Yamaha CS1D Service Manual Download Page 107

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CS1D

101

(4) Noise level EIN (1 and 2)

Conditions: Input terminal shorted with 150

Ω

However, if the noise level is not in the above tolerance range, this condition must be met:

Measurement value - (gain at 1 kHz)= -126

(5) Level differences between 1 and 2

The difference in gain measured in (1) must be within the following range.

B. TALKBACK LEVEL MAX. 10 dB On

(1) Gain (1 and 2)

(2) Distortion ratio (1 and 2)

(3) Noise level (1 and 2)

Conditions: Input terminal shorted with 150

Ω

(4) Crosstalk between 1 and 2

Conditions: Input signal to 1 side and short 2 side with 150

Ω

The same must be true for the 2 side too.

C. Phantom (1 and 2)

Short XLR Pin 2 and Pin 3 and connection 10 k

Ω

load between Pins 2 and 1. The voltage when the phantom is on must be as

follows.

When the phantom is switched off, the discharge must start immediately.

3-7.

Jitter Measurement

· Connect the STEREO OUT DIGITAL A terminal to DSA1.
· Set the Fs to 48 kHz and 44.1 kHz with the test program and measure the jitter at DSA1.

3-8.

Ramp Voltage Measurement

· Measure the voltage between Pin 3 and Pin 4 at four locations on the rear panel.
· Measure the voltage when the RAMP DIMMER control is MAX and MIN.

3-9.

Fan Operation Check

· Check that the fan rotates while the power is on.
· Listen to the noise from the fan to verify that the FAN switch changes the rotation rate.

FAN switch high:

Fast

FAN switch low:

Slow

Tolerance range

-72 dB max.

Tolerance range

-81 dB max.

Tolerance range

DC34 to 38 V

Tolerance range

1 dB max.

Input frequency

Input level

Rated output level

Tolerance range

1 kHz

10 dBu

+10 dBu

+10 +/- 2.0 dBu

Input frequency

Output level

Tolerance range

1 kHz

+10 dBu

0.02 % max.

Input frequency

Output level (L)

Tolerance range (R)

1 kHz

20 dBu

-60 dBu max.

Tolerance range

WORD CLOCK IN

2TRACK IN DIGITAL 3

48 kHz

44.1 kHz

6 nsec max.
5 nsec max.

48 kHz

44.1 kHz

6 nsec max.
6 nsec max.

Tolerance range

MAX

MIN

11.5 +/- 1 V

2.5 +/- 1 V

CS1D

101

(4) Noise level EIN (1 and 2)

Conditions: Input terminal shorted with 150

Ω

However, if the noise level is not in the above tolerance range, this condition must be met:

Measurement value - (gain at 1 kHz)= -126

(5) Level differences between 1 and 2

The difference in gain measured in (1) must be within the following range.

B. TALKBACK LEVEL MAX. 10 dB On

(1) Gain (1 and 2)

(2) Distortion ratio (1 and 2)

(3) Noise level (1 and 2)

Conditions: Input terminal shorted with 150

Ω

(4) Crosstalk between 1 and 2

Conditions: Input signal to 1 side and short 2 side with 150

Ω

The same must be true for the 2 side too.

C. Phantom (1 and 2)

Short XLR Pin 2 and Pin 3 and connection 10 k

Ω

load between Pins 2 and 1. The voltage when the phantom is on must be as

follows.

When the phantom is switched off, the discharge must start immediately.

3-7.

Jitter Measurement

· Connect the STEREO OUT DIGITAL A terminal to DSA1.
· Set the Fs to 48 kHz and 44.1 kHz with the test program and measure the jitter at DSA1.

3-8.

Ramp Voltage Measurement

· Measure the voltage between Pin 3 and Pin 4 at four locations on the rear panel.
· Measure the voltage when the RAMP DIMMER control is MAX and MIN.

3-9.

Fan Operation Check

· Check that the fan rotates while the power is on.
· Listen to the noise from the fan to verify that the FAN switch changes the rotation rate.

FAN switch high:

Fast

FAN switch low:

Slow

Tolerance range

-72 dB max.

Tolerance range

-81 dB max.

Tolerance range

DC34 to 38 V

Tolerance range

1 dB max.

Input frequency

Input level

Rated output level

Tolerance range

1 kHz

10 dBu

+10 dBu

+10 +/- 2.0 dBu

Input frequency

Output level

Tolerance range

1 kHz

+10 dBu

0.02 % max.

Input frequency

Output level (L)

Tolerance range (R)

1 kHz

20 dBu

-60 dBu max.

Tolerance range

WORD CLOCK IN

2TRACK IN DIGITAL 3

48 kHz

44.1 kHz

6 nsec max.
5 nsec max.

48 kHz

44.1 kHz

6 nsec max.
6 nsec max.

Tolerance range

MAX

MIN

11.5 +/- 1 V

2.5 +/- 1 V

CS1D

101

(4) Noise level EIN (1 and 2)

Conditions: Input terminal shorted with 150

Ω

However, if the noise level is not in the above tolerance range, this condition must be met:

Measurement value - (gain at 1 kHz)= -126

(5) Level differences between 1 and 2

The difference in gain measured in (1) must be within the following range.

B. TALKBACK LEVEL MAX. 10 dB On

(1) Gain (1 and 2)

(2) Distortion ratio (1 and 2)

(3) Noise level (1 and 2)

Conditions: Input terminal shorted with 150

Ω

(4) Crosstalk between 1 and 2

Conditions: Input signal to 1 side and short 2 side with 150

Ω

The same must be true for the 2 side too.

C. Phantom (1 and 2)

Short XLR Pin 2 and Pin 3 and connection 10 k

Ω

load between Pins 2 and 1. The voltage when the phantom is on must be as

follows.

When the phantom is switched off, the discharge must start immediately.

3-7.

Jitter Measurement

· Connect the STEREO OUT DIGITAL A terminal to DSA1.
· Set the Fs to 48 kHz and 44.1 kHz with the test program and measure the jitter at DSA1.

3-8.

Ramp Voltage Measurement

· Measure the voltage between Pin 3 and Pin 4 at four locations on the rear panel.
· Measure the voltage when the RAMP DIMMER control is MAX and MIN.

3-9.

Fan Operation Check

· Check that the fan rotates while the power is on.
· Listen to the noise from the fan to verify that the FAN switch changes the rotation rate.

FAN switch high:

Fast

FAN switch low:

Slow

Tolerance range

-72 dB max.

Tolerance range

-81 dB max.

Tolerance range

DC34 to 38 V

Tolerance range

1 dB max.

Input frequency

Input level

Rated output level

Tolerance range

1 kHz

10 dBu

+10 dBu

+10 +/- 2.0 dBu

Input frequency

Output level

Tolerance range

1 kHz

+10 dBu

0.02 % max.

Input frequency

Output level (L)

Tolerance range (R)

1 kHz

20 dBu

-60 dBu max.

Tolerance range

WORD CLOCK IN

2TRACK IN DIGITAL 3

48 kHz

44.1 kHz

6 nsec max.
5 nsec max.

48 kHz

44.1 kHz

6 nsec max.
6 nsec max.

Tolerance range

MAX

MIN

11.5 +/- 1 V

2.5 +/- 1 V

CS1D

101

(4) Noise level EIN (1 and 2)

Conditions: Input terminal shorted with 150

Ω

However, if the noise level is not in the above tolerance range, this condition must be met:

Measurement value - (gain at 1 kHz)= -126

(5) Level differences between 1 and 2

The difference in gain measured in (1) must be within the following range.

B. TALKBACK LEVEL MAX. 10 dB On

(1) Gain (1 and 2)

(2) Distortion ratio (1 and 2)

(3) Noise level (1 and 2)

Conditions: Input terminal shorted with 150

Ω

(4) Crosstalk between 1 and 2

Conditions: Input signal to 1 side and short 2 side with 150

Ω

The same must be true for the 2 side too.

C. Phantom (1 and 2)

Short XLR Pin 2 and Pin 3 and connection 10 k

Ω

load between Pins 2 and 1. The voltage when the phantom is on must be as

follows.

When the phantom is switched off, the discharge must start immediately.

3-7.

Jitter Measurement

· Connect the STEREO OUT DIGITAL A terminal to DSA1.
· Set the Fs to 48 kHz and 44.1 kHz with the test program and measure the jitter at DSA1.

3-8.

Ramp Voltage Measurement

· Measure the voltage between Pin 3 and Pin 4 at four locations on the rear panel.
· Measure the voltage when the RAMP DIMMER control is MAX and MIN.

3-9.

Fan Operation Check

· Check that the fan rotates while the power is on.
· Listen to the noise from the fan to verify that the FAN switch changes the rotation rate.

FAN switch high:

Fast

FAN switch low:

Slow

Tolerance range

-72 dB max.

Tolerance range

-81 dB max.

Tolerance range

DC34 to 38 V

Tolerance range

1 dB max.

Input frequency

Input level

Rated output level

Tolerance range

1 kHz

10 dBu

+10 dBu

+10 +/- 2.0 dBu

Input frequency

Output level

Tolerance range

1 kHz

+10 dBu

0.02 % max.

Input frequency

Output level (L)

Tolerance range (R)

1 kHz

20 dBu

-60 dBu max.

Tolerance range

WORD CLOCK IN

2TRACK IN DIGITAL 3

48 kHz

44.1 kHz

6 nsec max.
5 nsec max.

48 kHz

44.1 kHz

6 nsec max.
6 nsec max.

Tolerance range

MAX

MIN

11.5 +/- 1 V

2.5 +/- 1 V

Note)If it fails a normal inspection, re-inspect after

30 minutes of edging. It passes if it is within
the permissible range.

Summary of Contents for CS1D

Page 1: ... 3 3 CONNECTOR CIRCUIT DIAGRAM 4 DISASSEMBLY PROCEDURE 15 LSI PIN DESCRIPTION 31 IC BLOCK DIAGRAM 39 CIRCUIT BOARDS 45 INSPECTION 98 TEST PROGRAM 103 BLOCK DIAGRAM 126 PARTS LIST CIRCUIT DIAGRAM CONTROL SURFACE HAMAMATSU JAPAN Copyright c Yamaha Corporation All rights reserved PDF K 01 03 ...

