ DO0000 FADER PCB - 12 - PDM-4012 7805A TRC TRANSF IN/OUT PCB A DD ON DI ODDW BRN BRN BLU BLK CNB BLU 000 CN1 CN2 CNJ CN4 000000000000 1000000 CN5CN6 CN7 000000 100000 col RED BLK BLK BLK BLK BLK MAIN A MAIN PCB III illum ooo000 0000001 MIC PCB BLK RED WHT BLK 0600000000000 6500 CCN9 RED BLU ORG 2000 BRN YEL RED 0 GRN NOTE: 1. The actual colors of wires may differ from those of this diagram. Wire colors are abbreviated as follows. BRN .... Brown YEL .... Yellow VLT .... Violet RED .... Red GRN .... Green GRY .... Gray ORG .... Orange BLU .... Blue WHT.... White BLK ... Black BRN RED ORG YEL GRN BLU FADER PCB - 13 D5A TRC RED H VOLTAGE SELECTOR POWER SWITCH AC INLET B BAN BRN WOL HOT TRANSFORMER RED lgpall 99000 oct CNS BRN BRN BLU LU BUK BLV BRN 00 BLK BLU IGHT IO CN5 CN6 CN7 000000000000 oo w RED BLK BLK BLK PHONE JACK ਰੇਨਤੀ 0000001 BLU BRN 20000 BLK $50.007500 bodo 00000 090000 BLU BLK BRN BLK ORG 2 RED 10 000 000001 SAMPLING CONTROL PCB B INN I BLK/ BLK SAMPLER PCB BLK _ENI BLK YEL YEL GRN 00000 CNI CN4 CN205 00000 000 PCB - 14 - SCHEMATIC DIAGRAM PMX-1600 11 12 13 14 L5 | 6 | 7 | 100 A??) on LOD C 164 100/16 C16) 100G IC. 91 RU VARI 20KW C3 Blow LIIG . C69.. 6K 470K PR1 A 11 MON וRa סנן C5 272 822 C67 10/16 A7] 20H RAS VA9.1 204W A75 IC 1.2 2953 20 1 IC #7 465 499 C10 III R14 IKA VA 10.1 20KW Sok Ici 171 c. 172 11 IOK IZ AS! + 0 > ML 100 C91 SLA. W VATI TOON R 99 C7 36K 477 59!. A143 R147 90 12/16 PWW 2K LINE! C13 101 122 HE RIJI TRS 2SCIES ON OFF C95 10/16 1.2 10-12 TALO OO 56.7 IS1,2/ I NO OVER 5 $5.1 MO+ 101 19> 91/01 sillage 571 CH42 IDO/16 YA 7.7 OOK +1580-w's VR1 20 KUIN OQI VR12.11 OZE CIE 100/16 - 54c 10/16 IC 211 5 TA2 A29 2 35K 879 .925 PN? R92 JK 10KW 2 cji 122 123 022 TRG 2501615 670 4.7 TRISCHE 022 10 17:16 C40 || CO2 774 274 H IC 22 &Z JOK RI AIS4 1016 C60 10/16 A 14 ZOK A67 10k www Ik A6 VA92 200W 6 AXO 4TOK 55.2 1..776 with A76 20 OS 1CA. 4550 0:51 - ONS+ ZITO ZILHA 20KHN 6 B20 P op C2, P22 10:4,022 23 C22 122 C24 122 Ya2. VR12.2 C27 20 4.7116 4.711 o' m 22:16 (7) 22:16 (7) 22:15 20 KW LINE? 140 29 101 QLOU OASI + TL7 68 onsi A100 36. /16 HILL BILA 594 AIL 2216 ?K ZZEA IDKLIZ 4556 m WO+ 101 100 052 127 RIOZ 22 LEIA ON OFF 079 !OD TALEO OO OVER 55.3 PHILINE J5 39 727 C4022 CIT 54.1 C97 AS) IR. C)4 4.7/16 7 A103 ZN 7 IC 1.1 DIO i SS AZT SOM A69 10k AAN 125 II.? ALL A104 16.777 AS A50 470 ANS NON DOA cias IOD/16 16 10KA2 VR 3 AIOS ... CLO 272 C22 2221 p 54.2 -2 RS 2318 L SL A06 AI + 1540 - 5Y 0-W - AI14 599 LİNE 4 USD LINE 29 012 A 2129 2LON 7012 27/16 ATO ION 4.1/10 104 24 CIJS 413 RIIT 10/16 47K ICV I TI 101 