Roland VS-840, 840S Digital Studio Service Manual 电路图.pdf

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1、Feb, 1998VS-840/840S TABLE OF CONTENTSPage SPECIFICATIONS1 LOCATION OF CONTROLS 2 EXPLODED VIEW3 BLOCK DIAGRAM 4 PARTS LIST5, 6 IDENTIFYING THE VERSION NUMBER7 TEST MODE 79 VS-840 SYSTEM SOFTWARE UPDATE USING THE SMF 9 SAVING USER AREA 9 CIRCUIT DIAGRAM CH and MASTER faders to 0 dB. Input the signal

2、 to INPUT sockets 1, 2, 3 and 4 one by one and observe the signal at the corresponding OUT socket on an oscilloscope. Verify that: Signal at MASTER OUT L and R are identical to that on INPUT 3 and 4, respectively. Signal at MON/AUX A and B are identical to that on INPUT 1 and 2, respectively. Repeat

3、 the above steps but set the generator frequency at 500 Hz. Note: INPUT 1 and GUITAR IN (high Z) are internally connected in parallel with INPUT 1 given priority over GUITAR IN. INPUT 3 and 4 are internally connected in parallel with pin socket with the standard socket given priority over pin socket

4、. . Check the following with MUTE OFF/PHONES (AUX). INPUT SENS: While monitoring output, turn INPUT SENS knob fully CW and CCW and verify smooth peak level change. Verify that AUX signal is sent to PHONES output. Turning PHONES knob CW and CCW, verify smooth level change. PEAK LED Check that the LED

5、 turns on at around the middle of INPUT SENS travel range. Press REC button. MUTE OFF/PHONES (MST) Insert headphones and verify that the master signal is sent to the PHONES out. . Check Residual noise Set the product: INPUT SENS: +4dBm CH SELECT: INPUT (orange) INPUT CH: Open Connect an appropriate

6、noise metering instrument e.g. noise meter to the corresponding OUT: MASTER R and L, MONI/AUX A and B. With the meter connected to one of the OUTs specified above, verify that meter readings are less than -87 dBm (IHF-A). Repeat noise reading for the OUT: MASTER R and L, MONI/AUX A and B. Press REC

7、button. MUTE ON/PHONES (MST) Verify that the signal indicated on the LCD is muted. IExiting the test program Simply turn off VS-840. Turn on VS-840. It should start with the opening screen and necessary startup information. IChecking in operation mode Checking ZIP drive Insert the Demo ZIP DISK ( P/

8、No. 71017756 ) into VS-840 ZIP drive ,and play the Demo Song. Checking VARI PITCH Press SHIFT and VARI PITCH buttons. Turning TIM/VALUE dial and verify pitch change. Checking ZIP DISK injection Stop the test disk. Press the ZIP drive inject button and remove the ZIP DISK. This completes the tests in

9、 this section. Prepare a Blank ZIP DISK ( P/No. 01343023 ) formatted by VS-840. Before troubleshooting, back up user data onto the ZIP DISK, and reload the saved data afterward by following the procedure below. ISaving user area data backup file 1. Holding down PLAY, REC and TRK3 buttons, turn on VS

10、-840. 2. The LCD will display the message User FILE Wr? Insert the ZIP DISK into the drive and then press YES button. The backup file will be created on the disk. Remove the disk. ILoading user area data backup file 1. After completing troubleshooting (e.g. replacement of a PCB), insert the ZIP DISK

11、 and then turn on VS-840. 2. The LCD will display the message User Area Load?. Press YES button to load the backup data. VS-840/840S Mar, 1998 SAVING USER DATA & RELOADING SAVED DATA 9 IDeleting user area data backup file 1. Insert the ZIP DISK containing the backup file into the drive. Holding down

12、 PLAY, REC and TRK4, turn on VS-840. 2. The LCD will display the message User FILE Del?. To delete the file, press YES button. * CAUTION! Do not turn off the VS-840 during its system software updating. If not, the program in the flash memory is destroyed. In this case, perform the compelling version

