User manual YORKVILLE TX8P

[. . . ] Precautions should be taken so that the grounding scheme on the unit is not defeated. Attention: Lors de l'utilisation de produits électrique, assurez-vous d'adhérer à des précautions de bases incluant celle qui suivent: Alimentation Hazards Do not place this product on an unstable cart, stand, tripod, bracket or table. The product may fall, causing serious personal injury and serious damage to the product. Use only with cart, stand, tripod, bracket, or table recommended by the manufacturer or sold with the product. Follow the manufacturer's instructions when installing the product and use mounting accessories recommended by the manufacturer. [. . . ] Des précautions doivent êtres prises afin d'eviter que le système de mise à la terre de l'appareil ne soit désengagé. Risque Ne pas placer cet appareil sur un chariot, un support, un trépied ou une table instables. L'appareil pourrait tomber et blesser quelqu'un ou subir des dommages importants. Utiliser seulement un chariot, un support, un trépied ou une table recommandés par le fabricant ou vendus avec le produit. Suivre les instructions du fabricant pour installer l'appareil et utiliser les accessoires recommandés par le fabricant. Il convient de ne pas placer sur l'appareil de sources de flammes nues, telles que des bougies allumées. L'appeil ne doit pas être exposé à des égouttements d'eau ou des éclaboussures et qu'aucun objet rempli de liquide tel que des vases ne doit être placé sur l'appareil. Assurez que lappareil est fourni de la propre ventilation. Ne procédez pas à l'installation près de source de chaleur tels que radiateurs, registre de chaleur, fours ou autres appareils (incluant les amplificateurs) qui produisent de la chaleur. Les dispositifs marqués d'une symbole "d'éclair" sont des parties dangereuses au toucher et que les câblages extérieurs connectés à ces dispositifs de connection extérieure doivent être effectivés par un opérateur formé ou en utilisant des cordons déjà préparés. Power Cord Do not defeat the safety purpose of the polarized or grounding-type plug. A polarized plug has two blades with one wider than the other. A grounding type plug has two blades and a third grounding prong. Updated pattern on spring clips screws (now larger holes!) 6. Removed copper rings from spacer holes 7 7-MAR-2008 2. 