VA3.2 IDR12 CIDY 10/16 = נאז CSI 5 H 43K 25K363 2 KBI 2 LA C49 22/16 CTS 2.7 1013 C102 "SIWA 5LT 157.1 4556 27 VR6 250HA 650 22/16 451 - RN 112B 190 CS 100/16 MIC A126 100K SE C06 300/16 CS7 Q.L116 20k 4558 R63 100 451 + 59.2 IC15,1 1.550 C!65 4771400Y + 15YO - 150W C . X RII A120 1 Além T C100 7:15 0.5 52 1994 10) + IS Y KO DIS RISH Ana 20 2DKB 2 Di INLOCZ 02 IN4002 120Y 99 RII] 47 H12 C136 10/16 [9) OM 52) L0000 2200/25220025 109/1 511, 2 4 ICTLZ 4556 CE5 I IN4002 IN4002 121 A14 47N R16 W 110 000 » 05 I LOOZ 7915 IC 5 ASL LAMP ( 76 100125 - 15 - 16 III8 | 9 10 | 11 | 12 | 13 CS 22/16 A221 AKT YR. S 20KW AECORD C15122 22:16 ? ANA -+ 5 CILE 2496 R9.1 10KW A:59 A160 w 014 (119 14 (170 1100/95 1X/16 NL. 97 7 C:59 220/16! ננו G 14 AIS 2716 C154 YRIDI 20 21 22 19 29 14 0 12 15 116 18 L31217 17 16 1012 5 1C11.7 4556 N 1.715011 TOKW HIT DV ASI + ML C152 BOOTH 6 109.1 Olo+154 R16] C91 27516 RIL) C129 60 A147 593 22116 10 TAT 250 2T Jazz. W II C123 21/16 HL 4 Scies 025 + 154 3 25C1415 TES 105 91/4'T PASS 31 RI3190 BI 91/LT R15 O R16 10 171 OVER 3 C140 OC/16 C119 400/16 W89 W (14! 100716 * נולן 91/001 R17 JK Lu 0177 HOME C! ] 47 16 ANI IX35 WAT ידו R YE12.1 THOS CIJS RIA 22/16 120 -ISYO -15V RII IJK 101 SN ASL-0 L R17] 910 (1) sa TA 25C7A7A (157 22 LSIE SWIZITE D. C:27 22/16 1JT 100/16 21 A 156 WA1.2 6 TMW 2 NASTEA 032# ON OFF 519152 20 IN4140 C# 01 CAZ 724274 HHH 19 Ei 51 : 0 716 - 19 - 15V } + 1571 A DU (96 TRE R154 25A1317 R197 5602 C155 4.7/50 RIS SM6 10/16 IR w 18 L1417 17 025 YA9.2 Cla 10/16 OKW 55.7 09 IN 2148 C15] D2B SO 21.7 20K MN RIZ 2] 50K IC 19.1 SSB CIG 2716 AI J) 16 1013 5 A 190 47 4 YA10.2 20KW RI2 RIZ 13 K 3 my w 211 0132,88 (151 + TRIO 2SC28761 2.7/16 1--1--1--1 Cilt 22/16 RIDD C 92 72/16 FI] L R14 R148 2216 21 RN ZEL IC 11.1 455 A176 C114 22/16 30 ANOZ 14 ZZ A100 7 WY 50k MA OFF WW ON TALO OVEA 4166 RIDD SK ilk 55.3 CISO 65 TAO 25C2274 C126 22/16 297 417 AIO 2x ? R17T 390K 59.1 R125 IDO A115 120W IC 15.7 LSSB C105 100/16 Y RIOL 47K W A 105 IN w R!23 510 + 1540 R 106 1 17 12 AI16 IZOM - 1540 C99 R124 TO 6 COD3 27/16 IN TO13 21/15 154 + CI35 10/16 ICIL. 455B R!94 47 - 1006 C117 190/16 LIBA 20342 IC16. FOI 5 6 7 100) 27/16 IETY R32 47. C102 22/16 +154 O C115 11 AIZD 90K CU 22716 PHONES C106 10/16 WRX 1C15. 4554 R117 R120 21 20K C100 6.8 NOTES: 1. C and Runit C........... No symbol: JF P symbol: pf Capacitor without voltage display has work voltage of 50Volts The NP is Nonpolar Capacitor . Rii.... No symbal : 12 K symbol: KO M symbol: MO Resistance not designated is 1/4W.J (15%) 2. Voltage for all parts are measured in terms of DC 1M2 digital voltmeter. 