User manual YORKVILLE AP812

[. . . ] Ensure that proper ventilation is provided around the appliance. No naked flame sources, such as lighted candles, should be placed on the apparatus. L'appareil ne doit être branché qu'à une source d'alimentation correspondant au voltage spécifié dans le manuel ou tel qu'indiqué sur l'appareil. Cet appareil est équipé d'une prise d'alimentation polarisée. Ne pas utiliser cet appareil avec un cordon de raccordement à moins qu'il soit possible d'insérer complètement les trois lames. [. . . ] #3996 #4568 #4566 #4566 #4579 #4581 #4581 #4568 #4581 #4581 PART# #8392 #8395 #8395 #8395 #8395 #8394 #8392 #8680 . NO_KNOB #8393 #8393 #8393 #8680 #8680 #8680 #8392 #8397 #8397 KNOB JAN/2000 . . AS_OF TO DIGITAL EFX STEREO CHANNELS SECTION M1155IN. SCH_DATABASE_HISTORY MODEL(S):# DATE 1 2 3 4 5 6 7 8 9 10 MAY/07/97 OCT/13/98 FEB/27/01 NOV/26/01 . D D D D D ALL UNMARKED DIODES ARE IN4148 MC4741 HEADPHONE MASTER SECTION DATE: NOV/26/2001 YORKVILLE NAME: AP812MIX. SCH MODELS: PCB#: AP-812 AP-818 M1155-M1156 SCH ISSUE: TITLE: MIXER/EQ 1. 40 M1156. SCH_DATABASE_HISTORY MODEL(S):# DATE 1 2 3 4 5 6 7 8 9 10 MAY/07/97 . OCT/13/98 FEB/23/99 NOV/15/99 AUG/30/00 NOV/26/01 D D D AP-812/818 VER# DESCRIPTION OF CHANGE 1. 50 1. 0 1. 30 1. 40 . V V V V V PC#5370_ADD_C17A MADE_FROM_M1100 CORRECTION_RENUMBER_R42A-R17A PC#6473_C12A_6N8->5N6_C23A_47N->22N R40, R41_1K2->3K N N N N N AP-812/818 VER# DESCRIPTION OF CHANGE 1. 50 . 1. 0 1. 00 1. 10 1. 20 V V V V PC#5370_R21I/R21J_18K->47K ADD_150R(R112A, B)_TO_EQ MADE_FROM_M1101 SWAP_CONNECTIONS_AT_C13&C16 PC#6140_HEADPHONE_JK_REPLACED PC#6213_ADD_R315_R10_6K8->3K N N N N RING 18K ART_OUTL ART_GNDO ART_OUTR U:\AP812V14. PRN IG R112B 220R 63Hz P10B 20K Y 125Hz P11B 20K Y 250Hz P12B 20K Y 500Hz P13B 20K Y 1KHz P14B 20K Y 2KHz P15B 20K Y 4KHz P16B 20K Y 8KHz P17B 20K Y 16KHz P18B 20K Y R112A 220R 63Hz P10A 20K Y 125Hz P11A 20K Y 250Hz P12A 20K Y 500Hz P13A 20K Y 1KHz P14A 20K Y 2KHz P15A 20K Y 4KHz P16A 20K Y 8KHz P17A 20K Y 16KHz P18A 20K Y C70A 33n R109A 15K C69A 47P R108A 2 15K (4=V-, 8V+) RIGHT LEFT EQ2 R109B 15K C70B 33n C68B 25v 5N6 R107B 7K5 R106B 6 Q23B BC560 5 C69B 47P R108B 15K (4=V-, 8V+) EQ1 3 C68A 25v 5N6 R107A 7K5 R106A 1 +15V C52B 25v 1u R75B 7K5 R74B C54B 25v 680n R79B 7K5 R78B C56B 25v 330n R83B 7K5 R82B C58B 25v 180n R87B 7K5 R86B C60B 25v 68N R91A 7K5 R90B C62B 25v 47n R95B 7K5 R94B C64B 25v 22n R99B 7K5 R98B C66B 25v 10n R103B 7K5 R102B +15V C52A 25v 1u R75A 7K5 R74A C54A 25v 680n R79A 7K5 R78A C56A 25v 330n R83A 7K5 R82A C58A 25v 