WR - DA7 Manual de Servicio

SPECIFICATIONSGeneralPower requirement : AC 120 V 60 HzPower consumption : 105 W (with options)Frequency response : 20 Hz - 20 kHz, +1 dB - –2 dBT.H.D. (total harmonic distortion) : Less than 0.1 % (input = +10 dB/1 kHz, output = +4 dB/RL 600 Ω)Equivalent input noise : –128 dB (Rs = 150 Ω Input sensitivity = –60 dB typical)Residual noise : –93 dB typicalMaximum voltage gain : 84 dB: MIC/LINE(1-16) in to BUS out

84 dB: MIC/LINE(1-16) in to MASTER out84 dB: MIC/LINE(1-16) in to AUX out

Common Mode Rejection Ratio : More than 80 dB (1kHz)Crosstalk : 90 dB typical (1kHz)Dynamic Range (Fs = 48kHz, DIN audio filter) :

113 dB typical : DA converter (digital in to analog out)112 dB typical : AD converter (analog in to digital out)110 dB typical : AD + DA (analog in to analog out)

AD Converter : 24 bit, 64 times oversampling (input 1 to 16)20 bit, 64 times oversampling (aux returns 3 to 6)

DA Converter : 24 bit, 64 times oversampling (MASTER, MONITOR A)24 bit, 128 times oversampling (MONITOR B)20 bit, 128 times oversampling (aux returns 3 to 6)

Internal signal processing : 32 bit (Dynamic range 192 dB)Sampling Frequency (Fs) : Internal: 44.1 kHz and 48 kHz

External: 44.1 kHz ± 6 % and 48 kHz ± 6 %Signal delay : Less than 2.5 ms, MIC/LINE input to MASTER out

R

Audio Mixer

WR-DA7

ORDER NO. AVS9805093C1D29

C 1998 Matsushi ta Communicat ion Indust r ia l Co. , L td .A l l r i g h t s r e s e r v e d . U n a u t h o r i z e d c o p y i n g a n dd i s t r i b u t i o n i s a v i o l a t i o n o f l a w .

The Meter Bridge shown in photo is one of the optional accessories.

Downloaded from www.Manualslib.com manuals search engine

http://www.manualslib.com/

This service information is designed for experienced repair technicians only and is not designed for use by thegeneral public.It does not contain warnings or cautions to advise non-technical individuals of potential dangers in attempting toservice a product.Products powered by electricity should be serviced or repaired only by experienced professional technicians. Anyattempt to service or repair the product or products dealt with in this service information by anyone else couldresult in serious injury or death.

! WARNING

CAUTIONRISK OF ELECTRIC SHOCK

DO NOT OPEN

CAUTION:TO REDUCE THE RISK OF ELECTRIC SHOCK, DO NOT REMOVE COVER (OR BACK). NO USER SERVICEABLE PARTS INSIDE.REFER SERVICING TO QUALIFIED SERVICEPERSONNEL.

This symbol warns the user that uninsulated voltage within the unit may have sufficient magnitude to cause electric shock. Therefore, it is dangerous to make any kind of contact with any inside part of this unit.

This symbol alerts the user that impotant literature concerning the operation and maintenance of this has been included.Therefore, it should be read carefully in order to avoid any problems.

There are special components used in this equipment which are important for safety. These parts are indicated

by the ” Y ” mark on the schematic diagram and the replacement parts list. It is essential that these critical

parts should be replaced with manufacturer's specified parts to prevent shock, fire, or other hazards.

Do not modify the original design without permission of manufacture.

IMPORTANT SAFETY NOTICE

DynamicsCompressor

Threshold : –40 dB - 0 dB (1 dB/step)Ratio : 1.0, 1.1, 1.3, 1.5, 1.7, 2.0, 2.5, 3.0, 3.5, 4.0, 5.0, 6.0, 8.0, 10, 20, ∞ (16 points)Attack time : 0 ms - 250 ms (1 ms/step)Release time : 5 ms - 2000 ms (5 ms/step)Gain : 0 dB - +12 dB (0.5 dB/step)

GateThreshold : –80 dB - –15 dB (1 dB/step)Attack Time : 0 ms - 250 ms (1 ms/step)Release time : 5 ms - 2000 ms (5 ms/step)

ExpanderThreshold : –80dB - –15dB (1dB/step)Ratio : 1.0, 2.0, 3.0, 4.0, 5.0, 6.0, ∞Attack time : 0 ms - 250 ms (1 ms/step)Release time : 5 ms - 2000 ms (5 ms/step)Range : 0 dB - +40 dB (0.5 dB/step)

Equalizer LOW band PEQ (parametric equalizer) type: Q = 0.5 - 50 (41 steps)

F = 20 Hz - 20 kHz (1/12 oct step)G = ± 15 dB (0.5 dB/step)

LOW band SHL (shelving low) type : F = 20 Hz - 1.6 kHz (1/12 oct step)G = ± 15 dB (0.5dB/step)

LOW band HPF (high-pass) type : F = 20 Hz - 1.6 kHz (1/12 oct step)LOW-MID band PEQ type : Q = 0.5 - 50 (41 steps)

F = 20 Hz - 20 kHz (1/12 oct step)G = ± 15dB (0.5dB/step)

HIGH-MID band PEQ type : Q = 0.5 - 50 (41 steps)F = 50 Hz - 20 kHz (1/12 oct step)G = ± 15 dB (0.5 dB/step)

HIGH band PEQ type : Q = 0.5 - 50 (41 steps)F = 50 Hz - 20 kHz (1/12 oct step)G = ± 15 dB (0.5 dB/step)

HIGH band SHH (shelving high) type : F = 1 kHz - 20 kHz (1/12 oct step)G = ± 15 dB (0.5 dB/step)

HIGH band LPF (low-pass) type: 1 kHz - 20 kHz (1/12 oct step)



Delay : 0 - 14,400 samples/0 - 300 ms (Fs = 48 kHz), 0 - 326 ms (Fs = 44.1 kHz)Phase : normal/reverse (switchable)Stereo meter : Bar graph type LED, Left and Right, 20 points for each

VU or PPM (selectable), Peak hold on/off, ∞Fader : 100 mm motor fader ( x 21), +10 db - –90 dB –∞ dBDisplay : LCD, 320 x 240 dot, with backlightMemory : SCENE MEMORY (Snapshot) 50 registers

CHANNEL library 50 registersEQUALIZER library 50 registersDYNAMICS library 50 registersAUTOMATION 4 mix

Ambient operating temperature : 0 °C - 40 °C (32 °F - 104 °F)Dimensions (mm) : 698 (W) x 244 (H) x 549.5 (D)Weight (without options) : 23kg (51lbs)Finish : ABS resin (Top Panel), Blue blackStandard Accessories : Power Cord, Users’ Guide, Warranty Card, Registration Card

Dimensions and weights indicated are approximate.Specifications are subject to change without notice.