3. All resistance values are in ohms, unless otherwise specified. 1K = 1000 4. All capacitance values are in farads, unless otherwise specified. H1 = 104 P=10 7 10.2 A10 240K ZIBA TOKBA2 RI 47K AIZI 12 OK (136 ID/16 C110 1/16 ! 16.2 556 R? 1 sn.2 WICILE 4556 R200 1 A114 47 A127" 120K A198 C116 47 22/16 - 16 PDM-4012 L_ 1_1 2_ 1 3 1 4 | 5 | 6 | 7 | 8 TZZY (164 100/16 C163 100/16 HH RI IN wy A91 A9) 11.1 455B TEL 25K361 5 2013 VY ( 794 CBI 274 224 - 3 A? R9 6K 470K 14.7/16 6.69 47 HE AAL 130K PILT jo AL 2CR A95 C#7 : R13 ir ATZOK RS SO (77 10/16 Oo A2: 120 27116 VH91 20 4W 7 16.1.2 R75 20K < < 2558 AN IC 4.2 A65 TOK 4558 100:16 6 R97 ANN Nikb SATU 20KW VR13 SOKE LIC!12 1556 R6 220 10 AIZ 24 C6 222 CB 822 SY NY 56 1 57.1 → M. RI65 12k 15 Khi i7 72/16 IC). 4559 VRTI ODKA 191 22 123 1966 21:16 14 19 : Am F LINE (125 * I" TES ON Orr 95 L R18 VRUZ EA O O + TOT (140 21. 10916 551 100611001 O WOS < SAW R14 100K 100 . SORA 5191 1 (15 ICX/16 16 CX/16 IK 14 C 2.1 4558 H12 10 CS: MI A27 29 4,116 TA2 C127 22/16 PR2 992 IK 3563616 194 3 ዘነ 16 C21 222 223 172 vid.2 ZOKW 2 MY L'BOIC82 ON OFF 25C1615 CTC 4.7 R11 JM) 2 R25 019 620 22/16 -- 1540 10 0 AB2 13CK C84 174 R2 20K Cha 1174 205" 15 - 17455 W HK R96 4H? LM 2016 MIC R62 .. TON (77 H/16 24 AG 510 C25. 6 AZ 36 RIC 4TOK 4.7116R3 'SS 076 203 A76 2OKI O45: B'S YR 2.1 DRAIZ 20KMN ICIDI 55 A26 820 utczi 222 C24 122 455 55H WO:9: w 27 C27 C20 L7/16 22:16 0. (72 22:16 ! ZO KW FI72 11N AI14 910 LINE 2 wito 51 - 67 C132 68 428 47/96 TOK 045+ 292 22/16 CI20 22/16 144 ZK R14 IBK IT 1214 TUUL RE DED ZIS MOL VR2.7 109.2 ICII 1558 IN + Hi! R102 ON OFF R4C 100 TALOO 1910 C31 100/16 W C32 100/16 OV 1166 17H HVVY [110 60 1394 7 A+ , 3152 22:16 (73 A19 PH/LINE 273 HE - 150 A45 AZO C39 272 CALAZZ 308 CT SL (97 22/16 3 153 IKHL - RU2 4.7/16 R 101 27 C 3.1 4559 A S 47273901 A69 TOR W TOZ BOOK R12E F4 1150 470K 104 1 154 4.7/16 = AI15 120ML 1C15.2 r4558 C105 100/16 THB ML Li WY 4931 OKALZ RI05 ZKI -wr A 12.3 08 S4.2 + 15V HIO 47 1 16 120K AA - YVO-W HI07 941? HSM 60 C47 .102 22:15 SZ 0. Sb A56 ZN (GG 47/16 I I R70 TOK R179 260K ASK RDB 04 #HU 07 IN414 C135 10/16 R11? 12 OR W ASI-O L3€ H109 2 T 4558 CAT V23.2 1024X7 DI) 0:16 0016 17 (51 100/16 13 25H33 IN Ip: 43 4.2 1556 16. 1 CSS 459 116 WW 10:3 27:16 195 15 10/16 Vib 250KA SY Riib 200 K 2131 +57 Ow 1 RI99 9 LT 11 (96 M W A60 1k 50 € 056 AR SI C115 47 124 RO 662 WW 128 390K C <MIC R119 2004 100/16 22:15 20KA A176 100K CNE HO.16 C5? 