This manual has been provided for the use of authorized Yamaha Retailers and their service personnel. It has been assumed that
basic service procedures inherent to the industry, and more specifically Yamaha Products, are already known and understood by
the users, and have therefore not been restated.
WARNING:Failure to follow appropriate service and safety procedures when servicing this product may result in personal
injury, destruction of expensive components and failure of the product to perform as specified. For these
reasons, we advise all Yamaha product owners that all service required should be performed by an authorized
Yamaha Retailer or the appointed service representative.
IMPORTANT: This presentation or sale of this manual to any individual or firm does not constitute authorization, certification,
recognition of any applicable technical capabilities, or establish a principal-agent relationship of any form.
The data provided is belived to be accurate and applicable to the unit(s) indicated on the cover. The research engineering, and
service departments of Yamaha are continually striving to improve Yamaha products. Modifications are, therefore, inevitable and
changes in specification are subject to change without notice 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 replacement. Recheck all work before you apply power to the
unit.
LITHIUM BATTERY HANDLING
This product uses a lithium battery for memory back-up.
WARNING:Lithium batteries are dangerous because they can be exploded by improper handling. Observe the following
precautions when handling or replacing lithium batteries.
Leave lithium battery replacement to qualified service personnel.
Always replace with batteries of the same type.
When installing on the PC board by soldering, solder using the connection terminals provided on the battery cells.
Never solder directly to the cells. Perform the soldering as quickly as possible.
Never reverse the battery polarities when installing.
Do not short the batteries.
Do not attempt to recharge these batteries.
Do not disassemble the batteries.
Never heat batteries or throw them into fire.
ADVARSEL!
Lithiumbatteri-Eksplosionsfare ved fejlagtig håndtering. Udskiftning må kun ske med batteri af samme fabrikat og type. Levér det
brugte batteri tilbage til leverandøren.
VARNING
Explosionsfara vid felaktigt batteribyte.
Använd samma batterityp eller en ekvivalent typ som rekommenderas av apparattillverkaren.
Kassera använt batteri enligt fabrikantens instruktion.
VAROITUS
Paristo voi räjähtää, jos se on virheellisesti asennettu.
Vaihda paristo ainoastaan laitevalmistajan suosittelemaan tyyppiin.
Hävitä käytetty paristo valmistajan ohjeiden mukaisesti.
The following information complies with Dutch Official Gazette 1995. 45; ESSENTIALS OF ORDER ON THE COLLECTION OF
BATTERIES.
• Please refer to the diassembly procedure for the removal of Back-up Battery.
• Leest u voor het verwijderen van de backup batterij deze beschrijving.
WARNING: CHEMICAL CONTENT NOTICE!
The solder used in the production of this product contains LEAD. In addition, other electrical/electronic and/or plastic (where
applicable) components may also contain traces of chemicals found by the California Health and Welfare Agency (and possibly
other entities) to cause cancer and/or birth defects or other reproductive harm.
DO NOT PLACE SOLDER, ELECTRICAL/ELECTRONIC OR PLASTIC COMPONENTS IN YOUR MOUTH FOR ANY REASON
WHAT SO EVER!
Avoid prolonged, unprotected contact between solder and your skin! When soldering, do not inhale solder fumes or expose eyes
to solder/flux vapor!
If you come in contact with solder or components located inside the enclosure of this product, wash your hands before handling
food.
WARNING
Components having special characteristics are marked and must be replaced with parts having specification equal to those
originally installed.
2-2
Page 4
SPECIFICATIONS
DSP1D
Sampling frequency
Power supply
Power consumption
Dimensions (W x H x D)
Weight
Operating temperature
Fan circuit
Accessories
Digital I/Os
I/O connectors
DIGITAL I/O INPUT 1 –10
DIGITAL I/O OUTPUT 1 – 6
DIGITAL I/O CASCADE IN, OUT
DIGITAL I/O CONSOLE I/O 1, 2
CONTROL I/O CONSOLE 1 IN, OUT
CONTROL I/O CONSOLE 2 IN, OUT
REMOTE RS-422
GPI
TIME CODE IN
MIDI IN, OUT, THRU
PC CONTROL RS-232-C
PC CONTROL USB
WORD CLOCK IN
WORD CLOCK OUT
<External sync> 39.69 kHz – 50.88 kHz
<Internal sync> 44.1 kHz, 48 kHz
USA and Canada: 120 V, 60 Hz
Others: 230 V, 50 Hz
170 W
480 mm x 408.7 mm x 460.8 mm
33 kg
10 – 35˚C
always fixed
power cable 2.5 m x 1
Level
RS-422
RS-422
RS-422
RS-422
–0.225V — –1.825V/50 Ω
–0.225V — –1.825V/50 Ω
RS-422
C-MOS IN, Open collector OUT
1 pin: 150mA, 8pin total: 500mA
SMPTE format, Nominal –10 dB/10 kΩ
MIDI format
RS-232-C
0V — 3.3V
TTL/75 Ω (ON/OFF)
TTL/75 Ω
Type
D-sub, half-pitch, 68-pin connector (female) x 10
D-sub, half-pitch, 68-pin connector (female) x 6
D-sub, half-pitch, 68-pin connector (female) x 2
D-sub, half-pitch, 68-pin connector (female) x 2
BNC connector x 2
BNC connector x 2
D-sub, 9-pin connector (female)
D-sub, 25-pin connector (female)
XLR-3-31 type connector
5-pin DIN connector x 3
D-sub, 9-pin connector (male)
B type USB connector
BNC connector
BNC connector
Slots (for IDB1D board)
Unit
DPS1D
DPS1D-EX
* The DSP1D has an empty slot available for the IDB1D board.
INPUT 1-48 & ST IN 1-4 *
INPUT 1-96 & ST IN 1-8 (DSP1D + IDB1D for expansion)
Input channel
IMPORTANT NOTICE FOR THE UNITED KINGDOM
Connecting the Plug and Cord
IMPORTANT. The wires in this main lead are coloured in
accordance with the following code:
BLUE:NEUTRAL
BROWN: LIVE
As the colours of the wires in the main lead of this apparatus may not
correspond with the coloured markings identifying the terminals in
your plug, proceed as follows:
The BLUE wire must be connected to the terminal that is marked with
the letter N (or coloured BLACK).
The BROWN wire must be connected to the terminal that is marked
with the letter L (or coloured RED).
Be certain that neither core is connected to the earth terminal of the
three pin plug.
3-1
Page 5
POWER
ON/ OFF
A B
ENGINE ID
1 2
CONTROL I/O
48CH 96CH
INPUT
CONFIGURATION
POWER
ON/ OFF
AB
ENGINE ID
12
CONTROL I/O
48CH96CH
INPUT
CONFIGURATION
22
22
IN
OUT
IN
2
OUT
IN
1
1IN531 97531
2 OUT 6 4 2 10 8 6 4 2
OUT
THRU
PC
CONTROL
WORD CLOCK
TIME CODE IN
GPI
RS-422
REMOTE
IN
OUT
OFF
ON
RS-232-C
USB
75
MIDI
OUTPUTINPUT
CONTROL I/O
CONSOLE
CONSOLE
I/O
CASCADE
DIGITAL I/O
1IN531 975 31
2OUT642108642
OUTPUTINPUT
CONSOLE
I/O
CASCADE
DIGITAL I/O
22
22
IN
OUT
IN
2
OUT
IN
1
OUT
THRU
PC
CONTROL
WORD CLOCK
TIME CODE IN
GPI
RS-422
REMOTE
IN
OUT
OFF
ON
RS-232-C
USB
75
MIDICONTROL I/O
CONSOLE
1
2
3
4
5
6
7
8
9
10
11
16
12 131415
1
ENGINE ID A/B indicators
2
CONTROL I/O 1/2 indicators
3
INPUT CONFIGURATION 48CH/96CH indicators
4
POWER ON/OFF switch
5
MIDI IN/OUT/THRU connectors
6
PC CONTROL RS-232-C/USB ports
7
WORD CLOCK IN jack, 75 ON/OFF
switch, and WORD CLOCK OUT jack
[750]: Oval Head Screw 3.0x6 MFZN2BL (VS153600)
[905]: Oval Head Screw 3.0x6 MFZN2BL (VS153600)
[940]: Bind Head Tapping Screw-B A4.0x8 MFZN2BL (VC688800)
[960B]: Oval Head Screw 3.0x6 MFZN2BL (VS153600)
[325]: Bind Head Tapping Screw-B 3.0x6 MFZN2BL (EP600230)
[330]: Bind Head Screw 3.0x8 MFZN2BL (VB659000)
[850]: Bind Head Screw A4.0x8 MFZN2BL (VP156800)
<Front View>
PDB
GDB
IDB
EDB
EMB
CIB
LED2
PSB2
[325]
[850]
[850]
[330]
DSP1D
6
DISASSEMBLY PROCEDURE
1.GDB, IDB, EDB, EMB and CIB Circuit Boards
1-1Remove the ten (10) screws marked [905]. The front
cover can then be removed. (Fig. 1)
1-2Remove the two (2) screws marked [850]. The
reinforcement angle-A can then be removed. (Fig. 2)
1-3Remove the GDB, IDB, EDB, EMB and CIB circuit
boards by sliding forward. (Fig. 2)
2.PDB Circuit Board
2-1Remove the front cover. (See procedure 1-1.)
2-2Remove the reinforcement angle. (See procedure 1-2.)
2-3Remove the eight (8) screws marked [960A]. The left
frame can then be removed. (Fig. 3)
2-4Remove the twelve (12) screws marked [920]. The side
panel-L can then be removed. (Fig. 3)
2-5Remove the PDB circuit board by sliding forward. (Fig. 2)
3.LED2 and PSB2 Circuit Boards
3-1Remove the eight (8) screws marked [960B]. The right
frame can then be removed. (Fig. 1)
3-2Remove the eight (8) screws marked [750]. The front
panel can then be removed. (Fig. 1)
3-3Remove the four (4) screws marked [325]. The LED2
circuit board can then be removed. (Fig. 2)
3-4Remove the two (2) screws marked [330]. The PSB2
circuit board can then be removed. (Fig. 2)
Page 11
Fig. 3Fig. 4
[870]: Bind Head Tapping Screw-B A4.0x8 MFZN2BL (VC688800)
[920]: Bind Head Tapping Screw-B A4.0x8 MFZN2BL (VC688800)
[960A]: Oval Head Screw 3.0x6 MFZN2BL (VS153600)
[980]: Bind Head Tapping Screw-B A4.0x8 MFZN2BL (VC688800)
[985]: Bind Head Screw A4.0x8 MFZN2BL (VP156800)
[480]: Bind Head Tapping Screw-B A4.0x8 MFZN2BL (VC688800)
[540]: Bind Head Tapping Screw-B A4.0x8 MFZN2BL (VC688800)
[590]: Bind Head Screw 4.0x35 MFZN2BL (VG605800)
Top cover
Rear panel
[870] x 16
[960A] x 8
[920] x 12
[540] [590]
[590]
[480]
[980] x 58
[985]
Side panel-L
Fan motorRR-TOP frame
JK box assembly
JK1 C.B. assembly
JK5 C.B. assembly
Left frame
<Rear View>
[540][590][590]
[480]
JK4 C.B. assembly
JK2 C.B. assemblyJK3 C.B. assembly
JK6 C.B. assembly
4.Fan Motor
4-1Remove the six-teen (16) screws marked [870]. The top
cover can then be removed. (Fig. 3)
4-2Remove the four (4) screws each marked [590]. The fan
motor A or B can then be removed. (Fig. 4)
5.Power Supply Unit
5-1Remove the top cover. (See procedure 4-1.)
5-2Remove the right frame. (See procedure 3-1.)
5-3Remove the ten (10) screws marked [940]. The side panel-
R can then be removed. (Fig. 1)
5-4Remove the fifty-eight (58) screws marked [980] and the screw
marked [985]. The rear panel can then be removed. (Fig. 3)
5-5Remove the eight (8) screws marked [540]. The RR-TOP
frame can then be removed. (Fig. 4)
5-6Remove the fan motor B. (See procedure 4.)
5-7Remove the three (3) screws marked [560]. The power
supply unit can then be removed by lifting up. (Fig. 5)
6.JK1-JK6 Circuit Board Assemblies
6-1Remove the rear panel. (See procedure 5-4.)
6-2Remove the JK1-JK6 circuit board assemblies by sliding
forward. (Fig. 4)
DSP1D
7
Page 12
Fig. 5Fig. 6
[560]: Bind Head Tapping Screw-B A4.0x12 MFZN2BL (VD831800)[110]: Bind Head Tapping Screw-B 3.0x6 MFZN2BL (EP600230)
<Top View>• JK Box Assembly
[560]
[110]
[110]
[560]
Power supply unit
[110]
[110]
IFC1
DSP1D
8
7.IFC Circuit Board
7-1Remove the top cover. (See procedure 4-1.)
7-2Remove the left frame and the side panel-L. (See procedure
2-2, 2-3.)
7-3Remove the rear panel. (See procedure 5-4.)
7-4Remove the RR-TOP frame. (See procedure 5-5.)
7-5Remove the four (4) screws marked [480]. The JK box
assembly can then be removed. (Fig. 4)
7-6Remove the six-teen (16) screws marked [110]. The IFC1
circuit board can then be removed. (Fig. 6)
8.MB11 Circuit Board
8-1Remove the top cover. (See procedure 4-1.)
8-2Remove the left frame and the side panel-L. (See procedure
2-2, 2-3.)
8-3Remove the rear panel. (See procedure 5-4.)
8-4Remove the RR-TOP frame. (See procedure 5-5.)
8-5Remove the JK box assembly. (See procedure 7-5.)
8-6Remove the eight-teen (18) screws marked [430] and the
two (2) screws marked [450]. The MB11 circuit board can
then be removed with the reinforcement angle-B. (Fig. 7)
8-7Remove the six (6) screws marked [420]. The
reinforcement angle-B can then be removed from the
MB11 circuit board. (Fig. 8)
Page 13
Fig. 7Fig. 8
[430]: Bind Head Tapping Screw-B 3.0x6 MFZN2BL (EP600230)
[450]: Bind Head Tapping Screw-B 3.0x6 MFZN2BL (EP600230)[420]: Bind Head Tapping Screw-B 3.0x6 MFZN2BL (EP600230)
<Rear View>
[450]
[430]
[430]
Reinforcement
angle-B
Reinforcement angle-B
[450]
[430]
[420]
MB11
MB11
Fig. 9
Battery VN103500
VN103600(Battery holder for VN103500)
Notice for back-up battery removal
Push the battery as shown in figure,
then the battery will pop up.
Druk de batterij naar beneden zoals
aangeven in de tekening, de batterij
springt dan naar voren.
Battery
Battery holder
EMB
DSP1D
9
9.Replacement of the Lithium Battery
9-1Remove the EMB circuit board. (See procedure 1.)
9-2The lithium battery can be replacement on the EMB
circuit board. (Fig. 9)
*The lithium battery is not a part of the EMB circuit board.
When you replace the EMB circuit board, remove the
lithium battery and install it in the new circuit board.
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 request / Timer clock
Chip select
Chip select
Interrupt request
Data transmission
Data reception
Interrupt request
Port A / Data transmission
Port A / Data reception
Ground
Crystal oscillator
Mode control
Crystal oscillator
Mode control
Non-maskable interrupt request
Power supply
Mode control
Mode control
PLL Power supply
PLL capacitor
PLL Ground
Port A / Clock
Reset
Port E
Ground
Analog input / Port F
Analog ground
Analog input / Port F
Analog input / Port F
Power supply
Ground
Port E
Power supply
Port E
Ground
Port E
HD6477042AF28 (XY715A00) CPU
IC127
IC101
EMB:
PDB:
CIB:
GDB:
IC129,139
IC100
IC100
IC100
EDB:
IDB:
DSP1D
10
LSI PIN DESCRIPTION
HD6477042AF28 (XY715A00) CPU ···················································································· 10
HD6477043AF33 (XY716A00) CPU ···················································································· 11
YSS910-S (XV988A00) DSP6 (Digital Signal Processor)···················································· 12
YSS904-F (XV989A00) DSP5 (Digital Signal Processor) ···················································· 13
SGH609080F-47F (XU235A00) ATSC ················································································ 14
YM3436DK (XG948E0) DIR2 (Digital Format Interface Receiver)······································· 15
AM7992BPC (XW277A00) SIA (Serial Interface Adapter) ·················································· 15
ICS2008A (XV619A00) T.C. Reader/Generator································································· 16
PDIUSBD12PW (XW583A00) USB Interface ····································································· 16
HH write
DAM transfer strobe/Port E
HL write
HH Column address strobe/Port A
DMA transfer strobe/Port E
Ground
Address bus
Power supply
Address bus
Ground
Address bus
Power supply
Address bus
Ground
HL Column address strobe/Port A
Port A
Row address strobe/Port B
Column address strobe (low) /Port B
Port A
Column address strobe (high) /Port B
Ground
DRAM read/write /Port B
Address bus
Power supply
Address bus
Ground
Read
Watch dog timer overflow
Data bus
Data bus
High write
Low write
Chip select
Chip select
Interrupt request/Port A
Interrupt request/Port A
Chip select
Chip select
Ground
Ground
Crystal oscillator
Mode select
Crystal oscillator
Mode select
Non-maskable interrupt
Power supply
Port A
Port A
Mode select
Mode select
PLL Power supply
PLL capacitor
PLL Ground
Clock/Port A
Reset
DMA transfer request/MTU input capture/output compare (ch 0)/Port E
Port E
DMA transfer request/Port E
Power supply
Port E
Ground
Analog input/Port F
Analog ground
Analog input/ Port F
Analog input /Port F
Analog reference voltage
Analog power supply
Ground
Receive data
Transmit data
Interrupt request/Serial clock
Receive data
SCI
Power supply
Interrupt request/Serial clock
Port E
Ground
MTU input capture/output compare (ch 3)/Port E
Port E
Port E
Power supply (3.3 V)
Ground
System master clock input (60 MHz or 30 MHz)
System master clock output (High or 30 MHz)
Power supply (5 V)
Sync. signal input
Sync. signal output
Power supply (5 V)
System clock input (30 MHz)
System clock output (30 MHz)
System master clock select (0: 60 MHz, 1: 30 MHz)
Ground
Serial I/O master clock input (128 x Fs)
Serial I/O Sync. signal output
Initial clear
Test mode setting (0: Test, 1: Normal)
Data bus type select (0: 8 bit, 1: 16 bit)
IRQ output
Trigger signal input/output
Power supply (5 V)
Ground
chip select signal input
Write signal input
Read signal input
Ground
Power supply
System master clock input (60 MHz or 30 MHz)
System master clock output (High or 30 MHz)
Ground
Sync. signal input
Sync. signal output
Ground
System clock input (30 MHz)
System clock output (30 MHz)
System master clock select
Power supply
Serial clock input (256 fs)
Serial. signal input
Initial clear
Test mode setting (0: TEST, 1: Normal)
Not used
Ground
Power supply
Chip select
Write enable input
Read enable input
Power supply (+5 V)
Ground
256 fs clock input terminal for ato,
soat3-0 output
Ground
128 fs clock input terminal for ato,
soat3-0 output
64 fs clock input terminal for ato,
soat3-0 output
Synch. word input terminal for ato,
soat3-0 output
Clock select terminal for ato,
soat 3-0 output
0: mcato,mcbto,mccto,syncato
1: mcai,mcbi,mcci,synci
Format select terminal for ato,
soat3-0 output
Format select terminal for ato,
soat3-0 output
Bit shift select terminal for the ato output
Power supply (+5 V)
Ground
Synch. detect output terminal 2
U-bit input terminal for optical output
input format select terminal for si3-0
input format select terminal for si3-0i
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
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
128 fs clock input terminal for si3-0 input
Power supply (+5 V)
Ground
256 fs clock input terminal for si3-0 input
Ground
Serial data input terminal
Ground
Serial data output terminal
Power supply (+5 V)
Ground
256 fs clock input terminal for so3-0 output
Ground
128 fs clock input terminal for so3-0 output
64 fs clock input terminal for so3-0 output
Synch. word input terminal for so3-0 output
Format select terminal for soat3-0 output
Format select terminal for soat3-0 output
U-bit output terminal for optical output
Synch. detect output terminal 1
Power supply (+5 V)
Ground
Clock input terminal for word clock extract
Ground
System reset input terminal
Ground
Word clock output terminal
Data mute input terminal
Input format select terminal for ati, siat3-0.
input format select terminal for ati, siat3-0.