180n R87A 7K5 R86A C60A 25v 68N R91A 7K5 R90A C62A 25v 47n R95A 7K5 R94A C64A 25v 22n R99A 7K5 R98A C66A 25v 10n R103A 7K5 R102A U16 1/2 33078 GE1_OUT 820R C51B 25v 100n R73B 100R R72B 82K Q15B BC560 750R C53B 25v 68n R77B 100R R76B 47K Q16B BC560 680R C55B 25v 33n R81B 100R R80B 56K Q17B BC560 620R C57B 25v 18n R85B 100R R84B 47K Q18B BC560 620R C59B 25v 10n R89B 100R R88B 56K Q19B BC560 620R C61B 25v 4n7 R93B 100R R92A 47K Q20B BC560 620R C63B 25v 2n2 R97B 100R R96B 56K Q21B BC560 680R C65B 25v 1n R101B 100R R100B 56K Q22B BC560 620R 25v C67B 330P R105B 100R R104B 82K 7 U16 1/2 33078 GE2_OUT 820R C51A 25v 100n R73A 100R R72A 82K Q15A BC560 750R C53A 25v 68n R77A 100R R76A 47K Q16A BC560 680R C55A 25v 33n R81A 100R R80A 56K Q17A BC560 620R C57A 25v 18n R85A 100R R84A 47K Q18A BC560 620R C59A 25v 10n R89A 100R R88A 56K Q19A BC560 620R C61A 25v 4n7 R93A 100R R92A 47K Q20A BC560 620R C63A 25v 2n2 R97A 100R R96A 56K Q21A BC560 680R C65A 25v 1n R101A 100R R100A 56K Q22A BC560 620R 25v C67A 330P R105A 100R R104A 82K 620R R71 Q23A BC560 RING LEFT PRE_EQ_OUT JB2 LVGND -15V R70B +15V C29 100n C31 100n C33 100n C35 100n C37 100n -15V -15V +15V 15K C1IJ 100n C3IJ 100n C5IJ 100n C7IJ 100n +15V C1A 100n C3A 100n 16V R110B 15K C71B 33n C72B 33U LVGND -15V R70A 15K R111A 100K LVGND R110A 15K C71A 33n 16V C72A 33U RING GE1_IN 620R R70 RIGHT PRE_EQ_OUT ACLP 680R R91 R57 620R RING MAIN(L) POST_EQ_OUT R54 LD7 LVGND RED CHAN_CLIP R16A 220R Q1A MPSA13 LD1A LED+15V RED BY PASS CAPS LVGND 620R R68 16V C13 33U AMPA_CLP CHANNEL 1 CHANNELS 2 TO 8 SIMILAR TO CHANNEL 1 FOR CHANNELS 2, 4, 6, 8 REPLACE PINS ON DUAL OP AMPS: 1-7, 2-6, 3, 5 LED_COM FOR CHANNELS 2, 4, 6, 8 REPLACE PINS ON QUAD. OP AMPS: 1-14, 2-13, 3-12 5-10, 6-9, 7-8 R72 47R 470R C21 16V 100n BCLP LVGND 680R R92 RED Q8 MPSA56 TLO72 LVGND R83 1M 4148 16V C2 33U 2K R1 2K SW1 1 OUT 2 IN 3 P6A 10K R22A 4K7 R21A 4K7 B EFX EFXBUSS- R28A 18K L MAIN LVGND AMP_1/A INPUT LD8 AMPB_CLP LVGND C6A 35V 22U SW1 R65 620R IG MON(R) POST_EQ_OUT 33078 6 82K 7 5 U2AB LVGND 1/2 R9A 562R R11A 4K99 R41A 3K LVGND Q3A BC550 R38A 1M R31A 33u C14A 16V C33A 10U P8A CHANN 1B 10K 1K5 16v P9A A C15A 33u R32A 8K2 R33A 2K U12 5 6 2K R79 11 8 -18DB LD9 1/4 LM339 LM339 LEFT LD13 GREEN S1_MAIN 50K 1K5 R94 1B P1 6K8 R4 2 3 U1 1/2 16V GREEN 16V (L) C1 33U 1/4 TLO74 -18DB U12 14 1/4 R67 1K P9A CW A SWEEP R26A 1K2 -15V C23A 22N 16V R37A 10K P7A 10K 6 7 LVGND 5 U3AB 1/2 PAN LVGND R36A 10K 1 1/4 U12 7 6 U13 1/4 10K R17A R35A 2K +15V +15V C23 35V 22u C24 35V LVGND 22u J1 12 +24V LED+15V -9DB LM339 LD10 