0.4716 1077 4558 MA = ESE COL 790 IDC R275 420 75012 1015, - 1 (165 4727400V HE R120 - 15 CS6 01/16 - at 106 AL12 47 :00 1201 WW 7A15 C100 6.B 520 103 II + SV 9 1 5102 FOOO CIDA 13:16 R30 240 THE 193 cod 20K3X2 01 02 1200 IN4007 !N4002 OS! DI 1 A1.2 4?K 53 2703125 R121 120K 10/16 5 * 2 52 1C16.2 4556 1000000 1 S112 HOS 4551 D3 IN4002 52 2700.75 IN4002 114 R20 KI W C116 ? HZ 1201 RITA RC www DS IN4002 I 7915 >> OS ICS LAMP 4:2 100/25 - 17 - 16 I I I 8 9 | 10 | 11 | 12 | 13 22:16 R221 - 151 16722 2211 ? << - W 22.2 R16 ICOLA 0120 1/15 7 (12! 4216 i (IS 220116 L11 56.012 - 594 R125 311 22:16 #!16 2162 18 47.50 '2'2 6. 919 SILA RIGS RI? 11 .? C'52 DIG AA 16. . 1912 HIJRI C93 N AIO 16 TR2 257,282A IE... i C125 55165 A 15. S in 0+ 150 16159 23 55. 105 2 II/ OCH15 , 3 (18 10CM eit w ZOKMN 0121 RNI INXS HIV + C10.2 (135 Pi89 22:16 3 y 53K 330 -15V - 15 RIES C ! 6B TR4 2581 Dje 2.2.16 22 C.1.12 72:16 21 MASTER ONOFF 12% ?$C1815 119 JM B ING'40 19 20 150 m 000 MIC суы 10,16 TRG 25 AM 47:52 192 TUK AY 18 5 116 CI 10:15 17 '55 OSOASI C157 R 150 (:24 4 :15 ..206MN 2.21 UW 16 (15.7 255 0136 RIH 330 2216 R90 47 5 . w DU 1122 Ria2 5H 3 A TRIO 25C 237 016 2 D35 C128 21 516 RIL 2N 094 148 12/16 1 ANZ 149 1122 Lirib R176 ПІВВ 213.2 459 22:16 OFF ww FALE000 R166 125 H180 SKI R16 Y ? V 3 69 *GE C!2G 22: TAR 25X28 230NA _ 4 ANALOL SAMPLE GND 0.GITAL UND INPUT 213 47K וקינוח + 4551 SAM - 15 -0-15 - 41 205 2068108":C" 910 1901 36 72/1 IND RIT 190K M R203 R704 300K 51912 AOB OPLAY R705 OCE VA C 15.2 A125 1DOK MLAW WOO 6. 2550 CIOS 190/6 Nr 21146 517 EOL 7. T5182 $19.1 R210 ZOK 17213 516 102 - 150W A124 C99 A 215 47K 47 TR12 2 SC945 ww C104 9:722 GREEN A129 2LOM MAA -15 1C14.1 455 180 ww 27.7 W 012 TOI6 R226 47K A 227 5162 100/16 VR14" CIGI 1201 RI31 C102 22:15 AM 195 PITCI 9 C9B onsi+ O ASI+ C'15 47 124, 12H SAMPLE PY. R126 990 CI 22/16 126 100K CIDE ICO: PHONE MR 1C15.1 4558 000001 00000 Ć DO CIO 10/16 A120 220K 2 TL CHIC DIE 1C15.2 4556 R20 VR15 2 INFJT ANALOG GNO D1 GND WRITE FEDE AT 319NS INC IC 14.2 455B R200 AIR C 1 - 1 * Y C14 ??:16 R.......... NOTES: 1. C and Runt C........ No symbol : UF P Symbol: pf Capacitor without voltage display has The NP is Nonpolar Capacitor. ...... No symbol: 12 K symbol : ΚΩ M symbol: MD Resistance not designated is 1/4W. (15%) 2. Voliage for all parts are measured in terms of DC 1MO digital voltmeler 3. All resistance values are in ohms, unless otherwise specified. 