00 Created new AI files per PC7326 8. AH, PC7583: Change pin out of Fan Connector 9 28-may-2008 . N 10 D V N 11 D V N 12 D V N 13 D V M1305 PENDING CHANGES MODEL(S):# 1 2 3 4 5 6 PC# PC PC PC PC PC PC TX8P PENDING CHANGE X X X X X X MODEL(S):- {Watts} TO220 100N C57 63V 100U C58 16V 6738 2N5401 2N5551 MPSA06 MPSA13 MPSA43 MPSA56 MPSA63 MJE11025 BC550C BC560C BD139 BD237 BD238 MJE340 MJE350 MJE271 MJE270 BD140 MJE15032 MJE15033 IRF830 MTP12P10 TIP50 MTP10N15L MJE5730 MJE15031 IRL2910 BDT41C IRF5210 MTP2P50E BDT42C BDX54C MTP8P20 BDX53C IRF720 MTP23P06 2N6045 BD649 TIP102 IRF822 TIP107 IRF4905 100N C64 63V 100U C65 16V U9 MC7815CT 5W0 +15VDC IN REF 1N5338B {Watts} 6872 TO220 OUT D72 5V1 R143 2. 0W 3R9 . 2 100N C63 63V 100U C53 16V 3 TO220 {Watts} REF 6871 5V1 D70 1N5338B 5W0 R142 2. 0W 3R9 . OUT-15VDC IN MC7915CT U7 B BOTTOM VIEW E 4 4 E CB GDS BCE TO PROCESSOR PCB EBC TO-92 CBE TO-92 W50:A 8 W50:B 8 W50:C 8 W50:D 8 W50:E 8 W50:F 8 W50:G 8 W50:H 8 Copper Tie Here Tie-net Name Tie Here Copper *PLACE IMPLEMENTED CHANGES INTO BOARD HISTORY 5 INPUT_GND 5 Tie-net Name GRN W4_ 16AWG 6 6 16AWG RED W9 +HIV W16 8200U C62 50V 3682 VIO SecHi W20 BRIDGE Orange Brown Red1 3682 GRY YEL 3682 GRY Brn/White1 3682 VIO SecHi W19 D68 SIP 6772 4700U C69 80V BRIDGE D69 SIP 6772 FAN_GND INPUT_GND 4700U C59 80V 4700U C66 80V 16AWG VIO W6 -MIDV Red/White2 BRIDGE D67 SIP 6772 8200U C55 50V 8200U C68 50V . Dummy 7 120V=ORN 230V=ORN 245V=BRN 8200U C52 50V 16AWG W8 WHT +MIDV NO LOAD VOLTAGES: HIV = +/- 119Vdc MIDV = +/- 75Vdc LOV = +/- 38Vdc 15K 1/2W R138 . W47 AC-BLK SCH_ETA_BREAKER ETA Thermal Breaker S1 IEC_RECT AC-GREEN AC-WHT S2 DPDT Switch AC BLK W32 120V=BRN 230V=BRN 245V=ORN Red/White1 R141 1/2W 15K . 7 16AWG W10 YEL +LOV . W33 120V=Black 230V=Empty 245V=Empty W27 250V C21 680N 120V=empty 230V=WHT 245V=WHT 15K 1/2W R140 4700U C61 80V 8200U C56 50V 8200U C73 50V SecMid W25 SecMid W24 8 polylines W26 120V=empty 230V=BLK 245V=BLK White Black Yel 3682 16AWG 16AWG GRN GRN W11 GRN W4 SPK_GND W1 8 0 EC68 W45 120V=WHT 230V=empty 245V=empty Red2 3682 RED Brn/White2 SecLo W21 AC WHT W36 W28 120V=Blue 230V=Blue 245V=Blue Blue Yel/Blk 9 CHASSIS GND . GRN W31 4N7 C16 250V W41 120V=Yel/Blk 230V=Yel/Blk 245V=Yel/Blk 15K 1/2W R139 . 9 CH 1302 3682 RED SecLo W22 0 EC69 3682 YEL XF_CT W46 8200U C60 50V 8200U C67 50V R145 1/2W 15K . 15K 1/2W R137 16AWG BLU W2 10 10 -HIV 16AWG GRY W5 -LOV Product 11 TX8P PCB# M1305 Sheet 3 of 3 YsType: Q 11 Power Supply Date: Thu May 29, 2008 Rev: 2V00 Filename: M1305V200sch. sch2002 A B C D E F G H I J K L M N O P BlankSize - 16000x10000 ETCH GUIDE StepAndRepeat - X0@0. 