Digital In and Out

2TR IN (INPUT 15,16) :In/Out : InFormat : IEC 958 Professional (AES/EBU) or Consumer (S/PDIF) switchableLevel : RS-422 (AES/EBU) or 0.5 V [pp]/75 Ω (S/PDIF)Connector : XLR 3-31

REC OUT :In/Out : OutFormat : IEC 958 Professional (AES/EBU) or Consumer (S/PDIF) switchableLevel: RS-422 (AES/EBU) or 0.5 V[pp]/75 Ω (S/PDIF)Connector : XLR 3-32

AUX RETURN 1/2 :In/Out : InFormat : IEC 958 Consumer (S/PDIF)Level : 0.5 V [pp]/75 ΩConnector : RCA pin jack

Input Type Source Impedance Signal Level (Nominal-before clipping) Connector Type

CH input 1-8 5 kΩ mics, 50 Ω - 600 Ω –60 dB - –46 dB XLR 3-31 (bal)

lines, 600 Ω +10 dB - +24 dB XLR 3-31 (bal)

CH input 9-16 5 kΩ mics, 50 W - 600 Ω –60 dB - –46 dB TRS phone jack (bal)

lines, 600 Ω +10 dB - +24 dB TRS phone jack (bal)CH Insertion Returns

1-16 10 kΩ lines, 600 Ω +4 dB - +18 dB TRS phone jack (unbal)

2TR B IN (analog) 10 kΩ lines, 600 Ω +4 dB - +18 dB TRS phone jack (bal)

AUX returns 3-6 10 kΩ lines, 600 Ω +4 dB - +18 dB TRS phone jack (unbal)

Input Type Output Impedance Adapted Load Impedance Signal Level (Nominal-before clipping) Connector Type

MASTER L/R 5 kΩ 150 Ω lines 600 Ω +4 dB - +18 dB XLR 3-32 (bal)

AUX sends 3 - 6 75 Ω lines 10 kΩ +4 dB - +18 dB TRS phone jack (unbal)

INSERTION 1 - 16 10 Ω lines 10 kΩ +4 dB - +18 dB TRS phone jack (unbal)

REC OUT L/R (analog) 150 Ω lines 10 kΩ +4 dB - +18 dB TRS phone jack (bal)

MONITOR A out L/R 150 Ω lines 600 Ω +4 dB - +18 dB TRS phone jack (bal)

MONITOR B out L/R 150 Ω lines 600 Ω +4 dB - +18 dB TRS phone jack (bal)

Headphones 8 Ω phones 40 Ω/8 Ω 400 mW/100mW Stereo phone jack (unbal)

Analog Inputs (0 dB = 0.775 Vrms, 0 dBV = 1 Vrms)

Analog Outputs (0 dB = 0.775 Vrms, 0 dBV = 1 Vrms)



AUX SEND 1/2 :In/Out : OutFormat : IEC 958 Consumer (S/PDIF)Level : 0.5 V [pp]/75 ΩConnector : RCA pin jack

WORD CLOCK IN :In/Out : InLevel : TTL/75Ω switchableConnector : BNC

WORD CLOCK OUT/THROUGH :In/Out : OutLevel : TTL/75 Ω, Pass-through (75 Ω OFF) or termination (75 Ω ON)Connector : BNC

MIDI IN :In/Out : InFormat : MIDIConnector : DIN Connector 5P

MIDI OUT :In/Out : OutFormat : MIDIConnector : DIN Connector 5P

TO PC :In/Out : In and OutConnector : Mini-DIN Connector 8P

RS422/485 :In/Out : In and OutConnector : D-sub 9P

FOOT SWITCH :In/Out : InLevel : TTL level, Normally Open (Unlatch type)Connector : Phone jack

Optional Accessories

Meter Bridge :Type : Bargraph LED, 26 channels, 15 points for eachFormat : RAMSA original Level NET IIPower : DC 7 VConnector : D-sub 15P

WR-ADTA (ADAT Interface card (8 in / 8 out))Type : ADAT (DIRECT OUT / BUS / AUX / MASTER, Input 9-32)In/Out : In and OutConnector : Optical

WR-TDIF (TDIF Card (8 in / 8 out))Type : TDIF (DIRECT OUT / BUS / AUX / MASTER, Input 9-32)In/Out : In and OutFormat : TDIF-1Connector : D-sub 25P (in and out)

WR-AESS (AES/EBU Card (8 in / 8 out))Type : AES/EBU/SPDIFSignal type : RS422Connector : D-sub 25P (in and out)



WR-ADDA (A-D/D-A Card (8 in / 8 out))Input 1 - 8 (balanced)

Indicated impedance : 10kΩNominal source impedance : 50Ω ~ 600ΩNominal input level : +4dB (1.23V) Maximum input level before clipping : +18dB (6.15V) Connector type : D-sub 25P

Output 1 - 8 (balanced)Indicated impedance : 10kΩNominal source impedance : 150ΩNominal input level : +4dB (1.23V) Maximum input level before clipping : +18dB (6.15V) Connector type : D-sub 25P

WR-SMPT (SMPTE/V SYNC Card)SMPTE IN

In/Out : InFormat : SMPTE (LTC)Signal type : nominal -10dBV / 10kΩConnector : XLR

V SYNCIn/Out : InFormat : NTSC (B/W or color) / PALSignal type : 75Ω , terminationConnector : BNC

WR-TNDM (TANDEM Card (for running two DA7 mixers simultaneously))Type : TANDEM connectionIn/Out : In and OutFormat : RAMSA SSASignal type : RS422Connector : D-sub 25P



PRODUCT COMPLIES WITH DHHS RULES 21 CFR SUBCHAPTER JAPPLICABLE AT DATE OF MANUFACTURE

SAFETY PRECAUTIONS

GENERAL GUIDELINE

1. When service is required, observe the original lead dress.

Components, wires or cables that indicate evidence of

overheating or other electrical or mechanical damage

should be replaced.

2. After servicing see to that all the protective devices, such

as insulation tape, shields must be properly installed.

3. After servicing, make the following leakage current

checks to prevent the customer from being exposed to

shock hazards.

LEAKAGE CURRENT COLD CHECK1. Unplug the AC cord and connect a jumper between the

two prongs on the plug.

2. Measure the resistance value, with an ohmmeter,

between the jumpered AC plug and each exposed

metall ic cabinet part on the equipment such as

screwheads, connectors, control shafts, etc.

When the exposed metallic part has a return path to the

chassis, the reading should be between 1M Ω and 5.2M

Ω. When the exposed metal does not have a return path

to the chassis, the reading must be ∞ (infinity).

Any resistance value below this range indicates an

abnormality which requires corrective action.

3. Repeat the test with the AC switch in the "OFF" position.

LEAKAGE CURRENT HOT CHECK

1. Plug the AC cord directly into adaptor socket and plug

adaptor into the AC outlet. Do not use an isolation

transformer for this check.

2. Connect a 1.5k Ω/10W resistor, paralleled by 0.15 µF

capacitor, between each exposed metallic part on the unit

and a good earth ground such as a water pipe, as shown

in Figure 1.

3. Use an AC voltmeter, with 1000Ω/volt or more sensitivity,

to measure the potential across the resistor.

4. Check all exposed metallic parts of the cover (BNC

connector, Handle bracket, Metallic cabinet, Screwheads,

Metallic overlays, etc.), and measure the voltage at each

point.

5. Reverse the AC plug in the AC plug adaptor and re-peat

each of the above measurements.

6. The potential at any point should not exceed 0.75 V RMS.

A leakage current tester (SIMPSON MODEL 229 or

equivalent) may be used to make the hot checks.

Leakage current must not exceed 0.5 milliampere.

In case a measurement is outside of the limits specified,

there is a possibility of a shock hazard, and corrective

action must be taken before returning the instrument to

the customer.

AC VOLTMETER

1.5 kΩ

0.15 µF Water Pipe

(Earth Ground)

Test all exposedmetal parts

DEVICEUNDERTEST

AC PLUG

ADAPTOR

AC OUTLET Ground Lead Disconnected during safety check.