1K = 1000 4. All capacitance values are in farads, unless otherwise specified, 1 =10 P=10 12 - 18 PRINTED CIRCUIT BOARDS IN/OUT PCB 4 5 S J J J2 88 . año R15 aro C20V O 235 -C17 R24 - R26 1- R22 108 1031 C39 SE3MS C42 TT R55 D D Lalalalalalalalal LIITUUD 1 YY TTTTTTTT R2 011 R6 B CR237 Ta R42 0 046 op R22 836 R5 R25 c3 R18 - C C14 El C48 KC45 IC 1 IC 2 C34 R58 caz cada + 3. TR9 5 R57 CN 1 * IC6 lt toota C13H C24 -C30 TD R45 C160 R182 1 BO R181 C138 C . D R141 + R31 7- R2B RZ R13026 R524 +) T C135 c25C43 C131 C133066 C6 R33 C22 R12 C44 C164 C163 R53 R54 R32 09 R224 R223 R2001 R40 R39 R192 R1 91 C137 R34 CN 2 CN 3 CN 4 CN 5 CN 6 s MAIN PCB D14 S 5 R156 W21 UR 5 C59 R157 H101 J VR 4 C60 037036 C58 W15 UZM 123 6M R61 C4S in C55 R60 -11 R62 CNIO R63 CN 9 At C52 R64 - H00_45 VR 1 * 4012 ON UR 6 053 R 054 -0 - R80 R90 - - TR3 04 * 07 BLU W13BRN YLHO GRNLA S 6 - 61 - * 4012 ONLY Sf J6 Di C162 R55 2101 alalalalalalal (+o * D6 IIIIIIIIIIIULUI YYTTTTTTTT R225 0497 Y 8 NO Ö Ő C62 - 1 TC4 D4 TRA TRZ D5 * IC6 + IC5 36 C135 34 C133066 065 Ö ÖO DB EM R191 C64 LI CN 7 CN 5 CN 6 S 2 S 3 15 W6 <M 014 SIM R156 13: W29 UR 5 059 OZM OM - R157 - H101 R77 ZEM VR 4 R85 RB6 127 W28 OEM 126 C57 056 w24 C58 680* W16 R94 122 123 SZM 6M R83 C49 1. C55 N 072 11 WW2 VE HD800 R60 - - R62 ОТМ *TRI 52 R64 cm IT 069 - O TR2 070 R82 RB1 D W18 UR 2 VR 3 #00_15 VR 1 * 4012 ONLY ICB c53 )C678 668 075 054 D R80 2 TR3 R73 R66 C74 R72 R75 R6S R74 R68 . OLLIR R65 R71 BLU WI3BRN 14 0000 Oo ORG RED YLW GRNL S6 S? - 20 - SAMPLING CONTROL PCB S8 06M 68M R159 150 - C159 R150 - Robertson | 078 URE WR13 URI 3 *R88 R160/ + + C156 C119 R176 1 C152 CI20 + 090 C154 SZM C94 Rili/ + Rii ICI W41 O 153 154 R175 :39 R144 R146 Ri35 A C130- R148 C129 26) DC86 R142 ITA L' C93 + R166 2 IC1 RD R165 icii R136 51 R162 lol + C125 R1 611 W97 R120) R20 @ ZEM W43 R1 41 GSM - R103 R140 - por 2117010 W35 PEM we 1940 W88 VR10 R142 C151 171 156 C109 + GOW74_ RN2 M 861 RI1 016-027 RIO R163 IC161 0 D28 D390 140 R138 - 0115 R105 683 VR11 RI27 C140 ( CBBW38 "C870 R99 R:53 R154 C126 R164 IC15 C123 IC9 OTOIL 59 R115 - R104 - R105 R!21 - D R1130 R106 -40 10 R111 - R107 - R122 - R108 2012 - O S11 R11 O *W83 *R109 - R116 -0 06 C116 R197 083 W52 UR12 C151 URS R128 T C96293 -C84 R94 - C104 DR1720 R171 C1322 - R126 92M 11 ZOM Co R169 W70 TDG *#66 W65 -O - R170 - - R196 el_W70_ R133 R134 C95 BM1113 16M 131 N 1 LA R920 N57 C11211 - 16 - D R124 R149 0:28 R174 - R150 134 ZOM *R119 *RUG D RSA 8910 R201 R767 *S12 LOR123 R178 C2M *si 39 YZOZ C136 ZZIN 520 1135 VR15 Ri5Z 6164 C110 28M* g ISIS cep *D41 BGM TTT" *199 - IC14 ( D 19 O W33 1196 *.196 *1017 perang 00 14 000 *C17 K29 WR217 2130 641 COM WR220 *C147+ 8 *C1483 (99 VRI 4 . *R216 + 391 C105 *R215 01 *R211 * *C149 **UR17 89M* - C. 46 R132 R131 C:05 *R219 R193 *D40 CU* 29M* 6 SM* 09M *R204 162 W42 - *R20 *147 E6M 0 R1947 * *S16 W61 *S13 *S14*1 *185 *1421 *S17 O *R209 93M* D *1146 *W4B 8M* *R226 - EOZEN *R205 - *R213 D *145 *R210 *143 O - 1227 V E O TRI2 + E * *C167 *(144 *C166 *4012 ONLY *2206 *C145 *R212 *W100 *S18 - 21 - SAMPLING PCB (PDM-4012 ONLY) 612 ORK W . 