13、-up procedure in order to recover it. IThe VS-840 system software is supplied in the standard MIDI file (SMF) data format. (P/No. 17048692) Each system disk contains the following SMF data. Load these data to VS-840, starting with Disk 1 (VS-840-1.MID). VS-840 System Ver.*.* SMF Disk 1VS-840 System

14、Ver.*.* SMF Disk 2 VS-840-1.MIDVS-840-5.MID VS-840-2.MIDVS-840-6.MID VS-840-3.MIDVS-840-7.MID VS-840-4.MIDVS-840-8.MID Update the VS-840 by following the procedure described below. 1. Connect the MIDI OUT of a MIDI sequencer capable of playing back SMF data in sequence (e.g. SB-55) to MIDI IN of VS-

15、840, through a MIDI cable. 2. Holding MODE, INPUT and ENTER buttons, turn on VS-840. 3. The message Receive MID-EX? will be displayed. Press YES button. 4. Verify that Now Waiting . is displayed. Playback all SMFs in the order of number. 5. The message Version Up? will appear. Press YES button. 6. T

16、he message User Area Update? will appear. Press YES button. 7. When the message END! Please POWER OFF/ON appears. Turn off and then on VS-840. This completes updating. IInitialization, User area, VS-840 system software update using the ZIP DISK. (P/No. 17048691) VS-840 can also be updated by using t

17、he System Data ZIP DISK. When using the ZIP DISK, VS-840 can be upgraded either of the following two ways. 1. Using standard version-up procedure This procedure keeps the user data unchanged (no initialization). 2. To initialize the user data or loading the factory presets, the compelling version-up

18、 procedure must be followed . Standard version-up procedure 1. Insert the latest System Data ZIP DISK into VS-840 ZIP drive. Turn on VS-840. 2. The message Version up? appears. Press YES button. 3. When the message Are you sure? appears, press YES button. The program displays SYSTEM WRITE, indicatin

19、g it starts version-up sequence. 4. Upon END! Please POWER OFF/ON message, turn off and then on VS-840. This completes updating. . Compelling version up 1. Holding down TR1, TR2, TR3, TR4 and RIGHT buttons, turn on VS- 840. 2. The message Clear Flash? will appear. Press YES button. 3. The message Ar

20、e you sure? will appear. Press YES button. 4. The program displays SYSTEM WRITE, indicating that it is clearing flash memory. 5. Upon END! Please POWER OFF/ON message, turn off VS-840. 6. Insert the System Data ZIP DISK into the drive. Holding down PLAY, REC and ENTER buttons, turn on VS-840. 7. The

21、 program displays BAD FLASH! and then SYSTEM WRITE, indicating that it is starting compelling version-up sequence. 8. Upon END! Please RESET! message, turn off and then on VS- 840. This completes compelling updating. ITo recover the unit after Error Message has been displayed When error message Dont

22、 match CPU or Cant Version Up has been displayed and locks up from the power off during Eject or Shut down, you need to re-load the System program. Please refer to the following procedure. 1. Insert the System Data ZIP DISK into the VS-840 drive and then turn on the VS-840. 2. The display may show B

23、AD FLASH! and then SYSTEM WRITE. *. The compelling version-up starts. 3. After END! Please, RESET! is displayed, turn the power off and on again. 4. Complete. VS-840/840S Mar, 1998 VS-840 SYSTEM SOFTWARE UPDATE 12345678910111213141516171819202122232425262728 A B C D E F G H I J K L M N O P Q R S T U

24、 10 CIRCUIT DIAGRAM & BOARD MAIN BOARD ASSY (70902056) component side Mar, 1998VS-840/840S 12345678910111213141516171819202122232425262728 A B C D E F G H I J K L M N O P Q R S T U 11 Mar, 1998VS-840/840S MAIN BOARD ASSY (70902056) solder side 12345678910111213141516171819202122232425262728 A B C D