Fig. 1 Leakage Current Hot Check



CONTENTS

Major Operating Controls and Their Functions ...................................................................................................... 1 Self Check Procedure................................................................................................................................................ 15Wiring Diagram .......................................................................................................................................................... 22Block Diagram

Overall Block Diagram .............................................................................................................................................. 23Main Board (CPU Section) ....................................................................................................................................... 24Main Board (Panel Control CPU Section)................................................................................................................. 25Main Board (DSP Section-1) .................................................................................................................................... 26Main Board (DSP Section-2) .................................................................................................................................... 27Main Board (Audio Interface Section) ....................................................................................................................... 28AD/DA Board (1/2) .................................................................................................................................................... 29AD/DA Board (2/2) .................................................................................................................................................... 30Fader Drive Board (1/2) ............................................................................................................................................ 31Input Switch Board/Fader Drive Board (2/2) ............................................................................................................. 32HA Board and INS Board.......................................................................................................................................... 33Monitor VR/HP/TB Boards........................................................................................................................................ 34EFX Board ................................................................................................................................................................ 35Block Diagram .......................................................................................................................................................... 36Level Diagram........................................................................................................................................................... 37

Schematic DiagramMonitor VR/HP/TB Boards........................................................................................................................................ 39Bus Relay Board....................................................................................................................................................... 40Power-1/Power-2 Boards.......................................................................................................................................... 42HA Board and INS Board.......................................................................................................................................... 45EFX/Meter Board ...................................................................................................................................................... 46Fader Drive Board .................................................................................................................................................... 48Input Switch Board.................................................................................................................................................... 51AD/DA Board (2/3) .................................................................................................................................................... 53AD/DA Board (3/3) .................................................................................................................................................... 54AD/DA Board (1/3) .................................................................................................................................................... 55Main Board (1/4) ....................................................................................................................................................... 56Main Board (2/4) ....................................................................................................................................................... 57Main Board (3/4) ....................................................................................................................................................... 58Main Board (4/4) ....................................................................................................................................................... 59WR-MTBR ................................................................................................................................................................ 60WR-TNDM ................................................................................................................................................................ 63WR-TDIF................................................................................................................................................................... 64WR-SMPT................................................................................................................................................................. 67WR-AESS ................................................................................................................................................................. 68WR-ADAT ................................................................................................................................................................. 71

Conductor ViewMonitor VR/HP/TB Boards........................................................................................................................................ 38Bus Relay Board....................................................................................................................................................... 41Power-1/Power-2 Boards.......................................................................................................................................... 43HA Board and INS Board.......................................................................................................................................... 44EFX/Meter Board ...................................................................................................................................................... 47Fader Drive Board .................................................................................................................................................... 49Input Switch Board.................................................................................................................................................... 50AD/DA Board ............................................................................................................................................................ 52Main Board ............................................................................................................................................................... 58WR-MTBR ................................................................................................................................................................ 61WR-TNDM ................................................................................................................................................................ 62WR-TDIF................................................................................................................................................................... 65WR-SMPT................................................................................................................................................................. 66WR-AESS ................................................................................................................................................................. 69WR-ADAT ................................................................................................................................................................. 70

Exploded ViewWR-DA7.................................................................................................................................................................... 72WR-MTBR ................................................................................................................................................................ 73WR-TNDM ................................................................................................................................................................ 74WR-TDIF................................................................................................................................................................... 75WR-SMPT................................................................................................................................................................. 76WR-AESS ................................................................................................................................................................. 77WR-ADAT ................................................................................................................................................................. 78

Replacement Parts List ............................................................................................................................................. 79



1

MAJOR OPERATING CONTROLS AND THEIR FUNCTIONS

/CURSOR

16

BUS 2 BUS 4 BUS 6 BUS 832

MONITOR A

MONITOR B

SOLOMONITOR

2TR AL/R

MONITOR A L/R

2TR B

AUX

AUX

MONO

LEVEL

PRE

ON / OFF

FADERCONTROL

1 2

5 6

3 4

BUS ASSIGN

PAN

1 2

7

43

6

8DIRECT

L/R

ON

ON

5

PAN /ASSIGN / AUXDYNAMICS / DELAYEQUALIZERMASTER DISPLAY

H

HM

LM

ON

L EQ

Q

FREQ

GAIN

RL +-

+-

+-

+-

+-

+-

ONON

PARAMETER SELECT

DYNAMICS DELAY

BUS 1 BUS 3 BUS 5 BUS 7 MASTERL/R

16

BUS 4 BUS 6 BUS 7 BUS 8BUS 5 MASTER L/R

RATIO

ATK

RLS GAIN

DLYTHL

INPUT1-16

INPUT17-32

AUX/ BUS

CUSTOM/ MIDI

SURROUND

SUB

SL

L C R

SR

AUTO-MATION

AUX

RED

GREEN

AUX 2

AUX 3

AUX 4

AUX 5

AUX 6

AUX 1

MMC

PLAY

REW FF

STOP REC

1 2

4 5

7 8

0

3

6

9 WRITEUNDO/REDO READ

STORE RECALL

ABC DEF

JKLGHI MNO

TUVPQRS WXYZ

UTILITY MIDI D-I/O

GROUP AUTOMATION

SOLO SOLO SOLO SOLO SOLO

FLIP FLIP FLIP FLIP FLIP

ON ON ON ON ON ON

SELECT SELECT SELECT SELECT SELECT SELECT

0

10

10

40

30

20

0

10

10

40

30

20

0

10

10

40

30

20

0

10

10

40

30

20

0

10

10

40

30

20

0

10

10

40

30

20

INPUT

MIC/LINE

PEAK /SIGNAL

+10 -60

0 10

0 10

0 10T. B.LEVEL

LIBRARY

SET UP

SHIFTLOCATE

SET REPLAY LOOP

LOOP

SCENE MEMORY

PARAMETER

MONITORB LEVEL

MONITOR A LEVEL

MIC

METER

CHANNEL

Digital Mixer WR - DA7

L R 50

35

25

OL

20

15

10

8

6

4

2MEMORY

MULTI-CH VIEW

CONTRAST

CONSOLELOCK

SOLO

CURSORMODE

TALK BACK

FADER

CH

EQ

PAN/SURR

LIBRARY

SEL/MAN

ENTER

ON

-10

+4

10

1

2

34 5 7

8

6

9

11 12

13

14

15

16

17

18

Illustrated Guide

Channel Strip – input gain controls with channelcontrol and status indicators. Also called a ChannelFader Strip.

AUTOMATION/AUX LED button – selects the displaymode of the Channel Strip LED field indicators, andarms the AUTOMATION system.

MASTER DISPLAY section – the METER andCHANNEL buttons are direct buttons to the respectiveLCD screen windows. These should be considered as"home base" for the LCD display.

EQUALIZER section – controls for sett ing theequalization parameters for a selected channel.

PAN/ASSIGN/ , BUS ASSIGN section –controls for setting the pan and bus assignments for aselected channel.

DYNAMICS/DELAY section – controls for setting theonboard dynamics processing parameters for aselected channel.

AUX section – controls for routing channels to outboardsources and for defining the signal path as either pre-fader or post-fader.

Display Bridge – contains the LCD screen, L/R meterdisplay, and primary mixer display status indicators.

BUS Fader Strip – controls for output BUSes.