000Y0@0. 000 ETCH GUIDE Adjust bias with P1 to measure 4. 5mV across TP1 & TP2. R124 Into Wave R141 15K 1/2W C73 8200URT 50V V 5898 RT V RT V C52 5898 RT V 50V 8200U RT V RT V 5898 RT V ETCH GUIDE M1305 X44 X43 22K R81 5991 R92 D47 3V0 39R D48 3V0 820R Q21 R94 2N5551 4148 D49 5991 D50 4148 R96 47K Q20 1K5 LD1 R95 R112 R99 21K5 1K5 2K2 2R2 R115 R110 MPSA56 MJE350 MJE340 D53 Q28 C43 47N 220R0 R111 510R RED W9 16AWG C62 BC560C +HIV R44 4K99 R70 Q6 R24 4K99 470N 470P C6 100N 470N C10 R40 60K4 X1 14K7 D58 C7 1/2W 1/2W R21 R19 5989 U2 R113 68K 100N 49K9 X36 X37 C31 100N C20 4N7 4K99 X30 X46 49K9 R119 W3 R7 3K 953R 953R U3 BC550C R59 TP2 R23 3K74 3K74 C4 C5 R66 15K R54 22K 12V0 D23 R67 12V0 D24 BC560C R76 R77 X16 X9 2K2 470K R6 C56 8200U 50V R140 W8 C69 15K 1/2W C61 X35 16AWG SPK_GND GRN W1 GRN SecMid W24 GRY R138 6912 BDX53C TO220 Q34 6953 IRF4905 6966 IRL2910 TO220 TO220 Q13 Q19 Q4 Q25 Q9 D69 GO OP R139 FAN_GND 6808 MJE15032 6953 IRF4905 6912 BDX53C 6966 IRL2910 6953 IRF4905 6966 IRL2910 TO220 TO220 TO220 TO220 TO220 TO220 Q12 Q18 Q3 Q24 Q8 Q33 Zinc Zinc D33 Zinc Q23 GO OP RT V C68 C59 RT V 4700U 80V RT V 5896 RT V C66 RT V 5896 80V 4700U RT V D45 MR854 6934 D44 MR854 6934 MR854 6934 MJ 6934 MR854 Bo Lo Bo dy Tie r- 6934 MR854 21 19 6 GRY 16AWG W5 D13 D12 RT V 5898 RT V W14 16AWG 16AWG R 16AWG 16AWG RT V RT V 8200U 50V RT V RT V 8200U 50V XF C55 C67 SecLo Q14 -LOV C60 W21 RED D14 230V=empty 245V=empty 120V=BLK 50V 22U 16V0 D5 16V0 100R0 100R0 6934 MR854 0R15 5. 0W 16V0 16V0 100R0 100R0 D20 R52 R51 0R15 5. 0W R36 R35 W10_ -LOV R108 1R R132 4K7 22R1 100U 25V R74 0R15 MR854 6934 5. 0W R65 R73 R72 100R0 1. 0W 10K0 10K0 1. 0W 1R D10 BAV21 BAV21 1. 0W 10K0 R16 1R 1/2W R131 W9_ 1/2W 16AWG W2_ BLU -HIV W8_ -MIDV W6_ D11 BAV21 BAV21 10K0 1. 0W 10K0 1. 0W D32 D31 R75 16V0 16V0 100R0 BAV21 D29 BAV21 R107 R129 22K X53 R106 14V0 R34 D22 X48 X29 D75 X21 R29 2K49 BC560C 49K9 R28 R31 220K D7 R33 2K2 20V0 22K X24 39K R30 220K R32 10K0 D25 14V0 D26 D28 R15 R50 12V0 2K2 R84 R101 100N D4 D19 4148 R4 RELAY R102 47K R48 3R9 2. 