Collision (Output, TTL Active HIGH)
Receive Data
Receive Enable (Output, TTL Acvtive HIGH)
Receive Clock
Transmit Mode Select (Output, Open Collector;
Input, Sense Amplifier)
High Current Ground
Logic Ground
Biased Crystal Oscillator
Biased Crystal Oscillator
Transmit
Transmit Clock
Transmit Enable
13
14
15
16
17
18
19
20
21
22
23
24
Collision+
Collision-
Receive+
Receive-
/TEST
Vcc1
Vcc2
PF
RF
GND3
Transmit+
Transmit-
I
I
I
I
I
-
I
O
-
O
O
Collision
Collision
Receiver
Receiver
Test Control
High Current and Logic Supply
Voltage-Controlled Oscillator Supply
Receive Path Vco Phase-Locked Loop Filter
Frequency Setting Voltage-Controlled
Oscillator (Vco) Loop Filter (Output)
Voltage-Controlled Oscillator Ground
Transmit
Transmit
AM7992BPC (XW277A00) SIA (Serial Interface Adapter)
CIB: IC112-115
DSP1D
15
PIN
NO.
I/OFUNCTIONNAME
PIN
NO.
I/OFUNCTIONNAME
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
DAUX
HDLT
DOUT
VFL
OPT
SYNC
MCC
WC
MCB
MCA
SKSY
XI
XO
P256
LOCK
Vss
TC
DIM1
DIM0
DOM1
DOM0
KM1
I
O
O
O
O
O
O
O
O
O
I
I
O
O
O
O
I
I
I
I
I
Auxiliary input for audio data
Asynchronous buffer operation flag
Audio data output
Parity flag output
Fs x 1 Synchronous output signal for DAC
Fs x 1 Synchronous output signal for DSP
Fs x 64 Bit clock output
Fs x 1 Word clock output
Fs x 128 Bit clock output
Fs x 256 Bit clock output
Clock synchronization control input
PLL lock flag
Logic section power (GND)
PLL time constant switching output
Data input mode selection
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 (+5 V)
VCO control input N
PLL phase comparison output
VCO control input P
VCO section power (GND)
Test terminal. Open for normal use
Clock mode switching input 2
Clock mode switching input 0
Channel status sampling frequency
display output 1
Channel status sampling frequency
display output 0
Channel status output method selection
External synchronous auxiliary input
word clock
EIAJ (AES/EBU) data input
PLL word clock output
Logic section power (+5 V)
Data error flag output
Channel status emphasis control code
output
3-wire type microcomputer interface data
output
3-wire type microcomputer interface clock
input
3-wire type microcomputer interface load
input
YM3436DK (XG948E0) DIR2 (Digital Format Interface Receiver)
IC112,121
IC110,126
IC202
JK1:
JK3:
JK6
IFC1:
JK2:
JK4:
IC604-606
IC112,121
IC112,120
Page 20
DSP1D
16
PIN
NO.
I/OFUNCTIONNAME
PIN
NO.
I/OFUNCTIONNAME
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
INTR
RESET
FRAME
CLICK
LTCIN-
LTCIN+
LTCOUT
LFC
XTAL2
XTAL1
AVDD
AVSS
COUT
YOUT
C2
Y2
C1
Y1
STHRESH
CTHRESH
DTHRESH
RXD
O
I
I
I
I
I
O
I
O
I
-
O
O
I
I
I
I
I
I
I
I
Interrupt request
Master reset
Color frame A / B input
LTC SYNC input
SMPTE LTC input SMPTE LTC input +
SMPTE LTC output
External RC circuit
14.318 MHz crystal oscillator
14.318 MHz crystal oscillator
Analog power supply
Analog ground
C(Chroma) output
Y(Luma) output
C(Chroma) input
Y(Luma) input
C(Chroma) input
Y(Luma) input
SYNC threshold bypass input
Clamp threshold bypass input
Data threshold bypass input
UART receive data
Clear to send
UART transmit data
Ready to send
SMPTE LTC receive clock
VITE cord is for video overlay
SMPTE VITE output
Address bus
Address bus
SMPTE port chip select
UART chip select
Read enable
Digital ground
Digital power supply
Write enable
Bit 0 of bi-directional data.
Bit 1 of bi-directional data.
Bit 2 of bi-directional data.
Bit 3 of bi-directional data.
Ground
Bit 4 of bi-directional data.
Bit 5 of bi-directional data.
Bit 6 of bi-directional data.
Bit 7 of bi-directional data.
Address Latch Enable.
Chip Select (Active Low).
Device is in Suspend state.
Programmable Output Clock (slew-rate controlled)
interrupt (Active Low)
15
16
17
18
19
20
21
22
23
24
25
26
27
28
RD_N
WR_N
DMREQ
DMACK_N
EOT_N
RESET_N
GL_N
XTAL1
XTAL2
Vcc
D-
D+
Vout3.3
A0
I
I
O
I
I
I
O
I
O
-
-
-
I
Read Strobe (Active Low)
Write Strobe (Active Low)
DMA Request.
DMA Acknowledge (Active Low).
End of DMA Transfer (Active Low).
Reset (Active Low and asynchronous).
Built-in Power-On-Reset circuit
GoodLink LED indicator (Active Low)
Crystal Connection 1 (6 MHz)
Crystal Connection 2 (6 MHz)
Voltage supply (4.0-5.5 V)
USB D-data line
USB D+data line
3.3 V regulated output.
Address bit. A0=1 selects command
instruction; A0=0 selects the data phase.
These specifications apply to the DSP1D and DSP1D-EX.
2.Preparations
2-1.Conditions
For details on the connection method, refer to the Test Program Specifications KES-92651.
The function generator used for inspection must be the Sony Tektronix AFG310 or equivalent. When using the AFG310, the
settings are as follows.
FUNC:PULS
MODE:CONT
MODUL :OFF
AMPL:1.800
OFFSET :0.900
Unless otherwise specified, the conditions are as follows.
· The function generator BNC output is connected to WORD CLOCK IN (BNC).
· Set WORD CLOCK IN to 75 Ω.
2-2.Loading the Firmware
The firmware used must be the “CS1D Firmware” (managed with the already drawn CD-R assembly drawing (3JL-XY714A0) of
the FMID System Software matching the version on the cover sheet. For details on the firmware writing method, refer to the Test
Program Specifications KES-92651.
2-3.Test Program
For details on the starting method etc., refer to the Test Program Specifications KES-92651.
2-4.Jigs
The altered jigs and cable circuit diagram are shown from Page 47 of the Test Program Specifications KES-92651.
3.Inspection
3-1.Inspection with Test Program
· Inspect based on the Test Program Specifications KES-92651.
3-2.Jitter Measurement
· Connect the jitter meter to the WORD CLOCK OUT terminal.
· Set the function generator to 48 kHz and 44.1 kHz, connect to WORD CLOCK IN, and measure the jitter with the jitter meter.
Range of tolerance
48 kHz
44.1 kHz
3-3.Fan Operation Check
· Check that the fan rotates while the power is on.
3-4.Sound
· For the connections and settings, refer to the Test Program Specifications.
(1) Fs = 51.12 kHz (48 kHz + 6.5 %)
· Set the function generator to 51.12 kHz.
· Test listen for 30 seconds and verify that there is no noise.
6 ns max.
5 ns max.
(2) Fs = 39.69 kHz (44.1 kHz -10 %)
· Set the function generator to 39.69 kHz.
· Test listen for 30 seconds and verify that there is no noise.
4.Factory Settings
· Rear panel.
WORD CLOCK IN 75 Ω: ON
42
Page 26
TEST PROGRAM
Serial connection
D-sub 9-pin
cross-cable
Ether cable
RS232C
RS232C
OUTPUT A
AI8
DSP1D
CS1D
INPUT A
AO8
INTPUT 1
One or the other
Only COM1 can be used.
OUTPUT 1
PC
(Windows 95 or later)
A. Preparations for Inspection
This equipment requires firmware. When there are changes to the manufacturing processes and program for this equipment, it is
necessary to write the new firmware to FlashRom from a PC. The software used and firmware used and their version numbers and
concrete details of the writing method are shown below.
•PM1DLOAD installation
First, it is necessary to install in the PC the dedicated software for writing the firmware. For the installation method, refer to the
CS1D Test Program Specifications.
Software used: PM1DLOAD within PM1D system software
Version used:PM1D system software component files with the version number listed on the cover sheet.
(Managed with the already drawn CD-R assembly drawing (3JL-XY714A0.)
•Writing the firmware
The sheets that require firmware downloading are CIB (the 2CPU portion of E_TUC/E_HIF), EMB (the 2CPU portion of
EMU/UIF), PDB, GDB, IDB (the 2CPU portion of DSP1D-EX), and EDB.
Below is the firmware used. Detailed procedures are on the following pages.
Firmware used: DSP1D firmware in PM1D system software
Version used:PM1D system software component files with the version number listed on the cover sheet.
(Managed with the already drawn CD-R assembly drawing (3JL-XY714A0.)
DSP1D
* If PM1DLOAD has been installed according to the instructions in the CS1D Test Program Specifications, the version
for the firmware above is taken care of and there is no need to worry about it.
Firmware name
1
2
3
4
5
6
7
8
9
EMU
E_TCU
E_HIF
UIF
PDB
GDB
IDB1
IDB2
EDB
“Firmware” and “subject sheet and subject connector” correspondence table
•Method for writing firmware using the CS1D or DSP1D RS232C port
* It is possible to write the CPU firmware from the PC via the RS232C port. This is the method normally used.
1. Install and set PM1DLOAD with the method given in the CS1D Test Program Specifications.
2. Connect as in the figure above. Do not connect any other signal lines. However, to write firmware just to this equipment for a
manufacturing process with this equipment, the only configuration required is DSP1D and the PC.
3. Write the firmware to all the units listed in the CS1D Test Program Specifications. You can check the status of the LEDs on
each sheet. After the firmware has been written, check that the versions for all the units are the desired versions.
For PDB, GDB, IDB1, IDB2, and EDB
MONI-4 flashingProgram not yet written
MONI-4 lit up
LED other than MONI-4Program writing complete
flashing or lit upProgram writing inhibited
All LEDs outBoard defect possible
Program writing complete
Program writing enabled
LED flashingProgram not yet written
LED lit up
LED off
Corresponding LEDs
For CIB, EMB
Program writing complete
Ready for program writing
Program writing complete
Not ready for program writing
CIB
(E_TCU: LD101, E_HIF: LD102)
EMB
(EMU: LD101, UIF: LD102)
43
Page 27
•Method for writing firmware directly 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.
1. Install and set PM1DLOAD with the method given in the CS1D Test Program Specifications.
2. Remove the DSP1D front panel.
3. Remove all the CPU boards except the one on which you want to write PDB. (When writing to PDB, leave only that board.)
4. Connect the D-sub 9-pin serial cables (cross) and DSP-CHECK board between the 5-pin connector for the target board and the
PC. At this time, do not connect other signal lines.
• For PDB, GDB, IDB1, IDB2, and EDB
5. Short Pin 1 of the target CPU directly to ground.
6. With the connections still as in 4., switch on the power for the DSP1D. If the LED darkens momentarily, you can remove the short.
7. Check that the LED on the board is lit or flashing, indicating that the system is ready for writing. (See the previous page.)
8. After starting PM1DLOAD, select CardDirect with MODE SELECT, then press OK.
9. Press the Update button on the DSP1D.
10.Select the desired firmware, then press the Write button. (See Page 45.)
11.After writing ends, end PM1DLOAD.
12.Switch off DSP1D. Remove the PH connector, then switch the power for DSP1D on again and check that it starts up normally.
• For EMB, CIB
5. Switch on the power for the DSP1D.
6. Check that the LED on the board is lit or flashing, indicating that the system is ready for writing. (See the previous page.)
7. After starting PM1DLOAD, select CardDirect with MODE SELECT, then press OK.
8. Press the Update button on the DSP1D.
9. Select the desired firmware, then press the Write button. (See Page 45.)
10.After writing ends, end PM1DLOAD.
11.Switch off DSP1D. Remove the PH connector, then switch the power for DSP1D on again and check that it starts up normally.
•PM1D inspection PC software preparation
Inspection with this device uses special PC software for inspection.
The version of the software used is shown below.
For details of the preparation method and execution method, refer to the CS1D Test Program Specifications.
Refer to version.txt in the same directory as the firmware on Page 2 and input the version character string exactly as given there.
(For details on the input positions, refer to the "PM1D Inspection PC Software Summary" given later in this document.)
•Installing the USB driver for inspection
This equipment has a USB terminal. Therefore, it is necessary to install the USB driver for inspection in the inspection PC. The
files used are included in the above PM1D inspection PC software, so install with the following procedure.
DSP1D
44
To 5-pin PH connector
on each board (CPU)
(See Page 2.)
Only COM1 can be used.
PDB GDB IDB1 IDB2 EDB
For information on the DSP-CHECK board, refer
to the LMY-SLOT inspection jig specifications.
*
CIB(E_TCU)
CIB(E_HIF)
EMB(UIF)
EMB(EMU)
Use the cable for straight
connection between 5-pin
PH connectors
DSP1D
DSP-CHECK
(serial communications jig)
Serial connection
D-sub 9-pin cross-cable
PC
(Windows 95 or later)
Firmware used: PM1D inspection PC software in PM1D system software
Version used:PM1D system software component files with the version number listed on the cover sheet.
(Managed with the already drawn CD-R assembly drawing (3JL-XY714A0.)
* The operating systems supported are Windows 95/98.
* USB inspection is only supported in Windows 98. (Windows 98 Second Edition is not supported yet.)
Page 28
PC
Windows 95 or later
MIDI THRU
TC IN
Changed
USB
SERIAL
MIDI OUT
MIDI IN
GPI OUT
GPI IN
COMMUNICATION1
COMMUNICATION2
REMOTE
W.CLK I/O
Fixed
Fixed
DSP1D
INPUT 1-10
OUTPUT 1-6
CASCADE IN
CASCADE OUT
TO CONSOLE 1-2
68-pin port connections · Solid lines
· Dotted lines
·····
···
Fixed
Changed
Cascade
ID
change jig
Output
ID
change jig
TO CONSOLE
(output)
ID
change jig
Input
ID
change jig
D24
Jitter meter
oscilloscope
Func.
Generator
1. For the PM1D inspection PC software, start 16. DSP1D-JK6, LED2 Test.
2. When the pop-up box for connecting the USB cable is displayed, connect the USB cable.
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 can not be used with Windows 98 Second Edition.
* The USB port is only activated in the state in 2. Beware. If you insert the USB cable in any other state, it is not
correctly recognized by the PCS1De and the wrong driver is installed.
* Once the driver has been installed, the above procedure is not necessary for USB tests.
* This driver is only for inspection. It does not add the DSP1D USB function.
* The CS1D inspection USB driver must be installed separately.
B. Inspection Method
The inspection items are given below. Except for 17., these items are inspected using the PM1D inspection PC software. For details
on each item, see from Page 51 on.
C. Inspection Using PM1D Inspection PC Software
Except for the all-group sound test, the inspections use the PM1D inspection PC software to control the DSP1D and the inspection is
carried out autonomously. The inspection configuration diagram is as follows.
DSP1D
45
1
2
3
4
5
6
7
8
No.
CIB Test1-1. TCU
1-2. HIF
1-3. CIF
EMB Test2-1. EMU
2-2. UIF
IFC Test
PDB Test4-1. CPU
4-2. DSP6
4-3. DSP5
GDB Test5-1. CPU
5-2. DSP6
5-3. DSP5
IDB1 Test6-1. CPU
6-2. DSP6
6-3. DSP5
IDB2 Test7-1. CPU
7-2. DSP6
7-3. DSP5
EDB Test8-1. CPU
8-2. DSP6
Items
9
10
11
12
13
14
15
16
17
No.
Connection test9-1.PDB
9-2. GDB
9-3. IDB1
9-4. IDB2
9-5. EDB
JK1 (INPUT x) Test10-1. INPUT 1
:
10-10.INPUT 10
JK4 (TO CONSOLE x)
11-1. TO CONSOLE 1
INPUT Test11-2. TO CONSOLE 2
JK2 (OUTPUT x) Test
12-1. OUTPUT 1
:
12-6. OUTPUT 6
JK4(TO CONSOLE x)
13-1. TO CONSOLE 1
OUTPUT Test13-2. TO CONSOLE 2
JK3 (CASCADE) Test
JK5 Test
JK6 , LED2 Test
All-group sound inspection
(Inspects using DSP1D sound inspection data. See Page 49.)