MASTER L/R Fader Strip – controls for L/R MASTERoutput.

Fader Layer Controls section – selects the currentfader layer to be displayed.

MONITOR section – volume and selection controls formonitoring.

SETUP section – mixer function, or display controlbuttons.

SCENE MEMORY section – buttons for writing andreading the 50 mixer scene memories.

LIBRARY section – buttons for storing and recallingChannel, EQ and Dynamics libraries.

Keypad – alphanumeric keys for entering numbers ortext.

Cursor Control section – buttons and controls fordefining the cursor actions.

Headset Control section – the location of the headsetconnector and level control of the DA7 is immediatelybelow the right front edge of the Top Panel.

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18



2

Fader

MIC/LINE INPUT knob

PEAK/SIGNAL LED

LED field indicators for AUX 1-6,and automation parameters, CH,EQ, PANASSIGN/SURR, LIBRARYand SEL/MAN

SOLO LED buttonFLIP LED buttonSELECT LED buttonOn LED button

Channel Fader Strip

AUX/BUS Layerfunction

Channel Fader Strip1

Channel numbers

There are sixteen Channel Fader Strips on the DA7.Depending on the selection of the four Fader Layercontrols, each strip directly controls (1) INPUT 1-16, (2)INPUT 17-32, (3) AUX/BUS (indicated on the bottom of thestrip), and (4) a user CUSTOM/MIDI function.

The MIC/LINE INPUT knob varies the channel input gainvolume and adjusts for either a mic or line-level input. Due tothe high quality design of this circuit, there is no pad switchnecessary; the input knob range sets the input level. Thisknob only affects the analog inputs 1-16.

The PEAK/SIGNAL LED indicates when an input signal ispresent (green), and when the input signal level is too high(red).

The LED field indicators reflect the auxiliary (AUX) routingassignments and automation parameters. The LED colorsignifies the AUTOMATION/AUX button selection; AUX(green), AUTOMATION (red).

The SOLO LED button toggles on (red) or off. When on, thechannel output will be routed to the MONITOR A speakers(overriding the MONITOR A input), and to the headphones.

The FLIP LED button flips the control of the Channel FaderStrip from one input layer to the other. The LED colorindicates the current input selection and matches the FaderLayer control LED button colors, INPUTS 1-16 (green) orINPUTS 17-32 (red).

The SELECT LED button, when on (orange), identifies thechannel as the current channel selected. Only one FaderStrip can be selected at a time (unless it’s in stereo or linkmode).

For more detail, see Chapter 5, Channel, Library, andMeter Windows in the Users' Guide.

The ON LED button toggles on (red) and off. When on, thechannel output is active.

There are two channel numbers for each strip, indicating theINPUT connections on the Rear Panel of the DA7.

The AUX/BUS label at the bottom of a Channel Fader Stripindicates its function when the AUX/BUS Fader Layercontrol is selected.

See Chapter 6, Fader Layers and Channel Strips in theUsers' Guide for additional information.

AUTOMATION/AUX LED Button

The AUTOMATION/AUX LED button toggles the display ofthe Channel Fader Strips LED field indicators. The LEDcolor indicates the current selection.

See Chapter 14, Automation and Chapter 10, AUX in theUsers' Guide for additional information.

MASTER DISPLAY Section

Pressing the METER button will display the [METER]window group on the LCD screen in the Display Bridge.Pressing the METER button again will cycle the threewindow selections: [METER INPUTS 1-32], [BUS/AUX],[SLOT].

Pressing the CHANNEL button will display the [CHANNEL]window group on the LCD screen in the Display Bridge.The window displayed will show the current mixer stripselected.

See Chapter 5, Channel, Library, and Meter Windows inthe Users' Guide for additional information.

AUTOMATION/AUX LED Button

2

METER button

CHANNEL button

MASTER DISPLAY Section

3



3

EQUALIZER Section

EQUALIZER Section

There are three parameter knobs and four frequency rangeLED buttons in the EQUALIZER section, which are used tochange the EQ settings of the currently selected channel.The EQ ON LED button toggles the EQUALIZER on (green)and off. When the controls are active, adjustments can bemade to the currently selected channel.

The three knobs are labeled Q (quality), FREQ (frequency),and GAIN (gain). The additional labeling of (left), (surround left), and (surround subwoofer) indicate thesurround sound parameters that are controlled by the knobswhen the [SURROUND] mixing area is activated. Surroundsound capabilities are discussed in Chapter 8.

The four frequency band LED buttons can be selected oneat a time, and turn on (orange) to show which band isoperating. They are labeled H (high), HM (high-mid), LM(low-mid), and L (low).

Pressing the GAIN knob displays the [EQUALIZER] windowon the LCD screen. Once the [EQUALIZER] is displayed inthe LCD window, these buttons perform other shortcutfunctions.

The EQUALIZER section is detailed in Chapter 7 in theUsers' Guide.

PAN/ASSIGN/ , BUS ASSIGNSection

PAN/ASSIGN/ , BUS ASSIGN Section

SUB

SLL

Pan, bus assignment, and surround sound parameters forthe selected channel is set within this area. The pan controlis always active for the L/R bus, so you do not need toactivate the ON button to pan across the Master L/R out.However, if you wish to pan between odd/even buses, youmust push the ON button. Assignment to the DIRECT outputis not affected by the pan control.

The additional labeling of (center) indicates thesurround sound parameter that is controlled by the knobwhen the [SURROUND] mixing area is activated.

The L/R, the DIRECT, and the BUS ASSIGN LED buttonstoggle on (green) and off. In addition to the eight busselections, labeled 1 - 8, selections for L/R (master L/R)output and DIRECT output are available. The DIRECToutput works in conjunction with the option cards installed inthe DA7 Rear Panel, routing signals directly to the cards.

The DIRECT output is detailed in Chapter 12, D-I/O (DigitalInput/Output) in the Users' Guide.

Pressing the PAN knob displays the [SURROUND] windowon the LCD screen.

The PAN/ASSIGN/ , BUS ASSIGN section of theTop Panel is detailed in Chapter 8 in the Users' Guide.

DYNAMICS/DELAY Section

DYNAMICS/DELAY Section

DYNAMICS and/or DELAY processing can be added toeach of the DA7 Channels. Pressing the PARAMETERSELECT button cycles the current parameter selections,which are grouped in pairs. The top knob adjusts the topparameter selection in the pair, and the bottom knob adjuststhe bottom parameter selection in the pair. The DYNAMICSON LED button toggles the dynamics processing on (green)and off for the selected channel, and the DELAY ON LEDbutton toggles the delay on (green) and off.

The additional labeling of (right) and (surroundright) indicates the surround sound parameters that arecontrolled by the knobs when the [SURROUND SOUND]mixing area is activated. The surround sound function isactivated in the [SURROUND] window of the [SURROUND]window group.

SRR

C

EQUALIZER

H

HM

LM

ON

L EQ

Q

FREQ

GAIN+-

+-

+-

SUB

SL

L

Q (quality) parameterknob or left surroundsound attenuator

FREQ (frequency)parameter knob orsurround left surroundsound attenuator

GAIN parameter knobor subwoofer surroundsound attenuator

Frequency bandLED buttons

EQ ON LEDbutton

4

PAN parameterknob or centersurround soundattenuator

PAN ON LED button

MASTER L/R LEDbutton

DIRECT LED button

BUSASSIGNLEDbuttons

5

THL (threshold),ATK(attack), DLY(delay) parameter knobor right surround soundattenuator

RATIO, RLS (release),GAIN parameter knobor surround rightsurround soundattenuator

DYNAMICS ON LEDbutton

PARAMETERSELECTLEDs

PARAMETERSELECTbutton

DELAY ONLED button

6



4

See Chapter 8 in the Users' Guide for more information onsurround sound.