4.19.142. 129:.. VOLS . AWARD :: .. W291020 C10 W28 dit W26 M C26 W32 W : CNP W53 20 015 . . - R103 12 WK06 . UT XX0010 . F R105 - R105 - C115 R199 IC16 16 .. Y6195 ! .. . .. * 0.. ......... ... CN4BR C16. A14 R107 - C116 - R200 D R197 R13: NO W20 012] 23 SA US111 R198 0114 TO - 0114 C107 010>(+ .... 3. *R109 -O ) O - R196 C108 D1 C111 HET 00N R2017 G15 WIOS *S12 R2021 . C135 VR15 22.A . C110 WW2 WIT CO! K MALLA C3 29.JUST Pl+ ciod UR14 C106 CN054321 *R211 C105 2193 *140 R194/ *S17 FADER PCB *R226 ...L241A136H14 FADER TJE 018HBA WR227 O TR12 + *C144 C166 518 *C167 POWER SW PCB - - $20 - C165 - 22 - EXPLOED VIEW OF CABINET PMX-1600 6 42 5 с. ---- А ) 20 д4 д ? а й 34 41 42 2 33 40 К 49 9 1 49 (9 - 10 3 50 – 23 – PDM-4012 | A 61 669 0 21 43 .... : PChoco0 22 -46 1.A.B 5 中山 5 40 ) 51 ) 49 11 5, “ ......49 0 14 49 50 萬 49 - 24 - CABINET PARTS LIST PARTS LIST Parts No. Description Parts No. Description Symbol No. Symbol No. Diodes D1 D2 (PDM)D1 (PDM)D2 D3 04 D5 *D6 *D7 08 D9 D10 D11 D12 7 . D13 15 D14 16 D15 D16 17 18 19 D17 D18 D19 D20 D21 002-120 002-121 021-731 021-732 162-763 162-762 161-695 021-855 162-761 041-035 021-204 049-189 059-146 002-533 002-531 002-703 003-110 002-704 022-322 003-102 002-545 003-970 002-535 159-167 159-168 002-544 092-095 003-564 162-764 162-627 003-356 159-186 047-468 146-709 092-100 100-050 002-532 003-982 022-305 081-023 003-969 003-510 111-049A 111-043A 111-043A 102-025 111-051A 110-050 110-172A 111-044A 111-051A 110-168 131-081 076-027 076-027 079-003 079-003 076-027 076-027 076-027 079-012 079-003 079-003 079-003 080-091 080-091 080-091 080-091 080-091 080-091 080-077 080-077 080-077 080-077 080-077 080-077 080-077 080-076 080-076 080-075 080-075 080-075 080-077 080-077 080-077 080-077 080-077 080-077 080-077 080-076 080-076 080-075 080-075 080-075 080-088 080-091 079-003 079-003 D22 D23 D24 PANEL CONTROL(PMX-1600) PANEL CONTROL{PDM-4012) BACKET VR{{PMX-1600) BACKET VR{{PDM-4012) SAMPLING CONTROL PCB MAIN PCB SAMPLING PCB(PDM-4012) REAR PANEL IN/OUT PCB PLATE HEAT SINK BOTTOM COVER PAD FOOT POWER TRANSFORMER KNOB PUSH(BIG) KNOB PUSH(SMALL) KNOB SLIDE(SMALL) KNOB ROTARY(B) KNOB SLIDE(BIG) HOLDER FADER KNOB ROTARY KNOB SETIPDM-4012) VR INLAY KNOB BUSHING(BIG) VR DUST PROOF CLOTH SWING DUST PROOF CLOTH KNOB BUSHING PHONE JACK XLR WASHER XLR POWER SW