GREEN 3K3 R80 9 8 C3 150p 1 LVGND LM339 LD14 GREEN LVGND MON_CLP RED LED+15V LD5 R12 220R D6 33K R11 MON_MASTER 50K CW RING AMP_2/B INPUT LVGND 33078 S2_MAIN 50K 1K2 R89 4K7 10K HIGH C17A 2n2 33078 1 U13 7 4 2K7 R81 9 10 U13 5 1K5 R82 11 1/4 1/4 14 -9DB RIGHT -3DB C17 1N5 BSIG C18 1N5 BREF BCLP ACLP R24 620R AREF ASIG +15V LVGND -15V +24V MC3 MC3 MC3 MC3 MC3 MC3 MC3 MC3 MC3 MC3 MC3 MC3 1 2 3 4 5 6 7 8 9 10 11 12 R66 1K 2 R30IJ R31IJ 33K Q1IJ 220R MPSA13 1/4 U13 13 LD16 YELLOW LVGND 0DB LED_COM LM339 LD12 YELLOW LM339 CHAN_CLIP LVGND 0DB 1B P3 C7 33U R10 3K 2 1 3 LVGND U4 1/2 LVGND 4148 D1I 4148 D1J 4148 D3J 4148 D3I R17I 4K7 LOW 50K CW R101J 10K 4148 4148 D6J D6I R15I 2K MONITOR LVGND 16v C12I 33u R27I 10K R15J 2K P6I 10K 1B EFX R16IJ 18K C8 47p RING MONBUSS+ R23 620R MONITOR OUT B 10K CW P3I 10K 6 R14 10K 7 U4 1/2 CHANNEL 9 LEFT RCA JB1IJ 2 R1I 4K99 1 R3I 4K99 1N5 C5I 3 U1IJ 1/2 JB7 +5V DIGND C40 22u R4I 562R 2 R5I 4K99 1 33078 100U C7I 16V R12I 390R 20K CW R8I 470R 100U C8I 16V 33078 R15 10K 35V R28 LVGND R27 2 3 45K3 (4=V-, 8V+) B 6N8 C13I 39K R19I P4I MID 5 33078 -40 05C GAIN P1I R13I 2 82K 1 U19 1/4 OUT IN MONITOR CUE_CH9+10 MONITOR CUE_CH9+10 CH11+12 OUT IN MONITOR CUE_CH11+12 MONITOR CUE_CH11+12 TO POWER AMP . R20I 2 4M7 1 U18 1/4 R26I 1K5 RING R2I 4K99 C6I 1N5 R6I 562R R7I 4K99 LVGND 3 C12 100p R41 R40 6 5 4K99 7 U15 1/2 1 U6 1/2 TLO72 1B CH9+10 P4 OUT IN OUT IN R26 RING 620R R44 IG P24 6K98 R29 36K R55 33K TLO74 LVGND 0dB 3 1N C10I LVGND HIGH P5I CW 10A LVGND TLO74 10K R31I 1K2 R24I LVGND D 10K P8I CHAN_LVL 2 1 3 R28I 2K R29I 10K U17 1/4 6K98 LVGND EFX SND LVGND 10K R42 10K CHANNEL 10 JB1IJ. 2 RIGHT RCA 1 R1J 4K99 R4J 562R 6 1N5 R5J 4K99 R30I 1K2 7 5 U1IJ 1/2 B 33u C11I 16v EFXBUSS35V C27 22u MASTER_EFX_SEND 50K CW D 10K R17 10K LVGND R33 R32 6 5 45K3 (4=V-, 8V+) TLO74 16v C12J 33u R27J 10K P7I 10K 1B BAL 1B P6 6K8 R39 2 1 3 U15 1/2 16V C11 47P C28 33U 33078 R43 4K99 620R R45 R48 20K0 R46 20K0 14K0 TLO72 1/2 5 U5 EFFECT ENCODER 4321 5 P25 HEADPHONE 50K CW R18 270R C39 47P 1 U2 1/4 1B P7 6 7 5 U2 1/4 10K C15J 68N 50K CW 2 R37 7 R35 47K R36 47K 2 33K R38 27K 4=V-, 8V+ R20 270R . R3J 4K99 C5J 100U C7J 16V R12J 390R 20K GAIN 05C CW P1I R13J 82K 100U C8J 16V R17J 4K7 LOW R18J 4K7 R22J 10A R26J 1K5 MODIFY ENCODER 4321 5 3 MC4741 9 8 10 U2 1/4 33078 LVGND R30 6K98 LVGND 6K98 R31 U6 1/2 TLO72 MC4741 LVGND 1 -40 B P3I D 10K P8I R28J R29J LVGND 33078 R21 270R 7 36K R34 MASTER_EFX_RTN DATE: FEB/9/97 MODELS: AP-312/AP-812\AP-818 PCB#&VER: M1101 SCH ISSUE: 1. 