Pressing the bottom knob displays the [DYNAMICS] windowgroup on the LCD screen.

For more information on the DYNAMICS/DELAY section ofthe Top Panel, see Chapter 9 in the Users' Guide.

AUX Section

AUX Section

This section of the Top Panel contains controls for routingselected channels from/to outboard sources. These six auxroutes are independent of the channel input connecters onthe Rear Panel of the DA7 and greatly expand the flexibilityof the mixer. They can be used as six mono sends, or instereo pairs (such as 1&2, 3&4, 5&6), and six mono returnsor stereo pairs. There are two digital aux routes, AUX 1/2,and four analog aux routes, AUX 3/4 and AUX 5/6. Theseare paired for convenience on the Rear Panel connectors. Ifyou wish to use them as Mono channels, connect a standardaudio “Y” cable (available at your dealer) to split the audiochannels.

Display Bridge

With a channel selected, press an AUX 1-6 LED button(green) to select which aux route you wish to assign for thechannel. The LEVEL knob performs two functions. Bypressing the knob, you will assign the channel to theselected aux route, and by turning the knob, you can adjustthe individual channel output to the aux selection. The LEDfield of the Channel Fader Strips will reflect the auxassignments for the channels.

Aux routing is defaulted to a post-fader condition for theselected channel. Press the PRE LED button to select it(red) and change the aux routing function to a pre-fadercondition.

Press the FADER CONTROL LED button to select it (red)and display the [FADER CONTROL] window group on theLCD screen. The window displayed will be determined bythe current AUX 1-6 LED button selection. The channelfader status of the 32 input channels for the aux selected willbe reflected in the [FADER CONTROL] window, and theChannel Faders will reset to their respective level positionsfor the aux selected.

The AUX/BUS designations at the bottom of the ChannelFader Strips identify the strip functions when the FaderLayer AUX/BUS LED button is pressed.

For more information on the AUX section of the Top Panelsee Chapter 10 in the Users' Guide.

7

Send LEVELvolume and assignON/OFF knob

FADER CONTROLmode LED button

PRE LED button

AUX 1-6 selectLED buttons

LCD screen

L/R Meter display

MEMORY numeric readout

CONSOLE LOCK LED status indicator

LCD CONTRAST control knob

MULTI-CH VIEW LED button

SOLO LED status indicator

Display Bridge Section

The Display Bridge contains the information for the current status of the DA7 and the LCD screen. The various windows for thefunctions and features of the mixer are displayed on the LCD screen.

8



5

BUS Fader Strip

BUS Fader Strip

There are four BUS Fader Strips on the DA7 . Inconjunction with the Fader Layer controls, each strip directlycontrols the BUS outputs, or the AUX/BUS functions whichare indicated on the bottom of the strip or a userCUSTOM/MIDI function.

The SOLO LED button toggles on (red) or off. When on, theselected bus output will be routed to the MONITOR Aspeakers and headphones, overriding the previous input.

There are two bus numbers for each strip, indicating theBUS ASSIGN selections that can be controlled by the strip.

The FLIP LED button flips the BUS Fader Strip fromcontrolling one bus to controlling the other bus for the strip.The LED color (red or green) indicates the current busselection.

The SELECT LED button, when on (orange), identifies thebus strip as the current bus strip selected. Only one BUSFader Strip can be selected at a time unless they are pairedfor LINK or STEREO operation.

The ON LED button toggles on (red) and off. When on, thebus output is active.

The AUX/BUS indication at the bottom of the BUS FaderStrip indicates the strip function when the AUX/BUS FaderLayer control is selected.


MASTER L/R Fader Strip

MASTER L/R Fader Strip

The MASTER L/R Fader Strip controls the DA7 master L/Routput.

The SELECT LED button, when on (orange), identifies thestrip as the current fader strip selection.

The ON LED button toggles on (red) and off. When on, themaster output is active.


Fader Layer Controls Section

Fader Layer Controls Section

The Fader Layer controls significantly expand the flexibilityof the DA7 mixer. The LED button selections define thecurrent function for the fader strips.

LED buttons for the Fader Layer controls assist you indetermining or checking the current channel and bus fadersettings on the mixer.

INPUT 1-16, when selected (green), resets the fader stripsto control channel inputs 1 through 16, and buses 1, 3, 5,and 7. When selected, the faders move to the positionsreflecting the current settings for the layer, unless previouslyflipped. To reset a flipped Channel Fader Strip, press theFLIP button. To reset all the currently flipped ChannelFader Strips, press the INPUT 1-16 Fader Layer controlbutton and hold it or two seconds. This will set all faders tothe selected layer.

Fader

AUX/BUS Layer function

SOLO LED buttonFLIP LED button

SELECT LED button

ON LED buttonBus Assignnumbers

9

Fader

AUX/BUS Layer function

SELECT LED buttonON LED button

10

11

INPUT 1-16 LEDbutton (green)

INPUT 17-32 LEDbutton (red)

AUX/BUS LED button(orange)

CUSTOM/MIDI LEDbutton (orange)



6

INPUT 17-32, when selected (red), resets the fader strips tocontrol channel inputs 17 through 32, and buses 2, 4, 6, and8. When selected, the faders move to the positions reflectingthe current settings for the layer, unless previously flipped.To reset a flipped Channel Fader Strip, press the FLIPbutton. To reset all the currently flipped Channel FaderStrips, press the INPUT 17-32 Fader Layer control buttonand hold it for two seconds. This will set all faders to theselected layer.

AUX/BUS, when selected (orange), resets the fader strips tocontrol the aux sends, aux returns, and bus outputs, whilethe faders move to the positions reflecting the current fadersettings for the layer.

CUSTOM/MIDI is a user-definable Fader Layer control,where the functions are selectable.

See Chapter 11, MIDI for more information on the DA7 MIDIfeature, and Chapter 6, Fader Layers and Channel Stripsin the Users' Guide for additional information.

MONITOR Section

MONITOR Section

The DA7 provides controls for two monitor outputs and atalkback circuit. There are source selection LED buttons forthe MONITOR A and MONITOR B outputs, and LEVELknobs for both of the monitor outputs and the talkbackcircuit.

MONITOR A Controls

The MONITOR A selection LED buttons route the inputselected (green) to the MONITOR A OUTPUT (CR) (ControlRoom) connections on the Rear Panel of the mixer and tothe headphones. The selections are:

8 L/R routes the MASTER L/R output to the monitors.

8 2TR A routes the device that is connected to 2TR A INon the Rear Panel to the monitors.

8 2TR B routes the device that is connected to 2TR B INon the Rear Panel to the monitors.

8 AUX routes the AUX SEND outputs to the monitors.Press the AUX LED button to monitor the selections,beginning with AUX SEND 1/2, followed by AUX SEND3/4, and AUX SEND 5/6. The MEMORY numericreadout on the Display Bridge will momentarily displaythe AUX SEND selections.

The MONO button, when on (red), sums the selected inputand sends a monaural signal to the monitors. This will notaffect the 2TR B output stereo signal.