Items
Page 29
ON
SW 101
12345678
Input ID change jig
[INPUT 1-10]
[TO CONSOLE (INPUT)]
ON
SW 102
12345678
ON
12345678
ON
12345678
ON
12345678
ON
12345678
ON
12345678
SW 101
Output ID change jig
[OUTPUT 1-6]
SW 102
ON
12345678
SW 101
Cascade ID change jig
[for CASCADE IN check]
SW 102
SW 101
Cascade ID change jig
[for CASCADE OUT check]
SW 102
TO CONSOLE (OUTPUT)
ID change jig
[TO CONSOLE (OUTPUT)]
The ID is not inspected at TO CONSOLE (OUTPUT), so the DIP switch settings do
not matter. Connect the altered ID change jig just for TO CONSOLE (OUTPUT).
(For details on the alteration, refer to the DSIP Overall Inspection Specifications.)
DSP1D
46
For details on inspecting with this software, see from Page 51 on.
Locations with instructions for changes have instructions for that inspection item in the PC software, so change the connections
according to the instructions.
(* Even if the system is the DSP1D not the DSP1D-EX, inspect with IDB2 inserted for the bus check.)
For time code output, insert an MO disc (song data or the like) that can idle as long as possible. Also, switch On MMC Receive on
the Utility menu and set TC Select to Serial IN on the Setup menu.
In the 16 JK6 inspection, it is necessary to change the BNC cable. The connection method is as follows.
* Since the input and output functions are inspected separately for TO CONSOLE, there are two connection methods.
* There are three special 68-pin port ID change jigs (for INPUT, OUTPUT, and CASCADE) but these are the same jig
with just the DIP switch settings changed. In other words, you can work with just one ID change inspection jig by
changing the DIP switch settings appropriately. For information on the ID change jig, refer to the LMY-SLOT inspection
jig specifications.
D24 setting method
W. CLK connection method
68-pin port connection method table
ID change jig DIP switch settings
IN 48 kHz + 6 %
IN 44.1kHz - 10 %
Jitter 48 kHz
Jitter 44.1 kHz
IN/OUT
JK6-W.CLK inspection sub-item
W.CLK In ········ Connect the function generator and output the clocks.
W.CLK Out ····· No need to connect
W.CLK In ······· Connect the function generator and output the clocks.
W.CLK Out ····· Connect the jitter meter and measure.
Loopback connection between W.CLK Out and W.CLK In
Connection method
10. INPUT 1-10
11. TO CONSOLE
(INPUT) 1-2
12. OUTPUT 1-6
13. TO CONSOLE
(OUTPUT) 1-2
14. CASCADE IN/OUT
Input ID change jig
Output ID change jig
Altered ID change jig just for
TO CONSOLE (OUTPUT)
Cascade ID change jig
Necessary jigInspection item
To INPUT 1-10
To OUTPUT x
To Console 1-2
To INPUT xTo OUTPUT 1-6
Connected TO CONSOLE 1-2 and INPUT; no polarity.
To CASCADE INTo CASCADE OUT
* ID change jigs A/B are altered versions that set the IDs for input and
output separately.
The AI8 IDs are output to the input connection terminals.
The AO8 IDs are output to the output connection terminals.
* ID change jig A gathers two ID change jig Bs in 1 input; the outputs
are distributed simply in parallel, so the 2-output side connections
can be either even or the odd input terminals.
* Connect 01V using an MIO card altered to output the console ID.
(Refer to the DSP1D Overall Inspection Specifications.)
Function
Generator
BNC
Repeat
OSC
Final output
01V
Altered MIO
Inspected auditorily.
DSP1D F/W Latest Version
CIB(TCU)
xxxxxx
CIB(HIF)
xxxxxx
EMB(EMU)
xxxxxx
EMB(UIF)
xxxxxx
PDB
xxxxxx
GDB
xxxxxx
IDB
xxxxxx
EDB
xxxxxx
Pressing this button automatically starts the check
of the item to be checked.
Input the latest firmware version.
When the version is checked,
this character string and the
version actually written in the
firmware are compared. The
value entered here is retained
in memory.
The check items and check results are displayed. Pressing
a check item button enables
inspection of only that item.
Only items whose checkboxes are checked are automatically checked.
ALL checks all the items.
CLEAR removes all the
checks.
Except for Item 17., the PM1D is inspected using PC inspection software. This inspection software is common for
AI8/AO8/DSP1D/CS1D.
For details on the basic operation methods, menu screen specifications, etc., refer to the CS1D Test Program Specifications.
The DSP test menus are shown below.
Before the inspection, the latest version of each piece of DSP1D software must be input. (This is necessary for the version check.)
For the version character string to be input, refer to version.txt in the same directory as the DSP1D firmware.
The following pages give details on each check item and how the PC software handles it.
PM1D inspection PC software summary
D. All-Group Sound Inspection
After all the inspections were carried out with the PM1D inspection PC software, the sound inspection is carried out.
After making the connections as in the diagram below, inspect with the procedure given from the next page on. Note that the altered
ID change jigs A/B are separate from the dedicated TO CONSOLE (OUTPUT) altered ID change jig. (If multiple ID change jigs can
be not be made available, substitute with the method given later in this document.)
Page 31
DSP1D
48
•Method using six altered ID change jigs (This is the method normally used.)
1. Connect according to the connection diagram. Supply a 48kHz clock from the function generator.
2. Execute the PM1D Manager for Windows from the PC. From Utility - LOAD/SAVE, execute the DSP1D sound and LOAD the
inspection data. (For the version, installation method, usage method, etc., see below.)
3. Set ENGINE A to W.CLOCK IN with SYS/W.CLOCK - WORD CLOCK.
4. Set OSC OUT to 1AO8:1-1 with MON/CUE - OSCILLATOR, set ON. OSC to IN, then adjust the level.
5. Recall SCENE 00.1: SOUND THRU1 with SCENE - MEMORY.
6. Set the switch for the altered MIO connected to 01V to ST.
7. Check the audio through 01V.
8. Set the switch for the altered MIO connected to 01V to ST.
9. Check the audio through 01V.
•Method using only one altered ID change jig
1. Connect according to the connection diagram. Supply a 48kHz clock from the function generator.
2. Connect an altered ID change jig to INPUT 1 and 2 and OUTPUT 1.
3. Execute the PM1D Manager for Windows from the PC. From Utility - LOAD/SAVE, execute the DSP1D sound and LOAD the
inspection data. (For the version, installation method, usage method, etc., see the previous page.)
4. Set ENGINE A to W.CLOCK IN with SYS/W.CLOCK - WORD CLOCK.
5. Set OSC OUT to 1AO8:1-1 with MON/CUE - OSCILLATOR, set ON. OSC to IN, then adjust the level.
6. Recall SCENE 00.1: SOUND THRU1 with SCENE - MEMORY.
7. Set the switch for the altered MIO to ST and check the audio through 01V.
8. Set the switch for the altered MIO to MON and check the audio through 01V.
9. Recall SCENE 00.2: SOUND THRU2 with SCENE - MEMORY. Check that the audio goes off.
10.Change the input side connections only to INPUT 3 and 4.
11.Repeat *1.
12.Recall SCENE 00.3: SOUND THRU3 with SCENE - MEMORY. Check that the audio goes off.
13.Change the input side connections only to INPUT 5 and 6.
14.Repeat *1.
15.Recall SCENE 00.4: SOUND THRU4 with SCENE - MEMORY. Check that the audio goes off.
16.Change the input side connections only to INPUT 7 and 8.
17.Repeat *1.
18.Recall SCENE 00.5: SOUND THRU5 with SCENE - MEMORY. Check that the audio goes off.
19.Change the input side connections only to INPUT 9 and 10.
20.Repeat *1.
21.Set OSC OUT to 2AO8:1-1.
22.Change the output side connection only to OUTPUT 2. (The INPUT remains 9 and 10 and the scene 00.5.)
23.Repeat *1.
24.Set OSC OUT to 3AO8:1-1.
25.Change the output side connection only to OUTPUT 3.
26.Repeat *1.
27.Set OSC OUT to 4AO8:1-1.
28.Change the output side connection only to OUTPUT 4.
29.Repeat *1.
30.Set OSC OUT to 5AO8:1-1.
31.Change the output side connection only to OUTPUT 5.
32.Repeat *1.
*1
{
Software used: PM1D Manager for Windows within PM1D system software
Version used:PM1D system software component files with the version number listed on the cover sheet.
(Managed with the already drawn CD-R assembly drawing (3JL-XY714A0.)
* The installation method is the same. Refer to install.txt in the PM1D system software.
Data used:DSP1D sound inspection software within PM1D system software
Version used:PM1D system software component files with the version number listed on the cover sheet.
(Managed with the already drawn CD-R assembly drawing (3JL-XY714A0.)
* Start the installed PM1D Manager for Windows, then read with UTILITY - LOAD/SAVE.
Page 32
1-1. DSP1D-CIB
(TCU-IC129) Test
This test checks around the CIB TCU.
Check item
IDTCU [11h]
RAM
• Data Bus16bit(15-0)
• Address Bus 20bit(19-0)
Flash (Check Sum)
Version
DPM
• EM BUS<->TC BUS R
1-2. DSP1D-CIB
(TCU-IC129) Test
This test checks around the CIB HIF.
1-3. DSP1D-CIB (ETC)Test
This test makes other checks of the CIB.
Check item
FPGAHIF [02h]
DPM
• EMU<->CONS L
FIFO
TC IC
Check item
IDTCU [12h]
RAM
• Data Bus16bit(15-0)
• Address Bus 20bit(19-0)
Flash (Check Sum)
Version
DPM
• HI BUS<->EM BUS L
DSP1D
49
33.Set OSC OUT to 6AO8:1-1.
34.Change the output side connection only to OUTPUT 3.
35.Repeat *1.
1.DSP1D-CIB Test
This test checks the DSP1D-CIB. It checks the following items. Those items for which there are figures display the results in
binary. Detailed screen output specifications are given on the following pages.
The details for 1-2. are omitted because they are the same as for 1-1.
* For the DPM (dual port RAM) item, EM BUS <-> TC BUS R etc. is written. This indicates which of the DPM buses is
inspected. For example, for EM BUS <-> TC BUS R, this indicates the check of the TC BUS side seen from the DPM
(right side for the DPS BUS <-> CM BUS notation).
* RAMOK
DataBus
AddressBus
* DPM
EM BUS <-> TC BUS R
* Flash
* Version
OK
OK
OK
1-1. DSP1D-CIB (TCU-IC129) Test
OK
1-1. DSP1D-CIB (TCU-IC129) Test
OK
RAM(IC133):OK
Flash(IC132):
Version:
OK
OK
DPM:OK
OK
Now Checking …
DPM
NG example
* ID TCU [11h]
ID: TCU[11h]
* RAMNG
DataBus
AddressBus
* DPM
EM BUS <-> TC BUS R
* Flash
* Version
NG
NG
NG
1-1. DSP1D-CIB (TCU-IC129) Test
1-1. DSP1D-CIB (TCU-IC129) Test
NG
RAM(IC133):NG
Flash(IC132):
Version:
NG
NG
DPM:NG
NG
* ID xxx [xxh]
ID: xxx [xxh]
DBus[38-35,32-29,16-13,10-7 pin]
CheckSum = xxxx[xxxx]
Current = x.xx , Latest = x.xx
EM BUS <-> TC BUS R:
NG
11111111 11111111
ABus[18-21,24-27,42-44,1-5 pin]NG
NG
1 11111111 1111111-
1-1. DSP1D-CIB (TCU) Test
This test checks around the CIB TCU.
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
Received ID displayed as
board name and hexadecimal
OK/NG display for
individual items
The NG is displayed the
moment the item is
found to be NG, even if
the test is still underway.
If there is no response
from the firmware,
"NO" is displayed.
Displays all the detailed results so
far. This display can be scrolled.
Current status display
Corresponding IC number
Corresponding pin number
Stopped the moment an
actual ID NG appears;
stopped at the end of the
page for any other NG.
Main item
Checked in order from top to bottom.
Completed main items have marks
next to them.
SRAMOK: LED lit up
NG: LED flashes on (0.2 s) - Off (0.2 s) - On (0.2 s) - Off (0.1 s)
FlashOK: LED lit up
NG: LED flashes on (0.1 s) - Off (0.1 s) - On (0.1 s) - Off (0.1 s)
()
Terminal status display
Delimited in units of 8
digits right justified in the
order upper then lower.
0: Normal 1: Abnormal
NG: LED flashes on (0.2 s) - Off (0.2 s) - On (0.2 s) - Off (0.1 s)
FlashOK: LED lit up
NG: LED flashes on (0.1 s) - Off (0.1 s) - On (0.1 s) - Off (0.1 s)
()
1-3. DSP1D-CIB (ETC) Test
This test checks around the CIB ETC.
* FPGA
* DIR2
OK
3. DSP1D-IFC TestOK
3. DSP1D-IFC Test
OK
FPGA(IC503):OK
OK
Now Checking …
FPGA
NG example
DIR2(IC604,605,606):
* FPGA
* DIR2
NG
3. DSP1D-IFC Test
3. DSP1D-IFC Test
NG
FPGA(IC503):NG
NG
DIR2(IC604,605,606):
3.DSP1D-IFC (TCU) Test
This test checks the IFC board.
2-1. DSP1D-EMB
(EMU-IC114) Test
This test checks around the EMB EMU.
Check item
IDEMU [10h]
RAM
• Data Bus16bit(15-0)
• Address Bus 20bit(19-0)
Flash (Check Sum)
Version
DPM
• EM BUS<->DPM BUS L
• UI BUS<->EM BUS R
• HI BUS<->EM BUS R
• EM BUS<->TC BUS L
Battery
2-2. DSP1D-EMB
(UIF-IC127) Test
This test checks around the EMB HIF.
Check item
IDUIF [13h]
RAM
• Data Bus16bit(15-0)
• Address Bus 20bit(19-0)
DPM
• UI BUS<->EM BUS L
Flash (Check Sum)
Version
2.DSP1D-EMB Test
This test checks the EMB. It checks the following
items. Those items for which there are figures
display the results in binary. Detailed screen output
specifications are given on the following pages.
The battery check item is only for 2-1. Here the
voltage is checked and if it is within the correct
range, OK is displayed. If it is NG, how far it
deviates from the correct value is displayed.
4.DSP1D-PDB Test
This test checks the DSP1D-PDB. It checks the following items. Those items for which there are figures display the results in
binary. Detailed screen output specifications are given on the following pages.
DSP6 total count···· 9
DSP5 total count···· 11
Page 34
DSP1D
51
4-1. DSP1D-PDB
(CPU-IC101) Test
This test checks around the PDB CPU.
Check item
IDPDB [14h]
RAM
• Data Bus16bit(15-0)
• Address Bus 16bit(16-1)
• Data Bus16bit(15-0)
• Address Bus 15bit(15-1)
Flash (Check Sum)
Version
DPM
4-2. DSP1D-PDB
(DSP6) Test
This test checks around PDB DSP6.
4-3. DSP1D-PDB (DSP5) Test
This test checks around PDB DSP5.
Check item
Chip Select
DSP5 <-> CPU
DSP6 -> DSP5
• Serial I/O
• Serial I/O
• Serial I/O
DSP5 -> DSP6
DPM
Check item
Chip Select
DSP6 <-> CPU
• Data Bus16bit(15-0)
• Address Bus7bit( 7-1)
DSP6 <-> DRAM
• Data Bus32bit(31-0)
• Address Bus 10bit( 9-0)
DSP6 -> DSP6
• Serial I/O
• Data Bus16bit(15-0)
• Address Bus
• ParallelI/O32bit(31-0)
* RAM
* ID PDB [14h]
OK
AddressBus
* Flash
DataBus
* Version
* DPM
AddressBus
DataBus
00000000 0000000-
00000000 00000000
OK
4-1.
DSP1D-PDB (CPU-IC101) Test
OK
4-1. DSP1D-PDB (CPU-IC101) Test
OK
RAM(IC107):OK
Flash(IC114):OK
Version:OK
DPM:OK
OK
OK
NG example
ID: PDB [14h]
* RAM
* ID xxx [xxh]
NG
AddressBus
* Flash
DataBus
* Version
* DPM
AddressBus
DataBus
11111111 1111111-
11111111 11111111
NG
4-1.
DSP1D-PDB (CPU-IC101) Test
4-1. DSP1D-PDB (CPU-IC101) Test
NG
RAM(IC107):NG
Flash(IC114):NG
Version:NG
DPM:NG
NG
NG
ID: xxx [xxh]
Now Checking …
Version
DBus[xx-xx,xx-xx pin]
CheckSum = xxxx [xxxx]
Current = x.xx , Latest = x.xx
NG
NG
11111111 11111111
ABus[xx-xx,xx-xx pin]
1111 11111111 11111111
SRAMOK: LED lit up
NG: LED flashes on (0.2 s) - Off (0.2 s) - On (0.2 s) - Off (0.1 s)
FlashOK: LED lit up
NG: LED flashes on (0.1 s) - Off (0.1 s) - On (0.1 s) - Off (0.1 s)
()
4-1. DSP1D-PDB (CPU-IC101) Test
This test checks around the PDB CPU.