25、E F G H I J K L M N O P Q R S T U 12 Mar, 1998VS-840/840S SW SHEET ASSY (71122767) (INC. SW BOARD, IF BOARD, ENC BOARD) component side IF BOARDSW BOARDENC BOARD Mar, 1998VS-840/840S 13 12345678910111213141516171819202122232425262728 A B C D E F G H I J K L M N O P Q R S T U 2930313233343536373839404

26、142 V W X Y Z C327 to C334:0.01 C990.1 V C C 9 G N D 1 0 I1 1 I2 2 I3 3 I4 4 I5 5 I6 6 I7 7 I8 8 O8 11 O7 12 O6 13 O5 14 O4 15 O3 16 O2 17 O1 18 IC34 TD62787AF C100 0.1 C327 C329C331 C333 C334C332C330C328 for SW 18 27 36 45 RA1 100 18 27 36 45 RA2 100 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 10 10 11 11

27、12 12 13 13 14 14 15 15 16 16 17 17 18 18 CN6 IL-FPC-18ST-N C97 0.1 C312 C313 C314 C315 C316 C317 C318 C306 C307 C305 C304 C 3 B 2 A 1 G2B 5 G2A 4 G1 6 Y7 7 Y6 9 Y5 10 Y4 11 Y3 12 Y2 13 Y1 14 Y0 15 V C C 1 6 G N D 8 IC22 74VHC138 LS0 LS1 LS2 C312-318:0.01 C304-307, C61 0.1 18 27 36 45 RA3 100 18 27

28、36 45 RA4 100 C37 0.1 C38 0.1 C39 0.1 C40 0.1 C53 0.1 C54 0.1 C55 0.1 C42 0.1 C43 0.1 C44 0.1 C45 0.1 C46 0.1 C47 0.1 C48 0.1 C56 0.1 C58 0.1 C59 0.1 C60 0.1 C 3 B 2 A 1 G2B 5 G2A 4 G1 6 Y7 7 Y6 9 Y5 10 Y4 11 Y3 12 Y2 13 Y1 14 Y0 15 V C C 1 6 G N D 8 IC24 74VHC138 PD0 PD1 PD2 PD3 PD4 PD5 PD6 SS2 SS1

29、 SS0 SSEN IRQ2 : SCSI IRQ3 : IDE IRQ1 : DSP C35 0.1 C36 0.1 C51 0.1 C52 0.1 C50 0.1 CS1 : GA_CS1 CS2 : DRAM(16M) CS3 : IDE CS4 : DSP CS5 : LCD CS6 : SCSI CS7 : GA_CS2 CS0 : 100000H - 1FFFFFH / FLASH MEMORY CS0 : 000000H - 0FFFFFH / EXT ROM C33 0.1 C109 0.1 8 4 IC33D TC7W04F 1 2IC29A 74HC14 13 12 IC2

30、9F 74HC14 for LCD 18 27 36 45 RA14 100 18 27 36 45 RA15 100 2 1 C111 10/16 C79 0.1 18 27 36 45 RA16 100 LD0 LD1 LD2 LD3 LD4 LD5 LD6 LD7 L_RD 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 10 10 11 11 12 12 13 13 14 14 15 15 16 16 CN1 52030-1610 to POT, SLIDE POT C96 0.1 0X 12 1X 13 0Y 2 1Y 1 0Z 5 1Z 3 V C C 1

31、6 X 14 Y 15 Z 4 A 11 B 10 C 9 INH 6 V E E 7 G N D 8 IC20 HC4053AF R34100 L_CS RESET L_WR A0 C5 0.1 CPU C6 0.1 C8 0.1 C9 0.1 C12 0.1 PG3/CS1 1 PG4/CS0 2 V S S 3 V S S 4 V C C 5 PC0/A0 6 PC1/A1 7 PC2/A2 8 PC3/A3 9 V S S 1 0 PC4/A4 11 PC5/A5 12 PC6/A6 13 PC7/A7 14 PB0/A8 15 PB1/A9 16 PB2/A10 17 PB3/A11