MONITOR B Controls

The MONITOR B selection LED buttons route the inputselected (green) to the MONITOR B OUTPUT (STUDIO)connections on the Rear Panel of the mixer. The selectionsare:

8 MONITOR A routes the current MONITOR A selectionto the studio monitors.

8 AUX routes the AUX SEND outputs to the monitors.Press the AUX LED button to monitor the selectionsbeginning with AUX SEND 1/2, followed by AUX SEND3/4, and AUX SEND 5/6. The MEMORY numericreadout on the Display Bridge will momentarily displaythe AUX SEND selections.

TALKBACK

The TALKBACK ON button controls the talkbackmicrophone installed in the Top Panel of the DA7. When on(orange), the MIC is active and the MONITOR A speakerswil l be dimmed. This can be either a “push-to-talk”momentary interrupt type button, or a “push on/push off”type button. This is selected in the [UTILITY] window.Talkback routing is selected in the [SOLO MONITOR]window. There is also a phone jack on the Rear Panel thatallows for remote Talk back operation.

For additional information on the talkback, see Chapter 16,Utility and Solo monitor in the Users' Guide.

SETUP Section

SETUP Section

These are direct-action buttons that will display the selectedwindows in the LCD screen of the Display Bridge.

12

MONITOR A

MONITOR B

2TR AL/R

MONITOR A L/R

2TR B

AUX

AUX

MONO0 10

0 10

0 10T. B.LEVEL

MONITORB LEVEL

MONITOR A LEVEL

MIC TALK BACK

ON

MONITOR Asource selectionbuttons

MONITOR Bsource selectionbuttons

Talkback ON LEDbutton

LEVELknobs

SOLOMONITORUTILITY MIDI D-I/O

GROUP AUTOMATION

SET UP

MIDI button

UTILITYbutton

GROUPbutton

D-I/O button

SOLO MONITORbutton

AUTOMATIONbutton

13



7

UTILITY Button

Pressing the UTILITY button will display the [UTILITY]window group on the LCD screen in the Display Bridge.The window displayed will be determined by the windowselection buttons at the bottom of the window. Pressing theUTILITY button again will cycle the window selections:[OSC_BATT], [CONFIGuration], [USER CuSToM].

See Chapter 16, Utility and Solo Monitor in the Users'Guide for additional information.

MIDI Button

Pressing the MIDI button will display the [MIDI] windowgroup on the LCD screen in the Display Bridge. Pressingthe MIDI button again will cycle the window selections:[SETUP], [PRoGram ASsiGN], [ConTRoL ASsiGN],[BULK], [REMOTE].

See Chapter 11, MIDI in the Users' Guide for additionalinformation.

D-I/O Button

Pressing the D-I/O button will display the [D-I/O] (DigitalInput/Output) window group on the LCD screen in theDisplay Bridge. Pressing the D-I/O button again will cyclethe window selections: [INPUT SET] , [TO SLOT] ,[DITHER].

See Chapter 12, D-I/O in the Users' Guide for additionalinformation.

GROUP Button

Pressing the GROUP button will display the [GROUP]window selections on the LCD screen in the DisplayBridge. Pressing the GROUP button again will cycle thewindow selections: [FADER GRouP], [MUTE GRouP],[LINK/STR].

See Chapter 13, Group in the Users' Guide for additionalinformation.

AUTOMATION Button

Pressing the AUTOMATION button wil l display the[AUTOMATION] window group on the LCD screen in theDisplay Bridge. Pressing the AUTOMATION button againwill cycle the window selections: [SETUP], [EXECUTE],[EVenT EDIT] .

See Chapter 14, Automation in the Users' Guide for moreinformation.

SOLO MONITOR Button

This button displays Solo Monitor mode, Talk backassignment and Surround Monitor.

See Chapter 16, Utility and Solo Monitor in the Users'Guide for additional information.

SCENE MEMORY Section

SCENE MEMORY Section

SCENE MEMORY allows you to store and recall completemixer setups and functions. There are fifty registers,numbered 01 through 50, available for storage of mixersettings. Memory 00 is reserved for Automation.

Press either the WRITE LED button or the READ LEDbutton (orange) to select it and display the [ReaD/WriTe]window of the [SCENE MEMORY] window group on theLCD screen of the Display Bridge.

There are two windows in the group: [RD/WT], [XFADE].The [RD/WT] window is always the initial window displayedwhen either button is selected. To change to the [XFADE]window, use the ARROW buttons to navigate to therespective window selection button and then press theENTER button, or press either the WRITE or READ LEDbuttons a second time.

When the [RD/WT] window is displayed, the JogDial isenabled to scroll the [SCENE MEMORY] list area of thewindow. This allows you to quickly access a previouslystored scene, locate an empty scene memory, or locate ascene memory to be overwritten. By pressing the ENTERbutton after a scene has been located, the mixer willimmediately assume the setting for the stored scene.

The MEMORY readout display will flash the memory numberthat is selected until it is recalled. The selected memory willbe displayed without flashing once it has been recalled.

While the [RD/WT] window is displayed, pressing theENTER button will immediately overwrite the current scenememory with the settings on the mixer at the moment theENTER button is pressed, unless the register is write-protected. See Chapter 15, Scene Memory in the Users'Guide for additional information.

LIBRARY Section

LIBRARY Section

There are three mixer functions with associated libraries:CHANNEL, EQUALIZER, DYNAMICS/DELAY. The libraryfeature allows you to store and recall individual functionparameters to a separate library. There are fifty registers foreach library, numbered 01 through 50.

WRITE LED button READ LED button

14

15

STORE LED button RECALL LED button



8

The RECALL button opens the library window for theselected function. What this means is that if the [CHANNEL]window was displayed when you pressed the RECALLbutton, the CHANNEL library will be displayed. The samegoes for the EQUALIZER AND DYNAMICS/DELAYlibraries. Once selected, the parameter knob will allow youto scroll through the stored memories. After you havechosen a memory, press the RECALL button again and theselected memory will be recalled to the currently selectedfunction. You will also automatically return to the mainscreen for the selected function.

While the library is displayed, pressing the STORE buttonwill immediately store the current function settings to thecurrent memory location, unless the memory location iswrite-protected.

See Chapter 5, Library in the Users' Guide for additionalinformation.

Keypad and Cursor Control Section

Keypad

Display Bridge

Cursor Control Section

Details on the Keypad , UNDO/REDO button,MMC/CURSOR button, ARROW buttons, ENTER button,CURSOR MODE button, and JogDial elements of the DA7Top Panel are provided in Chapter 4 in the Users' Guide.

Headset Control SectionA stereo headset connector and headset volume control arelocated under the right front edge of the Top Panel of theDA7. The current MONITOR A selection is always routed tothe headset connector.

16 17

1 2

4 5

7 8

0

3

6

9

ABC DEF

JKLGHI MNO

TUVPQRS WXYZ

SHIFTLOCATE

SET REPLAY LOOP

LOOP

ARROW buttons

ENTER button

CURSORMODE button

JogDial

UNDO/REDO button

MMC/CURSOR button

18

Display Bridge Section

The Display Bridge for the DA7 is your “window” to the mixer functions and features. The elements comprising the Display Bridgeare the LCD screen, the L/R meter display, the MEMORY numeric readout, the CONSOLE LOCK LED status indicator, theCONTRAST control knob, the MULTI-CH VIEW (multi-channel) LED button, and the SOLO LED status indicator.