PCB FADER PCB PLATE LED VR DUST PROOF CLOTH PCB SUPPORT(PDM-4012) GND SCREW AC INLET FUSE 0.5A KNOB BUSHING(SMALL) HOLDER LED 50 mm SWITCH PROTECT PLATE SLIDE SWITCH 2S6P HOLDER LED 30 mm EVA PAD SAREW FTS-33X12(AB) SAREW FTS-3 3X6(AB) SAREW FTS-3 3X6(AB) SAREW PMS M2.6X4(B) SAREW BST-3 385(AB) SAREW FTS-3 3X12(Y) SAREW BTS-2 3X8(AB) SAREW BTS-33X10(AB) SAREW BTS-33X6(AB) SAREW PTSS-2 3X10(B) NUT/WASHER RECTIFIER DIODE 1N4002 RECTIFIER DIODE 1N4002 SILICON DIODE 1N4148 SILICON DIODE 1N4148 RECTIFIER DIODE 1N4002 RECTIFIER DIODE 1N4002 RECTIFIER DIODE 1N4002 ZENER DIODE 1/2W 12V SILICON DIODE 1N4148 SILICON DIODE 1N4148 SILICON DIODE 1N4148 LIGHT EMITTING DIODE(RED)3.154 LIGHT EMITTING DIODE(RED)3.150 LIGHT EMITTING DIODE{RED)3.154 (LIGHT EMITTING DIODE(RED)3.150 LIGHT EMITTING DIODEIRED)3.150 LIGHT EMITTING DIODE(RED)3.150 LIGHT EMITTING DIODE(GREEN) ILIGHT EMITTING DIODEIGREEN) LIGHT EMITTING DIODE(GREEN) LIGHT EMITTING DIODE(GREEN) LIGHT EMITTING DIODE(GREEN) LIGHT EMITTING DIODE(GREEN) LIGHT EMITTING DIODE(GREEN) LIGHT EMITTING DIODE(YELLOW) LIGHT EMITTING DIODE(YELLOW) LIGHT EMITTING DIODE(RED) LIGHT EMITTING DIODE(RED) LIGHT EMITTING DIODE(RED) LIGHT EMITTING DIODEGREEN) LIGHT EMITTING DIODE(GREEN) LIGHT EMITTING DIODE(GREEN) LIGHT EMITTING DIODE(GREEN) LIGHT EMITTING DIODE/GREEN) LIGHT EMITTING DIODE(GREEN) LIGHT EMITTING DIODE(GREEN) ILIGHT EMITTING DIODE(YELLOW) LIGHT EMITTING DIODE(YELLOW) LIGHT EMITTING DIODE(RED) LIGHT EMITTING DIODE(RED) LIGHT EMITTING DIODE(RED) LED 50 (RED&GREEN) LIGHT EMITTING DIODE(RED)3.150 SILICON DIODE 1N4148 SILICON DIODE 1N4148 D25 D26 27 . 31 32 D27 D28 D29 D30 D31 D32 D33 D34 D35 D36 D37 D38 D39 *D40 34 26 37 38 39 *D41 *D42 *D43 40 41 42 lcs 45 1C1 46 IC2 47 48 074-104 {PDM IC1 1074-123 074-104 (PDM}IC2 074-121 103 074-104 (PDM)IC3 074-121 (PDM)IC4 1074-122 (PDMIC5 074-120 (PDM)C6 074-119 IC NJM4558L IC TC4077BP IC NJM4558L IC M74LS122N IC NJM4558L IC M74LS122N IC M74LS73N IC M74LS193N IC DM74LSOON - 25 - Parts No. Description Parts No. Symbol No. Symbol No. Description 0 0 0 0 S9 IC7 074-104 (PDM)|C7 074-120 IC8 074-104 (PDM) C8 074-125 1C9 074-104 (PDM)IC9 1074-124 C10 074-104 1C11 074-104 1C12 074-111 IC13 074-111 1C14 074-104 1C15 074-104 1C16 074-113 074-104 IC NJM4558L IC M74LS193N IC NJM4558L IC SA82S129 IC NJM4558L IC SN74LS148N IC NJM4558L IC NJM4558L IC LB1412 IC LB1412 IC NJM4558L IC NJM4558L IC NJM4556L IC NJM4558L IC17 082-022 083-031 083-031 082-020 083-092 S10 083-092 S11 083-092 *S13 083-092 S14 083-092 *S15 083-092 *S16 083-092 *S17 083-023 *S18 083-029 *S19 083-069 CN1 