0W 10K 4K7 TL072 D37 R3 2K49 D38 R82 C37 C1 10U 35V 4U7 63V R100 6566 16V0 D61 X14 220K R83 R126 4K7 15K X13 3V0 D60 TLO74CN RELAY 1A 47K 3722 20V0 X41 18V0 4007 100K 4V7 X52 R117 4148 249K BC550C 4148 4148 D1 R1 100N D35 D34 R9 R8 X19 SHORT AXIS R46 SPK_RET W37 SPK_GND X39 BLK GRN R63 C27 W31 D51 C11 C12 X26 49K9 1K87 R62 R45 10K Q17 MPSA13 X12 C49 BC550C R10 100N 6K8 X40 R2 100K 22U 50V X51 4U7 63V C35 16V 100U C36 16V 100U C41 X57 R64 Q32 X8 Q22 GRN X20 GRN W11_ --- 16AWG W1_ 16AWG FAN_GND CLINCH ORIGIN INSERT ORIGIN VCD LONG AXIS ETCH GUIDE YS 2 oz. copper ETCH GUIDE M1305V200 M1305V200 . SEE LAYOUT DOCUMENTATION -- 10K0 4148 63V C18 D73 4U7 D18 10V0 22N 400V + 220K 1M5 C1 + 1K54 X15 X33 2K49 4148 C44 100N RELAY RED 5991 4K7 R125 100N 100N - R27 X32 W7 LD4 - C45 R11 3M3 C17 4148 D27 LD3 5991 RED - INPUT_GND C57 6872 U9 100N C2 5124 D72 5V1 X27 + D36 R13 R12 4148 10K0 10K0 U1 1K R49 10K0 D64 GRN W4_ 16AWG O/P RED C63 CHASSIS GND W36 Q5 100N NC NO W50 X22 X31 X2 R144 200R0 U8 6738 6871 U7 YEL/BLK XF W41 4N7 250V 6451 C16 K1 100U 16V R104 4148 U6 X7 C58 C53 WHT AC 3V0 4148 4148 4148 33U 16V D55 R128 C64 3676 5V1 D65 100U 16V C65 5124 C28 X49 16V 33U 14V0 X28 C38 D62 D63 LOC 3R9 2. 0W R143 16V 100U D39 C3 C19 R105 D2 X50 X34 R14 R103 X6 X10 BEC 16V 100U 16V 100U D70 10K0 1. 0W 100R0 10K0 R86 1. 0W 10K0 1. 0W R85 R87 D30 +LOV BAV21 D43 16V0 16V0 D42 R88 +MIDV D41 BAV21 100R0 C46 8200U 50V 3538 VIO W6 16AWG -MIDV 5898 BLU 16AWG -HIV W2 RT V 5898 C50 1/2W 1/2W 1/2W 0R15 5. 0W 1/2W 6875 1R 1R 24V0 1R W18 3R9 2. 0W R142 C21 5266 250V 680N D56 2K2 X5 XF R130 RT V AC BLK W32 D6 GRY VIO D21 RED +HIV YEL WHT ETCH GUIDE W33 W47 R145 1/2W 15K D15 R137 1/2W 15K 120V=BRN 230V=BRN 245V=ORN MJ Lo Q29 D67 SecLo 6934 MR854 5 19 21 MJ 6934 MR854 dy MR854 6934 5898 50V RT 8200U V Bo dy Tie r+ W22 RED dy Bo rTie Lo MJ 21 19 5 Tie r+ 21 19 6 MPSA63 Lo RT V XF BLU W28 6772 BRIDGE Body Q2 Q7 D46 XF R5 W25 GRY W45 15K 1/2W 10K 16AWG W11 SecMid 120V=WHT 230V=empty 245V=empty 15K 1/2W XF_CT YEL W46 16AWG W4 INPUT_GND GRN XF W26 +MIDV WHT 6772 120V=empty 230V=BLK 245V=BLK 12V0 D77 RT V RT V R37 4007 D74 2N5551 Q10 39R R91 X17 X25 C47 12V0 D76 R89 X4 XF R53 220K X45 LD2 R90 15K 4007 820R R93 P1 C42 100P 15K X18 X3 RT V 4700U 80V 5896 RT V 4700U 80V 5896 RT V W20 VIO - D3 Q16 C29 + 4K99 470P X11 R20 C13 33U 16V 5898 W27 X55 Q1 R38 150K 40K2 R26 1. 0W 15K R55 X54 VBE RT V SecHi . RED RED - RT V R22 16V 33U 78K7 10K0 14K7 220N C8 R39 Q15 C30 Q26 18V0 Q35 BC560C 10K R133 4148 D66 100N D54 RT V RT V 120V=empty 230V=WHT 245V=WHT MPSA13 C15 R56 1M5 R58 249R 63V 249R 4U7 R57 C14 C23 100N 10K 220K R116 +LOV W19 VIO C2 X56 16AWG W10 XF D68 2N5401 SecHi TL072 TL072 LM13600N TL072 R121 14K7 100P 68K R118 C48 TP1 2N5401 Q30 2K2 R109 R120 220R0 R136 4148 D57 10K 4K7 