32、 18 V S S 1 9 PB4/A12 20 PB5/A13 21 PB6/A14 22 PB7/A15 23 PA0/A16 24 PA1/A17 25 PA2/A18 26 PA3/A19 27 V S S 2 8 PA4/A20/IRQ4 29 PA5/A21/IRQ5 30 PA6/A22/IRQ6 31 PA7/A23/IRQ7 32 P67/CS7/IRQ3 33 P66/CS6/IRQ2 34 V S S 3 5 V S S 3 6 P65/IRQ1 37 P64/IRQ0 38 V C C 3 9 PE0/D0 40 PE1/D1 41 PE2/D2 42 PE3/D3 4

33、3 V S S 4 4 PE4/D4 45 PE5/D5 46 PE6/D6 47 PE7/D7 48 PD0/D8 49 PD1/D9 50 PD2/D10 51 PD3/D11 52 V S S 5 3 PD4/D12 54 PD5/D13 55 PD6/D14 56 PD7/D15 57 V C C 5 8 P30/TXD0 59 P31/TXD1 60 P32/RXD0 61 P33/RXD1 62 P34/SCK0 63 P35/SCK1 64 V S S 6 5 P60/DREQ0/CS4 66 V S S 6 7 V S S 6 8 P61/TEND0/CS5 69 P62/DR

34、EQ1 70 P63/TEND1 71 P27/PO7/* 72 P26/PO6/* 73 P25/PO5/* 74 P24/PO4/* 75 P23/PO3/* 76 P22/PO2/* 77 P21/PO1/* 78 P20/PO0/* 79 WDTOVF 80 RES 81 NMI 82 V C C 8 4 XTAL 85 EXTAL 86 V S S 8 7 PF7/FAI 88 V C C 8 9 PF6/AS 90 PF5/RD 91 PF4/HWR 92 PF3/LWR 93 PF2/WAIT/BREQO 94 PF1/BACK 95 PF0/BREQ 96 P50/TXD2 9

35、7 P51/RXD2 98 V S S 9 9 V S S 1 0 0 P52/SCK2 101 P53/ADTRG 102 AVCC 103 VREF 104 P40/AN0 105 P41/AN1 106 P42/AN2 107 P43/AN3 108 P44/AN4 109 P45/AN5 110 P46/AN6/DA0 111 P47/AN7/DA1 112 AVSS 113 V S S 1 1 4 P17/PO15/* 115 P16/PO14/* 116 P15/PO13/* 117 P14/PO12/* 118 P13/PO11/* 119 P12/PO10/* 120 P11/

36、PO9/DACK1/* 121 P10/PO8/DACK0/* 122 MD0 123 MD1 124 MD2 125 PG0/CAS/OE 126 PG1/CS3 127 PG2/CS2 128 STBY 83 IC1 HD6472655F GA C 3 B 2 A 1 G2B 5 G2A 4 G1 6 Y7 7 Y6 9 Y5 10 Y4 11 Y3 12 Y2 13 Y1 14 Y0 15 V C C 1 6 G N D 8 IC9 74HC138 R171 10K R172 10K R173 10K V D D 4 V D D 1 6 V D D 2 6 V D D 3 1 V D D

37、 3 6 V D D 5 5 V D D 6 8 V D D 7 8 V D D 1 0 0 V D D 1 1 8 V D D 1 2 2 V S S 3 V S S 1 0 V S S 1 5 V S S 2 5 V S S 3 0 V S S 3 5 V S S 5 4 V S S 6 7 V S S 7 7 V S S 8 9 V S S 9 9 V S S 1 0 8 V S S 1 1 7 V S S 1 2 1 SSEN 2 SS0 5 SS1 6 SS2 7 SS3 8 LLCK 9 LS0 11 LS1 12 LS2 13 LS3 14 PD0 17 PD1 18 PS2 1