* DSP6 <-> CPU
* ChipSelect 0 00000000
0 00000000
0 00000000
OK
AddressBus
DataBus
* DSP6 <-> DRAM
0 00000000
0 00000000
OK
AddressBus
DataBus
* DSP6 <-> DSP6
xxx/xxx
OK
Serial I/O
4-2. DSP1D-PDB (DSP6) Test OK
4-2. DSP1D-PDB (DSP6) Test
OK
DSP6<->CPU:OK
DSP6<->DRAM:OK
DSP6 -> DSP6:OK
OK
NG example
ChipSelect:
NG
Now Checking …
DSP6 -> DSP6 No. xxx
ICxxx
NG
NG
* DSP6 <-> CPU
* ChipSelect 0 00100000
0 00101000
0 00001000
NG
AddressBus
DataBus
* DSP6 <-> DRAM
0 00000100
0 00000100
NG
AddressBus
DataBus
* DSP6 <-> DSP6
xxx/xxx
NG
Serial I/O
4-2. DSP1D-PDB (DSP6) Test
4-2. DSP1D-PDB (DSP6) Test
NG
DSP6<->CPU:
ABus[25-31 pin]
NG
NG
NG
DSP6<->DRAM:NG
DSP6 -> DSP6:NG
NG
ChipSelect:
DBus[34-43,47-52 pin]
DBus
[
151-144,142-135,130-123,121-114pin
]
11111111 11111111ICxxx
ICxxx
1111111-ICxxx
ABus[163-154 pin]
11 11111111
11111111 11111111
11111111 11111111ICxxx
SI/SO
11111111 11111111
- ICxxx
ICxxx - ICxxx, ICxxx
ICxxx[SOx] - ICxxx[SIx]
- ICxxx
4-2. DSP1D-PDB (DSP6) Test
This test checks around PDB DSP6.
Stopped the moment an actual
Chip Select or TxB NG appears;
stopped at the end of the page for
any other NG.
The DSP check results are displayed for each DSP. The DSPs are displayed
in order from the right of the ChipSelect signals on the circuit diagram.
(Blank: Not yet checked; 0: Normal; 1: Abnormal; N: No response)
Gives the abnormal
DSP IC number.
Display when a number of
checks are complete and there
have been a number of NGs
Displayed in binary in the order
Upper: 16 bits, Lower: 16 bits
The corresponding DRAM IC
number is also displayed.
Checks the connections between the IDB2
and the other boards.
Check item
IDB2 -> GDB
IDB2 -> PDB
IDB1 -> IDB2
PDB->IDB2
9-5. DSP1D-Connection
(EDB) Test
Checks the connections between the EDB
and the other boards.
Check item
EDB -> GDB
EDB -> PDB
PDB -> EDB
9-3. DSP1D-Connection
(IDB1) Test
Checks the connections between the IDB1
and the other boards.
Check item
IDB1 -> GDB
IDB1 -> PDB
IDB1 -> IDB2
PDB->IDB1
DSP1D
53
7-1. DSP1D-IDB2
(CPU-IC100) Test
This test checks around the IDB2 CPU.
Check item
IDIDB2 [16h]
RAM
• Data Bus16bit(15-0)
• Address Bus 16bit(16-1)
• Data Bus16bit(15-0)
• Address Bus 15bit(15-1)
Flash (Check Sum)
Version
DPM
7-2. DSP1D-IDB2
(DSP6) Test
This test checks around IDB2 DSP6.
Check item
Chip Select
DSP6 <-> CPU
• Data Bus16bit(15-0)
• Address Bus 7bit( 7-1)
• Data Bus32bit(31-0)
• Address Bus 10bit( 9-0)
DSP6 <-> DRAM
• Serial I/O
DSP6 -> DSP6
7-3. DSP1D-IDB2
(DSP5) Test
This test checks around IDB2 DSP5.
Check item
Chip Select
DSP5 <-> CPU
• Data Bus16bit(15-0)
• Address Bus
DSP6 -> DSP5
• Serial I/O
• Serial I/O
DSP5 -> DSP5
7.DSP1D-IDB2 Test
This test checks the IDB2. It checks the following items. The specifications are basically the same as for 4-1. through 4-3.
DSP6 total count···· 16
DSP5 total count···· 8
9.DSP1D Connection Test
This test checks the connections among the PDB,
GDB, IDB1, IDB2, and EDB. It checks the following
items. Detailed screen output specifications are given
on the following pages.
* There are duplicate checks, but for checking
just specific boards, these checks are not
omitted.
2-1. DSP1D-EMB
(EMU-IC114) Test
This test checks around the EMB EMU.
Check item
IDEMU [10h]
RAM
• Data Bus16bit(15-0)
• Address Bus 20bit(19-0)
Flash (Check Sum)
Version
DPM
• EM BUS<->DPM BUS L
• UI BUS<->EM BUS R
• HI BUS<->EM BUS R
• EM BUS<->TC BUS L
Battery
2-2. DSP1D-EMB
(UIF-IC127) Test
This test checks around the EMB HIF.
Check item
IDUIF [13h]
RAM
• Data Bus16bit(15-0)
• Address Bus 20bit(19-0)
DPM
• UI BUS<->EM BUS L
Flash (Check Sum)
Version
8.DSP1D-EDB Test
This test checks the EDB. It checks the following
items. The specifications are basically the same as
for 4-1. through 4-2.
The Output port used for the input check is
selected from the pull-down list.
Fixed to the port selected for the output side;
the input connections are changed in order.
When changing to the next port, a pop-up
box like the one below is displayed.
ID change jig DIP
switch settings
10. DSP1D-JK1 (INPUT x) TEST
This test checks the JK1 board with loopback connections. These items are repeated for just the specified range of Inputs 1-10. The
input ID change jig is used for Items 10 and 11.
11-1.DSP1D-JK4(TO CONSOLE 1) INPUT
OK
11-1. DSP1D-JK4 (TO CONSOLE 1) INPUT Test
DIR2(IC112):OKSI:OKW.CLK:OKID:OKMSB/LSB:OK
OK
Now Checking …
MSB/LSB
NG example
* DIR2
OK* SI
OK* W.CLK
OK* ID
OK* MSB/LSB
In
Out
In
Out
NG
NG
11-1.DSP1D-JK4(TO CONSOLE 1) INPUT
OK
11-1. DSP1D-JK4 (TO CONSOLE 1) INPUT Test
DIR2(IC112):NG
SI:NG
W.CLK:NG
ID:NG
MSB/LSB:NG
NG* DIR2
NG* SI
NG* W.CLK
NG* ID
NG* MSB/LSB
In
Out
1
2
Select [OUTPUT Port].
Select [TO CONSOLEPort] from
1
Select [TO CONSOLEPort] to
OK
Connect [OUTPUT 1] to [TO CONSOLE 1]
OK
The Output port used for the TO CONSOLE
check is selected from the pull-down list.
(The port selected in Test 10 is displayed as
the default. Normally, the input cable that has
been connected and reconnected sequentially in
10. can just be reconnected to TO CONSOLE.
Fixed to the port selected for the output side;
the TO CONSOLE connections are changed
in order.
When changing to the next port, a pop-up
box like the one below is displayed.
ID change jig DIP switch
settings
11. DSP1D-JK4 (TO CONSOLE x) Input Test
This test checks the JK4 port input direction communications. These items are repeated for the specified range of TO CONSOLE 1-2.
Checks the connections between the PDB and the other boards.
Displays which pin numbers
are NG between which ICs
Basically, the same
as up till here
Page 38
DSP1D
55
13-1.DSP1D-JK4(TO CONSOLE 1)OUTPUT
OK
13-1. DSP1D-JK4 (TO CONSOLE 1) OUTPUT Test
SO:OK
OK
Now Checking …
MSB/LSB
NG example
* SO
13-1.DSP1D-JK4(TO CONSOLE 1)OUTPUT
13-1. DSP1D-JK4 (TO CONSOLE 1) OUTPUT Test
SO:NG
NG* SO
1
2
Select [INPUT Port].
Select [TO CONSOLEPort] from
1
Select [TO CONSOLEPort] to
OK
Connect [INPUT 1] to [TO CONSOLE 1].
OK
The Input port used for the TO CONSOLE
check is selected from the pull-down list.
(The port selected in Test 12 is displayed as
the default. Normally, the input cable that has
been connected and reconnected sequentially in
12. can just be reconnected to TO CONSOLE.)
Fixed to the port selected for the input side;
the TO CONSOLE connections are changed
in order.
When changing to the next port, a pop-up
box like the one below is displayed.
For this item, the DIP switch
setting does not matter, so it
can be ignored
13. DSP1D-JK4 (TO CONSOLE x) Output Test
This test checks the JK4 port output direction communications. For this item, use either the altered TO CONSOLE (OUTPUT) ID
change jig or the altered special cable.
12-1. DSP1D-JK2 (OUTPUT 1) Test
OK
12-1. DSP1D-JK2 (OUTPUT 1) Test
SO:OK
RQ:OK
AK:OK
W.CLK:OK
OK
OK
Now Checking …
ID Out
NG example
* SO
OK* RQ
OK* AK
OK
OK
* W.CLK
* CONTROL
OK* ID
In
Out
In
Out
ID:
OKOK
12-1. DSP1D-JK2 (OUTPUT 1) Test
OK
12-1. DSP1D-JK2 (OUTPUT 1) Test
SO:NG
RQ:NG
AK:NG
W.CLK:NG
NG
NG
* SO
NG* RQ
NG* AK
NG
NG
* W.CLK
* CONTROL
NG* ID
In
Out
In
Out
ID:
NG
NG
1
10
Select [INPUTPort].
Select [OUTPUT Port] from
1
Select [OUTPUT Port] to
OK
Connect [OUTPUT 1] to[INPUT 1].
OK
The INPUT port used for the output check is
selected from the pull-down list.
Fixed to the port selected for the input side;
the output connections are changed in order.
When changing to the next port, a pop-up
box like the one below is displayed.
ID change jig DIP
switch settings
12. DSP1D-JK2 (OUTPUT x) Test
This test checks the JK2 port with loopback connections. These items are repeated only for INPUT1-10. The output ID change jig is
used for Item 12.
Now Checking …
MSB/LSB
NG example
14. DSP1D-JK3 (CASCADE) Test
14. DSP1D-JK3 (CASCADE) Test
NG
NG* DIR2
NG
NG
NG
NG
NG
NG
DIR2(IC110,126):
NG
NG
NG
NG
NG
NG
SI/SO:
W.CLK:
CONTROL:
* SI/SO
* W.CLK
* CONTROL
* ID (CASCADE IN)
In
Out
* ID (CASCADE OUT)
* MSB/LSB
InOut
ID(CASCADE IN):
ID(CASCADE OUT):
MSB/LSB:
In
Out
NG
NG
In
Out
NG
NG
14. DSP1D-JK3 (CASCADE) Test
OK
14. DSP1D-JK3 (CASCADE) Test
OK
OK* DIR2
OK
OK
OK
OK
OK
OK
DIR2(IC110,126):
OK
OK
OK
OK
OK
OK
SI/SO:
W.CLK:
CONTROL:
* SI/SO
* W.CLK
* CONTROL
* ID (CASCADE IN)
In
Out
* ID (CASCADE OUT)
* MSB/LSB
In
Out
ID(CASCADE IN):
ID(CASCADE OUT):
MSB/LSB:
Change DipSW.
OK
Connect [INPUT 1] to [TO CONSOLE 1].
OK
A pop-up box is displayed asking you to change
the connections and DIP switch settings.
ID change jig DIP
switch settings
ID change jig DIP
switch settings
The pop-up box below is displayed
just before the ID (CASCADE out),
so change the ID change jig DIP
switch settings.
14. DSP1D-JK3 (CASCADE) Test
This test checks the JK3 port with loopback connections. For this test, use either the Cascade ID change jig.
Page 39
DSP1D
56
Connect USBport[HostPCtoDSP1D].Push OK button.
OK
A pop-up box appears verifying that D24 has gone into playback status through
MIDI THRU. The inspector judges OK/NG, but since the MIDI OUT/IN loopback
check is carried out at the same time, if a problem is found in the loopback check,
even though the inspector presses OK, NG appears.
When the pop-up box asking you to make the connections for the USB check
appears, connect the USB cable.
(If you connect the cable before requested, the software is not loaded properly.)
(The USB check driver must be installed before hand.)
Please check [D24].
NGOK
ONOFF
Please setting for [48kHz + 6% W.CLK].
OK
For the 75 switch item, the pop-up box below is displayed, so send any clock
with the function generator and judge visually with the oscilloscope.
The pop-up box below is displayed for items requiring connection changes. Press
OK to start the check.
Please check [Jitter (48kHz)].
NGOK
Please check [WordClock 75ohm SW].
NGOK
After the check is started with the above pop-up box, a pop-up box is displayed
for the inspector to enter the results of their visual check, OK or NG.
Please check [LED].
NGOK
The pop-up box below is displayed for the DSP1D front LED check. Judge the
LEDs visually. The six LEDs should light up in order so when you have verified
that they do so, press OK.
A pop-up box is displayed asking you to stop D24. If the inspections
have all been normal up to this point, D24 should already be stopped,
but if it has not been stopped, press the Stop button.
Normal oscilloscope behavior
for 75 switch
16.DSP1D-JK6,LED2 TestOK
16. DSP1D-JK6,LED2 Test
OK
OK* MIDI
OK
OK
OK
OK
OK
MIDI
OK
OK
OK
OK
OK
RS232C:
USB:
W.CLK 75ohm SW:
* RS232C
* USB
* W.CLK 75ohm SW
* W.CLK
* LED2
In 48 kHz + 6%
In 44.1kHz - 10%
Jitter 48 kHz
Jitter 44.1kHz
In/Out
LED2:
W.CLK:
16. DSP1D-JK6 Test
This test checks the JK6 port and LED2. For details on how to change the connections, see Page 7.
15. DSP1D-JK5 TestOK
15. DSP1D-JK5 Test
OK
OK
Now Checking …
ETHER
NG example
* REMOTE (CROSS)
OK
OK
OK
OK
REMOTE(CROSS)
OKOKOKOK
GPI:TC:REMOTE(STRAIGHT)
* GPI
* TC
* REMOTE (STRAIGHT)
* ETHER
CH1
CH2
ETHER:
CH1:CH2:
OKOK
15. DSP1D-JK5 Test
15. DSP1D-JK5 Test
NG
NG* REMOTE (CROSS)
NG
NG
NG
NG
REMOTE(CROSS)
NG
NG
NG
NG
GPI:
TC:
REMOTE(STRAIGHT)
* GPI
* TC
* REMOTE (STRAIGHT)
* ETHER
CH1
CH2
ETHER:
CH1:
CH2:
NG
NG
Please stop [D24] and connect it by [Cross…].
OK
A pop-up box is displayed asking you to stop D24.
At this point, normally D24 should already be
stopped and you can just verify this.
Replace [Cross] serial cable with [Straight] one.
OK
Instructions appear to replace the serial cross cable
with a straight cable, so change the cable as
instructed, then press OK.
• Normal behavior for each inspection item
REMOTE (CROSS)
TC
REMOTE (STRAIGHT)
D24 playback (TC send)
TC check from D24
D24 stop
15. DSP1D-JK5 Test
This test checks the JK5 port.
Page 40
DSP1D
ERROR MESSAGES
• If both ENGINE ID A and B indicators are flash-ing:
There is a malfunction in the internal board (PDB, GDB, IDB1/2, EDB, EMB, or CIB). Or the necessary board does not exist.
• If either ENGINE ID A or B indicator is flashing:
During the Mirror mode operation, the ENGINE ID indicator for the unused DSP1D/DSP1D-EX flashes, indicating that the
unit is in standby mode.
If Indicator A is flashing, unit A is in standby mode. If Indicator B is flashing, unit B is in standby mode.
• If the CONTROL I/O 1 indicator is flashing:
Communication between the CS1D control surface and the DSP1D is not established.The CONSOLE 1, 2 IN OUT jacks or the
PC CON-TROL port is not connected correctly.