Page 2: ...BLY BOTTOM ASSEMBLY PC ASSEMBLY FRONT ASSEMBLY SIDE PANEL L R ASSEMBL METER ASSEMBLY LCD ASSEMBLY ITEM 4 5 6 7 15 18 19 20 21 25 27 PAGE CONTROL PANEL ASSEMBLY MASTER PCMCIA ASSEMBLY CONTROL PANEL ASSEMBLY OUT SEL CONTROL PANEL ASSEMBLY IN SEL CONTROL PANEL ASSEMBLY IN ELECTRICAL PARTS ITEM 28 30 31 32 33 34 35 36 37 38 39 40 41 42 103 PAGE PNC1 CUTBVL2 HMVOLA2 HMVOLB2 DRL DRN DRS PHNAB2 MT2 MT3 P...

Page 3: ...IT DIAGRAM 1 2 2 2 PNC2 CIRCUIT DIAGRAM 1 2 2 2 PCIF CIRCUIT DIAGRAM 002 003 004 005 006 007 008 PS2HP CIRCUIT DIAGRAM MT1 CIRCUIT DIAGRAM 005 MT2 MT3 CIRCUIT DIAGRAM 006 LAMPVR CIRCUIT DIAGRAM DRS DRN DRL CIRCUIT DIAGRAM LCDIF CIRCUIT DIAGRAM MSCPU CIRCUIT DIAGRAM 008 009 PNM1 CIRCUIT DIAGRAM 010 PNOS1L CIRCUIT DIAGRAM 009 PNOS1C CIRCUIT DIAGRAM 2 2 PNOS1R CIRCUIT DIAGRAM 004 PNOS2 CIRCUIT DIAGRA...

Page 4: ...tice or obligation to retrofit Should any discrepancy appear to exist please contact the distributor s Service Division WARNING Static discharges can destroy expensive components Discharge any static electricity your body may have accumulated by grounding yourself to the ground bus in the unit heavy gauge black wires connect to this bus IMPORTANT Turn the unit OFF during disassembly and parts repl...

Page 5: ...elving Low mid High mid High Shelving LPF F 20 Hz 20 kHZ 120 point Gain 18 dB 0 5 step Q 0 1 10 41 point Gate Gate Ducking selectable 4 key n bus Comp Comp Expander compander selectable 4 key in bus Delay Delay time 0 250 ms 0 02 msec step Fader 100 mm motorized 90 10 dB 128 step 100 mm Interpolation 24bit 16 777 216 steps On Off Cue Solo On Off PFL AFL Pna 127 positions L 1 63 center R 1 63 Stere...

Page 6: ...75 mW 150 mW 65 mW 150 mW 75 mW 150 mW 65 mW 150 mW DIGITAL INPUT OUTPUT CHARACTERISTICS INPUT OUTPUT TERMINALS FORMAT LEVEL CONNECTOR TYPE QUANTITY DIGITAL I O ENGINE A1 A2 ENGINE B1 B2 CONSOLE 1 2 2 TRACK IN DIGITAL AES EBU 1 6 2 TRACK IN DIGITAL COAXIAL 1 2 STEREO OUT DIGITAL AES EBU A B STEREO OUT DIGITAL COAXIAL A B WORD CLOCK IN WORD CLOCK OUT SVGA OUT KEYBOARD MOUSE NUMKEY REMOTE RS 422 MID...

Page 7: ...NTITY CONTROL I O ENGINE A1IN 1OUT 2IN 2OUT ENGINE B1IN 1OUT 2IN 2OUT CONSOLE 1IN 1OUT 2IN 2OUT DC POWER INPUT 0 225 V 1 825 V DC 60 V BNC Connector 68P 12 KN 27 32S 27pin Connector Female 2 LCD Display 800 x 600 Dots Graphic color LCD with backlit PCMCIA card slot for external memory PW1D Power Supply to the CS1D ...

Page 8: ...UTBVL2 CN503 3P 6P 6P 3P 3P PHNAB2 CN300 ADA2 CN307 MO1 2 CN402 3P CUTBVL2 CN504 3P 3P MO2 2 CN605 ADA2 CN306 ADA2 CN304 ADA2 CN107 ADA2 CN108 80P 40P 80P 40P CRDC1 CN101 CRDC1 CN105 PCIF CN201 PCIF CN202 6P 8P 6P 8P PS2HP CN601 PCIF CN305 ADA2 CN302 FRONT ASSY PS2HP CN602 3P HMVOLA2 CN104 3P ADA2 CN308 METER ASSY 2P 4P 4P LAMPVR CN701 CNDS2 CN200 DRL 3 CN100 DRL 2 S CN100 DRS CN100 CNDS2 CN201 12...

Page 9: ...CN11 CN10 CN9 CN8 CN7 AES EBU COAXIAL AES EBU AES EBU AES EBU AES EBU COAXIAL AES EBU COAXIAL CN201 13P 3P 3P 3P 2P 30P 50P 40P 40P 40P CN11 CN14 CN12 CN10 CN13 CN4 CN15 CN16 15P CN8 CN3 10P CN1 14P 9P 8P CN7 CN6 CN5 to ADA2 CN303 See P 4 to PNC2 CN109 See P 5 to MO1 2 CN400 See P 4 to MO1 2 CN405 See P 4 to MO2 2 CN602 See P 4 to MO2 2 CN604 See P 4 to MB22 CN503 See P 4 from POWER UNIT CN5 6 fro...

Page 10: ...CPU CN13 from MTCPU CN4 from MTCPU CN15 from MTCPU CN16 from MTCPU CN8 from MTCPU CN3 CN501 CN503 10P 30P 100P CN502 2 TRACK IN ANALOG 1 2 L R L R CN500 MB22 LMY4AD AD2 CNDS2 KEC 92541 4 7 7P 6P 8P 5P CN205 CN206 CN203 CN312 CN318 CN601 CN602 3P 6P CN402 CN401 10P 4P 6P 10P CN306 CN303 CN302 8P CN101 CN201 CN202 CN801 CN802 80P 40P 20P 50P 8P CN300 7P 6P CN310 CN309 5P CN301 8P 8P 6P CN300 CN103 8...

Page 11: ...04 CN101 96P 96P 96P 96P 96P 10P 12P 12P 10P CN105 CN201 CN202 IN OUT THRU MIDI TIME CODE IN GPI USB RS 232 C PC CONTROL 1 2 IN OUT IN OUT ENGINE A 1 2 IN OUT IN OUT ENGINE B 1 2 IN OUT IN OUT CONSOLE CONTROL I O CN107 CN106 CN105 CN104 CN103 CN102 from POWER UNIT CN5 6 from POWER UNIT CN11 12 from POWER UNIT CN13 14 from POWER UNIT CN19 from POWER UNIT CN34 35 from POWER UNIT CN37 38 to PCIF CN80...

Page 12: ...P 14P 15P LCD 41P 3P CN304 CN3 CN1 CN2 10P 10P MOUSE KEYBOARD MONITOR A MONITOR B LCD BACKLIGHT PS2HP MT1 MT2 MT3 LCDIF LCDC KEC 92541 6 4P 4P CN701 CN100 2P 2P CN101 CN102 12P NC LAMP LAMP LAMP LAMP 4P CN100 2P 2P 12P FAN CN100 2P 2P 12P 4P CN100 2P 2P 12P FAN 4P CN100 2P 2P 12P LAMP DIMMER FAN HIGH LOW LAMPVR DRL 3 DRL DRS 2 DRL 1 DRN CN101 CN102 CN101 CN102 CN101 CN102 CN101 CN102 5 ...

Page 13: ...9 4P 3P 7P CN25 CN41 CN10 4P 3P 7P CN26 CN42 CN11 4P 3P 7P CN27 CN43 CN12 5P 5P CN46 CN29 8P CN30 6P 4P CN957 CN956 CN44 10P CN31 10P 1 2 3 4 5 6 7 8 9 10 11 12 VR MT MSCPU PNM2 4P FADER 2P 7P CN100 VR MT PNM2 4P FADER 2P 7P CN100 VR MT PNM2 FADER 7P CN100 VR MT PNM2 PNM1 4P 2P FADER 7P CN100 VR MT PNM2 4P 2P FADER 7P CN100 VR MT PNM2 4P 2P FADER 7P CN100 VR MT PNM2 4P 2P FADER 7P CN100 VR MT PNM2...

Page 14: ... CN42 CN24 CN14 ST IN 1 ST IN 2 ST OUTPUT A ST OUTPUT B ST IN 3 ST IN 4 PC ATA STORAGE CARD 4P 4P CN702 CN600 3P CN700 CN701 6P CN703 CN101 6P 3P 6P 3P 3P CN500 CN503 CN504 CN100 CN103 CN105 CN106 CN102 CN102 CN103 CN101 6P 7P 10P CN37 CN18 CN17 3P CN104 B A 3P 6P 3P 40P 80P 68P 68P HMVOLA2 CUTBVL2 CRDC1 CRDC2 OSCPU TB1CAN2 PNOS1L PNOS1R PNOS1C TRACKPAD TB1 2 6P 40P 6P 40P 9P 26P 20P FADER 15P CN1...

Page 15: ... CN804 CN803 CN800 CN802 CN801 12P 12P 22P 40P 40P 4P 3P 5P CN17 3P CN16 12P 12P 26P 40P 40P 12P 12P 22P 40P 40P CN2 CN1 CN15 CN14 CN6 CN10 CN12 CN8 CN13 CN4 CN9 CN7 CN300 CN301 8P 5P CN302 3P CN303 3P CN304 3P CN305 3P 6P 7P CN5 CN11 CN3 10P FADER VR MT ISCPU PHNAB2 PNIS4 PNIS3 PNIS2 PNIS1 KEC 92541 9 7 ...

Page 16: ... 86 15 63 27 75 39 87 16 64 28 76 40 88 17 65 29 77 41 89 18 66 30 78 42 90 19 67 31 79 43 91 20 68 32 80 44 92 21 69 33 81 45 93 22 70 34 82 46 94 23 71 35 83 47 95 24 72 36 84 48 96 INCPU 4P 3P 8P 4P 3P 8P 7P 7P 4P 3P 8P 4P 3P 8P 7P 7P 4P 3P 8P 4P 3P 8P 7P 7P 4P 3P 8P 4P 3P 8P 7P 7P PNI1 FADER 15P CN100 VR MT PNI2 4P 2P FADER 15P CN100 VR MT PNI2 4P 2P FADER 15P CN100 VR MT PNI2 4P 2P FADER 15P ...