R135 U5 RT V YEL W16 U4 Q31 -- C9 R61 R41 4K99 4K99 R78 2U2 63V MPSA06 47N C51 120V=ORN 230V=ORN 245V=BRN 30K1 R25 D52 4148 D16 4148 4K99 D17 4148 R71 2K2 22K 220K R42 4148 C25 R69 2K21 R68 63V 2U2 C26 63V 2U2 C32 33U 16V 2K21 Q11 470P 4K99 220K 2K2 22U 50V 22K R98 R97 C40 1K0 10U 16V C39 271R R114 BAV21 BAV21 D59 R122 510R R134 271R 2R2 R123 BC560C R43 R60 C33 R80 C34 TX8P PWR AMP/SUPPLY M1305 V200 6564 Q27 8200U 50V 6772 BRIDGE Body + . 6809 MJE15033 BRIDGE 6953 IRF4905 6966 IRL2910 TO220 TO220 TO220 Body 4056 1 2 B SEE LAYOUT DIAGRAM M1305 PRODUCTION NOTES 1 - USE THREE #8786 SCREWS INSERTED FROM THE BOTTOM OF THE PCB TO HOLD TRANSISTOR CLIPS IN PLACE. USE #8841 NUTS ON THE TOP SIDE OF THE CLIP. 2 - MOUNT Q2, Q7, Q14, Q23 SCREWS FROM THE TOP For two . 081" heatsinks 2 of 8761 TO3 device 2 of 8608 3916 Inner heatsink Outer heatsink PCB 2 of 8760 USE #8763 SCREW USE #3501 WASHER PUT MICA GREASE USE #8801 SCREW USE #8701 KEPS NUT 3 - BOARD ASSEMBLY: INSERT R5 #6467 10K THERMISTOR BY HAND 4 - FILL SPACE BETWEEN HEATSPREADER AND Q29 AND R5 WITH THERMAL GOOP GOOP HEAT SPREADER PCB R5 USE #8803 SCREW USE #3978 5POS XSISTOR USE #8654 PUSH KNOB PLASTIC USE #3796 MICA USE #8801 SCREW USE #8801 SCREW USE #8787 KEPS NUT 5 - INSERT #8829 THROUGH THE TWO TOOLING HOLES ON THE HEATSPREADER 6 - INSERT SCREWS ON POWER SUPPLY HEAT SPREADER FROM THE BOTTOM IN ORDER TO TAP INTO THE ALUMINUM 7 - INSERT POWER SUPPLY WIRES AND ATTACH RECTIFIERS TO HEATSINK INSERTING POWER SUPPLY CAPACITORS 8 - RTV LARGE ELECTROLYTIC CAPACITORS TOGETHER, RTV SMALL ELECTROLYTICS TO THE BOARD SEE HISTORY AND PIN-OUT TABLES SEE PRODUCTION NOTES M1305 Database History MODEL(S):# 1 2 3 4 5 6 7 8 9 10 11 12 13 DATE 9-MAR-2007 . 28-MAY-2008 D D D D TX8P VER# DESCRIPTION OF CHANGE 1. 00 FIRST PROTO . Moved supply caps out and eyelets to more convernient place . Updated pattern on spring clips screws (now larger holes!) 2. 00 Removed copper rings from spacer holes . [. . . ] R119 270k -> 200k (#6137) 2V00 FIX AUTO INSERT PROGRAM 2V01 PC#7280, REPLACE R116 #4864 2K7 WITH #4714 2K21 PC#7313, REMOCE DIODES D1 AND D6 , #6486 . N V N V N V N V N V N V B C D E R48 22M . Power LD2 GRN 5908 R164 1K5 R25 1K5 MINI MPSA06 Q2 5103 R24 47K MINI TO92 10 8 8 8 8 8 8 8 8 V+ V+ V+ V+ V+ V+ V+ V+ V+ 8 U10:E (VCC) U3:C VV- U2:C U4:C VV- U8:C V- U1:C V- U5:C V- U9:C V- U7:C V- U6:C LM13600N U10:C 6745 Dual VCA {Function} (VCC) LM13600N U10:D 6745 Dual VCA {Function} Product TX8P TX8P PCB# m1306 Sheet 1 of 2 11 O P Q 4 4 4 4 4 4 4 4 4 Date: Thu Aug 30, 2007 Rev: 2V01 Filename: M1306-2V01sch. sch2002 F G H I J K L M N C97 R159 100N W1 5989 C16 D5 4148 TL072 470N 220K 4K7 15K R83 TX8P M1306 2V01 10K R57 330N 330N 100N . 