38、9 PD3 20 PD4 21 PD5 22 PD6 23 PD7 24 RESET 65 CLKIN0 90 AS 32 RD 33 WR 34 WAIT 27 DMA/R 28 DMA/W 29 D15 37 D14 38 D13 39 D12 40 D11 41 D10 42 D9 43 D8 44 D7 46 D6 47 D5 48 D4 49 D3 50 D2 51 D1 52 D0 53 CS1 56 A7 57 A6 58 A5 59 A4 60 A3 61 A2 62 A1 63 A0 64 IDE_CS1 1 IDE_CS0 128 IDE_A3 127 IDE_A2 126

39、 IDE_A1 125 IDE_RD 124 IDE_WR 123 IDE_CS 120 LCD_CS 119 LD7 116 LD6 115 LD5 114 LD4 113 LD3 112 LD2 111 LD1 110 LD0 109 LCD_RD 107 LCD_CSO 105 LRCK0 103 BCK 102 MCK 101 DA_DATA0 70 DA_DATA1 69 CLKIN1 98 AD_DATA0 88 AD_DATA1 87 ESPUSE 92 AD_BIT0 96 AD_BIT1 95 DA_BIT0 94 DA_BIT1 93 TEST 66 ENC_TYPE 91

40、 ENC/A 85 ENC/B 86 INTO 76 TRCKO 75 TRS2 74 TRS3 73 TRS4 72 TRS5 71 TRR5 84 TRR4 83 TRR3 82 TRR2 81 TRCKIN 80 SYI 79 LCD_WR 106 CS2 97 LRCK1 104 V S S 4 5 IC27 SLA919FF0F CS7 CS6 CS4 C S 0 C S 1 CS_I1 23457891 0 6 RA21 10K CA13 74 CA12 75 CA11 76 CA10 77 CA9 78 CA8 79 CA7 81 CA6 82 CA5 83 CA4 84 CA3

41、 85 CA2 86 CA1 87 CA0 88 CD7 92 CD6 93 CD5 94 CD4 95 CD3 96 CD2 97 CD1 98 CD0 99 INT1 66 INT0 67 CS 68 WR 69 RD 70 TRR5 62 TRR4 61 TRR3 60 TRR2 59 TRR1 58 TRR0 57 TRCKIN 56 RST2 51 RST1 52 VPOUT 53 TRS5 101 TRS4 102 TRS3 103 TRS2 104 TRS1 105 TRS0 106 TRCKO 107 DIRECT 64 TYPE 65 SYO 132 SYI 133 PSEA

42、16 136 PSEA15 137 PSEA14 138 PSEA13 139 PSEA12 140 PSEA11 141 PSEA10 142 EA9 27 EA8 26 EA7 25 EA6 24 EA5 23 EA4 22 EA3 21 EA2 20 EA1 17 EA0 16 ED23 49 ED22 48 ED21 47 ED20 46 ED19 45 ED18 44 ED17 43 ED16 42 ED15 39 ED14 38 ED13 37 ED12 36 ED11 35 ED10 34 ED9 33 ED8 32 ED7 10 ED6 9 ED5 8 ED4 7 ED3 6

43、ED2 5 ED1 4 ED0 3 WE 13 CAS 14 RAS 15 OSC 29 DA7 111 DA6 112 DA5 113 DA4 114 DA3 115 DA2 116 DA1 117 DA0 118 AD3 120 AD2 121 AD1 122 AD0 123 LRCK1 124 LRCK0 125 BCK1 128 BCK0 129 MCK1 130 MCK0 131 V D D 1 V D D 1 2 V D D 1 8 V D D 3 0 V D D 4 1 V D D 5 4 V D D 7 2 V D D 9 0 V D D 1 0 8 V D D 1 0 9 V