092-026 CN2 092-027 CN3 092-027 CN4 092-027 CN5 092-027 CN6 092-027 CN7 092-030 CN8 092-039 CN9 092-026 CN10 092-026 092-099 092-045 092-047 092-098 (PDM)CN1092-084 (PDM)CN2 092-021 (PDM)CN3 092-021 (PDM)CN4 092-084 LEVER SWITCH 4P3C | ROTARY SWITCH 1-2-4 L= 17mm ROTARY SWITCH 1-2-4 L= 17mm LEVER SWITCH 2P2C 4KEY PUSH SWITCH 2P2C |4KEY PUSH SWITCH 2P2C 14KEY PUSH SWITCH 2P2C 4 KEY PUSH SWITCH 2P2C 4KEY PUSH SWITCH 2P2C 4KEY PUSH SWITCH 2P20 4KEY PUSH SWITCH 2P2C MICRO SWITCH 2P2C ROTARY SWITCH 1-2-3 L= 17mm PUSH SWITCH 2P2C 3P CONNECTOR BASE B3B-XH-A 6P CONNECTOR BASE B6B-XH-A 6P CONNECTOR BASE B6B-XH-A |6P CONNECTOR BASE 6B-XH-A 6P CONNECTOR BASE BOB-XH-A 6P CONNECTOR BASE BOB-XH-A 2P CONNECTOR BASE B2B-XH-A 5P CONNECTOR BASE B5B-XH-A 3P CONNECTOR BASE B3B-XH-A 3P CONNECTOR BASE B3B-XH-A | 4P CONNECTOR BASE B4P-XH-90" 3P CONNECTOR BASE B3P-XH-90° 6P CONNECTOR BASE BOP-XH-90° 7P CONNECTOR BASE B7P-XH-90° 5P CONNECTOR BASE 3P CONNECTOR BASE 3P CONNECTOR BASE 5P CONNECTOR BASE Transistors * * * TR1 TR2 #TR3 TR4 TR5 TR6 TRZ TR8 TR9 TR10 * TR11 TR12 (PDM)TR 076-096 076-096 076-096 076-002 076-002 076-104 076-095 076-095 076-095 076-095 076-107 076-002 076-002 FET 2SK363 FET 2SK363 FET 2SK363 SILICON TRANSISTOR 2SC945P SILICON TRANSISTOR 2SC945P SILICON TRANSISTOR 2SA1317 SILICON TRANSISTOR 2SC2878 SILICON TRANSISTOR 2SC2878 SILICON TRANSISTOR 2SC2878 SILICON TRANSISTOR 2SC2878 FET 2SJ104 SILICON TRANSISTOR 2SC945P SILICON TRANSISTOR 25C945P Packing Electrical Parts 101 101 102 102 103 104 104 157-742 157-743 155-861 155-862 153-136 156-070 156-071 OWNER'S MANUAL(PMX-1600) OWNER'S MANUAL(PDM-4012) GIFT BOX(PMX-1600) GIFT BOX (PDM-4012) POLYFORM (PMX-1600/PDM-4012) WARRANTY CARD(RMX-1600) WARRANTY CARD (PDM-4012) J2 VR1 VR2 VR3 VR4 VR5 VR6 VR8 VR9 VR10 VR11 VR12 VR13 VR14 VR15 *VR16 *VR17 S1 092-071 072-091 072-091 072-091 071-135 071-135 071-102 071-104 071-104 071-104 071-136 071-184 071-184 072-092 071-084 071-101 071-102 082-019 1082-019 082-019 081-027 PHONE JACK 6.34 SLIDE VR 45mm 10KAX2 SLIDE VR 45mm 10KAX2 SLIDE VR 45mm 10KAX2 ROTARY VR161 20mm 2OKA | ROTARY VR1 611 20mm 2OKA ROTARY VR160 20mm 25OKA ROTARY VR160 20mm 20KWX2 ROTARY VR160 20mm 20KWX2 ROTARY VR160 20mm 2OKWX2 ROTARY VR160 20mm 20KMNX2 ROTARY VR160 20mm 5OKAX2 ROTARY VR 160 20mm 5OKAX2 SLIDE VR 30mmL = 15mm 20KBX2 | ROTARY VR164) 20mm 5OKAX2 ROTARY VR164 20mm 10KB ROTARY VR160 20mm 250KA LEVER SWITCH 4P2C LEVER SWITCH 4P2C LEVER SWITCH 4P2C SLIDE SWITCH SSSF122NA1-CE S2 S4 PMX-1600/PDM-4012 Printed in Taiwan


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