012" C91 C90 C92 220N 220N 100N R58 R60 10K0 10K0 R61 10K0 R59 10K0 TL072 C101 100N 100N 1M C11 1M R54 R56 D4 2N5401 330N D9 C3 4148 4148 4K12 4K7 R164 1K5 GRN + 47K B 15C R25 1K5 YEL + - R127 D47 C120 R116 2K21 R106 2R2 5907 Q2 R196 4K7 4434 Level 60K4 4412 P2 C9 Boost 16V 10U C4 R26 R98 4436 Roll off Freq. B R64 3K9 R3 RED + - MPSA13 R113 1K5 TL072 BL BC BM BR TL072 330R 113K R43 R31 R45 C8 R21 R44 470N C10 150N R29 100N C74 Q21 3K3 10K AL L M AC R AM AR 6548 S1 R41 R39 BEC LOC R28 U4 R120 10K 1N 47K R17 R15 15K D35 4148 33K 4148 D31 R42 D11 D10 4148 4148 U9 LayoutR30 M1306-2V01 2 High Pass Rolloff Freq 5K9 R38 R40 5K36 R22 6K19 10K0 470N TL072 C7 5K36 5K9 R13 R51 100K C94 220P Link TIP TIP-SW 1 10K0 10K0 2K43 10K0 R6 J5 3 LM13600N R47 619R 3N3 3N3 VE EE 9K76 15K SL TL072 DNS D39 C99 C95 4148 T 9K76 1. 0W 9K76 1. 0W 5 X2 X2 X1 X1 2 SS 1 S X3 X3 4 RS 3 R R7 10K D6 100N J1 3 16AWG GRN PWR_AMP_GND W5 CHASSIS J2 W4 3676 6567 M13062V01 M13062V01 CLINCH ORIGIN Input 3416 SHORT AXIS Link 3453 SHORT AXIS INSERT ORIGIN VCD LONG AXIS ERT IGIN VCD LONG AXIS SEE LAYOUT DOCUMENTATION ETCH GUIDE . 005" . 008" R5 . 020" 100N U1 D40 TS 6 1 2 R55 R49 R46 619R 3453 DNS D1 S2 100K R19 R62 681R0 470P 681R0 C1 5819 WHT R63 470P Line/Speaker Level C2 5819 100K R18 C15 NCL Alternate NCR 2K43 R12 C5 9K76 470N 17K40 3522 BUTTON CL CR U2 17K40 C6 22M 15K R52 15K 15K R20 4148 R1 R48 R50 NOL NOR R4 220R 220R R8 100K R36 R2 C19 TL072 470N R53 U3 RING-SW J3 R10 47K 15K R11 RING R119 200K High Pass Output 3921 220R 220R R14 220K R16 U10 4148 C93 220P 100K R9 LD1 Clip 5906 3U3 20V R27 R37 P3 C100 MPSA06 1K2 470R 6K19 100N C96 D3 P1 4K12 18K 4148 6K8 R95 R96 Power 5908 R24 Limit LD3 4K7 R112 10K 4148 D2 10K R23 R34 10K R65 20K 10K TL072 C50 330N U6 R32 R97 12K D7 330N R35 22K - 4148 C13 C51 Q1 TL072 LD2 C12 R68 U5 C14 4148 D46 C48 R128 U7 68N 1M 820R C17 10U 16V R73 R126 C49 330N 470N 6565 R33 22K 820R U8 SEE LAYOUT DIAGRAM M1306 Database History MODEL(S):# 1 2 3 4 5 6 7 8 9 10 11 12 13 DATE Oct 19, 2006 Apr 13, 2007 Apr 23, 2007 May 9, 2007 JUN 25, 2007 AUG 30, 2007 . D D D D D D TX8P Input Board VER# DESCRIPTION OF CHANGE 1V00 Added 14V zeners in parallel to R18 and R19 . [. . . ]