44、 D D 1 2 6 V D D 1 3 4 V D D 1 4 4 VSS 2 VSS 11 VSS 19 VSS 28 VSS 31 VSS 40 VSS 50 V S S 5 5 V S S 6 3 V S S 7 1 V S S 7 3 V S S 8 0 V S S 8 9 V S S 9 1 V S S 1 0 0 V S S 1 1 0 V S S 1 1 9 V S S 1 2 7 V S S 1 3 5 V S S 1 4 3 IC6 TC170C140 1 2345789 1 0 6 RA23 10K R174 10K R169 10K R177 10K R170 10K

45、R175 10K R187 10K D 1 D 3 D 5 D 7 D 6 D 4 D 2 D 0 D 9 D 1 5 D 1 4 D 1 2 D 1 0 D 1 1 D 1 3 D 8 C S 2 C S 3 C S 5 C S 4 C S 7 C S 8 C S I DSP EN_A EN_B 1 23457891 0 6 RA22 10K C15 0.01 C16 0.01 MCK BCK MCK BCK P D 0 P D 1 P D 2 P D 3 P D 4 P D 5 P D 6 P D 7 for ENC R1 10K C302 0.01 C303 0.01 2 1 C110

46、10/16 R2 10K R310K R4 10K C3100.01 C3080.01 C3090.01 C3110.01 LLCK PD7 PD6 PD5 PD4 PD3 PD2 PD1 PD0 C78 0.1 C98 0.1 C O M 1 0 G N D 9 I1 1 I2 2 I3 3 I4 4 I5 5 I6 6 I7 7 I8 8 O8 11 O7 12 O6 13 O5 14 O4 15 O3 16 O2 17 O1 18 IC25 TD62083AF 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 10 10 11 11 12 12 13 13 14 1

47、4 15 15 16 16 CN7 IL-FPC-16ST-N R121 R122 R128 R123 R127 R124 R126 R125 C319C321C323C325 D7 9 D6 8 D5 7 D4 6 D3 5 D2 4 D1 3 D0 2 OE 1 CLK 11 Q7 12 Q6 13 Q5 14 Q4 15 Q3 16 Q2 17 Q1 18 Q0 19 V C C 2 0 G N D 1 0 IC23 74VHC574 for LED C319-326:0.01 R121 to R128:47 C326C324C322C320 R160 47 C17 0.1 to ANA

48、LOG CIRCUIT PHONE_SEL RESET LRCK AD0 AD1 DA0 DA1 A13 A12 A11 A10 A9 A8 A7 A6 A5 A4 A3 A2 A1 A0 D9 D8 LRCK1 AD_D0 AD_D1 DA_D0 DA_D1 P51 RESET D15 D14 D13 D12 D11 D10 R166,167:47 R164 L304,305: N2012Z601 TRR5 TRR4 TRR3 TRR2 TRS5 TRS4 TRS3 TRS2 RESET I_CS1 I_CS0 I_A3 I_A2 I_A1 I_RD I_WR TRCKO CSI CS5 L

49、D7 LD6 LD5 LD4 LD3 LD2 LD1 LD0 L_RD TRCKIN L_WR LRCK0 PD0 PD1 PD2 PD3 PD4 PD5 PD6 LS0 LS1 LS2 SSEN SS0 SS1 SS2 LLCK A13 A12 A11 A10 A9 A8 A7 A6 A5 A4 A3 A2 A1 A14 A18 A17 A16 A15 A20 A19 R184 10K VR_SEL P53 P51 AN0 AN1 AN2 AN3 AN4 AN5 AN6 AN7 MIDI_IN MIDI_OUT R27 10K C82 0.1 0X 12 1X 13 0Y 2 1Y 1 0Z 5 1Z 3 V C C 1 6 X 14