Page 17: ...3 CN24 2 CN20 1 FG FG POWER UNIT 1 10 1 3 1 2 1 9 9 CN26 10 CN27 3 CN25 2 CN21 1 KEC 92541 11 7 Bottom Assembly Meter Assembly CS CNDS2 CN200 1 2 2 CN201 4 CS DRL 2 CN100 12 CS LAMPVR CN701 4 CS DRL 1 CN100 12 1 3 5 7 8 11 1 4 2 4 6 9 10 12 2 4 6 9 10 12 3 5 7 8 11 3 CS LAMPVR CS DRL 3 CN701 1 2 4 CN100 12 CS DRS CS DRN CN100 12 2 4 6 9 10 12 4 6 9 10 12 3 7 8 11 CN100 12 CS LAMPVR CN701 4 4 2 1 3...

Page 18: ... CN15 2 CN33 2 CN62 2 CN15 CS CNDS2 CS CNDS3 2 2 2 CN33 2 CN62 CN102 PCIF n 240 CPU CARD x 240 x n PCIF pin No n ODD x n 1 2 n EVEN x 120 n 2 KEC 92541 12 POWER UNIT Bottom Assembly Bottom Assembly 4 6 1 3 4 6 1 3 6 CN5 6 CN6 CN11 CS CNDS1 CS CNDS3 CS CNDS1 CS CNDS3 1 3 4 6 4 6 1 3 6 POWER UNIT 2 3 4 1 2 3 4 1 4 CN12 4 CN10 6 CN60 6 CN10 6 CN60 CS CNDS1 CS CNDS2 CS CNDS3 CS CNDS1 1 2 1 2 1 2 CN14 ...

Page 19: ...sel Assembly Control Panel Outsel A B 2 MT FADER 1 3 3 CN1 CS OSCPU Assembly Control Panel Intsel Assembly Control Panel Intsel A B 2 MT FADER 1 3 3 CN1 CS ISCPU Assembly Control Panel In Assembly Control Panel In A B 2 MT FADER 1 3 3 CN7 CS INCPU CN34 27 35 30 36 32 1 7 8 15 15 CN100 CS PNI2 CN13 16 22 8 14 17 23 9 15 18 24 1 7 1 8 7 CN33 8 CN25 CS OSCPU CN46 45 66 65 1 7 8 15 15 CN100 CS PNI2 1 ...

Page 20: ...SASSEMBLY PROCEDURE CS1D 15 1 Control Panel Assembly 1 1 Remove the following screws each name plate under plate The control panel assembly can then be removed Fig 1 Parts and Assembly Name plate MASTER Name plate IN SEL Name plate OUT SEL Name plate IN12 Name plate IN24 Name plate IN36 Name plate IN48 Under plate meter Upper L Under plate meter Upper R Control panel MASTER Control panel IN SEL Co...

Page 21: ...M4 CS PNM3 CS PNM1 CS MSCPU 130 x36 130 Hexagonal Nut 7 0 10 x 2 MFZN2BL ES200180 150 Bind Head Screw 3 0 x 6 MFZN2BL EG330360 170 Bind Head Screw 3 0 x 6 MFZN2BL EG330360 200 Bind Head Screw 3 0 x 6 MFZN2BL EG330360 275 Bind Head Screw 3 0 x 6 MFZN2BL EG330360 325 Bind Head Screw 3 0 x 6 MFZN2BL EG330360 CS1D 16 3 6 Remove the nine 9 screws marked 150 The CS PNM1 circuit board can then be removed...

Page 22: ...the control panel assembly IN SEL See Procedure 1 7 2 Remove the four 4 screws marked 190 The CS ISCPU circuit board can then be removed Fig 4 8 CS PNIS1 CS PNIS2 Circuit Board 8 1 Remove the control panel assembly IN SEL See Procedure 1 8 2 Remove the CS ISCPU circuit board See Procedure 7 8 3 Remove the circuit board protect Fig 4 8 4 Remove the three 3 screws marked 170A Fig 4 8 5 Remove the sp...

Page 23: ... 0x6 MFZN2BL EC030030 CS PHNAB2 9 Fader Assembly 9 1 Remove the control panel assembly IN SEL See Procedure 1 9 2 Remove the fader knob Fig 4 9 3 Remove the two 2 screws marked 210 The Fader assembly can then be removed Fig 4 10 CS PNIS3 PNIS4 Circuit Board 10 1 Remove the control panel assembly IN SEL See Procedure 1 10 2 Remove the two 2 screws marked 248A Fig 4 10 3 Remove the switch knob marke...

Page 24: ...nal nuts marked 490 The CS PHNAB2 circuit board can then be removed 12 CS INCPU Circuit Board 12 1 Remove the control panel assembly IN12 IN24 IN36 IN48 See Procedure 1 12 2 Remove the seven 7 screws marked 170 The CS INCPU circuit board can then be removed Fig 5 13 CS PNI1 Circuit Board 13 1 Remove the control panel assembly IN12 IN24 IN36 IN48 See Procedure 1 13 2 Remove the CS INCPU circuit boa...

Page 25: ... 17 CS PNOS2 Circuit Board 17 1 Remove the control panel assembly OUT SEL See Procedure 1 17 2 Remove the CS OSCPU circuit board See Procedure 15 17 3 Remove the circuit board protect Fig 7 17 4 Remove the four 4 spacers Fig 6 17 5 Remove the eight 8 encoder knobs marked A Fig 6 17 6 Remove the eight 8 hexagonal nuts marked 440A The CS PNOS2 circuit board can then be removed Fig 6 Fig 7 18 CS PNOS...

Page 26: ...2BL EG330360 860 Bind Head Screw 3 0 x 6 MFZN2BL EG330360 880 Bind Head Screw 3 0 x 6 MFZN2BL EG330360 CS HMVOLB2 CS HMVOLA2 CS CUTBVL2 CS TB1 2 CS1D 21 Encoder knob C x14 Encoder knob A Fader knob B Fader knob A Fader knob A Wheel Assembly Hexagonal nut D Switch knob A x12 Hexagonal nut C x14 Hexagonal nut A x3 Knob C x2 Hexagonal nut C x2 Knob B x2 Hexagonal nut B x2 440A Encoder knob A 440A Enc...

Page 27: ...ssembly OUT SEL See Procedure 1 23 2 Remove the CS PNOS3 circuit board See Procedure 21 23 3 Remove the CS HMVOLA circuit board See Procedure 19 23 4 Remove the CS HMVOLB circuit board See Procedure 20 23 5 Remove the encoder knob marked D and the hexagonal nut marked 440B Fig 6 23 6 Remove the three 3 screws marked 180C The CS PNOS1C circuit board can then be removed Fig 7 24 Fader Assembly CS PN...

Page 28: ...Circuit Board 28 1 Remove the control panel assembly OUT SEL See Procedure 1 28 2 Remove the PCMCIA assembly See Procedure 27 28 3 Remove the four 4 screws marked 836B The CS TB1 2 circuit board can then be removed Fig 7 29 CS CRDC1 CS CRDC2 Circuit Board 29 1 Remove the control panel assembly OUT SEL See Procedure 1 29 2 Remove the PCMCIA assembly See Procedure 27 29 3 Remove the six 6 screws mar...

Page 29: ... MFZNBL V4750100 370 Bolt 4x8 MFZNBL V4750200 CS1D 24 31 LCD Assembly 31 1 Remove the three 3 bolts marked 370 and the three 3 bolts marked 470 The Upper LCD Escutcheon and the Lower LCD escutcheon can then be removed Fig 9 31 2 Remove the two 2 screws marked 450 The LCD hinge cover can then be removed Fig 9 31 3 Remove the four 4 screws marked 430 The LCD assembly can then be removed Fig 9 32 LCD...

Page 30: ...ing Screw B 3 0x6 MFZN2BL EP600230 840 Bind Head Tapping Screw B 3 0x6 MFZN2BL EP600230 860 Bind Head Tapping Screw B 3 0x6 MFZN2BL EP600230 880 Bind Head Screw A4 0x8 MFZN2BL VP156800 MB22 Assembly PC Assembly MB23 Assembly MB21 Assembly CS1D 25 35 CS CNDS2 Circuit Board 35 1 Remove the control panel assembly MASTER See Procedure 1 35 2 Remove the nine 9 screws marked 820 The CS CNDS2 circuit boa...

Page 31: ...an then be removed Fig 12 39 FAN Assembly 1 FAN Assembly 2 39 1 Remove the rear panel B and C See Procedure 38 39 2 Remove the two 2 screws marked 330 The FAN assembly 1 can then be removed Fig 13 39 3 Remove the two 2 screws marked 350 The FAN assembly 2 can then be removed Fig 13 40 CS DRN Circuit Board 40 1 Remove the FAN assembly 1 See Procedure 39 40 2 Remove the two 2 screws marked A70 The C...

Page 32: ...mbly Rear Panel A 45 1 Remove the rear panel A See Procedure 38 45 2 Remove the following screws each assembly can then be removed Fig 14 Assembly MIO CARD CIO CARD STI CARD AEI CARD STO CARD AD2 CARD MO12 CARD MO22 CARD 540 560 A B C 626 640 660 Bonding Head Screw 4 0x8 MFZN2BL VS154500 Bonding Head Screw 4 0x8 MFZN2BL VS154500 Bonding Head Screw 4 0x8 MFZN2BL VS154500 Bonding Head Screw 4 0x8 MF...

Page 33: ...embly Rear Panel C 47 1 Remove the rear panel C See Procedure 38 47 2 Remove the following screws each assembly can then be removed Fig 16 Assembly CMU1 CARD CMU2 CARD PNC1 CARD EIF CARD CCAS CARD 740 760 D E F Bonding Head Screw 4 0x8 MFZN2BL VS154500 Bonding Head Screw 4 0x8 MFZN2BL VS154500 Bonding Head Screw 4 0x8 MFZN2BL VS154500 Bonding Head Screw 4 0x8 MFZN2BL VS154500 Bonding Head Screw 4 ...

Page 34: ...e the two 2 screws marked 480 and the two 2 screws marked 490 The MB22 assembly can then be removed Fig 11 49 7 Remove the two 2 screws marked 470c The CS MB22 circuit board can then be removed Fig 18 Fig 18 CS MB22 CS MB21 470c 440c 440c Bind Head Tapping Screw B 3 0 x 6 MFZN2BL EP600230 470c Bind Head Tapping Screw B 3 0 x 6 MFZN2BL EP600230 50 CS MB23 Circuit Board 50 1 Remove the Control Panel...

Page 35: ...8 MFZN2BL VC688800 60 Bonding Tapping Screw B 3 0x8 MFZN2BL VN413300 140 Bind Head Tapping Screw B A4 0x8 MFZN2BL VC688800 51 CS PCIF Circuit Board 51 1 Remove the Control Panel Assembly OUT SEL See Procedure 1 51 2 Remove the eight 8 screws marked 880 The PC assembly can then be removed Fig 11 51 3 Remove the five 5 screws marked 30 the three 3 screws marked 50 and the four 4 screws marked A The ...

Page 36: ... Data input mode selection Data output mode selection Data output mode selection Clock mode switching input 1 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 RSTN Vdda CTLN PCO NC CTLP Vssa TSTN KM2 KM0 FS1 FS0 CSM EXTW DDIN LR Vdd ERR EMP CD0 CCK CLD I I O I I I I O O I I I O O O O I I System reset input VCO section power 5V VCO control input N PLL phase comparison output VCO co...

Page 37: ...O O O O O O I O O O I O I O O O I O O I O I I O I I O I O I O I I O Port E Port E Ground Address bus Power supply Address bus Ground Row address strobe Column address strobe low Column address strobe high Ground DRAM read write Port B Address bus Port B Address bus Ground Read Watch dog timer overflow High write Power supply Low write Ground Chip select Chip select Port A Timer clock Interrupt req...

Page 38: ... Ground Data bus 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 D15 D14 D13 D12 VCC D11 VSS D10 D9 D8 D7 D6 VCC D5 VSS D4 D3 D2 D1 D0 VSS XTAL MD3 EXTAL MD2 NMI VCC PA16 PA17 MD1 MD0 PLL...

Page 39: ...g Floating gain select Digital filter 1 ON 0 OFF Floating gain control 1 ON 0 OFF Cross fade hold time Cross fade time Ground Power supply 5 V 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 43 44 X0 X1 CK256A MCK BCK0 WCK0 SYNC SOR SOL CKSEL RESET MUTE OMD NSC TEST4 TEST5 VDD GND DLOSP0 FLOSW TEST 6 TEST 7 I O O O O O O O I I I I I I I Clock 256 fs clock 128 fs clock 64 fs bit clock 1...

Page 40: ...1 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79 80 synci mcci mcbi VCC GND mcai GND si0 si1 si2 si3 GND so3 so2 so1 so0 VCC GND mcao GND mcbo mcco synco so sel1 so sel0 uo3 uo2 uo1 uo0 ext sync1 VCC GND clk GND res GND wc at mute ati sel1 ati sel0 I I I I I I I I O O O O I I I I I I O O O O O I I O I I I Synch word input terminal for si3 0 input 64 fs clock input terminal for si3 0 input 1...

Page 41: ...lock 15 16 17 18 19 20 21 22 23 24 25 26 27 28 SDATA FSYNC MCLK CMODE HPFE TEST BGND AGND VA AINR AINR VCOMR GNDR VREFR O I O I I I I I I O O Serial data output Frame synchronization clock Master clock input CMODE H 384 fs CMODE L 256 fs Master clock select L MCLK 256 fs 12 288 MHz fs 48 kHz H MCLK 384 fs 18 432 MHz fs 48 kHz HPF enable L OFF H ON TEST pin Connect it with DGND Ground Ground for an...

Page 42: ...r supply Serial data bus Power supply Ground Serial data bus Power supply Ground Serial data bus Power supply Ground Serial data bus Not used 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 16...

Page 43: ...C VSS SA23 SA24 SA25 SD15 SD14 SD13 SD12 SD11 SD10 SD9 SD8 TD8 TD9 TD10 TD11 TD12 TVCC VSS TD13 TD14 TD15 TA25 TA24 TA23 I I I I I I I I I I I I I I I I I I I I I O I O I O I O I O I O I O I O I O I O I O I O I O I O I O I O I O I O I O I O I O I O O O O System power supply 3 3 V System address bus signal Data bus buffer direction signal DDIR High SDxx TDxx DDIR Low SDxx TDxx Data bus buffer enabl...

Page 44: ...3A 3Y Vss 14 13 12 11 10 9 8 VDD 6A 6Y 5A 5Y 4A 4Y 1 2 3 1A 1Y 4 2A 5 2B 6 2Y 7 VSS 1B 14 13 12 VDD 4A 11 4Y 10 3B 9 3A 8 3Y 4B 1 2 3 1A 2A 4 2B 5 2C 6 2Y 7 VSS 1B 14 13 12 VDD 1Y 11 3C 10 3B 9 3A 8 3Y 1C 1 2 3 4 5 6 7 1A 1Y 2A 2Y 3A 3Y GND 14 13 12 11 10 9 8 VDD 6A 6Y 5A 5Y 4A 4Y 1 2 3 A C 4 D 5 E 6 F 7 GND B 14 13 12 Vcc H 11 G 10 NC 9 NC 8 Y NC 1 2 3 1A 1Y 4 2A 5 2B 6 2Y 7 GND 1B 14 13 12 Vcc 4...

Page 45: ...Y3 Y2 Y3 Y1 Y0 B A G 1 2 3 4 5 6 7 C1 A1 Y1 C2 A2 Y2 GND 14 13 12 11 10 9 8 Vcc C4 A4 Y4 C3 A3 Y3 1 2 3 A QA QA 4 QB QB 5 QC QC 6 QD QD 7 GND B B 14 13 12 VCC QG QG 11 QF QF 10 QE QE 9 CLEAR CLEAR 8 CLOCK QH CK QH OUTPUTS OUTPUTS SIRIAL INPUT A A 1G 1A1 2Y4 1A2 2Y3 1A3 2Y2 1A4 2Y1 1 20 2 19 3 18 4 17 5 16 6 15 7 14 8 13 9 12 10 11 VDD Vcc 2G 1Y1 2A4 1Y2 2A3 1Y3 2A2 1Y4 2A1 GND Vss 1 2 3 4 5 6 7 20...

Page 46: ...5 6 7 0Y 2Y Y COM 1Y INH VEE VSS 3Y 16 15 14 13 12 11 VDD 2X 1X X COM 0X 3X A 8 9 10 B 2Y 0Y Y COM 3Y 1Y INH B 2X 1X X COM 0X 3X A VCCA DIR A1 A2 A3 A4 A5 A6 A7 A8 GND GND VCCB VCCB G B1 B2 B3 B4 B5 B6 B7 B8 GND 1 2 3 4 5 6 7 0 1 2 3 4 5 6 7 8 9 10 12 13 14 15 G1 G2 D D B A 11 24 23 22 21 20 19 18 8 9 10 11 12 16 15 14 13 17 1 2 3 4 5 6 7 1A 1Y 1Z 2Z 2Y 2A GND ENABLE G 16 15 14 13 12 11 Vcc 4A 4Y ...

Page 47: ...Enable Inputs B 3 C 14 Y1 13 Y2 12 Y3 11 Y4 10 Y5 9 Y6 Data Output 1 2 3 4 5 6 7 8 9 IN2 IN1 Vcc OUT2 NC GND VS OUT1 Vref 8 REG Heat protector 6 7 3 5 1 9 2 Vcc Vref Vs OUT1 OUT2 IN1 IN2 GND M 1 2 3 GND CLOCK 4 LATCH 5 OUT 0 6 OUT 1 OUT 2 OUT 3 7 SERIAL IN 16 15 14 VDD SERIAL OUT 13 ENABLE 12 OUT 7 11 OUT 6 10 8 9 OUT 5 OUT 4 R EXT OUT 0 5 R EXT 15 13 4 2 3 ENABLE LATCH SERIAL IN CLOCK OUT 1 6 OUT...

Page 48: ...ANSMIT PAIR TX TX DIFF LINE DRIVER Vcc MHz OSCILLATOR COLLISION COMPARATOR Vch 1 2 3 IN IN2 4 OUT2 Vcc Vcc 5 OUT1 OUT3 OUT4 IN4 IN3 14 13 12 IN8 11 8 6 7 8 10 10 9 OUT8 IN7 OUT7 OUT6 IN6 OUT5 IN5 RN6006 OUTPUT INPUT Vcc 10k 1 2 3 4 5 6 7 5 6 7 5 6 7 T3 OUT T1 OUT T2 OUT T2 IN T1 IN GND Vcc C1 V C1 14 13 12 11 10 9 8 T4 OUT T5 IN N C SHDN T5 OUT T4 IN T3 IN V C2 C2 5V INPUT 0 1uF 0 1uF 6 3V 0 1uF 1...

Page 49: ...EIF XW667B00 64 HMVOLA2 XZ527A00 68 HMVOLB2 XZ527A00 68 INCPU XW317B00 94 ISCPU XW320B00 86 LAMPVR XW354B00 54 LCDC XW354B00 54 LCDIF XW354B00 57 LMY4AD XW291A00 60 MB21 XW355A00 48 MB22 XW354B00 48 MB23 XW669B00 67 MIO XW568A00 49 MO1 2 XZ522A00 56 b MO2 2 XZ522A00 56 b MSCPU XW323B00 76 MT1 XW535C00 61 MT2 XW536A00 70 MT3 XW536A00 71 MTCPU XW353B00 46 MTG XW354B00 61 OSCPU XW534B00 88 PCIF XW670...

Page 50: ...to STO2 CN101 AES EBU 1 2 COAXIAL STEREO OUT DIGITAL AES EBU COAXIAL 3NA V504660 PS2HP STO1 STO2 STO1 Circuit Board STO2 Circuit Board PS2HP Circuit Board WORD CLOCK MOUSE KEYBOARD MONITOR A MONITOR B to ADA2 CN302 to PCIF CN305 IN ON OFF OUT 75 to STO1 CN2 4 3 CS1D 45 CIRCUIT BOARDS ...

Page 51: ... to MB21 CN4 2 MTCPU Circuit Board to MB21 CN5 to MB21 CN6 to MB21 CN1 to MO1_2 CN405 to MO2_2 CN604 to MO2_2 CN602 to MO1_2 CN400 to MT1 CN2 to MT2 CN2 to MT2 CN1 to PN2 CN109 to CNDS1 CN100 to ADA2 CN303 to MB22 CN503 CS1D 46 ...

Page 52: ...3NA V411320 Pattern side 2 MTCPU Circuit Board CS1D 47 ...

Page 53: ... CN11 to CNDC1 CN104 to CNDS1 CN103 to MTCPU CN10 to MTCPU CN12 to MTCPU CN14 1 MB21 Circuit Board MB22 Circuit Board to STO1 CN1 to AE1 CN1 to STI CN200 to CIO CN2 to CIO CN2 to MIO CN100 to MIO CN100 to MIO CN100 to MIO CN100 to MTCPU CN13 to CNDS2 CN203 to LMY4AD AD2 CN500 4 CS1D 48 ...

Page 54: ...3NA V438190 Component side Pattern side to MB21 CN15 14 13 12 DIGITAL I O ENGINEA B 4 MIO Circuit Board CS1D 49 ...

Page 55: ...3NA V438180 Component side Pattern side to MB21 CN10 11 DIGITAL I O CONSOLE 3 CIO Circuit Board CS1D 50 ...

Page 56: ...3NA V411300 Component side Pattern side to MB21 CN9 1 AES EBU COAXIAL 2TR IN DIGITAL AES EBU COAXIAL 2 4 STI Circuit Board CS1D 51 ...

Page 57: ...3NA V438150 Component side Pattern side to MB21 CN8 AES EBU 3 AES EBU 4 2TR IN DIGITAL AES EBU 5 AES EBU 6 3 AEI Circuit Board CS1D 52 ...

Page 58: ...o Power unit CN39 to Power unit CN15 16 to LAMPVR CN701 to DRL 3 CN100 to MT1 CN4 to MB22 CN501 to MT2 CN5 to ISCPU CN5 CN206 CN207 CN300 CN301 CN302 CN303 CN306 CN309 CN310 to ISCPU CN11 to MT3 CN5 to PCIF CN101 to LCD BACKLIGHT CN1 to PNM1 CN956 to PNM1 CN957 to MSCPU CN44 to OSCPU CN18 to OSCPU CN37 CN312 CN313 CN314 CN315 CN316 CN317 CN318 CN319 to MO1_2 CN404 to TB1_2 CN701 to ADA2 CN102 to A...

Page 59: ...VR Circuit Board from Power unit CN5 6 from Power unit CN11 12 from Power unit CN13 14 from Power unit CN23 from Power unit CN34 35 to LCD BACKLIGHT CN3 LAMP DIMMER to CNDS2 CN200 201 DRN 2 CN100 DRN 3 CN100 from Power unit CN37 38 from Power unit CN22 to INCPU CN5 to PNI1 CN803 to INCPU CN5 to PNI1 CN803 to INCPU CN4 to MB21 CN3 to MB21 CN2 to MTCPU CN201 4 4 CS1D 54 ...

Page 60: ...ponent side Pattern side to MB23 CN101 to MSCPU CN31 PNC2 Circuit Board PNM4 Circuit Board Component side to MSCPU CN30 to INCPU CN1 to MTCPU CN1 to INCPU CN1 to OSCPU CN17 to INCPU CN1 to ISCPU CN3 to CNDS3 CN500 to INCPU CN1 3 4 CS1D 55 ...

Page 61: ...Board to MO2_2 CN606 to MTCPU CN3 to CUTBVL2 CN503 to TB1_2 CN703 to TB1_2 CN702 to HMVOLB2 CN204 to HMVOLA2 CN104 to PHNAB2 CN300 to PS2HP CN602 to CUTBVL2 CN504 to HMVOLB2 CN203 to MO2_2 CN601 to HMVOLA2 CN103 to CNDS2 CN319 to CNDS2 CN317 to CNDS2 CN316 ...

Page 62: ... 2 Circuit Board MO2 2 Circuit Board L A to MTCPU CN16 to MTCPU CN8 R MONITOR OUT ANALOG TALKBACK IN 2 CUE OUT ANALOG L B R L R to HMVOLB2 CN200 to HMVOLA2 CN100 to CUTBVL2 CN500 to ADA2 CN103 to MTCPU CN4 to MTCPU CN15 to ADA2 CN100 to CNDS2 CN312 CS1D 56 b ...

Page 63: ...PU CN4 to MB23 CN114 to MB23 CN110 to MB23 CN113 from Power unit CN37 38 to LCD to PCIF CN302 to PCIF CN303 to PCIF CN304 from Power unit CN5 6 from Power unit CN34 35 from Power unit CN13 14 from Power unit CN11 12 from Power unit CN19 from Power unit CN17 18 to PNI1 CN803 to INCPU CN4 to MB23 CN111 to PNI1 CN803 to INCPU CN5 4 4 CS1D 57 ...

Page 64: ...22 NUM KEY to TPSW CN101 to PS2HP CN601 MOUSE KEY BOARD SVGA OUT PCIF Circuit Board 3NA V451420 7 to CRDC1 CN101 to CRDC1 CN105 to LCDIF CN301 to LCDIF CN303 to CNDS2 CN300 to LCDIF CN302 from MB23 CN108 from MB23 CN109 CS1D 58 ...

Page 65: ...3NA V451420 Pattern side 7 PCIF Circuit Board CS1D 59 ...

Page 66: ...80 LMY4AD 3NA V491400 Component side Component side Component side Pattern side 2 TRACK IN ANALOG L R 1 L R to ISCPU CN16 to MSCPU CN29 2 3 LMY4AD Circuit Board PNIS3 Circuit Board PNM3 Circuit Board to MB22 CN502 MSCPU CN46 3 CS1D 60 ...

Page 67: ...ponent side Component side Pattern side GP1 TIME CODE IN 2 MTG 3NA V454540 MTG Circuit Board MT1 Circuit Board to CMU2 CN104 to CMU2 CN105 to MT2 CN3 to MT2 CN4 to MT3 CN1 to MT3 CN2 to MTCPU CN7 to CNDS2 CN202 4 CS1D 61 ...

Page 68: ...3NA V451320 Component side Pattern side 2 CMU1 Circuit Board to MB23 CN106 RC 232 C USB PC CONTROL CS1D 62 ...

Page 69: ...3NA V451320 Component side Pattern side OUT THRU IN to MTG CN201 MIDI 2 CMU2 Circuit Board to MTG CN202 to MB23 CN107 CS1D 63 ...

Page 70: ...3NA V451380 Component side Pattern side 5 EIF Circuit Board to MB23 CN104 105 1 IN OUT 2 IN OUT CONTROL I O ENGINE A B CS1D 64 ...

Page 71: ...3NA V504990 Component side Pattern side 5 CCAS Circuit Board to MB23 CN103 1 IN OUT 2 IN OUT CONTROL I O CONSOLE CS1D 65 ...

Page 72: ...3NA V451350 Component side Pattern side 3 PNC1 Circuit Board to MB23 CN102 CS1D 66 ...

Page 73: ...e Pattern side to PCIF CN801 to CNDS3 CN505 1 MB23 Circuit Board to CNDS3 CN506 to CNDS3 CN502 to CNDS3 CN501 to PCIF CN802 to CMU2 CN101 to CMU1 CN101 to EFI CN101 to EFI CN101 to CCAS CN101 to PNC1 CN101 to PNC2 CN102 CS1D 67 ...

Page 74: ...HMVOLA2 Circuit Board HMVOLB2 Circuit Board CUE OUT LEVEL TALKBACK2 TALKBACK1 PHONES PHONES LEVEL LEVEL to ADA2 CN108 to ADA2 CN107 Component side to ADA2 CN307 to ADA2 CN308 to PHNAB2 CN304 to MO1_2 CN402 to PHNAB2 CN305 to ADA2 CN305 to ADA2 CN306 to PHNAB2 CN302 to MO1_2 CN403 to PHNAB2 CN303 CS1D 68 ...

Page 75: ...Board DRS Circuit Board to FAN to CNDS2 CN201 Lamp Component side DRL Circuit Board PHNAB2 Circuit Board FAN HIGH LOW to ADA2 CN104 105 300 to HMVOLB2 CN206 to HMVOLA2 CN105 to HMVOLA2 CN106 Lamp Component side Component side to FAN to CNDS2 CN201 PHONES PHONES to CNDS2 CN318 to HMVOLB2 CN205 CS1D 69 ...

Page 76: ...3NA V433380 Component side Pattern side to MTCPU CN5 to MTCPU CN6 to CNDS2 CN204 to MT1 CN1 to MT1 CN5 2 MT2 Circuit Board CS1D 70 ...

Page 77: ...3NA V504970 Component side Pattern side to MT1 CN3 to MT1 CN6 to CNDS2 CN207 MT3 Circuit Board 2 CS1D 71 ...

Page 78: ...3NA V411160 Component side Component side to MSCPU CN15 to MSCPU CN28 to MSCPU CN13 to MSCPU CN14 to MSCPU CN16 2 2 PNM1 Circuit Board PNM2 1 12 Circuit Board 1 Component side to MSCPU CN17 PNM2 2 12 Circuit Board 2 CS1D 72 ...

Page 79: ... CN18 to MSCPU CN19 PNM2 3NA V411170 PNM1 3NA V411160 Pattern side Component side 2 2 PNM1 Circuit Board PNM2 3 12 Circuit Board 3 Component side PNM2 4 12 Circuit Board 4 to CNDS2 CN302 to CNDS2 CN303 CS1D 73 ...

Page 80: ... side PNM2 7 12 Circuit Board to MSCPU CN22 7 Component side PNM2 8 12 Circuit Board to MSCPU CN23 8 Component side PNM2 9 12 Circuit Board to MSCPU CN24 9 Component side PNM2 10 12 Circuit Board to MSCPU CN25 10 Component side PNM2 11 12 Circuit Board to MSCPU CN26 11 Component side PNM2 12 12 Circuit Board to MSCPU CN27 12 CS1D 74 ...

Page 81: ... 3NA V451430 Component side Component side Component side Pattern side Pattern side to PCIF CN201 to PCIF CN202 to OSCPU CN22 23 CRDC1 Circuit Board CRDC2 Circuit Board PNOS4 Circuit Board PC ATA STORAGE CARD B PC ATA STORAGE CARD A 3 CS1D 75 ...

Page 82: ...0 to PNM2 3 12 CN100 to PNM2 4 12 CN100 to PNM2 5 12 CN100 CN21 CN22 CN23 CN24 CN25 CN26 CN27 CN28 CN29 CN30 to PNM2 6 12 CN100 to PNM2 7 12 CN100 to PNM2 8 12 CN100 to PNM2 9 12 CN100 to PNM2 10 12 CN100 to PNM2 11 12 CN100 to PNM2 12 12 CN100 to PNM1 CN954 to PNM3 1 2 CN501 to PNM4 CN400 CN31 CN32 CN33 CN34 CN35 CN36 CN37 CN38 to PNC2 CN110 to Fader 1 12 MT to Fader 2 12 MT to Fader 3 12 MT to F...

Page 83: ...3NA V411180 Pattern side 2 MSCPU Circuit Board CS1D 77 ...

Page 84: ...3NA V445280 Component side Component side to OSCPU CN13 to OSCPU CN41 to OSCPU CN21 to OSCPU CN26 3NA V504670 PNOS5 PNOS2 3 PNOS2 Circuit Board PNOS5 1 2 Circuit Board 3 CS1D 78 ...

Page 85: ...3NA V445280 Pattern side Component side to OSCPU CN20 3 3NA V504670 PNOS5 PNOS2 3 PNOS2 Circuit Board PNOS5 2 2 Circuit Board CS1D 79 ...

Page 86: ...V667380 Component side Component side Component side Component side to ADA2 CN304 to ADA2 CN106 to OSCPU CN29 TB1 2 Circuit Board PNOS3 Circuit Board PNOS6 Circuit Board TB1CAN2 Circuit Board to OSCPU CN28 to OSCPU CN31 3 to CNDS2 CN315 CS1D 80 ...

Page 87: ...3NA V445270 Component side Pattern side to OSCPU CN38 to OSCPU CN15 to OSCPU CN19 2 PNOS1R Circuit Board CS1D 81 ...

Page 88: ...3NA V433340 Component side Pattern side to OSCPU CN14 2 PNOS1L Circuit Board to OSCPU CN24 to OSCPU CN40 to OSCPU CN42 CS1D 82 ...

Page 89: ...4 to OSCPU CN16 3 2 PNOS1C Circuit Board PNI2 1 26 Circuit Board to INCPU CN45 46 to INCPU CN47 48 to INCPU CN49 50 Component side PNI2 2 26 Circuit Board Component side PNI2 3 26 Circuit Board Component side PNI2 4 26 Circuit Board to INCPU CN51 52 Component side PNI2 5 26 Circuit Board CS1D 83 ...

Page 90: ... to INCPU CN57 58 PNI2 9 26 Circuit Board Component side to INCPU CN59 60 PNI2 10 26 Circuit Board Component side to INCPU CN61 62 PNI2 11 26 Circuit Board Component side to INCPU CN63 64 PNI2 12 26 Circuit Board Component side to INCPU CN65 66 PNI2 13 26 Circuit Board Component side to INCPU CN43 44 PNI2 14 26 Circuit Board Component side to INCPU CN45 46 CS1D 84 ...

Page 91: ...e to INCPU CN51 52 PNI2 18 26 Circuit Board Component side to INCPU CN53 54 PNI2 19 26 Circuit Board Component side to INCPU CN55 56 PNI2 20 26 Circuit Board Component side to INCPU CN57 58 PNI2 21 26 Circuit Board Component side to INCPU CN59 60 PNI2 22 26 Circuit Board Component side to INCPU CN61 62 PNI2 23 26 Circuit Board Component side to INCPU CN63 64 CS1D 85 ...

Page 92: ...S2 CN205 CN6 CN7 CN8 CN9 to PNIS2 CN803 to PNIS1 CN801 to PNIS2 CN802 to PNIS1 CN802 CN10 CN11 CN12 CN13 to PNIS2 CN804 to CNDS2 CN206 to PNIS1 CN804 to PNIS1 CN803 CN14 CN15 CN16 CN17 to PNIS2 CN801 to PNIS2 CN805 to PNIS3 CNX1 to PNIS4 CNY1 3 2 ISCPU Circuit Board PNI2 24 26 Circuit Board Component side to INCPU CN65 66 CS1D 86 ...

Page 93: ...3NA V411110 ISCPU 3NA V411150 Pattern side 2 2 ISCPU Circuit Board PNI2 26 26 Circuit Board Component side PNI2 25 26 Circuit Board Component side to OSCPU CN25 33 CN 30 35 to OSCPU CN27 34 CN 32 36 CS1D 87 ...

Page 94: ... Fader VR to Fader VR to PNOS2 CN2 to PNOS1L CN3 to PNOS1R CN401 to PNOS1C CN301 to PNC2 CN108 to CNDS2 CN309 to PNOS1R CN400 to PNOS5 2 2 CN100 to PNOS5 1 2 CN100 to PNOS4 2 2 CN200 to PNOS4 1 2 CN200 to PNOS1L CN4 to PNI2 25 26 CN100 to PNOS2 CN1 to PNI2 26 26 CN100 to PNOS3 CN602 to PNOS3 CN601 to PNI2 25 26 CN100 to PNOS6 CN701 to PNIS 26 26 CN100 to PNI2 25 26 CN100 to PNI2 26 26 CN100 to PNI...

Page 95: ...3NA V433360 Pattern side 0 OSCPU Circuit Board CS1D 89 ...

Page 96: ...3NA V411130 Component side to ISCPU CN7 to ISCPU CN9 to ISCPU CN4 to ISCPU CN13 2 PNIS1 Circuit Board to ISCPU CN12 CS1D 90 ...

Page 97: ...3NA V411130 Pattern side 2 PNIS1 Circuit Board CS1D 91 ...

Page 98: ...3NA V411140 Component side to ISCPU CN8 to ISCPU CN10 3 PNIS2 Circuit Board to ISCPU CN15 to ISCPU CN6 to ISCPU CN14 CS1D 92 ...

Page 99: ...3NA V411140 Pattern side 3 PNIS2 Circuit Board CS1D 93 ...

Page 100: ...3 26 CN100 to PNI2 1 26 CN100 to PNI2 13 26 CN100 to PNI2 2 26 CN100 to PNI2 14 26 CN100 to PNI2 2 26 CN100 to PNI2 14 26 CN100 to PNI2 3 26 CN100 to PNI2 15 26 CN100 to PNI2 3 26 CN100 to PNI2 15 26 CN100 to PNI2 4 26 CN100 to PNI2 16 26 CN100 to PNI2 4 26 CN100 to PNI2 16 26 CN100 to PNI2 5 26 CN100 to PNI2 17 26 CN100 to PNI2 5 26 CN100 to PNI2 17 26 CN100 to PNI2 6 26 CN100 to PNI2 18 26 CN100...

Page 101: ...3NA V411120 Pattern side 2 INCPU Circuit Board CS1D 95 ...

Page 102: ...3NA V411100 Component side to INCPU CN2 to INCPU CN6 to INCPU CN3 2 PNI1 Circuit Board CS1D 96 ...

Page 103: ...3NA V411100 Pattern side to CNDS1 CN101 102 CNDS CN503 504 2 PNI1 Circuit Board CS1D 97 ...

Page 104: ...el maximum 2 f characteristic AL AR BL and BR Conditions MONITOR OUT level maximum 1 kHz reference for tolerance range 3 Distortion AL AR BL and BR Conditions MONITOR OUT level maximum Input frequency Input level Rated output level Tolerance range 1 kHz 10 dBu 10 dBu 10 1 0 dBu Input frequency Input level Tolerance range 20 Hz 20 kHz 10 dBu 10 dBu 2 to 1 0 dB 2 to 1 0 dB Input frequency Output lev...

Page 105: ...150 Ω 5 Level differences between left and right The difference in gain measured in 1 must be within the following range 6 Crosstalk between left and right Conditions CUE OUT level maximum The same must also be true for the right side 7 Maximum output AL AR BL and BR Conditions CUE OUT level maximum Input frequency Output level L Tolerance range R 1 kHz 20 dBu 60 dBu max Input frequency Output lev...

Page 106: ...Conditions PHONES OUT level maximum The same must also be true for the right side 3 6 TALKBACK 1 2 Conditions Inspect according to 15 ANALOG IN in the Test Program Specifications KES 92654 MONITOR OUT level maximum A Talkback level max 44dB On 1 Gain 1 and 2 2 f characteristic 1 and 2 Conditions 1 kHz reference for tolerance range 3 Distortion ratio 1 and 2 Tolerance range 2 dB max Input frequency...

Page 107: ...olerance range MAX MIN 11 5 1 V 2 5 1 V CS1D 101 4 Noise level EIN 1 and 2 Conditions Input terminal shorted with 150 Ω However if the noise level is not in the above tolerance range this condition must be met Measurement value gain at 1 kHz 126 5 Level differences between 1 and 2 The difference in gain measured in 1 must be within the following range B TALKBACK LEVEL MAX 10 dB On 1 Gain 1 and 2 2...

Page 108: ...ave been extracted refer to the Readme txt in the FIFODiag directory Version used Files composed using a PM1D SYSTEM SOFTWARE with a version later than the version shown on the cover Managed with the already drawn CD R assembly drawing 3JL XY714A0 CS1D OUT CONTROL I O BNC CONTROL I O BNC IN ENGINE A1 DSP1D OUT IN 6 1 Check between EIF PCIF 1 On the UTILITY PREFERENCE screen set mouse tapping to of...

Page 109: ...n the power switch to start up the syste Software Use the material provided in 2 2 m then initialize according to the screen instructions The knobs not controlled by the CPU are as follows TALKBACK LEVEL MIN CUE OUT LEVEL MIN MONITOR OUT A B LEVEL MIN PHONES LEVEL MIN BRIGHTNESS MIN LAMP DIMMER MIN FAN SW LOW WORD CLOCK IN 75 Ω ON ...