INSERT IN CH 73-76
INSERT IN CH 77-80
INSERT IN CH 81-84
INSERT IN CH 85-88
INSERT IN CH 89-92
INSERT IN CH 93-96
FUNCTION: INPUT PATCH, PEAK METER
P.72
INSERT IN MIX 1-4
INSERT IN MIX 9-12
INSERT IN MIX 13-16
INSERT IN MIX 17-20
INSERT IN MIX 21-24
INSERT IN MIX 25-28
INSERT IN MIX 29-32
INSERT IN MIX 33-36
INSERT IN MIX 37-40
INSERT IN MIX 41-44
INSERT IN MIX 45-48
INSERT IN MIX 5-8INSERT IN MATRIX 5-8
INSERT IN MATRIX 1-4
INSERT IN MATRIX 9-12
INSERT IN MATRIX 13-16
INSERT IN MATRIX 17-20
INSERT IN MATRIX 21-24
<CH2>PRE EQ,PRE FADER,POST FADER,POST ON
<CH3>PRE EQ,PRE FADER,POST FADER,POST ON
<CH4>PRE EQ,PRE FADER,POST FADER,POST ON
<CH5>PRE EQ,PRE FADER,POST FADER,POST ON
<CH6>PRE EQ,PRE FADER,POST FADER,POST ON
<CH7>PRE EQ,PRE FADER,POST FADER,POST ON
<CH8>PRE EQ,PRE FADER,POST FADER,POST ON
<CH9>PRE EQ,PRE FADER,POST FADER,POST ON
<CH10>PRE EQ,PRE FADER,POST FADER,POST ON
<CH11>PRE EQ,PRE FADER,POST FADER,POST ON
<CH12>PRE EQ,PRE FADER,POST FADER,POST ON
<CH13>PRE EQ,PRE FADER,POST FADER,POST ON
<CH14>PRE EQ,PRE FADER,POST FADER,POST ON
<CH15>PRE EQ,PRE FADER,POST FADER,POST ON
<CH16>PRE EQ,PRE FADER,POST FADER,POST ON
<CH17>PRE EQ,PRE FADER,POST FADER,POST ON
<CH18>PRE EQ,PRE FADER,POST FADER,POST ON
<CH19>PRE EQ,PRE FADER,POST FADER,POST ON
<CH20>PRE EQ,PRE FADER,POST FADER,POST ON
<CH21>PRE EQ,PRE FADER,POST FADER,POST ON
<CH22>PRE EQ,PRE FADER,POST FADER,POST ON
<CH23>PRE EQ,PRE FADER,POST FADER,POST ON
<CH24>PRE EQ,PRE FADER,POST FADER,POST ON
<CH25>PRE EQ,PRE FADER,POST FADER,POST ON
<CH26>PRE EQ,PRE FADER,POST FADER,POST ON
<CH27>PRE EQ,PRE FADER,POST FADER,POST ON
<CH28>PRE EQ,PRE FADER,POST FADER,POST ON
<CH29>PRE EQ,PRE FADER,POST FADER,POST ON
<CH30>PRE EQ,PRE FADER,POST FADER,POST ON
<CH31>PRE EQ,PRE FADER,POST FADER,POST ON
<CH32>PRE EQ,PRE FADER,POST FADER,POST ON
<CH33>PRE EQ,PRE FADER,POST FADER,POST ON
<CH34>PRE EQ,PRE FADER,POST FADER,POST ON
<CH35>PRE EQ,PRE FADER,POST FADER,POST ON
<CH36>PRE EQ,PRE FADER,POST FADER,POST ON
<CH37>PRE EQ,PRE FADER,POST FADER,POST ON
<CH38>PRE EQ,PRE FADER,POST FADER,POST ON
<CH39>PRE EQ,PRE FADER,POST FADER,POST ON
<CH40>PRE EQ,PRE FADER,POST FADER,POST ON
<CH41>PRE EQ,PRE FADER,POST FADER,POST ON
<CH42>PRE EQ,PRE FADER,POST FADER,POST ON
<CH43>PRE EQ,PRE FADER,POST FADER,POST ON
<CH44>PRE EQ,PRE FADER,POST FADER,POST ON
<CH45>PRE EQ,PRE FADER,POST FADER,POST ON
<CH46>PRE EQ,PRE FADER,POST FADER,POST ON
<CH47>PRE EQ,PRE FADER,POST FADER,POST ON
<CH48>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 1(L)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 1(R)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 2(L)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 2(R)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 3(L)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 3(R)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 4(L)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 4(R)>PRE EQ,PRE FADER,POST FADER,POST ON
<CH2>PRE EQ,PRE FADER,POST FADER,POST ON
<CH3>PRE EQ,PRE FADER,POST FADER,POST ON
<CH4>PRE EQ,PRE FADER,POST FADER,POST ON
<CH5>PRE EQ,PRE FADER,POST FADER,POST ON
<CH6>PRE EQ,PRE FADER,POST FADER,POST ON
<CH7>PRE EQ,PRE FADER,POST FADER,POST ON
<CH8>PRE EQ,PRE FADER,POST FADER,POST ON
<CH9>PRE EQ,PRE FADER,POST FADER,POST ON
<CH10>PRE EQ,PRE FADER,POST FADER,POST ON
<CH11>PRE EQ,PRE FADER,POST FADER,POST ON
<CH12>PRE EQ,PRE FADER,POST FADER,POST ON
<CH13>PRE EQ,PRE FADER,POST FADER,POST ON
<CH14>PRE EQ,PRE FADER,POST FADER,POST ON
<CH15>PRE EQ,PRE FADER,POST FADER,POST ON
<CH16>PRE EQ,PRE FADER,POST FADER,POST ON
<CH17>PRE EQ,PRE FADER,POST FADER,POST ON
<CH18>PRE EQ,PRE FADER,POST FADER,POST ON
<CH19>PRE EQ,PRE FADER,POST FADER,POST ON
<CH20>PRE EQ,PRE FADER,POST FADER,POST ON
<CH21>PRE EQ,PRE FADER,POST FADER,POST ON
<CH22>PRE EQ,PRE FADER,POST FADER,POST ON
<CH23>PRE EQ,PRE FADER,POST FADER,POST ON
<CH24>PRE EQ,PRE FADER,POST FADER,POST ON
<CH25>PRE EQ,PRE FADER,POST FADER,POST ON
<CH26>PRE EQ,PRE FADER,POST FADER,POST ON
<CH27>PRE EQ,PRE FADER,POST FADER,POST ON
<CH28>PRE EQ,PRE FADER,POST FADER,POST ON
<CH29>PRE EQ,PRE FADER,POST FADER,POST ON
<CH30>PRE EQ,PRE FADER,POST FADER,POST ON
<CH31>PRE EQ,PRE FADER,POST FADER,POST ON
<CH32>PRE EQ,PRE FADER,POST FADER,POST ON
<CH33>PRE EQ,PRE FADER,POST FADER,POST ON
<CH34>PRE EQ,PRE FADER,POST FADER,POST ON
<CH35>PRE EQ,PRE FADER,POST FADER,POST ON
<CH36>PRE EQ,PRE FADER,POST FADER,POST ON
<CH37>PRE EQ,PRE FADER,POST FADER,POST ON
<CH38>PRE EQ,PRE FADER,POST FADER,POST ON
<CH39>PRE EQ,PRE FADER,POST FADER,POST ON
<CH40>PRE EQ,PRE FADER,POST FADER,POST ON
<CH41>PRE EQ,PRE FADER,POST FADER,POST ON
<CH42>PRE EQ,PRE FADER,POST FADER,POST ON
<CH43>PRE EQ,PRE FADER,POST FADER,POST ON
<CH44>PRE EQ,PRE FADER,POST FADER,POST ON
<CH45>PRE EQ,PRE FADER,POST FADER,POST ON
<CH46>PRE EQ,PRE FADER,POST FADER,POST ON
<CH47>PRE EQ,PRE FADER,POST FADER,POST ON
<CH48>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 1(L)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 1(R)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 2(L)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 2(R)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 3(L)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 3(R)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 4(L)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 4(R)>PRE EQ,PRE FADER,POST FADER,POST ON
<CH2>PRE EQ,PRE FADER,POST FADER,POST ON
<CH3>PRE EQ,PRE FADER,POST FADER,POST ON
<CH4>PRE EQ,PRE FADER,POST FADER,POST ON
<CH5>PRE EQ,PRE FADER,POST FADER,POST ON
<CH6>PRE EQ,PRE FADER,POST FADER,POST ON
<CH7>PRE EQ,PRE FADER,POST FADER,POST ON
<CH8>PRE EQ,PRE FADER,POST FADER,POST ON
<CH9>PRE EQ,PRE FADER,POST FADER,POST ON
<CH10>PRE EQ,PRE FADER,POST FADER,POST ON
<CH11>PRE EQ,PRE FADER,POST FADER,POST ON
<CH12>PRE EQ,PRE FADER,POST FADER,POST ON
<CH13>PRE EQ,PRE FADER,POST FADER,POST ON
<CH14>PRE EQ,PRE FADER,POST FADER,POST ON
<CH15>PRE EQ,PRE FADER,POST FADER,POST ON
<CH16>PRE EQ,PRE FADER,POST FADER,POST ON
<CH17>PRE EQ,PRE FADER,POST FADER,POST ON
<CH18>PRE EQ,PRE FADER,POST FADER,POST ON
<CH19>PRE EQ,PRE FADER,POST FADER,POST ON
<CH20>PRE EQ,PRE FADER,POST FADER,POST ON
<CH21>PRE EQ,PRE FADER,POST FADER,POST ON
<CH22>PRE EQ,PRE FADER,POST FADER,POST ON
<CH23>PRE EQ,PRE FADER,POST FADER,POST ON
<CH24>PRE EQ,PRE FADER,POST FADER,POST ON
<CH25>PRE EQ,PRE FADER,POST FADER,POST ON
<CH26>PRE EQ,PRE FADER,POST FADER,POST ON
<CH27>PRE EQ,PRE FADER,POST FADER,POST ON
<CH28>PRE EQ,PRE FADER,POST FADER,POST ON
<CH29>PRE EQ,PRE FADER,POST FADER,POST ON
<CH30>PRE EQ,PRE FADER,POST FADER,POST ON
<CH31>PRE EQ,PRE FADER,POST FADER,POST ON
<CH32>PRE EQ,PRE FADER,POST FADER,POST ON
<CH33>PRE EQ,PRE FADER,POST FADER,POST ON
<CH34>PRE EQ,PRE FADER,POST FADER,POST ON
<CH35>PRE EQ,PRE FADER,POST FADER,POST ON
<CH36>PRE EQ,PRE FADER,POST FADER,POST ON
<CH37>PRE EQ,PRE FADER,POST FADER,POST ON
<CH38>PRE EQ,PRE FADER,POST FADER,POST ON
<CH39>PRE EQ,PRE FADER,POST FADER,POST ON
<CH40>PRE EQ,PRE FADER,POST FADER,POST ON
<CH41>PRE EQ,PRE FADER,POST FADER,POST ON
<CH42>PRE EQ,PRE FADER,POST FADER,POST ON
<CH43>PRE EQ,PRE FADER,POST FADER,POST ON
<CH44>PRE EQ,PRE FADER,POST FADER,POST ON
<CH45>PRE EQ,PRE FADER,POST FADER,POST ON
<CH46>PRE EQ,PRE FADER,POST FADER,POST ON
<CH47>PRE EQ,PRE FADER,POST FADER,POST ON
<CH48>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 1(L)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 1(R)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 2(L)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 2(R)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 3(L)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 3(R)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 4(L)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 4(R)>PRE EQ,PRE FADER,POST FADER,POST ON
KEY 1-4 OUT(CH49-96)
DSP5
P.84
IN:34
OUT:2
COMP KEY IN METER(CH1-4)
COMP KEY IN METER(CH5-8)
COMP KEY IN METER(CH9-12)
COMP KEY IN METER(CH13-16)
COMP KEY IN METER(CH17-20)
COMP KEY IN METER(CH21-24)
COMP KEY IN METER(ST IN 1-2)
P.109
COMP KEY IN METER(CH25-28)
COMP KEY IN METER(CH29-32)
COMP KEY IN METER(CH33-36)
COMP KEY IN METER(CH37-40)
COMP KEY IN METER(CH41-44)
COMP KEY IN METER(CH45-48)
<CH50>PRE EQ,PRE FADER,POST FADER,POST ON
<CH51>PRE EQ,PRE FADER,POST FADER,POST ON
<CH52>PRE EQ,PRE FADER,POST FADER,POST ON
<CH53>PRE EQ,PRE FADER,POST FADER,POST ON
<CH54>PRE EQ,PRE FADER,POST FADER,POST ON
<CH55>PRE EQ,PRE FADER,POST FADER,POST ON
<CH56>PRE EQ,PRE FADER,POST FADER,POST ON
<CH57>PRE EQ,PRE FADER,POST FADER,POST ON
<CH58>PRE EQ,PRE FADER,POST FADER,POST ON
<CH59>PRE EQ,PRE FADER,POST FADER,POST ON
<CH60>PRE EQ,PRE FADER,POST FADER,POST ON
<CH61>PRE EQ,PRE FADER,POST FADER,POST ON
<CH62>PRE EQ,PRE FADER,POST FADER,POST ON
<CH63>PRE EQ,PRE FADER,POST FADER,POST ON
<CH64>PRE EQ,PRE FADER,POST FADER,POST ON
<CH65>PRE EQ,PRE FADER,POST FADER,POST ON
<CH66>PRE EQ,PRE FADER,POST FADER,POST ON
<CH67>PRE EQ,PRE FADER,POST FADER,POST ON
<CH68>PRE EQ,PRE FADER,POST FADER,POST ON
<CH69>PRE EQ,PRE FADER,POST FADER,POST ON
<CH70>PRE EQ,PRE FADER,POST FADER,POST ON
<CH71>PRE EQ,PRE FADER,POST FADER,POST ON
<CH72>PRE EQ,PRE FADER,POST FADER,POST ON
<CH73>PRE EQ,PRE FADER,POST FADER,POST ON
<CH74>PRE EQ,PRE FADER,POST FADER,POST ON
<CH75>PRE EQ,PRE FADER,POST FADER,POST ON
<CH76>PRE EQ,PRE FADER,POST FADER,POST ON
<CH77>PRE EQ,PRE FADER,POST FADER,POST ON
<CH78>PRE EQ,PRE FADER,POST FADER,POST ON
<CH79>PRE EQ,PRE FADER,POST FADER,POST ON
<CH80>PRE EQ,PRE FADER,POST FADER,POST ON
<CH81>PRE EQ,PRE FADER,POST FADER,POST ON
<CH82>PRE EQ,PRE FADER,POST FADER,POST ON
<CH83>PRE EQ,PRE FADER,POST FADER,POST ON
<CH84>PRE EQ,PRE FADER,POST FADER,POST ON
<CH85>PRE EQ,PRE FADER,POST FADER,POST ON
<CH86>PRE EQ,PRE FADER,POST FADER,POST ON
<CH87>PRE EQ,PRE FADER,POST FADER,POST ON
<CH88>PRE EQ,PRE FADER,POST FADER,POST ON
<CH89>PRE EQ,PRE FADER,POST FADER,POST ON
<CH90>PRE EQ,PRE FADER,POST FADER,POST ON
<CH91>PRE EQ,PRE FADER,POST FADER,POST ON
<CH92>PRE EQ,PRE FADER,POST FADER,POST ON
<CH93>PRE EQ,PRE FADER,POST FADER,POST ON
<CH94>PRE EQ,PRE FADER,POST FADER,POST ON
<CH95>PRE EQ,PRE FADER,POST FADER,POST ON
<CH96>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 5(L)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 5(R)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 6(L)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 6(R)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 7(L)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 7(R)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 8(L)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 8(R)>PRE EQ,PRE FADER,POST FADER,POST ON
<CH50>PRE EQ,PRE FADER,POST FADER,POST ON
<CH51>PRE EQ,PRE FADER,POST FADER,POST ON
<CH52>PRE EQ,PRE FADER,POST FADER,POST ON
<CH53>PRE EQ,PRE FADER,POST FADER,POST ON
<CH54>PRE EQ,PRE FADER,POST FADER,POST ON
<CH55>PRE EQ,PRE FADER,POST FADER,POST ON
<CH56>PRE EQ,PRE FADER,POST FADER,POST ON
<CH57>PRE EQ,PRE FADER,POST FADER,POST ON
<CH58>PRE EQ,PRE FADER,POST FADER,POST ON
<CH59>PRE EQ,PRE FADER,POST FADER,POST ON
<CH60>PRE EQ,PRE FADER,POST FADER,POST ON
<CH61>PRE EQ,PRE FADER,POST FADER,POST ON
<CH62>PRE EQ,PRE FADER,POST FADER,POST ON
<CH63>PRE EQ,PRE FADER,POST FADER,POST ON
<CH64>PRE EQ,PRE FADER,POST FADER,POST ON
<CH65>PRE EQ,PRE FADER,POST FADER,POST ON
<CH66>PRE EQ,PRE FADER,POST FADER,POST ON
<CH67>PRE EQ,PRE FADER,POST FADER,POST ON
<CH68>PRE EQ,PRE FADER,POST FADER,POST ON
<CH69>PRE EQ,PRE FADER,POST FADER,POST ON
<CH70>PRE EQ,PRE FADER,POST FADER,POST ON
<CH71>PRE EQ,PRE FADER,POST FADER,POST ON
<CH72>PRE EQ,PRE FADER,POST FADER,POST ON
<CH73>PRE EQ,PRE FADER,POST FADER,POST ON
<CH74>PRE EQ,PRE FADER,POST FADER,POST ON
<CH75>PRE EQ,PRE FADER,POST FADER,POST ON
<CH76>PRE EQ,PRE FADER,POST FADER,POST ON
<CH77>PRE EQ,PRE FADER,POST FADER,POST ON
<CH78>PRE EQ,PRE FADER,POST FADER,POST ON
<CH79>PRE EQ,PRE FADER,POST FADER,POST ON
<CH80>PRE EQ,PRE FADER,POST FADER,POST ON
<CH81>PRE EQ,PRE FADER,POST FADER,POST ON
<CH82>PRE EQ,PRE FADER,POST FADER,POST ON
<CH83>PRE EQ,PRE FADER,POST FADER,POST ON
<CH84>PRE EQ,PRE FADER,POST FADER,POST ON
<CH85>PRE EQ,PRE FADER,POST FADER,POST ON
<CH86>PRE EQ,PRE FADER,POST FADER,POST ON
<CH87>PRE EQ,PRE FADER,POST FADER,POST ON
<CH88>PRE EQ,PRE FADER,POST FADER,POST ON
<CH89>PRE EQ,PRE FADER,POST FADER,POST ON
<CH90>PRE EQ,PRE FADER,POST FADER,POST ON
<CH91>PRE EQ,PRE FADER,POST FADER,POST ON
<CH92>PRE EQ,PRE FADER,POST FADER,POST ON
<CH93>PRE EQ,PRE FADER,POST FADER,POST ON
<CH94>PRE EQ,PRE FADER,POST FADER,POST ON
<CH95>PRE EQ,PRE FADER,POST FADER,POST ON
<CH96>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 5(L)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 5(R)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 6(L)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 6(R)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 7(L)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 7(R)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 8(L)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 8(R)>PRE EQ,PRE FADER,POST FADER,POST ON
<CH50>PRE EQ,PRE FADER,POST FADER,POST ON
<CH51>PRE EQ,PRE FADER,POST FADER,POST ON
<CH52>PRE EQ,PRE FADER,POST FADER,POST ON
<CH53>PRE EQ,PRE FADER,POST FADER,POST ON
<CH54>PRE EQ,PRE FADER,POST FADER,POST ON
<CH55>PRE EQ,PRE FADER,POST FADER,POST ON
<CH56>PRE EQ,PRE FADER,POST FADER,POST ON
<CH57>PRE EQ,PRE FADER,POST FADER,POST ON
<CH58>PRE EQ,PRE FADER,POST FADER,POST ON
<CH59>PRE EQ,PRE FADER,POST FADER,POST ON
<CH60>PRE EQ,PRE FADER,POST FADER,POST ON
<CH61>PRE EQ,PRE FADER,POST FADER,POST ON
<CH62>PRE EQ,PRE FADER,POST FADER,POST ON
<CH63>PRE EQ,PRE FADER,POST FADER,POST ON
<CH64>PRE EQ,PRE FADER,POST FADER,POST ON
<CH65>PRE EQ,PRE FADER,POST FADER,POST ON
<CH66>PRE EQ,PRE FADER,POST FADER,POST ON
<CH67>PRE EQ,PRE FADER,POST FADER,POST ON
<CH68>PRE EQ,PRE FADER,POST FADER,POST ON
<CH69>PRE EQ,PRE FADER,POST FADER,POST ON
<CH70>PRE EQ,PRE FADER,POST FADER,POST ON
<CH71>PRE EQ,PRE FADER,POST FADER,POST ON
<CH72>PRE EQ,PRE FADER,POST FADER,POST ON
<CH73>PRE EQ,PRE FADER,POST FADER,POST ON
<CH74>PRE EQ,PRE FADER,POST FADER,POST ON
<CH75>PRE EQ,PRE FADER,POST FADER,POST ON
<CH76>PRE EQ,PRE FADER,POST FADER,POST ON
<CH77>PRE EQ,PRE FADER,POST FADER,POST ON
<CH78>PRE EQ,PRE FADER,POST FADER,POST ON
<CH79>PRE EQ,PRE FADER,POST FADER,POST ON
<CH80>PRE EQ,PRE FADER,POST FADER,POST ON
<CH81>PRE EQ,PRE FADER,POST FADER,POST ON
<CH82>PRE EQ,PRE FADER,POST FADER,POST ON
<CH83>PRE EQ,PRE FADER,POST FADER,POST ON
<CH84>PRE EQ,PRE FADER,POST FADER,POST ON
<CH85>PRE EQ,PRE FADER,POST FADER,POST ON
<CH86>PRE EQ,PRE FADER,POST FADER,POST ON
<CH87>PRE EQ,PRE FADER,POST FADER,POST ON
<CH88>PRE EQ,PRE FADER,POST FADER,POST ON
<CH89>PRE EQ,PRE FADER,POST FADER,POST ON
<CH90>PRE EQ,PRE FADER,POST FADER,POST ON
<CH91>PRE EQ,PRE FADER,POST FADER,POST ON
<CH92>PRE EQ,PRE FADER,POST FADER,POST ON
<CH83>PRE EQ,PRE FADER,POST FADER,POST ON
<CH94>PRE EQ,PRE FADER,POST FADER,POST ON
<CH95>PRE EQ,PRE FADER,POST FADER,POST ON
<CH96>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 5(L)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 5(R)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 6(L)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 6(R)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 7(L)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 7(R)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 8(L)>PRE EQ,PRE FADER,POST FADER,POST ON
<ST IN 8(R)>PRE EQ,PRE FADER,POST FADER,POST ON
KEY 1-4 OUT(CH1-48)
DSP5
P.84
IN:34
OUT:2
COMP KEY IN METER(CH49-52)
COMP KEY IN METER(CH53-56)
COMP KEY IN METER(CH57-60)
COMP KEY IN METER(CH61-64)
COMP KEY IN METER(CH65-68)
COMP KEY IN METER(CH69-72)
COMP KEY IN METER(ST IN 5-6)
P.76
COMP KEY IN METER(CH73-76)
COMP KEY IN METER(CH77-80)
COMP KEY IN METER(CH81-84)
COMP KEY IN METER(CH85-88)
COMP KEY IN METER(CH89-92)
COMP KEY IN METER(CH93-96)
MIX 9-12 to STEREO
MIX 13-16 to STEREO
MIX 17-20 to STEREO
MIX 21-24 to STEREO
MIX 25-28 to STEREO
MIX 29-32 to STEREO
MIX 33-36 to STEREO
MIX 37-40 to STEREO
MIX 41-44 to STEREO
MIX 45-48 to STEREO
INSERT IN MIX 1-4<MIX2>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX3>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX4>PRE EQ,PRE FADER,POST FADER,POST ON
KEY 1-4 OUT(MIX 1-4)
MIX PRE 5-8
<MIX5>PRE EQ,PRE FADER,POST FADER,POST ON
INSERT OUT MIX 5-8
DATA BUS(DRAM)
DSP6
INSERT IN MIX 5-8
<MIX6>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX7>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX8>PRE EQ,PRE FADER,POST FADER,POST ON
KEY 1-4 OUT(MIX 5-8)
MIX PRE 29-32
<MIX29>PRE EQ,PRE FADER,POST FADER,POST ON
INSERT OUT MIX 29-32
DATA BUS(DRAM)
DSP6
INSERT IN MIX 29-32
<MIX30>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX31>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX32>PRE EQ,PRE FADER,POST FADER,POST ON
KEY 1-4 OUT(MIX 29-32)
MIX PRE 25-28
<MIX25>PRE EQ,PRE FADER,POST FADER,POST ON
INSERT OUT MIX 25-28
DSP6
INSERT IN MIX 25-28
<MIX26>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX27>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX28>PRE EQ,PRE FADER,POST FADER,POST ON
KEY 1-4 OUT(MIX 25-28)
P.87
P.90
IN:5
OUT:8
IN:5
OUT:8
IN:5
OUT:8
IN:5
OUT:8
DRAM
1M x 16
(16Mbit)
DATA BUS(DRAM 32bit)
P.87
P.87
P.87
0
1
2
3
4
5
6
0
1
2
0
1
2
3
4
5
6
0
1
2
3
0
1
2
3
4
5
6
0
1
2
3
0
1
2
3
4
5
6
0
1
2
3
P.73
DRAM
P.84
3
P.84
P.73
P.90
KEY MIX8 PRE EQ,MIX 5-8 KEY IN CUE
MIX PRE 13-16
<MIX13>PRE EQ,PRE FADER,POST FADER,POST ON
DSP6
INSERT IN MIX 13-16
<MIX14>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX15>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX16>PRE EQ,PRE FADER,POST FADER,POST ON
KEY 1-4 OUT(MIX 13-16)
DSP6
IN:5
OUT:8
P.90
IN:5
OUT:8
P.87
P.87
0
1
2
3
4
5
6
0
1
2
30
1
2
3
4
5
6
0
1
2
3
P.84
P.73
INSERT OUT MIX 13-16
KEY MIX16 PRE EQ,MIX 13-16 KEY IN CUE
P.90
P.84
P.73
P.84
P.73
KEY MIX28 PRE EQ,MIX 25-28 KEY IN CUE
P.90
P.84
P.73
P.90
KEY MIX32 PRE EQ,MIX 29-32 KEY IN CUE
DATA BUS(DRAM)
DATA BUS(DRAM)
DSP6
MIX PRE 21-24
<MIX21>PRE EQ,PRE FADER,POST FADER,POST ON
INSERT OUT MIX 21-24
DSP6
INSERT IN MIX 21-24
<MIX22>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX23>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX24>PRE EQ,PRE FADER,POST FADER,POST ON
KEY 1-4 OUT(MIX 21-24)
IN:5
OUT:8
IN:5
OUT:8
P.87
P.87
0
1
2
3
4
5
6
0
1
2
3
0
1
2
3
4
5
6
0
1
2
3
P.90
P.84
P.73
KEY MIX24 PRE EQ,MIX 21-24 KEY IN CUE
P.90
DATA BUS(DRAM)
MIX PRE 9-12
INSERT IN MIX 9-12
P.84
P.73
<MIX9>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX10>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX11>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX12>PRE EQ,PRE FADER,POST FADER,POST ON
KEY 1-4 OUT(MIX 9-12)
INSERT OUT MIX 9-12
KEY MIX12 PRE EQ,MIX 9-12 KEY IN CUE
MIX PRE 17-20
INSERT IN MIX 17-20
<MIX17>PRE EQ,PRE FADER,POST FADER,POST ON
INSERT OUT MIX 17-20
<MIX18>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX19>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX20>PRE EQ,PRE FADER,POST FADER,POST ON
KEY 1-4 OUT(MIX 17-20)
KEY MIX20 PRE EQ,MIX 17-20 KEY IN CUE
CASCADE IN MIX 1-4
4
CASCADE OUT MIX 1-4
7
CASCADE OUT MIX 5-8
7
CASCADE IN MIX 5-8
4
CASCADE IN MIX 9-12
4
CASCADE OUT MIX 9-12
7
CASCADE OUT MIX 13-16
7
CASCADE IN MIX 13-16
4
CASCADE IN MIX 17-20
4
CASCADE OUT MIX 17-20
7
CASCADE OUT MIX 21-24
7
CASCADE IN
MIX 21-24
4
CASCADE IN
MIX 25-28
4
CASCADE OUT MIX 25-28
7
CASCADE OUT MIX 29-32
7
CASCADE IN
MIX 29-32
4
ADDRESS,RW CONTROL
ADDRESS,RW CONTROL
IC400
P.86
7
5
6
7
5
6
7
5
6
7
5
6
7
5
6
7
5
6
7
5
6
7
5
6
1M x 16
(16Mbit)
DATA BUS(DRAM 32bit)
to DRAM(RW,ADDRESS)
IC300
IC305
IC350
IC351IC400
IC403
IC450
IC451
IC401
IC402
IC301
IC302
[DIGITAL I/O]
[CASCADE]
[IN]
[DIGITAL I/O]
[CASCADE]
[IN]
[DIGITAL I/O]
[CASCADE]
[IN]
[DIGITAL I/O]
[CASCADE]
[IN]
[DIGITAL I/O]
[CASCADE]
[OUT]
[DIGITAL I/O]
[CASCADE]
[OUT]
[DIGITAL I/O]
[CASCADE]
[OUT]
[DIGITAL I/O]
[CASCADE]
[IN]
[DIGITAL I/O]
[CASCADE]
[OUT]
P.73
[DIGITAL I/O]
[CASCADE]
[OUT]
P.88
P.88
P.88
P.88
P.88
P.88
P.88
P.88
KEC-92538-29
85
DSP1D
Page 69
<STEREO A(L)>PRE EQ,PRE FADER,POST FADER,POST ON
<STEREO A(R)>PRE EQ,PRE FADER,POST FADER,POST ON
<STEREO B(L)>PRE EQ,PRE FADER,POST FADER,POST ON
<STEREO B(R)>PRE EQ,PRE FADER,POST FADER,POST ON
GDB
FUNCTION: MIX EQ/COMP/DELAY/FADER ON
MIX PRE 33-36
KEY IN 1-4
<MIX33>PRE EQ,PRE FADER,POST FADER,POST ON
INSERT OUT MIX 33-36
DATA BUS(DRAM)
DSP6
INSERT IN MIX 33-36<MIX34>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX35>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX36>PRE EQ,PRE FADER,POST FADER,POST ON
KEY 1-4 OUT(MIX 33-36)
MIX PRE 37-40
<MIX37>PRE EQ,PRE FADER,POST FADER,POST ON
INSERT OUT MIX 37-40
DATA BUS(DRAM)
DSP6
INSERT IN MIX 37-40
<MIX38>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX39>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX40>PRE EQ,PRE FADER,POST FADER,POST ON
KEY 1-4 OUT(MIX 37-40)
MIX PRE 41-44
<MIX41>PRE EQ,PRE FADER,POST FADER,POST ON
INSERT OUT MIX 41-44
DSP6
INSERT IN MIX 41-44
<MIX42>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX43>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX44>PRE EQ,PRE FADER,POST FADER,POST ON
KEY 1-4 OUT(MIX 41-44)
P.90
IN:5
OUT:8
IN:5
OUT:8
IN:5
OUT:8
P.87
P.87
KEY MIX32 PRE EQ
0
1
2
3
4
5
6
0
1
2
3
0
1
2
3
4
5
6
0
1
2
3
0
1
2
3
4
5
6
0
1
2
3
STEREO PRE A-B(LR)
INSERT OUT STEREO A,B
DSP6
INSERT IN STEREO A,B
KEY 1-4 OUT(STEREO A,B)
IN:5
OUT:8
P.87
0
1
2
3
4
5
6
0
1
2
3
DRAM
P.84
P.73
KEY MIX36 PRE EQ,MIX 33-36 KEY IN CUE
P.90
KEY MIX40 PRE EQ,MIX 37-40 KEY IN CUE
P.87
P.84
P.73
P.84
P.73
KEY MIX44 PRE EQ,MIX 41-44 KEY IN CUE
P.90
P.84
KEY STEREO B(R) PRE EQ,STEREO A-B KEY IN CUE
P.90
MIX PRE 45-48
<MIX45>PRE EQ,PRE FADER,POST FADER,POST ON
INSERT OUT MIX 45-48
DSP6
INSERT IN MIX 45-48
<MIX46>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX47>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX48>PRE EQ,PRE FADER,POST FADER,POST ON
KEY 1-4 OUT(MIX 45-48)
IN:5
OUT:8
0
1
2
3
4
5
6
0
1
2
3
P.84
P.73
KEY MIX48 PRE EQ,MIX 45-48 KEY IN CUE
P.90
CASCADE OUT MIX 33-36
7
CASCADE OUT MIX 37-40
CASCADE IN MIX 33-36
4
CASCADE IN MIX 37-40
4
CASCADE IN MIX 41-44
4
CASCADE OUT MIX 41-44
CASCADE OUT MIX 45-48
CASCADE IN MIX 45-48
4
CASCADE IN
STEREO A-B
4
CASCADE OUT STEREO A,B
DRAM
256K x 16
(4Mbit)
DATA BUS(DRAM)
7
7
77
P.87
ADDRESS,RW CONTROL
ADDRESS,RW CONTROL
P.85
P.73
7
5
6
7
5
6
7
5
6
7
5
6
7
5
6
1M x 16
(16Mbit)
DATA BUS(DRAM 32bit)
IC500
IC503
IC550
IC551IC600
IC601
IC602
IC501
IC502
[DIGITAL I/O]
[CASCADE]
[IN]
[DIGITAL I/O]
[CASCADE]
[OUT]
[DIGITAL I/O]
[CASCADE]
[OUT]
[DIGITAL I/O]
[CASCADE]
[IN]
[DIGITAL I/O]
[CASCADE]
[IN]
[DIGITAL I/O]
[CASCADE]
[IN]
[DIGITAL I/O]
[CASCADE]
[IN]
P.88
P.88
P.88
P.88
P.88
KEC-92538-30
86
DSP1D
Page 70
GDB
FUNCTION: MATRIX,CUE/MONITOR ADD.,KEY IN
<MIX1>PRE EQ,PRE FADER,POST FADER,POST ON
P.85
MATRIX PRE 1-4
MATRIX PRE 5-8
MATRIX PRE 9-12
DSP5
P.89
IN:52
OUT:9
<MIX2>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX3>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX4>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX5>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX6>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX7>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX8>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX9>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX10>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX11>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX12>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX13>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX14>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX15>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX16>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX17>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX18>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX19>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX20>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX21>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX22>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX23>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX24>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX25>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX26>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX27>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX28>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX29>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX30>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX31>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX32>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX33>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX34>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX35>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX36>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX37>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX38>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX39>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX40>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX41>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX42>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX43>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX44>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX45>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX46>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX47>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX48>PRE EQ,PRE FADER,POST FADER,POST ON
<STEREO A(L)>PRE EQ,PRE FADER,POST FADER,POST ON
<STEREO A(R)>PRE EQ,PRE FADER,POST FADER,POST ON
<STEREO B(L)>PRE EQ,PRE FADER,POST FADER,POST ON
<STEREO B(R)>PRE EQ,PRE FADER,POST FADER,POST ON
MIX 1-4 to STEREO
MIX 5-8 to STEREO
MIX 9-12 to STEREO
MIX 13-16 to STEREO
MIX 17-20 to STEREO
MIX 21-24 to STEREO
P.84
P.88
MATRIX PRE 13-16
DSP5
IN:52
OUT:9
MATRIX PRE 17-20
MATRIX PRE 21-24
P.89
MIX 25-28 to STEREO
MIX 29-32 to STEREO
MIX 33-36 to STEREO
MIX 37-40 to STEREO
MIX 41-44 to STEREO
MIX 45-48 to STEREO
P.84
PARALLEL BUS
MIX OUT 1-4
DSP5
IN:52
OUT:12
P.90
MIX OUT 5-8
MIX OUT 9-12
MIX OUT 13-16
MIX OUT 17-20
MIX OUT 21-24
MIX OUT 25-28
MIX OUT 29-32
MIX OUT 33-36
MIX OUT 37-40
MIX OUT 41-44
MIX OUT 45-48
<MIX2>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX3>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX4>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX5>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX6>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX7>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX8>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX9>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX10>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX11>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX12>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX13>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX14>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX15>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX16>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX17>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX18>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX19>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX20>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX21>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX22>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX23>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX24>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX25>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX26>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX27>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX28>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX29>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX30>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX31>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX32>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX33>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX34>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX35>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX36>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX37>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX38>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX39>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX40>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX41>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX42>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX43>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX44>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX45>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX46>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX47>PRE EQ,PRE FADER,POST FADER,POST ON