10 TITLE: DIGITAL_EFFECTS VA C12 +5V 3 YORKVILLE NAME: M1101FX. SCH ART_IN ART_GNDI 10u C13FX 16V R27 220 C15 . 022uF LIN2 LIN1 RIN2 RIN1 VA AGND REFGND REFBYP REFBUF NC NC 22N 28 27 26 25 24 23 22 21 20 19 18 10u C11FX 16V R28 750 C17 2 Q6 1 MPSA06 16V 1 R93 C19 10U ART_OUTL ART_GNDO +5V R17 10 C6 C7 VA DO4/F1 GND SDIN SDOUT SCLK SSYNC RESET CLKIN VD DGND NC 22uF 22N 25V 29 30 31 32 33 34 35 36 37 38 39 SMODE1 SFS2 SFS1 SMODE2 DI1 DI2 DI3/F3 D14/MA DO1 DO2 DO3/F2 U6 CS4218 CRYSTAL ADC/DAC NC LOUT ROUT NC PDN NC NC NC NC NC NC 17 16 15 14 13 12 11 10 9 8 7 10K 2 +5V 3 2 R29 +5V 750 22N Q7 1 2 C18 MPSA06 16V C23 10U ART_OUTR 22N 1 1 R94 40 41 42 43 44 1 2 3 4 5 6 +5V 10K R10 470K Q2 MPSA13 1K Q1 MPSA06 2 C1 2 +5V +5VIN C22 2 L1FX +5V C20 2 BEAD #3818 CR2 1 C24 C25 2N2 C9 22uF 25V C8 2. 2N RESET + MCLK R13 1K 100uF 10N L2FX 25V 1 100N 1N4148 2N2 R9 DIGND BEAD #3818 1U 1 74 73 72 71 70 69 68 67 66 65 64 63 62 61 60 59 58 57 56 55 54 R11 10K 10u + R6 10K RESET C2 22uF 25V 10 9 8 7 6 5 4 3 25 24 21 23 2 26 1 12 11 10 9 8 7 6 5 27 26 23 25 4 28 3 31 2 LM311 Q_REQ FSYNCA TEST FSYNCO SDOUT SDIN SCLKO FSYNCI VDD GND CLRBR SAPSO HSTA8 IRA8 HSTOE HSTREQ HSTACK MUTO MUTEAD HSTWE +5V 75 76 77 78 79 80 81 82 83 84 1 2 3 4 5 6 7 8 9 10 11 AA16 AA15 AA14 AWRE AA12 AA13 AAO7 AA08 AA06 AA09 VDD GND AA05 AA11 AA04 AROE AA03 AA10 AA02 AD7 AA01 16V C10FX PINOUT FOR 32K X 8 U1 A0 A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 A13 A14 A15 A16 U2 ART FX DSP2 100-1355-101 32 28 VDD 1 NC +5V NC ASIC 2 MUTE EA6 EA7 EA4 EA5 EA2 EA3 EA1 ED7 GND VDD ED6 EA0 ED5 ED0 ED4 ED1 ED3 ED2 MCEQ0 PPSEL 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 U3 10 9 8 7 6 5 4 3 25 24 21 23 2 20 22 A0 A1 A2 A3 A4 A5 A6 A7 A8 A9 A10 A11 A12 CS OE 27C512 O0 O1 O2 O3 O4 O5 O6 O7 A13 PGM/A14 VPP/A15 11 12 13 15 16 17 18 19 26 27 1 R5 1K + 22 24 OE 20 22 CS1 30 27 29 CS2 R/W 13 14 15 17 18 19 20 21 11 12 13 15 16 17 18 19 AA00 AD6 AD0 AD5 AD1 AD4 AD2 AD3 RESET BBROWN GND VDD XTALO XTALI OVFL ENC1A ENC1B ENC2A ENC2B EDCLK MCLK 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 R12 MCLK R16 1K +5V 100N I/O0 I/O1 I/O2 I/O3 I/O4 I/O5 I/O6 I/O7 128K x 8 X1 R7 16MHz R8 100K C3 RESET 27pF C4 27pF CLIP/OVERFLOW 470R 2 C42 +5V +5V 1 680R C5 27pF U4 1 11 OC CP 3 1D 4 2D 7 3D 8 13 4D 14 5D 17 6D 18 7D 8D HC374 APPROVALS DRAWN DATE +5V 1111 1111 SELECT EFFECT MODIFY EFFECT BIT0 BIT1 BIT2 BIT3 11111111 R100 10K 76985432 R15 6798 1Q 2Q 3Q 4Q 5Q 6Q 7Q 8Q 2 5 6 9 12 15 16 19 EA8 EA9 EA10 EA11 EA12 EA13 EA14 EA15 4532 R15 330 BIT4 BIT5 BIT6 BIT7 2 12 5 6 11 4 3 1 HC30 U5 8 CR1 1N4148 ENGINEERING REVISED CHECKED R. NEATROUR A. CHILCO 2-16-94 1995/06/05 APPLIED RESEARCH & TECHNOLOGY 215 TREMONT STREET ROCHESTER, NY 14608 +5V ART OEM REVERB BOARD SIZE DWG NO. REV DIGITAL EFFECTS SECTION ISSUED PLOT DATE A 12-1-94 FILENAME 400-4001-100 4 OF 4 M1101-FX SHEET MOVE C28FX AWAY FROM LEG OF P12 R100FX ASSEMBLY PCB MECH R5FX M1156-5. 