LCD screen

L/R meter display

MEMORY numeric readout

CONSOLE LOCK LED statusindicator

LCD CONTRAST control knob

MULTI-CH VIEW LED button




9

LCD ScreenTaskbar

Sample Window Display (CHANNEL window displayed)

Function area

Window selection buttons

The LCD screen is the 320x240 backlit liquid-crystal display (LCD) element of the Display Bridge. The screen displays the variouswindows that show the functions and status of the DA7. The windows contain areas and items that can be accessed with the cursorcontrol or JogDial.

There are three general areas for the windows displayed on the LCD screen: the [taskbar] area, the [function] area, the [windowsselection buttons] area.

Taskbar Area

Channel type field Current window SCENE MEMORY fieldname

Channel selection field Window group name Communication Timecode field status indicator

Taskbar Area

The [taskbar] area of a window contains information aboutthe current window and the most recent mixer selections.Several of the items in the [taskbar] will remain unaffectedwhen you change to another window, depending on the newwindow selection.

Channel Selection Field

This field shows the currently selected Channel, BUS, orMASTER L/R strip selection. When channels or buses arepaired, the field will display both numbers. The field willchange when you press a different SELECT LED button onthe Top Panel.

Channel Type Field

This field shows the most recently selected channel type.The field will change when you press a SELECT LED buttonon the Top Panel.

Window Group Name

The current window group name is displayed in this field.

Current Window Name

The name of the current window is displayed in this field.

Communication Status Indicator

This area of the [taskbar] displays the currentcommunication status as configured in the [MIDI>SETUP]window. The selections are either [TO PC], [S I/O], or[MIDI].

Timecode Field

This field displays the most recent time code value receivedby the mixer, as defined by the settings in the[AUTOMATION>EXECUTE] window.

SCENE Field

This field displays the most recently read SCENE MEMORYnumber and name.



10

Function Area

The [function] area of a window contains the variouscontrols, buttons, settings, and values for the currentwindow.

Window Selection Buttons Area

This area of a window contains the buttons for the windowsthat comprise the current window group. The button for thecurrent window will be highlighted.

L/R Meter Display

This meter reflects the current MASTER L/R (left/right)output of the DA7, unless SOLO has been activated for achannel. If a SOLO LED button is selected on the mixer, themeter reflects the level of the solo’d channel(s) only.

In the [METER>SLOT] window, the [RESPONSE] area letsyou select between [VU] (Volume Units) and [PPM] (PulsePosition Modulation). When [VU] is selected, the L/R MeterDisplay will show the mixer output in Volume Units, andwhen [PPM] is selected, the Meter reflects the mixer outputas Pulse Position Modulation.

SOLO LED Status Indicator

Located below the L/R meter display, the SOLO LED statusindicator will light and flash (red) when SOLO has beenactivated for any channel on the mixer.

MEMORY Numeric Readout

The two-digit numeric readout displays the most recentlyaccessed SCENE MEMORY. Whenever an AUX monitoringselection button is activated for either MONITOR A orMONITOR B, the numeric display will momentarily displaythe AUX selections.

CONSOLE LOCK LED Status Indicator

CONSOLE LOCK LED Status Indicator

When illuminated (red), the password protection for an areaor function of the mixer is engaged, and selected mixeroperations cannot be performed.

See Section 16-3, [UTILITY>CONFIG] Window for moreinformation.

CONTRAST Control Knob

CONTRAST Control Knob

This knob controls the contrast value of the LCD screen.Rotate the knob to adjust the contrast value of the LCDscreen for optimum viewing and to suit the operatingenvironment.

MULTI-CH VIEW LED Button

MULTI-CH VIEW LED Button

Press this LED button to activate the multi-channel viewingmode for the LCD screen. When on (red), the LCD screenwill display the currently selected Channel Fader and one ofother sources that can be used to compare or copyinformation from the current selection.

See Chapter 5, Channel, Library, and Meter Windows inthe Users' Guide for more information.

L/R Meter Display


SOLO

SOLO LED Status Indicator

MEMORY

MEMORY Numeric Readout

CONSOLELOCK

CONTRAST

MULTI-CH VIEW



11

Rear PanelEverything that goes in, out, and through the DA7 happenson the Rear Panel, with the exception of the headphoneconnector. The DA7 provides multiple ways for doing manythings, so let your creativity be your guide.

The rear of the DA7 is configured in four rows. The top rowcontains analog INPUTS 1-16 (inputs 1-8 are balanced XLRconnectors and inputs 9-16 are balanced TRS (tip-ring-sleeve) phone plug connectors).

Row 2 contains analog INS 1-16 (inserts) with (TRS) phoneplug connectors. Row 3 contains outputs for MASTER OUT,REC OUT analog, MONITORS A&B, and AUX returns andsends 1 through 6. The bottom row contains the METERBRIDGE connection, MIDI IN/OUT, SERIAL PORT (fordirect connection to a PC or a Macintosh computer), WORDCLOCK IN/OUT, DIGITAL IN/OUT, and a REMOTE SWconnector.

THIS EQUIPMENT COMPLIES WITH THE REQUIREMENTS FORA CLASS A COMPUTING DEVICE IN FCC RULES PART 15 SUBPART J. OPERATION OF THIS DEVICE IN A RESIDENTIALAREA MAY CAUSE HARMFULL INTERFERENCE REQUIRING THEUSER TO TAKE WHATEVER STEPS MAY BE NECESSARY TOCORRECT THE INTERFERNCE.

WARNIG- TO REDUCE THE RISKOF FIRE OR ELECTRICSHOCK. DO NOT EXPOSETHIS APPLIANCE TORAIN OR MOISTURE.

CAUTION- TO REDUCE THE RISK OF ELECTRIC SHOCK,DO NOT REMOVE COVER. NO USER SERVICEABLE PARTSINSIDE. REFER SERVICING TO QUALIFIED SERVICEPERSONNEL.

CAUTION- MAKE SURE THE POWER OF THE UNIT IS TURNED OFFWHEN INSERTING OPTION CARDS INTO THE SLOTS OF THE UNIT.OTHERWISE THE UNIT MAY BE DAMAGED.

RINGSLEEVE

METER BRIDGE I/F MIDI SERIAL PORT WORD CLOCK

AC IN

POWER

SIGNALGND

TIP

CONNECTIONINPUT/OUTPUTNO 1:GNDNO 2:HOTNO 3:COLD

INSTIP:SENDRING:RETURNSLEEVE:GND

AUXTIP:ODDRING:EVENSLEEVE:GND

OdB is referenced to 0.775Vrms

CH17–24/SLOT 1

CH25–32/SLOT 2TANDEM/CH9-16

/BUS & AUX INSERT/SLOT3

ON

OFF

OUT TO PC OUT /THRU

REC OUT 2TR A IN / INPUT15.16

ININ RS422 / 485

110

OFF ON

75

OFF ON

DIGITAL IN / OUT

AUX2TR B IN (ANALOG)MONITOR A OUT(CR)

MONITOR B OUT(STUDIO)

REC OUT(ANALOG)

MASTER OUT

RETURN5/6R LR LR LR L

R L

3/4 5/6 3/4 1/2 1/2RETURN SENDSEND

+4dB 10k (UNBAL) (S/PDIF)+4dB 10k (BAL)

–60dB to +10dB 5k (BAL/UNBAL)

+4dB 10k (UNBAL)

+4dB 10k (BAL)+4dB 600 (BAL/UNBAL)

SMPTE & V SYNC

+4dB 600 (BAL)+4dB 600 (BAL)

REMOTE SW

AES/EBUS/PDIF

Talk on/of fRec on/of f

INS16 INS15 INS14 INS13 INS12 INS11 INS10 INS9

INPUT16 INPUT15 INPUT14 INPUT13 INPUT12 INPUT11 INPUT10 INPUT9 INPUT8 INPUT7 INPUT6 INPUT5 INPUT4 INPUT3 INPUT2 INPUT1

INS8 INS7 INS6 INS5 INS4 INS3 INS2 INS1

DA7 Rear Panel

Signal Gnd (signal ground)

AC Inlet

Power switch

Power Switch

Turns the power on and off to the DA7.