<MIX48>PRE EQ,PRE FADER,POST FADER,POST ON
<STEREO A(L)>PRE EQ,PRE FADER,POST FADER,POST ON
DSP5
IN:53
OUT:4
<STEREO A(R)>PRE EQ,PRE FADER,POST FADER,POST ON
<STEREO B(L)>PRE EQ,PRE FADER,POST FADER,POST ON
<STEREO B(R)>PRE EQ,PRE FADER,POST FADER,POST ON
SUB IN 1,DIRECT IN 1
MONITOR PRE A,B
P.89
PARALLEL BUS
2TR IN 1 1-2(LR)
MATRIX 1-4 to CUE
MATRIX 5-8 to CUE
MATRIX 9-12 to CUE
MATRIX 13-16 to CUE
MATRIX 17-20 to CUE
MATRIX 21-24 to CUE
MATRIX 1-4 to MONITOR
MATRIX 5-8 to MONITOR
MATRIX 9-12 to MONITOR
MATRIX 13-16 to MONITOR
MATRIX 17-20 to MONITOR
MATRIX 21-24 to MONITOR
MIX 9-12 KEY IN CUE
MIX 13-16 KEY IN CUE
MIX 17-20 KEY IN CUE
MIX 21-24 KEY IN CUE
MIX 25-28 KEY IN CUE
MIX 29-32 KEY IN CUE
MIX 33-36 KEY IN CUE
MIX 37-40 KEY IN CUE
MIX 41-44 KEY IN CUE
MIX 45-48 KEY IN CUE
D. SUB OUT 9-12
D. SUB OUT 13-16
D. SUB OUT 17-20
D. SUB OUT 21-24
D. SUB OUT 25-28
D. SUB OUT 29-32
D. SUB OUT 33-36
D. SUB OUT 37-40
D. SUB OUT 41-44
D. SUB OUT 45-48
D. SUB OUT 49-52
D. SUB OUT 53-56
D. SUB OUT 57-60
D. SUB OUT 61-64
D. SUB OUT 65-68
D. SUB OUT 69-72
D. SUB OUT 73-76
D. SUB OUT 77-80
D. SUB OUT 81-84
D. SUB OUT 85-88
OUT PATCH TEST 1
OUT PATCH TEST 2
D. SUB OUT 97-100
D. SUB OUT 105-108
D. SUB OUT 109-112
D. SUB OUT 113-116
D. SUB OUT 117-120
D. SUB OUT 121-124
D. SUB OUT 125-128
D. SUB OUT 101-104
D. SUB OUT 173-176
D. SUB OUT 129-132
D. SUB OUT 133-136
D. SUB OUT 137-140
D. SUB OUT 141-144
D. SUB OUT 145-148
D. SUB OUT 149-152
D. SUB OUT 153-156
D. SUB OUT 157-160
D. SUB OUT 161-164
D. SUB OUT 165-168
D. SUB OUT 169-172
DIGITAL STEREO OUT A-B
PDB
FUNCTION: OUTPUT PATCH, PEAK METER
MIX OUT 1-4
MIX OUT 5-8
MIX OUT 9-12
MIX OUT 13-16
MIX OUT 17-20
MIX OUT 21-24
MIX OUT 25-28
MIX OUT 29-32
MIX OUT 33-36
MIX OUT 37-40
MIX OUT 41-44
MIX OUT 45-48
DSP5
IN:40
OUT:24
P.87
MATRIX OUT 1-4
MATRIX OUT 5-8
MATRIX OUT 9-12
MATRIX OUT 13-16
MATRIX OUT 17-20
MATRIX OUT 21-24
P.89
D. SUB OUT 89-92
D. SUB OUT 93-96
INSERT OUT CH1-4
INSERT OUT CH5-8
INSERT OUT CH9-12
INSERT OUT CH13-16
INSERT OUT CH17-20
INSERT OUT CH21-24
INSERT OUT CH25-28
INSERT OUT CH29-32
INSERT OUT CH33-36
INSERT OUT CH37-40
INSERT OUT CH41-44
INSERT OUT CH45-48
DSP5
IN:40
OUT:24
INSERT OUT CH49-52
INSERT OUT MIX 1-4
INSERT OUT MIX 5-8
INSERT OUT MIX 9-12
INSERT OUT MIX 13-16
INSERT OUT MIX 17-20
INSERT OUT MIX 21-24
INSERT OUT MIX 25-28
INSERT OUT MIX 29-32
INSERT OUT MIX 33-36
INSERT OUT MIX 37-40
INSERT OUT MIX 41-44
INSERT OUT MIX 45-48
INSERT OUT STEREO A,B
INSERT OUT MATRIX 1-4
INSERT OUT MATRIX 5-8
INSERT OUT MATRIX 9-12
INSERT OUT MATRIX 13-16
INSERT OUT MATRIX 17-20
INSERT OUT MATRIX 21-24
DIGITAL OUT 9-12
DIGITAL OUT 13-16
DIGITAL OUT 17-20
DIGITAL OUT 21-24
DIGITAL OUT 25-28
DIGITAL OUT 29-32
DIGITAL OUT 33-36
DIGITAL OUT 37-40
DIGITAL OUT 41-44
DIGITAL OUT 45-48
DIGITAL OUT 49-52
DIGITAL OUT 53-56
DIGITAL OUT 57-60
DIGITAL OUT 61-64
DIGITAL OUT 65-68
DIGITAL OUT 69-72
DIGITAL OUT 73-76
DIGITAL OUT 77-80
DIGITAL OUT 81-84
DIGITAL OUT 85-88
DIGITAL OUT 89-92
DIGITAL OUT 93-96
DIGITAL OUT 133-136
DIGITAL OUT 137-140
DIGITAL OUT 141-144
DIGITAL OUT 145-148
DIGITAL OUT 149-152
DIGITAL OUT 153-156
DIGITAL OUT 157-160
DIGITAL OUT 129-132
DIGITAL OUT 125-128
DIGITAL OUT 121-124
DIGITAL OUT 117-120
DIGITAL OUT 113-116
DIGITAL OUT 109-112
DIGITAL OUT 105-108
DIGITAL OUT 101-104
DIGITAL OUT 97-100
DIGITAL OUT 161-164
DIGITAL OUT 165-168
DIGITAL OUT 169-172
DIGITAL OUT 176-180
DIGITAL OUT 181-184
DIGITAL OUT 185-188
DIGITAL OUT 189-192
DIGITAL OUT 173-175
PDB
FUNCTION: DITHER
D. SUB OUT 65-68
DSP5
IN:40
OUT:24
D. SUB OUT 69-72
D. SUB OUT 73-76
D. SUB OUT 77-80
D. SUB OUT 81-84
D. SUB OUT 85-88
D. SUB OUT 89-92
D. SUB OUT 93-96
DSP6
IN:4
OUT:8
1
0
2
3
4
5
6
7
1
0
2
3
4
5
6
7
8
9
10
11
12
13
14
15
P.90
DSP5
IN:40
OUT:24
1
0
2
3
4
5
6
7
D. SUB OUT 97-100
D. SUB OUT 101-104
D. SUB OUT 105-108
D. SUB OUT 109-112
D. SUB OUT 113-116
D. SUB OUT 117-120
D. SUB OUT 121-124
D. SUB OUT 125-128
8
9
10
11
12
13
14
15
D. SUB OUT 129-132
P.90
D. SUB OUT 133-136
D. SUB OUT 137-140
D. SUB OUT 141-144
D. SUB OUT 145-148
D. SUB OUT 149-152
D. SUB OUT 153-156
D. SUB OUT 157-160
D. SUB OUT 161-164
D. SUB OUT 165-168
D. SUB OUT 169-172
D. SUB OUT 173-176
D. SUB OUT 177-180
D. SUB OUT 181-184
D. SUB OUT 185-188
D. SUB OUT 189-192
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
D. SUB OUT 1-4
D. SUB OUT 5-8
D. SUB OUT 9-12
D. SUB OUT 13-16
D. SUB OUT 17-20
D. SUB OUT 21-24
D. SUB OUT 25-28
D. SUB OUT 29-32
D. SUB OUT 33-36
D. SUB OUT 37-40
D. SUB OUT 41-44
D. SUB OUT 45-48
D. SUB OUT 49-52
D. SUB OUT 53-56
D. SUB OUT 57-60
D. SUB OUT 61-64
OVERALL ASSEMBLY······························································································································ 2
JK BOX ASSEMBLY ································································································································· 6
ELECTRICAL PARTS ·························································································································7~24
Notes : DESTINATION ABBREVIATIONS
A: Australian model
B: British model
C: Canadian model
D: German model
E: European model
F: French model
H: North European model
I : Indonesian model
J: Japanese model
M: South African model
O: Chinese model
Q: South-east Asia model
T: Taiwan model
U: U.S.A. model
V: General export model (110 V)
W: General export model (220 V)
N,X:General export model
Y: Export model
WARNING
Components having special characteristics are marked and must be replaced with parts having
specification equal to those originally installed.
• The numbers in “ QTY ” show quantities for each unit.
• The parts with “ - - ” in “ PART NO. ” are not available as spare parts.
• The mark “ ” in the remarks column indicates that these parts are interchangeable.
• The second letter of the shaded ( ) part number is O, not zero.
• The second letter of the shaded ( ) part number is I, not one.
Page 78
980
970
660660
670
670
680
690
985
700
710
480
470
510
540
460
290
300
760
770
780
1210
210
200
235
140
850
150
280
100
905
900
720
810
790
800
820
380
360
260
180
300
730
320
280
325
330
350
310
750
740
340
250
170
160
130
230
210
370
650
390
230
280
190
500
930
950
960 965
940
640
630
630a
540
540
890
880
270
840
520
830
220
440
400
460
420
430
580
570
570
600
600
560
490
120
550
430
430
450
410
410
240
580
590
530
590
860
920
910
950
960
965
870
660a
670a
680a
680c
680b
690b
690c
700c
710c
710d
710b
710a
700d
700a
700b
690a
670b
670c
660c
660b
90
50
40
30
20
70
60
10
DSP1D
OVERALL ASSEMBLY
2
Page 79
DSP1D
REF NO.
PART NO.
10
20
30
V4783000
CB806590
VR138400
*
40
50
VC688800
60
70
VC688800
90
100
VC688800
120
130
VC688800
140
150
VC688800
160
170
VC688800
180
190
VC688800
200
210
220
VC688800
230
VC688800
235
VC688800
240
250
VC688800
260
VC688800
270
280
VC688800
290
300
VC688800
310
320
325
330
340
350
V4439500
EP600230
VB659000
V5048000
VC688800
*
*
360
370
VC688800
380
390
VC688800
400
410
420
430
435
V4407900
EP600230
EP600230
VN413300
*
440
450
VN413300
460
VC688800
470
480
VC688800
490
500
VC688800
510
520
VC688800
530
540
VC688800
550
560
570
V4704900
VD831800
V5789100
*
580
590
VG605800
600
630
630a
*
*
V5065200
640
650
VP156800
660
V5106500
660a
:
New PartsRANK: Japan only
*
DESCRIPTION
OVERALL ASSEMBLY
Overall Assembly
- -
Overall Assembly
- -
Botton Plate
Foot
Bind Head Tapping Screw-B
Frame
- -
Bind Head Tapping Screw-B
Frame
- -
Bind Head Tapping Screw-B
Frame
- -
Bind Head Tapping Screw-B
Frame
- -
Bind Head Tapping Screw-B
Frame
- -
Bind Head Tapping Screw-B
Frame
- -
Bind Head Tapping Screw-B
Frame
- -
Bind Head Tapping Screw-B
Frame
- -
Frame
- -
Bind Head Tapping Screw-B
Bind Head Tapping Screw-B
Bind Head Tapping Screw-B
Middle Panel
- -
Bind Head Tapping Screw-B
Bind Head Tapping Screw-B
Guide Plate
- -
Bind Head Tapping Screw-B
Guide Plate
- -
Bind Head Tapping Screw-B
Bracket
- -
Circuit Board
Bind Head Tapping Screw-B
Bind Head Screw
Circuit Board
Bind Head Tapping Screw-B
Frame
- -
Bind Head Tapping Screw-B
Bracket
- -
Bind Head Tapping Screw-B
Circuit Board
Reinforcement Angle
- -
Bind Head Tapping Screw-B
Bind Head Tapping Screw-B
Bind Head Tapping Screw-B
Frame
- -
Bind Head Tapping Screw-B
Bind Head Tapping Screw-B
JK Box Assembly
- -
Bind Head Tapping Screw-B
Frame
- -
Bind Head Tapping Screw-B
Frame
- -
Bind Head Tapping Screw-B
Frame
- -
Bind Head Tapping Screw-B
Power Supply Unit
Bind Head Tapping Screw-B
Motor
Fan Guard
- -
Bind Head Screw
Fan Guide
- -
Inlet Assembly
- -
AC Inlet
Support
- -
Bind Head Screw
Circuit Board Assembly
Circuit Board
Bind Head Tapping Screw-B
Circuit Board Assembly
Circuit Board
- -
F Frame
- -
Bind Head Tapping Screw-B
Circuit Board Assembly
Circuit Board
- -
F Frame
- -
Bind Head Tapping Screw-B
Circuit Board Assembly
Circuit Board
- -
F Frame
- -
Bind Head Tapping Screw-B
Circuit Board Assembly
Circuit Board
- -
F Frame
- -
Bind Head Tapping Screw-B
Bind Head Screw
Circuit Board Assembly
Circuit Board
- -
F Frame
- -
Bind Head Tapping Screw-B
Bind Head Screw
Front Panel
Escutcheon, Power Switch
Power Switch Knob
Oval Head Screw
Circuit Board
Circuit Board
Circuit Board
Circuit Board
Circuit Board
Lithium Battery
Circuit Board
Reinforcement Angle
- -
Cushion
- -
Bind Head Screw
Top Cover
Bind Head Tapping Screw-B
Front Cover
Knob
Bind Head Tapping Screw-B
Oval Head Screw
Side Panel
Bind Head Tapping Screw-B
Side Panel
Bind Head Tapping Screw-B
Frame
- -
Oval Head Screw
Panel
Bind Head Tapping Screw-B
Bind Head Screw
Cord Binder
Cord Binder
Cord Holder
Connector Assembly
ACCESSORIES
AC Cord
AC Cord
AC Cord
AC Cord
Adaptor
Cable Lock
Cable Lock
J 7A 125V 3P
CSA
VDE
BS 3P
J
U,C,V
H,W
B
J
J,U,C,V
H,W,B
REMARKS
QTY
RANK
09
09
08
10
06
07
07
:
New PartsRANK: Japan only
*
5
Page 82
DSP1D
120
110
110
100
110
10
60
40
90
50
80
20
70
50
90
30
50
JK BOX ASSEMBLY
*
REF NO.
10
20
30
40
50
60
70
80
90
100
110
120
PART NO.
- -
- -
- -
- -
- -
VC688800
- -
VC688800
- EP600230
V4112900
EP600230
- -
DESCRIPTION
JK BOX ASSEMBLY
JK Box Assembly
Guide Plate
Guide Plate
Side Panel
Side Panel
Bind Head Tapping Screw-B
Frame
Bind Head Tapping Screw-B
Reinforcement Angle
Bind Head Tapping Screw-B
Circuit Board
Bind Head Tapping Screw-B
Edgeing
Ceramic Capacitor-CH(chip)
Ceramic Capacitor-SL(chip)
Monolithic Ceramic Cap.
Monolithic Ceramic Cap.
Monolithic Ceramic Cap.
Monolithic Ceramic Cap.
Header, Flat Cable
Header, Flat Cable
Connector Base Post
Connector Base Post
Connector Base Post
LC Filter
LC Filter
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
20P 50V J
680P 50V J
B 470P 50V K
B 4700P 50V K
B 0.1 25V K
F 0.1 25V Z
53320 96P SE
53320 96P SE
PH-10P TE
PH- 5P TE
PH- 5P TE
LS MT Y223NB
LS MT Y223NB
IC-PST591DMT
HD74LV11AFPEL
HD74LV04AFPEL
HD74LV02AFPEL
SYSTEM RESET
AND
INVERTER
NOR
TRANSCEIVER
TRANSCEIVER
D-FF
SIA
SIA
SRAM 256K
INVERTER
FIFO 64K
FIFO 64K
TRANSCEIVER
TRANSCEIVER
FIFO 64K
FIFO 64K
D-FF
EPROM 1M
FPGA
SRAM 64K
INVERTER
CPU
TRANSCEIVER
AND
FLASH ROM 4M
SRAM 1M
TRANSCEIVER
T.C.READER/GENERATOR
TRANSCEIVER
SRAM 256K
CPU
TRANSCEIVER
AND
FLASH ROM 4M
SRAM 1M
TRANSCEIVER
TRANSCEIVER
REGULATOR +2.5V
BUFFER
BUFFER
INVERTER
DECODER
FOR TEST
FOR TEST
Electrolytic Cap. (chip)
Electrolytic Cap. (chip)
Monolithic Ceramic Cap.
Monolithic Ceramic Cap.
Connector Base Post
C650
C651
V4112700
UF118330
UF118330
*
UB012470
UB245100
CN100
VB858400
:
New PartsRANK: Japan only
*
DSP EDB
CBE-2P
330 6.3V UUR0J3
330 6.3V UUR0J3
B 470P 50V K
F 0.1 25V Z
PH- 5P SE
(XW348B0)
(V498570)
8
2
01
01
01
01
01
Page 85
DSP1D
REF NO.
PART NO.
CN250
VB390600
CN650
VZ581500
-652
VZ581500
EM650
FZ006970
EM651
FZ006970
IC100
XY715A00
IC101
XT487A00
IC102
XY837A00
IC103
XV729A00
IC104
*
*
*
*
*
*
*
*
*
*
XV685A00
IC105
IS003200
IC106
IS000800
IC107
IS000800
IC109
IS000400
IC110
IS000500
IC250
XV242A00
IC251
XV242A00
IC252
XT487A00
IC253
XT487A00
IC254
XY732B00
IC255
XV242A00
-260
XV242A00
IC300
XV988A00
IC301
XV077A00
-303
XV077A00
IC304
XV988A00
IC305
XV077A00
IC306
XT487A00
IC307
XT487A00
IC350
XV988A00
IC351
XV077A00
-353
XV077A00
IC354
XV988A00
IC355
XV077A00
IC400
XV988A00
IC401
XV077A00
-403
XV077A00
IC404
XV988A00
IC405
XV077A00
IC450
XV988A00
IC451
XV077A00
-453
XV077A00
IC454
XV988A00
IC455
XV077A00
IC500
XV988A00
IC501
XV077A00
IC502
XV077A00
IC503
XV988A00
IC550
XV988A00
IC551
XV077A00
IC552
XV077A00
IC553
XV988A00
IC600
XT487A00
-605
XT487A00
IC606
XV242A00
LD100
V4095700
-103
V4095700
RA100
RE047100
-115
RE047100
RA250
RE047100
-258
RE047100
RA259
RE048100
-262
RE048100
RA264
RE047100
-266
RE047100
RA268
RE047100
RA270
RE047100
RA272
RE047100
-275
RE047100
RA300
RE047100
:
New PartsRANK: Japan only
*
DESCRIPTION
Connector Base Post
Header, Flat Cable
Header, Flat Cable
LC Filter
LC Filter
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
LED
LED
Resistor Array
Resistor Array
Resistor Array
Resistor Array
Resistor Array
Resistor Array
Resistor Array
HD74LV245AF
PG1113F GR
PG1113F GR
10KX4
10KX4
10KX4
10KX4
100KX4
100KX4
10KX4
10KX4
10KX4
10KX4
10KX4
10KX4
10KX4
REMARKS
CPU
TRANSCEIVER
SYSTEM RESET
SRAM 1M
FLASH ROM 4M
OR
AND
AND
INVERTER
INVERTER
TRANSCEIVER
TRANSCEIVER
TRANSCEIVER
TRANSCEIVER
FPGA
TRANSCEIVER
TRANSCEIVER
DSP6
DRAM 4M
DRAM 4M
DSP6
DRAM 4M
TRANSCEIVER
TRANSCEIVER
DSP6
DRAM 4M
DRAM 4M
DSP6
DRAM 4M
DSP6
DRAM 4M
DRAM 4M
DSP6
DRAM 4M
DSP6
DRAM 4M
DRAM 4M
DSP6
DRAM 4M
DSP6
DRAM 4M
DRAM 4M
DSP6
DSP6
DRAM 4M
DRAM 4M
DSP6
TRANSCEIVER
TRANSCEIVER
TRANSCEIVER
MONI1-4
Monolithic Ceramic Cap.
Monolithic Ceramic Cap.
Monolithic Ceramic Cap.