20 M1156-5. 20 1B . 1 1 16KHz C67A R106A 20K 1B R107A T#3996 16KHz R106B BC560 C67B 330p 620R 20K 1B 33U U1 C29 . 100n J90 C40 50V 22u 5n6 J15 C68A J151 C43 100K R111A 180n LVGND R72 R86 C44 J13 4 3 15K 180n 6 6 5 7 1 1 50K P2 R93 C4 16V C1 . B MAIN_R R7 6K8 150p 33078 C3 J51 J52 1 1 1K5 C6 100N J30 C26FX L2FX 7K5 56K 20K 1B 100N C28FX U3FX R13FX 1K R11FX 10K J33 C2FX J34 22u 50V 2N2 C54 #3818 J280 J48 J49 100n C31 J54 J53 6K8 R4 150p . B 1 1 20K 1B 2N2 J36 5 5 50K P1 R32 R30 J39 J276 J275 MAIN_L J279 J277 C41 6K98 6K98 R31 R29 R33 45K3 36K 36K 32 16 21 23 25 27 31 R20 32 30 28 26 24 22 20 18 16 14 LM339 LM339 TLO72 47p C39 R18 270R 270R 270R 4 . J22 3K3 J27 R77 3 LD16 YEL U14 D3 R2 U2FX 2K 100n 200K 4K7 R89 220R 2K2 2K 1K R21 P7 A56 R80 J8 A56 R78 470R R79 J21 C19 100n R82 1K5 R85 470R #5010 R87 Q9 J7 D5 4148 R88 1M D4 4148 50V 22u 2K 5 GRN 33K 2K 2K R1 C4FX X1FX R7FX J29 27P 16MHz 470R C27FX J37 C42 R8FX 470R 100K 27P C3FX 100N 100n R16FX 1K R12FX 2N2 C25FX J91 W1 C24FX 2N2 YEL PUR W2 1 R3 U4FX 6 #6940 EY2 Q8 100N C21 02. 5-6511M R76 C20 R22 270R 1 MAR/03/99 2 OCT/21/99 3. 8 AUG/30/00 9 OCT/16/00 10 NOV/27/01 11 . 1 JAN/28/02 2 MAR/08/02 3 NOV/1/04 4 MAR/31/05 5 OCT/17/05 6 MAY/25/06 7. 8D 9D 10 D 11 D 12 D 13 D 14 D 15 D 16 D MODEL(S):- AP-812/818 # DATE VER# DESCRIPTION OF CHANGE 2. 00 3. 00 . V V V V V V V V V M1156. PCB_DATABASE_HISTORY PC#5936_FIX_PROTO_PROBLEMS PC#5934_MOVED_C15G_PC#5960_CORRECT REF#_R18H-R19H PC#6140_HEADPHONE_JK_#3497->#3921 MAKE_ALL_SOLDERMASK_BIGGER_THAN_PAD PC#6244_HOLE_SIZE_FOR_GND_LEG_OF RCA_JK_#3466_. 070"->. 059" PC#6213_R10_6K8->3K_J315->1K5-(R315 PC#6292_R16FX_680R->470R_DEL_C5FX PC#6473_C12G-H_6N8->5N6_C23G-H_47N->22N_R40, R41-G-H_1K2->3K PC#6500_CHANGE_STYLE_00_SLD-POT_HOLES 3921_JACKS_TO_SLOTTED_HOLE PC#6771 IC SOCKET 3571->3507 PC#6864 REDO SOLDERMASK PC#6952 ENLARGE 1 HOLE FOR RCA JACKS PC#7091 HOLES FOR #3522 SWITCH FROM 0. 031" TO 0. 040" N N N N N N N N N NORTH AMERICAN "005. 01 X "000. 61=EZIS KNALB BLANK SIZE=16. 000" X 10. 500" 100R 56K R80B 04. 3-6511M LTED LLIRD 02. 5-6511M EDISREDLOS P:\1156V50. PRN STYLE "00" 10K J143 100n EFX_RETURN J65 10A . 33K 10K 10K 10K R38 C12 27K 100n J64 J62 R41 33K R34 J283 STYLE "EQ" STYLE "P21" STYLE "P25" #3925 XLR 10K 33K J274 CHANNEL_11-12 J284 10A . 10K 1 2 3 4 5 P8L J260 CHANNEL_9-10 J258 10A . 10K J259 J243 PCB PCBSA DEPT. ADD COPPER FOIL ON I. C SOCKET OF U1FX ADD EXTRA SOLDER ADD YELLOW WIRE NEXT TO U6 ADD . 5" COPPER STRIP ON TOP OF P2 FOR N. A. AND EXPORT ADD 1" COPPER STRIP ON BOTTOM OF U1FX FOR EXPORT MOVE C28FX AWAY FROM LEG OF P12 PRODUCTION NOTES 220R R30IJ MPSA13 J257 100n C8IJ 100n C82J J256 B . D 4M7 4148 D3H C15H 33u 16v R33H 2K R31IJ 33K J255 SOLDER TO DGND 10K J238 R34H R31H CHANNEL_2 10K 1K5 33K FOLD COPPER OVER AND SOLDER TO POT P2 J102G J254 B . 50K #4579 B MAIN_R 10K R34G CHANNEL_1 10K COPPER FOIL TO-CHANNELS #3597 1K5 R31G U1FX IC IC SKT U1FX SIDE VIEW P2 REF MODEL(S):- AP-812/816 FUNCTION PART# KNOB #3996 #3996 #4567 #4537 #4537 #4387 #4537 #4566 #4566 #4537 #4489 P N/A N/A #8392 #8395 #8395 #8395 #8395 #8394 #8397 #8392 #8680 K MAIN-EQ MON-EQ GAIN TREBLE MID SWEEP BASS MON1 EFX PAN(BAL) FADER F M1156. PCB_POT_LIST AS_OF MAY/2001 - REF MODEL(S):- AP-812/816 FUNCTION PART# KNOB #4570 #4562 #4562 #4545 #4566 #4566 #4537 #4487 #4487 #4488 #4581 #4566 #8392 #8395 #8395 #8395 #8394 #8393 #8392 #8660 #8660 #8660 #8397 #8392 GAIN HIGH MID LOW MON EFX PAN(BAL) FADER EFX-RTN MAIN-L/R ENCODER-S/M PHONES M1156. PCB_POT_LIST AS_OF MAY/2001 - REF P3 P6 P5 R R R MODEL(S):- AP812/816 MON-MASTER MASTER-EFX EFX-TO-MON F F F #4568 #4568 #4566 P P P M1156. PCB_POT_LIST FUNCTION PART# KNOB #8394 #8393 #8393 K K K CE P10A-18A P10B-18B P1G-P1H P5G-P5H P4G-P4H P9G-P9H P3G-P3H P2G-P2H P6G-P6H P7G-P7H P8G-P9H R P11J-1KL P5IJ-5KL P4IJ-4KL P3IJ-3KL P2IJ-2KL P6IJ-6KL P7IJ-7KL P8L-P8R P4 P1-P2 P11-P12 P7 AS_OF MAY/2001 N N N 5W 5W NJM431 2V5 TO_FRONT_PANEL C214 100N 100N C2 C7 100N R105A 68K D70A BSIG MC1 BREF MC1 BCLP MC1 ACLP MC1 AREF MC1 ASIG MC1 +15V MC1 LVGND MC1 -15V MC1 +24V MC1 +5V MC1 DIGND MC1 1 2 3 4 5 6 7 8 9 10 11 12 3K3 R226A 43K LVGND +24V-PP DIGND +5V -15V +15V Q50A BC560 B R76A 4K7 ABAT+ 6K8 R133A R127A 2K32 1 0. 5W 4K590 C89A 50V 10n OPTOLED 6 5 4 1 2 R118A 16V C49A 33U R136A 27K Q25A BC560 R111A 9K1 2N2 100V C84A TP10A 590R FP Q37A MJL21193 Q36A MJL1302A Q35A MJL21193 Q38A MJL21193 MR854 D71A Q23A BC550 AOG AOG 3 A D36A Q28A BC560 DIGND AOG AOG NOTES: C214 MUST BE #5314 CERAMIC TYPE NOTES: ALL UNMARKED DIODES ARE IN4148 BIAS:ADJUST R200 FOR 10mV +/-1mV BETWEEN TP10 AND TP11, WARM. C212 100P R168 6 5 33K 7 U3B TL072 1/2 100R R200A 10mV R132A 9K1 CW VBE LIN D84A Q27A BC550 R187A 1K8 D26A 1N4004 D41A 4148 4V7 D69A 1N750ARL 5W 6V2 1N753ARL D64A BAV21 D43A FP U4A U4A 4N35 C D37A Q29A BC550 2K43 R134A ABATD75A D39A 4148 4148 0. 