Page 110: ...leted Writing the firmware The sheets that require firmware downloading are PCIF PS CMU1 the 2CPU portion of CMU C_HIF CMU2 C_TCU PNC the 2CPU portion of PNC CNL INCPU 4 sheets for IN1 48ch portion ISCPU INSEL MSCPU 1 CPU portion of MAS1 MAS2 OSCPU OUTSEL MTCPU METER The names in the parentheses are the firmware names Below is the firmware used Detailed procedures are on the following pages If PM1...

Page 111: ...ly to each sheet When there is some kind of problem and the firmware can not be written with the method on the previous page use the method below DSP CHECK serial communications jig CS1D PC Windows 95 or later For information on the DSP CHECK board refer to the LMY SLOT inspection jig specifications Connector to each board CPU See Page 103 Serial connection D sub 9 pin cross cable Connection cable...

Page 112: ...l with the following special card and when other install with a commercial card on instruction manual for CS1D Method for extracting software for production and customer service Method for extracting software for production and customer service Of the files required for inspection only those files that are necessary for production and customer service are compiled in a software group for productio...

Page 113: ...le 3 After a short while the system asks you to specify the driver Specify the directory containing the PM1D inspection PC software 4 The installation proceeds as indicated by the OS 5 After installation is complete press the OK button on the pop up box that came up in 2 6 If inspection is OK the installation has completed normally The only operating system supported is Windows98 The USB driver ca...

Page 114: ...D change jig DIP switch settings Figure 1 PC Serial Port COM1 Version display Selects the PC serial port to use PM1D DIAGNOSTICS PROGRAM Vx xx CLOSE AI8 Total Test AO8 Total Test DSP1D Total Test CS1D Total Test Pressing one of these buttons puts the corresponding unit into diagnostics mode Then the inspection menu for the unit in Figure 2 appears Note that this takes a few seconds CS1D 106 a 12 M...

Page 115: ...sion is checked this character string and the version actually written in the firmware are compared The value entered here is retained in memory For the SH3 item enter the CS1D screen software version The check items and check re sults are displayed Pressing a check item button changes the display to the screen in Figure 3 and enables inspection of that item All the results are displayed here To s...

Page 116: ... alone inspection composition Reference For details on how to connect shorting pins see the panel inspection item pages When inspecting with loopback connections since it is not possible to specify which side is NG the input side or the output side as much as possible pair up the board inspected with a board that has been verified as being normal If neither board has been checked beforehand both w...

Page 117: ... RS422 CRDC Test This test checks around the LCD and PC card OK NG display for the page as a whole Displayed when all the checks have been completed If OK sub items are not displayed Sub item Display the latest version input with the menu screen This is compared with the version actually loaded OK NG display for individual items The NG is displayed the moment the item is found to be NG even if the...

Page 118: ...HHHH HHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHHH A a B b C c D d E e F f G g H h I i J j K k L l M m N n O o P p Q q R r S s T t U u V v W w X x Y y A a B b C c D d E e F f G g H h I i J j K k L l M m N n O o P p Q q R r S s T t U u V v W w X x Y y A a B b C c D d E e F f G g H h I i J j K k L l M m N n O o P p Q q R r S s T t U u V v W w X x Y y A a B b C c D d E...

Page 119: ...AD L R Connect the keyboard and press 1 2 3 FRONT KEY BOARD Press 1 2 3 with the keyboard connected to the rear REAR KEY BOARD Use the keypad connected to the back and press any number from 0 to 9 REAR NUM KEY Left click or Right click the with the mouse connected on the front FRONT MOUSE Left click or Right click the with the mouse connected on the rear REAR MOUSE This message asks you to change ...

Page 120: ...1 CMU IC115 ID xxx xxh NG RAM NG Version NG DPM NG NG Battery NG Flash IC119 NG ID xxx xxh Version Latest Battery Flash DPM NG DataBus CM BUS HI BUS L CM BUS TC BUS L CM BUS PN BUS L CM BUS CN BUS L AddressBus DBus xx xx xx xx pin CheckSum xxxx xxxx CM BUS HI BUS L 3 0 3 4V x xxV xx x Current x xx Latest x xx NG 11111111 11111111 1111 11111111 11111111 NG ABus xx xx xx xx pin NG example 2 1 CS1D C...

Page 121: ...6 1 Address Bus 16bit 15 0 Data Bus 16bit 16 1 Address Bus DPM PN BUS CN BUS L 4 2 CS1D PNC1 CNL IC120 Test Checks around the CNL of PNC1 Check item ID CNL 04h RAM Data Bus 16bit 15 0 Address Bus 16bit 16 1 Data Bus 16bit 15 0 Address Bus 16bit 16 1 Flash Check Sum Version DPM PN BUS CN BUS R FIFO 5 CS1D Input Panel Test This test checks the input panels The checks below are carried out but since ...

Page 122: ...er panel The checks below are carried out but since the checks are equivalent inspections to 2 1 see 2 1 for details 8 CS1D SELECTED OUTPUT Panel Test Checks around the selected output panel CPU IC2 Check item ID OUTSEL 08h RAM Data Bus 16bit 15 0 Address Bus 16bit 16 1 Flash Check Sum Version 8 CS1D Selected Output Panel Test This test checks selected output panels The checks below are carried ou...

Page 123: ...s the LEDs and names in the blocks are lit up sequentially and if there are any faders they are driven up and down Also panel boards that are divided into multiple boards can also be checked separately During diagnostics mode press any one switch Acceleration During diagnostics mode press any two switches Stop During diagnostics mode press any three switches Deceleration During diagnostics mode pr...

Page 124: ...store to the transition of each mode shown above 2 Panel inspection PC software specifications The inspection method using the inspection PC software is as follows Inspection Items 1 5 are checked simultaneously in parallel The items that can be controlled in each inspection are as follows At this time 1 manual operation can be carried out at the same time but beware that in this case the PS softw...

Page 125: ...n When the knob is turned the lighting state changes with the method corresponding to the function type When carrying out diagnostics checks for single panels connect INCPU board CN1 Pins 2 and 4 before starting the diagnostics 10 2 PNIS Test Selected Input Module Inspection The check proceeds with the panels divided into left and right In the left block checking starts from the left top and proce...

Page 126: ...all lit Block all lit Block all lit Three 7 segment LEDs 7 segment LED 7 segment LED 7 segment LED 7 segment LED FADER See 1 Items common to all panels SHIFT switch When this switch is pressed the MONO IN and ST IN LEDs are both lit up when this switch is released they go out INC switch Each time this switch is pressed the MONO IN LED is toggled on off DEC switch Each time this switch is pressed t...

Page 127: ...f when the switch is pressed it lights up if the LED is on when the switch is released it goes off Fader operation Operate in pairs 1 2 3 4 with the partner side following Encoder operation When the knob is turned the lighting state changes with the method corresponding to the function type When carrying out diagnostics checks for single panels connect MSCPU board CN31 Pins 2 and 4 before starting...

Page 128: ...ry LEDs lit up one point at a time in the clockwise direction All encoders at the same time 1 5x7 LEDs display in order from the left x2 2 Fader x2 It can move one at a time in the order of the left FADER and the right FADER 1 Channel select 5x7 LEDs display in order from the left x2 2 ST OUTPUT Fader x2 It can move one at a time in the order of the left FADER and the right FADER CS1D 119 See 1 It...

Page 129: ...EDs around the Selected Output Ch LEVEL encoder are varied Other encoders When the knob is turned the lighting state changes with the method corresponding to the function type When carrying out diagnostics checks for single panels connect OSCPU board CN17 Pins 2 and 4 before starting the diagnostics 10 5 MT Test Meter Module Inspection The STEREO and CUE meters are checked and the surrounding 7 se...

Page 130: ...e is not loaded properly The USB check driver must be installed before hand 11 CS1D Communication Test This test checks communications for the BIF1 2 CCAS boards etc 12 1 CS1D MIO ENGINE A1 Test This test checks the MIO Engine A1 port Check item SI SO W CLK ID MSB LSB 2CH 4CH MSB LSB 2CH 4CH MSB LSB 2CH 4CH In Out 12 2 CS1D MIO ENGINE A2 Test This test checks the MIO Engine A2 port Check item SI S...

Page 131: ...hange jig DIP switch setting display 13 CS1D CIO Test This test checks the CIO board It checks the following items Here it is assumed that the elements around the DSP on the MTCPU board and the MIO board are operating normally If this can not be assumed and an NG appears for these items it is necessary to consider the possibility of abnormality in the MIO board the CIO board and the MTCPU board Th...

Page 132: ...f their visual check OK or NG Normal oscilloscope behavior for 75 switch 14 1 CS1D DIGITAL I O COAXIAL 1 2 TEST This test checks the digital I O coaxial terminal STO port STI port OK 14 2 CS1D DIG I O AES EBU OK 14 2 CS1D DIG I O AES EBU 1 2 AES EBU 1 St OUT A 2Tr IN 1 AES EBU 2 St OUT B 2Tr IN 2 AES EBU 1 St OUT A 2Tr IN 1 AES EBU 2 St OUT B 2Tr IN 2 OK OK OK Now Checking AES EBU 2 OK 14 2 CS1D D...

Page 133: ...ayed Example 2Tr IN 2L MONITOR BL 15 CS1D ANALOG INPUT 2Tr IN TalkBack Test This test inspects the 2Tr IN analog 1L 1R 2L 2R and TalkBack LMY4 AD board and ADCOM board analog characteristics At this time MONITOR OUT has already been inspected in 15 If 2Tr IN LMY4 AD has already been inspected it is ignored After the output destination has been specified with the pop up box the measurements are car...

Page 134: ...ital 2Tr IN 3 Digital 2Tr IN 4 Digital 2Tr IN 5 Digital 2Tr IN 6 Digital W CLK Jitter 48kHz Jitter 44 1kHz Please prepare for Jitter 48kHz check OK The pop up box below is displayed for items requiring connection changes Press OK to start the check Please check Jitter 48kHz NG OK After the check is started with the above pop up box a pop up box is displayed for the inspector to enter the results o...

Page 135: ... PNI2 P 130 ASSAY CONTROL PANEL IN INCPU FADER PNI1 PNI2 P 130 P 131 P 132 133 P 134 P 135 P 136 P 135 P 127 128 129 UNDER THE LEFT SIDE ASSAY CONTROL PANEL IN AEI CIO CNDS1 MB21 MIO MTCPU STI STO1 STO2 UNDER THE ASSAY CONTROL PANEL MAS OUTSEL INSE ADA2 CNDS2 CPU CARD LMY4AD AD2 MB22 MO1 2 MO2 2 PCIF POWER UNIT UNDER THE RIGHT SIDE ASSAY CONTROL PANEL IN CCAS CMU1 CMU2 CNDS3 EIF MB23 MTG PNC1 PNC2...

Page 136: ...FF STEREO OUT DIGITAL 2TR IN DIGITAL AES EBU COAXIAL AES EBU AES EBU AES EBU AES EBU COAXIAL AES EBU COAXIAL P 140 P 139 P 137 138 DIGITAL I O MT1 PNC2 MB22 POWER UNIT MTCPU MT2 MT3 MIO P 140 MIO P 140 MIO P 140 MIO P 141 CIO P 141 CIO P 142 STI P 143 AEI P 144 STO1 P 144 STO1 MB21 CNDS1 PNI1 INCPU MO1 2 ADA2 MO2 2 KEC 92540 3 127 CS1D 2 ...

Page 137: ... RS 422 27P POWER UNIT CPU CARD 27P P 148 P 148 P 148 P 147 P 146 P 145 POWER DISTRIBUTOR MT1 DRL MT2 DRS MT3 DRN AD2 ADA LCD BACKLIGHT PNM1 MB22 PCIF MB23 MTCPU ISCPU MSCPU LAMPVR OSCPU PHNAB PS2HP CNDS2 CRDC1 TPSW PS2HP LCDIF CNDS1 CNDS3 TB1 2 TB1 2 MO1 2 MO2 2 ADA2 CUTBVL2 HMVOLA2 HMVOLA2 HMVOLB2 CUTBVL2 HMVOLB2 PHNAB2 HMVOLA2 KEC 92540 4 128 CS1D 2 ...

Page 138: ... OUT IN OUT ENGINE A 1 2 IN OUT IN OUT ENGINE B 1 2 IN OUT IN OUT CONSOLE CONTROL I O P 150 P 150 P 151 P 152 P 155 P 149 POWER DISTRIBUTOR PCIF CMU2 CMU1 P 152 CCAS P 153 PNC1 MB23 PNC2 MTG EIF P 152 EIF CNDS3 POWER UNIT PNI1 INCPU OSCPU ISCPU INCPU MTCPU MSCPU KEC 92540 5 129 CS1D ...

Page 139: ...7SEG IC600 618 16p SCAN DRIVER DATA DRIVER Matrix circuit Matrix BUFFER Matrix DOT MATRIX LED BUFFER IN CONTROL I O PNI1 PNI2 PNI2 IC800 801 20p IC801 802 20p IC706 16p INCPU CN100 CN104 CN1 A B C A0 A16 A0 A17 A1 A15 A17 IC33 35 64p FLASH MEMORY IC1 48p IC36 20p IC2 112p IC14 18 20p IC7 10 16p IC20 25 IC27 32 9p IC12 13 16p IC37 20p IC11 16p KEC 92540 6 CS1D 130 ...

Page 140: ... CONTROL I O MONITOR A MONITOR B PHONES A L IC101 PHONES A R PHONES B L PHONES B R ASSY CONTROL PANEL INSEL PHNAB2 HMVOLA2 HMVOLB2 5 7 IC101 3 1 IC201 5 7 IC201 3 1 IC16 19 21 20p IC6 20p IC17 20p IC12 15 64p IC1 48p IC2 112p IC5 6 20p IC800 20p BUFFER IC800 20p BUFFER IC801 802 20p BUFFER IC801 802 20p IC600 613 16p DATA DRIVER IC600 613 16p IC703 704 16p SCAN DRIVER IC703 704 16p MOTOR DRIVER IC...

Page 141: ...R BUFFER BUFFER Matrix DOT MATRIX LED LED CPU OUTSEL SH7042A FLASH MEMORY SEL ENCODER COUNTER SCAN DRIVER SEL BUFFER BUFFER ROTARY ENCODER LED SW ST IN 1 2 3 4 ST OUTPUT A B FADER LED SW Matrix SW IS OS CONTROL I O PNOS6 OSCPU PNOS2 PNOS5 PNOS4 x2 PNOS3 PNC2 PNI2 IC3 4 16p MOTOR DRIVER IC20 25 9p IC10 16p DATA BUFFER IC15 17 20p IC2 112p IC11 14 20p IC27 29 64p IC30 20p IC1 48p IC5 16p IC7 8 9 16p...

Page 142: ...ES A R MONITOR B L MONITOR B R PHONES B L PHONES B R PHONES B L PHONES B R CUE OUT LEVEL VOL VOL TALKBACK 1 LEVEL TALKBACK 2 LEVEL CUE L CUE R CUE L CUE R TB1 TB2 TALKBACK 2 48V PAD TALKBACK1 PORT TRACK PAD SW TrackPad CARD SLOT TRANSCEIVER CARD SLOT TRANSCEIVER Power Selector 3 3V 5V 3 3V 5V PCCS Control PCIF PCIF TPSW CRDC1 CRDC2 ADA2 ADA2 ADA2 ADA2 ADA2 ADA2 ADA2 TB1 2 MO2 2 MO2 2 TB1CAN2 MO1 2...

Page 143: ...Matrix DOT MATRIX LED BUFFER BUFFER CNDS2 supplies the power SW Matrix BUFFER LED SW CPU MAS1 SEL BUFFER X12 FADER CPU MAS2 ENCODER COUNTER FLASH MEMORY DATA BUFFER DATA DRIVER FLASH MEMORY MOTOR DRIVER SCAN DRIVER SEL MS CONTROL I O PNM2 x12 PNC2 PNM3 PNM1 PNM4 MSCPU KEC 92540 10 134 CS1D ...

Page 144: ...TOR B LCD BACKLIGHT LCD BUFFER BRIGHTNESS VOL FRONT ASSY LCD ASSY PCIF supplies the power KEYBOARD MOUSE HP A L OUT HP A R OUT HP B L OUT HP B R OUT Mouse Keyboard FRONT LCD ASSY PCIF PCIF LCDC ADA2 PS2HP LCDIF KEC 92540 11 2 ...

Page 145: ...GULATOR VOLTAGE REGULATOR Matrix circuit BUFFER DOT MATRIX LED LED Matrix SCAN DRIVER SCAN DRIVER SCAN DRIVER DATA DRIVER DATA DRIVER DATA DRIVER Matrix circuit BUFFER BUFFER BUFFER LED Matrix Matrix circuit LED Matrix METER DATA LE METER DATA MT2 DRS DRN DRL x3 MT1 MT3 MTCPU MTCPU CNDS2 LAMPVR 136 CS1D KEC 92540 12 ...

Page 146: ...D DETECTION DIR2 X1 BUFFER TRANSCEIVER XTAL 24 576MHz XTAL 22 5792MHz LED DRIVE CIRCUIT for METER XTAL 7 16MHz RESET IC OR BUFFER AUDIO AUDIO AUDIO AUDIO FS etc WC A METER DATA LE METER DATA METER DATA LE AUDIO AUDIO FS etc RESET PORT PORT AUDIO FS etc A MT CONTROL I O RESET LOCK FS etc WC WC CS FS etc PORT STATUS WC FS etc PORT LOCK PNC2 MT1 MO2 2 MO1 2 ADA 2 MT2 MB22 MB21 KEC 92540 13 137 CS1D 2...

Page 147: ...E OUT A LR TALKBACK 1 2 RESERVED B1 TALKBACK 1 2 42 43 44 45 46 47 48 49 50 B TALKBACK A B A1 CUE OUT B LR B1 CUE OUT B LR B1 RESERVED A1 RESERVED A A1 RESERVED B B1 RESERVED A B1 RESERVED B A RESERVED B RESERVED B CUE OUT B LR B RESERVED A B RESERVED B PARALLEL BUS B2 2TR IN 1 CONSOLE B2 B2 2TR IN 2 B2 2TR IN 5 B2 2TR IN 6 B2 2TR IN 3 B2 2TR IN 4 14 15 16 17 18 19 ENGINE B2 A2 DIGITAL STEREO OUT ...

Page 148: ... I O WC ENGINE B 1 I O OUT AUDIO ENGINE B 2 I O IN AUDIO ENGINE B 2 I O WC CONSOLE 1 I O OUT AUDIO CONSOLE 1 I O IN AUDIO CONSOLE 1 I O WC CONSOLE 2 I O IN AUDIO CONSOLE 2 I O WC 2 TRACK IN DIGITAL 1 2 AUDIO 2 TRACK IN DIGITAL 1 2 WC 2 TRACK IN DIGITAL 3 4 5 6 WC 2 TRACK IN DIGITAL 3 4 5 6 AUDIO STEREO OUT DIGITAL A B AUDIO WC MTCPU MIO MIO MIO MIO CIO CIO STI AEI STO1 KEC 92540 15 ...

Page 149: ... ENGINE A 1 I O IN AUDIO ENGINE A 1 I O WC FS etc FS etc A ENGINE A 1 I O IN AUDIO FS etc ID ID ENGINE A 1 I O WC ENGINE A 1 I O WC ATSC PHASE ADJUSTER FORMAT CONVERTER ENGINE A 1 I O OUT AUDIO ENGINE A 1 I O OUT AUDIO ENGINE A 1 I O OUT AUDIO LOCK MUTE MUTE D FF I O PORT MUTE ENGINE A ENGINE B 1 2 ENGINE A 1 I O OUT AUDIO FS MB21 BUFFER TRANSCEIVER KEC 92540 16 ...

Page 150: ... CONSOLE 1 I O IN AUDIO CONSOLE 1 I O WC FS etc FS etc A CONSOLE 1 I O IN AUDIO FS etc ID ID CONSOLE 1 I O WC CONSOLE 1 I O WC CONSOLE 1 I O OUT AUDIO CONSOLE 1 I O OUT AUDIO CONSOLE 1 I O OUT AUDIO LOCK MUTE D FF MUTE ENGINE A ENGINE B 1 2 CONSOLE 1 I O OUT AUDIO FS DIR2 256FS etc GENERATOR WC DETECTOR ATSC PHASE ADJUSTER FORMAT CONVERTER MUTE KEC 92540 17 ...

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