Header, Flat Cable
Header, Flat Cable
Connector Base Post
Connector Base Post
Connector Base Post
Diode
Diode Array
LC Filter
LC Filter
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
SL 20P 50V J
B 470P 50V K
F 0.1 25V Z
53320 96P SE
53320 96P SE
PH- 5P TE
PH- 5P TE
PH-10P TE
1SS355 TE-17
DAN217 0.3A X2
LS MT Y223NB
LS MT Y223NB
HD74LV00AFPEL
NAND
TRANSCEIVER
TRANSCEIVER
NAND
NAND
INVERTER
INVERTER
TRANSCEIVER
TRANSCEIVER
SRAM 512K
CPU
TRANSCEIVER
AND
AND
FLASH ROM 4M
SRAM 1M
SRAM 1M
OP AMP
OR
SYSTEM RESET
SRAM 4M
SRAM 4M
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
LED (chip)
LED (chip)
Resistor Array
Resistor Array
Resistor Array
Resistor Array
Resistor Array
Resistor Array
Resistor Array
Resistor Array
Resistor Array
Resistor Array
Resistor Array
Resistor Array
Resistor Array
Resistor Array
HD74LV125AFPEL
HD74LV04AFPEL
TLSU1008 RE
TLSU1008 RE
10KX4
10KX4
100KX4
100KX4
10KX4
100KX4
100KX4
10KX4
10KX4
10KX4
10KX4
10KX4
10KX4
1KX4
10KX4
10KX4
10KX4
100KX4
100KX4
10KX4
10KX4
SSGM18151A
8.27MHz SMD-49
CSTCC7.16MG0H6-TC
20.0 0.1 J
220.0 0.1 J
1.0K 0.1 J
3.0K 0.1 J
10.0K 0.1 J
4.7M 0.1 J
SRAM 64K
REMARKS
CPU
TRANSCEIVER
AND
FLASH ROM 4M
SRAM 1M
AND
FPGA
TRANSCEIVER
FPGA
D-FF
TRANSCEIVER
TRANSCEIVER
BUFFER
INVERTER
FOR TEST
FOR TEST
FUNTION
QTY
RANK
19
10
03
01
11
09
01
11
03
11
02
03
03
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
01
03
03
01
01
01
01
01
01
01
Circuit Board
Ejector
- -
Electrolytic Cap. (chip)
Electrolytic Cap. (chip)
Monolithic Ceramic Cap.
Monolithic Ceramic Cap.
Connector Base Post
Connector Base Post
Header, Flat Cable
- -
Header, Flat Cable
- -
Header, Flat Cable
Header, Flat Cable
LC Filter
LC Filter
IC
IC
IC
IC
IC
IC
IC
IC
C950
C951
V4112500
UF118330
UF118330
*
UB012470
UB245100
CN100
VB858400
CN200
VB390600
CN900
CN901
CN902
VZ581500
-904
VZ581500
EM950
FZ006970
EM951
FZ006970
IC100
XY715A00
IC101
XY837A00
IC102
XT487A00
IC103
XV729A00
IC104
*
*
*
*
XV685A00
IC106
IS000800
IC107
IS000800
IC108
IS003200
:
New PartsRANK: Japan only
*
DSP GDB
CBE-2P
330 6.3V UUR0J3
330 6.3V UUR0J3
B 470P 50V K
F 0.1 25V Z
PH- 5P SE
PH-10P TE
5342 50P SE
5342 50P SE
53320 96P SE
53320 96P SE
LS MT Y223NB
LS MT Y223NB
HD6477042AF28
IC-PST593DMT
CPU
SYSTEM RESET
TRANSCEIVER
SRAM 1M
FLASH ROM 4M
AND
AND
OR
(XW346B0)
(V498570)
(V419270)
(V419270)
2
01
01
01
01
01
01
05
05
02
02
10
02
03
09
11
01
01
01
11
Page 88
DSP1D
REF NO.
PART NO.
IC109
*
*
*
*
*
*
*
*
*
*
*
*
IS000400
IC110
IS000500
IC200
XY730B00
IC220
XV242A00
-224
XV242A00
IC225
XT487A00
IC226
XV242A00
IC227
XT487A00
IC228
XV242A00
IC229
XV242A00
IC250
XV989A00
IC251
XV989A00
IC300
XV988A00
IC301
XV932A00
IC302
XV932A00
IC303
XT487A00
IC304
XT487A00
IC305
XV988A00
IC350
XV988A00
IC351
XV988A00
IC400
XV988A00
IC401
XV932A00
IC402
XV932A00
IC403
XV988A00
IC450
XV988A00
IC451
XV988A00
IC500
XV988A00
IC501
XV932A00
IC502
XV932A00
IC503
XV988A00
IC550
XV988A00
IC551
XV988A00
IC600
XV988A00
IC601
XV077A00
IC602
XV077A00
IC650
XV989A00
IC651
XV989A00
IC750
XV989A00
IC751
XV989A00
IC800
XV989A00
IC850
XT487A00
-867
XT487A00
IC868
XV242A00
IC869
XT487A00
-871
XT487A00
LD100
V4095700
-103
V4095700
RA100
RE047100
-114
RE047100
RA200
RE047100
-208
RE047100
RA213
RE047100
RA220
RE048100
-223
RE048100
RA224
RE047100
-231
RE047100
RA250
RE047100
-253
RE047100
RA300
RE047100
-307
RE047100
RA400
RE047100
-407
RE047100
RA500
RE047100
-507
RE047100
RA600
RE047100
-607
RE047100
RA650
RE047100
-661
RE047100
RA750
RE047100
-752
RE047100
:
New PartsRANK: Japan only
*
DESCRIPTION
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
LED
LED
Resistor Array
Resistor Array
Resistor Array
Resistor Array
Resistor Array
Resistor Array
Resistor Array
Test Pin
Test Pin
Test Pin
Ceramic Resonator
Quartz Crystal Unit
Carbon Resistor (chip)
Carbon Resistor (chip)
Carbon Resistor (chip)
Carbon Resistor (chip)
Carbon Resistor (chip)
Carbon Resistor (chip)
Carbon Resistor (chip)
Circuit Board
Ejector
- -
Electrolytic Cap. (chip)
Electrolytic Cap. (chip)
Monolithic Ceramic Cap.
Monolithic Ceramic Cap.
Header, Flat Cable
Header, Flat Cable
Connector Base Post
Connector Base Post
LC Filter
LC Filter
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
CBE-2P
330 6.3V UUR0J3
330 6.3V UUR0J3
B 470P 50V K
F 0.1 25V Z
53320 96P SE
53320 96P SE
PH- 5P SE
PH-10P TE
LS MT Y223NB
LS MT Y223NB
HD6477042AF28
IC-PST593DMT
TC74VHC245F
IDT71016S15Y-TR
MBM29F400BC-70PFTN
HD74LV04AFPEL
HD74LV32AFPEL
HD74LV32AFPEL
HD74LV08AFPEL
HD74LV08AFPEL
HD74LV05AFPEL
EPM7128AETC144-12
TC74VHCT245AF
CPU
SYSTEM RESET
TRANSCEIVER
SRAM 1M
FLASH ROM 4M
INVERTER
OR
OR
AND
AND
INVERTER
FPGA
TRANSCEIVER
TRANSCEIVER
TRANSCEIVER
TRANSCEIVER
TRANSCEIVER
TRANSCEIVER
TRANSCEIVER
TRANSCEIVER
DSP6
DRAM 16M
DRAM 16M
TRANSCEIVER
TRANSCEIVER
DSP6
DSP6
DSP6
DSP6
DSP6
DSP6
DSP6
DSP6
DRAM 16M
DRAM 16M
DSP6
DSP6
DSP6
DSP6
DSP6
DSP6
DSP6
QTY
RANK
01
01
01
01
01
01
01
06
01
01
01
01
01
01
01
2
01
01
01
01
05
05
01
01
02
02
10
02
03
09
11
01
01
01
01
01
01
03
03
03
03
03
03
03
03
10
12
12
03
03
10
10
10
10
10
10
10
10
12
12
10
10
10
10
10
10
10
13
Page 90
DSP1D
REF NO.
IC650
*
IC651
*
IC700
*
IC701
*
IC750
*
IC751
*
IC800
*
IC801
*
IC850
IC855
*
IC856
IC900
IC912
IC913
LD100
*
*
RA100
RA200
RA213
RA220
RA224
RA250
RA450
RA650
RA651
RA700
RA701
RA750
RA751
RA800
RA850
RA856
RA857
X100
*
X250
-854
-863
-911
-103
-114
-208
-223
-235
-257
-457
-855
-871
PART NO.
XV989A00
XV989A00
XV989A00
XV989A00
XV989A00
XV989A00
XV989A00
XV989A00
Receptacle
Base Post Connector
Receptacle
Receptacle
Receptacle
Receptacle
Base Post Connector
Base Post Connector
Connector Base Post
Base Post Connector
Base Post Connector
Header, Flat Cable
- -
Header, Flat Cable
- -
Header, Flat Cable
- -
Header, Flat Cable
- -
Header, Flat Cable
- -
Base Post Connector
Connector Base Post
Connector Base Post
LC Filter
LC Filter
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
Chip Inductance
Chip Inductance
Metal Film Resistor (chip)
Metal Film Resistor (chip)
Metal Film Resistor (chip)
Metal Film Resistor (chip)
Carbon Resistor
Carbon Resistor (chip)
Carbon Resistor (chip)
Carbon Resistor (chip)
Carbon Resistor (chip)
52480 96P TE
VH- 4P TE
52480 96P TE
52480 96P TE
52480 96P TE
52480 96P TE
VH- 4P TE
VH- 3P TE
PH-10P TE
VH- 4P TE
VH- 4P TE
5332 30P TE
5332 30P TE
5332 50P TE
5332 50P TE
5332 14P TE
VH- 2P TE
PH- 3P TE
PH- 3P TE
LS MT Y223NB
LS MT Y223NB
LT1117CST-3.3
EPC1
EPF10K50EQC240-3
Monolithic Ceramic Cap.
Monolithic Ceramic Cap.
Mylar Capacitor (chip)
Connector
Connector
Header, Flat Cable
Diode Array
Diode Array
Diode Array
Diode Array
Diode Array
EMI Filter (chip)
EMI Filter (chip)
LC Filter
LC Filter
EMI Filter (chip)
EMI Filter (chip)
LC Filter
LC Filter
EMI Filter (chip)
EMI Filter (chip)
LC Filter
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
Chip Inductance
Chip Inductance
Resistor Array
Resistor Array
Resistor Array
Resistor Array
Resistor Array
Resistor Array
Resistor Array
Resistor Array
Resistor Array
Resistor Array
Carbon Resistor (chip)
Carbon Resistor (chip)
Carbon Resistor (chip)
Carbon Resistor (chip)
Carbon Resistor (chip)
NOR
INVERTER
LINE RECEIVER
LINE RECEIVER
LINE DRIVER
ATSC
ATSC
DIR2
LINE RECEIVER
LINE RECEIVER
LINE DRIVER
ATSC
ATSC
DIR2
TRANSCEIVER
TRANSCEIVER
COUNTER
OR
D-FF
TRANSCEIVER
TRANSCEIVER
AND
INVERTER
SYSTEM RESET
SYSTEM RESET
Monolithic Ceramic Cap.
Monolithic Ceramic Cap.
Mylar Capacitor (chip)
Connector
Connector
Header, Flat Cable
Diode Array
Diode Array
Diode Array
Diode Array
Diode Array
LC Filter
LC Filter
EMI Filter (chip)
EMI Filter (chip)
LC Filter
LC Filter
EMI Filter (chip)
EMI Filter (chip)
LC Filter
LC Filter
EMI Filter (chip)
EMI Filter (chip)
LC Filter
LC Filter
EMI Filter (chip)
EMI Filter (chip)
LC Filter
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
Chip Inductance
Chip Inductance
Resistor Array
Resistor Array
Resistor Array
Resistor Array
ATSC
ATSC
LINE DRIVER
LINE RECEIVER
LINE DRIVER
LINE DRIVER
INVERTER
DIR2
ATSC
ATSC
LINE DRIVER
LINE RECEIVER
LINE DRIVER
LINE DRIVER
DIR2
TRANSCEIVER
TRANSCEIVER
COUNTER
OR
D-FF
TRANSCEIVER
TRANSCEIVER
AND
INVERTER
SYSTEM RESET
SYSTEM RESET
Monolithic Ceramic Cap.
Monolithic Ceramic Cap.
Mylar Capacitor (chip)
Connector
Connector
Header, Flat Cable
Diode Array
Diode Array
EMI Filter (chip)
EMI Filter (chip)
LC Filter
LC Filter
EMI Filter (chip)
EMI Filter (chip)
LC Filter
EMI Filter (chip)
EMI Filter (chip)
LC Filter
LC Filter
EMI Filter (chip)
EMI Filter (chip)
LC Filter
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
INVERTER
LINE RECEIVER
LINE RECEIVER
LINE RECEIVER
LINE RECEIVER
LINE DRIVER
NOR
DIR2
ATSC
ATSC
TRANSCEIVER
TRANSCEIVER
D-FF
D-FF
LINE DRIVER
LINE DRIVER
LINE RECEIVER
DIR2
TRANSCEIVER
TRANSCEIVER
OR
COUNTER
TRANSCEIVER
D-FF
TRANSCEIVER
TRANSCEIVER
Monolithic Ceramic Cap.
Monolithic Ceramic Cap.
Mylar Capacitor (chip)
Connector
Connector
Header, Flat Cable
Diode Array
Diode Array
EMI Filter (chip)
EMI Filter (chip)
LC Filter
LC Filter
EMI Filter (chip)
EMI Filter (chip)
LC Filter
LC Filter
EMI Filter (chip)
EMI Filter (chip)
LC Filter
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
NOR
INVERTER
LINE RECEIVER
LINE RECEIVER
LINE DRIVER
LINE DRIVER
ATSC
ATSC
DIR2
LINE RECEIVER
LINE RECEIVER
LINE DRIVER
LINE DRIVER
ATSC
ATSC
DIR2
INVERTER
TRANSCEIVER
TRANSCEIVER
COUNTER
OR
Header, Flat Cable
Socket
D-Sub Connector
Diode
Diode
Diode
Diode
Diode
Diode
LC Filter
LC Filter
IC
IC
IC
IC
IC
IC
IC
IC
Transistor Array
IC
IC
IC
IC
IC
IC
IC
IC
Jumper Wire
BNC Connector
BNC Connector
BNC Connector
BNC Connector
Pulse Transformer
Pulse Transformer
Pulse Transformer
Pulse Transformer
Flame Proof C. Resistor
Flame Proof C. Resistor
Metal Film Resistor
Metal Film Resistor
Metal Film Resistor
Metal Film Resistor
Metal Film Resistor
Metal Film Resistor
Metal Film Resistor
Metal Film Resistor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Carbon Resistor
Protecter switch
Monolithic Ceramic Cap.
Monolithic Ceramic Cap.
Monolithic Ceramic Cap.
Monolithic Ceramic Cap.
Monolithic Ceramic Cap.
Mylar Capacitor (chip)
Header, Flat Cable
Socket
Jack
Diode
Diode Array
Diode Array
LC Filter
LC Filter
LC Filter
LC Filter
IC
Photo Coupler
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
DIN Connector
BNC Connector
SL 68P 50V J
SL 33P 50V J
SL 100P 50V J
F 0.1 25V Z
F 0.33 16V Z
0.082 16V J
53320 96P SE
17LE-23090-27(D4CH
USB 4P TE
1SS355 TE-17
DAN217 0.3A X2
DAN217 0.3A X2
LS MT B271KB
LS MT Y223NB
LS MT B271KB
LS MT B271KB
HD74LV04AFPEL
HCPL-0600-500
MAX202CSE
COMMUNICATION 1 OUT
COMMUNICATION 2 IN
COMMUNICATION 2 OUT
(V410540)(XW332B0)
(V563370)
TO HOST SERIAL
TO HOST USB
INVERTER
RS-232C
TRANSCEIVER
TRANSCEIVER
USB I/F
TRANSCEIVER
INVERTER
INVERTER
LINE DRIVER
LINE RECEIVER
DIR2
SYSTEM RESET
TRANSCEIVER
AND
MIDI IN/OUT/THRU
WORD CLOCK OUT
Circuit Board
Circuit Board
Jumper Wire
Capacitor
Monolithic Ceramic Cap.
Connector Base Post
Base Post Connector
Transistor Array
LED
LED
LED Spacer
LED Spacer
Push Switch
Carbon Resistor
Carbon Resistor
Circuit Board
Receptacle
Receptacle
Base Post Connector
Receptacle
Receptacle
Base Post Connector
Receptacle
Receptacle
Base Post Connector
Receptacle
Receptacle
Base Post Connector
Receptacle
Receptacle
Base Post Connector
Receptacle
Receptacle
Base Post Connector
Receptacle
Receptacle
Header, Flat Cable
- -
Header, Flat Cable
- -
Connector Base Post
Circuit Board
Ejector
- -
Electrolytic Cap. (chip)
Electrolytic Cap. (chip)
Monolithic Ceramic Cap.
Monolithic Ceramic Cap.
Connector Base Post
DSP MB11
52480 96P TE
52480 96P TE
VH- 4P TE
52480 96P TE
52480 96P TE
VH- 5P TE
52480 96P TE
52480 96P TE
VH- 4P TE
52480 96P TE
52480 96P TE
VH- 5P TE
52480 96P TE
52480 96P TE
VH- 4P TE
52480 96P TE
52480 96P TE
VH- 4P TE
52480 96P TE
52480 96P TE
5332 50P TE
5332 50P TE
PH- 8P TE
DSP PDB
CBE-2P
330 6.3V UUR0J3
330 6.3V UUR0J3
F 0.1 25V Z
B 470P 50V K
PH- 5P SE
Connector Base Post
Header, Flat Cable
Header, Flat Cable
Header, Flat Cable
- -
Header, Flat Cable
- -
Header, Flat Cable
- -
Header, Flat Cable
- -
Header, Flat Cable
- -
Header, Flat Cable
- -
Header, Flat Cable
- -
LC Filter
LC Filter
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
IC
LED
LED
Resistor Array
Resistor Array
Resistor Array
PH-10P TE
53320 96P SE
53320 96P SE
5342 50P SE
5332 30P TE
5342 50P SE
5332 30P TE
5332 50P TE
5332 50P TE
5332 14P TE
LS MT Y223NB
LS MT Y223NB
HD74LV32AFPEL
HD6477042AF28
HD74LV08AFPEL
HD74LV08AFPEL