AC Inlet

Plug the AC power cord here.

Signal Ground [SIGNAL GND]

Connect to a grounded source to stabilize the voltage levels of the connected devices, and to prevent hum and buzz created byungrounded sources.

Rows 1 & 2 Connectors

Inputs 9-16 (TRS). Use these forbalanced -60 to +10 signals

Inputs 1-8 (XLR). Use these for balanced-60 to +10 signals. Phantom powered

Channel 1-16 Inserts. These are TRS send and return connectors.

Cutaway of DA7 Rear Panel (Rows 1 and 2) Input and Insert Connectors

INPUTS 1-8

These inputs are designed for XLR connectors. The inputrange is from -60dB to +10dB, 5k Ω BAL. Use the MIC/LINEINPUT knobs on the Channel Strips for adjustment of theincoming level. From the [CHANNEL] window, the +48Vphantom power can be individually turned on or off for eachchannel via the screen.

INPUTS 9-16

Use these inputs with a 1/4” TRS (tip-ring-sleeve) phoneplug connector. Use the MIC/LINE INPUT knob to adjust theinput level. The input range is from -60dB to +10dB, 5k ΩBAL. There is no +48V phantom power. Microphones usedon these inputs must be externally powered if required.



12

INSERTS 1-16

These inserts are used for creating an effects loop. A 1/4”TRS phone plug, with a level of +4 dB, 10k Ω UNBAL,provides an output (tip) send to effects, or an input (ring) returnfrom an outboard effects device.

Monitor B Out

These terminals are 1/4” TRS dual phono plugs at a level of+4dB, 600Ω BAL, and connect the output of the MONITORB source selection to an external amplifier for monitoring inthe studio.

Row 4 Connectors

[REC OUT] Record Output

Use 1/4” TRS phone plugs, at a level of +4dB, 10kΩ BAL, tooutput signals for recording.

Master Output

Female XLR connectors send the MASTER L/R analogprogram output to external speakers and/or a recordingdevice of +4 dB, 600Ω BAL.

Meter Bridgeconnector(Option).

MIDI In and Out connectors

Serial I/Oconnectors

Wordclock In and Out /Thru connectors

2TR Input Digital (XLR)Format select switch

Remote switch connector for TalkbackON/OFF and automation REC ON/OFF

Cutaway of DA7 Rear Panel Row (4) Digital and Serial Connectors

Record Out Digital(XLR)

RS terminating switch

Clock terminating &OUT / Thru switch

Remote SW [Switch]

Connect a momentary or press-to-talk switch with a 1/4” TSphone plug for Talk Back or automation record functions.Parameters are assignable in the [UTILITY>CONFIG]window.

Digital Input [AES/EBU]

An XLR connector inputs an audio signal from a DAT orother digital source. Assignments can be made from the [D-I/O>INPUT SET] window.

Row 3 Connectors

This incoming source can be monitored by selecting the 2TRA LED button as the MONITOR A source selection, or, onChannel Faders 15 and 16, when 2TR A is assigned in the[D-I/O>INPUT SET] window. The signal can also be directlyassigned to the MASTER L/R program output.

Digital Record Output [AES/EBU]

XLR connections of the MASTER L/R digital output are foruse in recording by a digital device with AES/EBU digitalinput capabilities.

Master L/R outputs(Analog XLR balanced)

Record L/R outputs(Analog TRS balanced)

Monitor B outputs(Analog TRS balanced)

Monitor A outputs(Analog TRS balanced)

2TR B input connectors(Analog TRS balanced)

Aux Returns 3/4 and5/6 (Analog TRS)

Aux Sends 3/4 and 5/6(Analog TRS)

Aux 1/2 send and return(Digital RCA, S/PDIF)

Cutaway of DA7 Rear Panel (Row 3) Output Connectors



13

AUX SEND 1/2

Use RCA connectors to attach a digital effects device oranother S/PDIF device to the AUX SEND 1/2 and AUXRETURN 1/2 digital terminals. AUX/BUS Fader Layerfaders control the AUX 1/2 SEND and RETURN. Theseconnections are not analog signals.

AUX SEND 3/4, 5/6

These terminals are 1/4” TRS phone plug connectors, at alevel of +4dB, 10kΩ UNBAL. They can be used forconnecting outboard signal processing devices, or for astudio headphone feed, or as part of a multitrack outputsetup. The possibilities are limited only by your imagination.The AUX/BUS Fader Layer is the fader control for theseconnections.

AUX RETURN 3/4, 5/6

These terminals are 1/4” TRS phone plug connectors, at alevel of +4dB, 10kΩ UNBAL. The AUX/BUS Fader Layer isthe fader control for these feeds.

2-Track B Input

This is used to connect an analog source strictly formonitoring purposes, as it does not appear as an input tothe mixer. Connect a 1/4” TRS phone plug to the outputsignal from a cassette deck, for example. The input signalsare sent to the 2 TR B IN LED button in the monitor section.The level is +4dB, 10kΩ BAL.

Monitor A Out

These terminals are 1/4” TRS dual phone plugs at a level of+4dB, 600Ω BAL, and connect the output of the MONITORA to an external amplif ier (or powered speaker) formonitoring in the control room (CR).

Format Select Switch

This switch is used to select the signal format of theconnected device, either AES/EBU or S/PDIF. The digitalinput and output are both switched. For S/PDIF usage, anoptional adapter is required. You must make certain that theadapter connects pin #1 and #3 together.

Clock Terminating 75 Ω ON/OFF & Out / ThruSwitch

Next to the WORD CLOCK IN BNC connection, this switchshould be set to 75 Ω OFF and Thru position if the DA7 isbeing used to pass the wordclock signal to other devices inthe chain.

Set the switch to 75 Ω ON and OUT for terminating thewordclock, if the DA7 is slaved and located at the end of thewordclock chain. The 75 Ω ON and OUT position shouldalso be selected when the DA7 is being used to slave otherdevices to the DA7’s wordclock. See Chapter 12, D-I/O inthe Users' Guide for more information.

Clock Input

This is used to synchronize the DA7 to an external wordclock source. This allows the DA7’s internal clock to slave toanother reference, such as a digital multi-track deck or otherdevice. Use a BNC connection to attach an externalwordclock source.

Clock Output

This is used to slave an external device, such as a digitalmulti-track machine, to the DA7 internal clock. It can also beused to relay an external wordclock that is being used tosynchronize the DA7 to an external device. Using a BNCconnector, other devices can synchronize to the DA7wordclock.

Serial Terminating Switch

Set the switch to ON if the DA7 is the termination point ofthe RS-422/485 serial transmission path. The 110Ω switchturns this function OFF/ON.

Serial Port [RS-422/485]

Use this serial port to connect an IBM compatible computerhaving an RS-422/485 port. