fig.jack2 CIRCUIT DIAGRAM(JACK2) Nov.2002 MC-909 M5218AFP + OUT R OUT L IN R IN L - 15 - 15 - 15 - 15 - 15 8 4 IC1C + 15 + 15 + 15 + 15 + 15 DIRECT OUT2R DIRECT OUT2L DIRECT OUT1R DIRECT OUT1L 1 2 3 C65 0.1 - C60 0.1 M1698 4 TER1 10/16 C66 10/16 C61 A NIU R32 A A A A R19 NIU RA2-V@M 47/35 C9 1 2 3 A A A A A M5218AFP + IC2C RA2-V@M 47/35 C18 M1698 4 TER2 8 4 C54 0.1 - C48 0.1 RA2-V@M 10/16 C27 100 R29 100 R16 R14 56K NIU R11 Q3 2SK184GR RA2-V@M 10/16 C36 R28 2.7K C7 NIU 3 1 2 10/16 C55 M5218AFP + 10/16 C49 IC2A M5218AFP + 1 - 2 C17 NIU IC2B M5218AFP + 7 - 6 R106 2.7K 8 4 IC3C A A R57 100K A A R46 100K 3 R107 2.7K 5 DA1 DAN202K 1 2 3 C67 0.1 - C62 0.1 R103 3.3k 1 R54 1K R101 3.3k 1 R42 1K IC4A R33 22K R30 1K R21 22K R17 1K R12 2.7K 10/16 C68 10/16 C63 2 3 Q9 2SC3326A 2 3 Q7 2SC3326A A A A A A A C5 M5218AFP + IC4C R55 5.6K R43 5.6K 10/16 RA2-V@M C19 RA2-V@M 10/16 C10 NIU 1M R7 Q1 2SA1037KR 8 4 C52 0.1 - C45 0.1 A IC4B R53 33K A A A 3 - 2 R41 33K 22K R34 22K C14 0.1 220 R22 - 15 3 2 + 15 + 15 M5218AFP + 5 - 6 C32 NIU M5218AFP + C24 NIU 470P C21 470P C12 47K R13 1 10/16 C53 M5218AFP + 10/16 C46 7 1 220 R31 R18 R3 47K 8 4 IC5C RA2-V@M 100/16 C37 RA2-V@M 100/16 C28 L4 N1608Z@T01 600 L2 N1608Z@T01 600 C50 0.1 - C43 0.1 2 3 10/16 C51 10/16 C44 A A R58 100K MCR50J@ 47 R47 100K C30 1000P A Q2 RT1N141C 1 47K R2 D2 RD@M 10MB R56 MCR50J@ 47 R44 MIC SW R76 1K R72 1K 1 3 + 15 + 15 + 15 + 15 C38 1000P L8 N1608Z@T01 600 L6 N1608Z@T01 600 A 1 2 4 JK4 HLJ7101-01-3010 A 1 2 4 JK2 HLJ7101-01-3010 A AMUTE C22 0.1 2 3 1 2 3 Q14 2SC3052 1 A Q19 RT1N141C Q13 2SC3052 1 R73 10K INPUT R L(MONO) R INPUT L 2 3 A HLJ7001-01-3010 1 2 3 JK6 PHONES A A 10/16 C64 R74 4.7K 47K R71 ECJ1V@ 0.1 C34 U1BC44 1 2 D1 - 15 3 2 1 R75 47K Q12 2SA1037KR 0.1 C101 A NIU R25 A NIU R8 A 100/16 C58 C102 10/16 A R69 100K A R63 100K A R51 100K A R39 100K R66 3.3k R60 3.3k 3.3k R48 R36 3.3k R20 3.3k R24 100 R4 3.3k A IC5A M5218AFP + 3 - 2 R65 10k C47 NIU A IC5B M5218AFP + 5 - 6 R59 10k C39 NIU A IC3A M5218AFP + 3 - 2 R45 10k R49 680 C29 NIU A IC3B M5218AFP + 5 - 6 R35 10k C20 NIU A IC1A M5218AFP + 3 - 2 R15 10k R23 680 C8 NIU A IC1B M5218AFP + 5 - 6 R1 10k R5 680 C1 NIU 1 7 1 7 1 7 R105 3.3k RA2-V@M 47/35 C56 R104 3.3k RA2-V@M 47/35 C40 R102 3.3k RA2-V@M 47/35 C31 R100 3.3k RA2-V@M 47/35 C23 RA2-V@M 47/35 C13 RA2-V@M 47/35 C3 A R70 100K R67 680 A R64 100K R61 680 A R52 100K A R40 100K R99 3.3k R98 3.3k 2 3 1 2 3 1 2 3 1 2 3 1 R37 680 1 A R27 100K 1 A R10 100K A Q11 2SC3326A 100 A Q10 2SC3326A A Q8 2SC3326A A Q6 2SC3326A A 2 3 Q5 2SC3326A A 2 3 Q4 2SC3326A R68 R62 100 JK8 R50 100 R38 100 R6 100 A C57 470P L10 N1608Z@T01 600 A C41 470P L9 N1608Z@T01 600 A C33 470P L7 N1608Z@T01 600 A C25 470P L5 N1608Z@T01 600 A C15 470P L3 N1608Z@T01 600 A C4 470P L1 N1608Z@T01 600 1 2 4 1 2 4 1 2 4 1 2 4 1 2 4 1 2 4 A C59 0.1 HLJ7101-01-3010 JK9 DIRECT OUT 2 A C42 0.1 HLJ7101-01-3010 A C35 0.1 HLJ7101-01-3010 JK7 DIRECT OUT 1 A C26 0.1 HLJ7101-01-3010 JK5 A C16 0.1 HLJ7101-01-3010 JK3 A C6 0.1 HLJ7101-01-3010 JK1 MIX OUT R L(MONO) R L(MONO) 65