5W R217A 10R 1K0 R236A 1W AOG D38A 4148 Q10A A63 16V/1W 1N4745A D65A R123A 68K C69A 25V 470u 590R R218A 590R R113A FP FP 5W 33U C48 16v R110 R238A 27K R208A R191A 0R1 VBE-BLK R190A 0R1 R194A 0R1 L1A +15V 1N750A 4. 7V C57A R117A FP U5A 47R 7 6 (4=ABAT-, 8=ABAT+) 33078 1/2 R75A 3 U5A FP 47R 1 2 (4=ABAT-, 8=ABAT+) 33078 1/2 R74A 3 U6A FP 47R 1 2 5 1/2 590R FP 5W 5W D 5W 2 0. 5W TLO72 R170 10K0 BSIG R169 10K0 BOG 8 BOG 120K C94 22N R247 1M 7 5 3 D IABC BOG R179 1M Q33B 2N5638 R178 75K C71B 100V 100n BOG R176 150R 33U C51 16v +15V D29B BOG 1N750A 4. 7V BOG BOG 1K THESE TWO R121B PARTS NOT STUFFED 15N C57B 3 2 33078 1/2 CHANNEL '2' AMPLIFIER 1W AC. BLK CSA C18 22n 1W 245V 230V 7AMPS AC. BRN BRN/BLK TOROID BROWN . YEL RED D4 1N4004 1. 5A D3 1N4004 1. 5A AOG AOG 0. 5W GRN/YEL U:\M1104V23. PRN 12AMPS CHASSIS GREEN BLACK C211 100P R102 15K AREF R92 10K0 6 5 ASIG R100 10K0 U1 R99 10K0 AOG AOG 9 10 12 14 D IABC 1/2 AOG TL072 5 6 1/2 R107 7K5 R95 68K R109 1M 2 3 R98 33K 1 U3A TL072 -15V R108 75K R500A 510R 1/2 +15V C205 50V 100n C206 100V 100n AOG R101A 510R Q34A 2N5638 A_IN 33U C82A 16V 5W R93 10K0 7 TLO72 U3A 7 C42 16V 10N D68A D78A 4148 D77A 4148 0. 5W 0. 5W C43 16V 68N C41 16V 68N BYPASS CAPS R103 120K 4148 D22 C95 22N R248 1M AOG R215A 3K3 R115A 37K90 AMP '1' AOG R116A 3K160 E 33078 D44A R119A 7 1K 5 6 1/2 D25A 1N4004 R188A 1K8 1N750ARL 4V7 30V/2% 1N5256C BAV21 D62A D13A 21K5 R184A SPEAKON C29A 100V 100n AOG 1+ 122+ +70V AMP1_OUT 6 4 R FP 680R R80A 6V2 1N753ARL D63A D42A 4148 1K0 R231A R216A 10R 2 S JB1A D40A 4148 R128A R222A 2K21 1K Q41A MJL3281A Q42A R114A 590R R220A 590R R209A FP FP FP T MR854 D72A 5 6 T 3 4 R 1 2 AMP1_OUT Q33A 2N5638 15 13 MUTE R106 33U 150R C47 -15V R228 150R 16v R96A 120K C71A 50V 100n AOG AOG AOG 1K THESE TWO R121A PARTS NOT STUFFED 15N AOG Q24A BAT85 BC560 D9A 4148 ABAT+ R112A 9K1 R122A 16V/1W 68K 1N4745A D66A Q11A A13 Q26A C70A 25V 470u C83A 100V 2N2 S JB2A 5 Q40A MJL21194 Q39A MJL21194 3 1 AMP1_OUT PIN 11 1/2 LM13600 (6=V-, 11=V+) U2 BC550 16 U6A C58A 47P 33078 MJL21194 TP11A VBE-RED R126A 33R2 R193A 0R1 R192A 0R1 R189A 0R1 R195A 5W 27K R91 43K R90 D29A D31A 4148 1R8 4uH C33A 100V 10N R77A 10R 1_OUT AOG 680R R79A R129A 27K R135A 100R D76A 4148 1K R223A R125A 2K21 AOG G Q43A MT2 MAC15A6FP MT1 R124A 442R 21K5 R183A 30V/2% 1N5256C D67A DIAC Q45A MBS4992 8V C59A 100P R215B 510R R101B R166 120K 510R R500B Q34B 2N5638 4K590 R118B 16V 33U C82A 16V 3K3 R115B 37K90 C49B 33U R119B 1 1K >BOG R116B 3K160 E R120A 324R0 R130A 1K5 D34A 4148 D33A 4148 D32A 4148 D30A 4148 R131A 43K 100n 100V C30A 16v C50A 10u AOG -70V R172 BREF R162 10K0 2 3 R163 10K0 1 U1 1/2 15K C46 16V 68N C44 16V 68N 3 2 TL072 1/2 BOG R177 7K5 1 C45 100V 10N R165 68K 4148 D24 U3B R173 C31A 10R 10n R235A 33R2 FP ABAT+ R104A TO U5A & U6A PIN 8 TO U5A & U6A PIN 4 33R2 FP ABATR233A R207 C207 63V 4U7 20K DS1233 Q30A VCC RST 1 GND 3 +70V 2 U6B C58B 47P 33078 1/2 C32A 10R 4n7 R234A AOG 3K3 R206 BYPASS CAPS AOG F PIN 11 1/2 LM13600 (6=V-, 11=V+) U2 2 4 -15V R229 150R 33U C52 16v 3 1 R238B 27K R226BBOG 43K 27K R161 43K R160 R180 3K3 Q50B BC560 Q23B BC550 C89B 50V 10n 6 5 BCLP 47R 1 2 (4=ABAT-, 8=ABAT+) 33078 1/2 R75B 5 U5B FP 47R 7 6 (4=ABAT-, 8=ABAT+) 33078 1/2 R74B 5 U6B FP 47R 7 6 U5B R117B FP D C 6 5 U22 1/4 7 TLO74 R10C 470K R12C 47K +15V LVGND F R505 10K0 R14C 17K8 4148 D6C 4148 D5C R12 LVGND RST_A R10 4K99 LVGND 10K C213 25V 22u #6426 27V D20 500mW R87 C24 25V 22u PSGND 9 10 U22 1/4 C9 100n LVGND 4. 7V 1N750A D9 LVGND R2 442R 4148 R3 75R D66 D11 4148 FAN CONTROL R5 R4 21K5 12K1 R6 31K6 Q1 BC560 Q2 BDX53C +24V R105B 68K 4 B U4B 4N35 A EY1 RED FAN 80CFM TP3 WC7 WC5 X. BLK WC11 YELL RED WC10 TB1 WC2 RED PSGND 1. 5A F1 1. 5A F2 35A C204 80V 3900U C208 80V 3900U C209 80V 3900U C210 80V 3900U C200 80V 3900U C201 80V 3900U C202 80V 3900U C203 80V 3900U R84 10K R88 10K R82 10K R85 10K +70V R11 49K9 +70V +15V R7 PHANTOM_POWER 27K R86 3 2 IN OUT 4K99 4148 8 D5 TLO74 R14 R15 4K99 R13 4K99 LVGND 13 12 U22 4148 D7 14 TLO74 1/4 C10 1n D12 4148 2 3 LVGND U22 1/4 C11 22u 50V EY2 BLK 60K4 4148 D6 R8 14K0 120VAC 60Hz 732VA PT#1318 WC3 X. BLK CSA C19 4N7 21 X2 PSGND R181 1K R182 1K PSGND 1 TLO74 R9 100R PSGND WC6 AC. WHT WHITE ORN TB2 Q32 BDX53C -70V 1 TP4 4004 D16 4004 1N4004 D17 SW1 TEMPERATURE SENSE RST_B 49K9 +24V-PP 4148 D8 120 VAC 1 AC. GRN WC14 3K 0. 5W TURN ON/OFF MUTE Q3 BC560 R18 2M2 D14 R504 200K R503 2K 4148 4u7 63V C12 D213 IN5251 22V/0W5 2U2 63V C13 BC560 Q4 TP5 R20 3K 0. 5W PSGND D2 1N4004 RED D1 470u 63V C1 U4 7915 2 IN OUT 3 REF 1WATTS R520 -15V 100U 25V C3 AOG 230/245VAC CSA #1318E 680n . [. . . ] CUT the Orange & Green Wires as close to the EYELETS as possible (on the filter capacitor side). Solder both wires (that you've just cut) to TAB 3 (as shown circled in GREEN) 4. Don't forget to re-connect the Green Wire (female spade) to the Top Mixer (male spade lug) We are sorry for any inconvenience caused as a result of this problem. For further technical information or assistance please contact Peter Mourtos at Yorkville Sound via phone at (905) 837-8550 Ext. [. . . ]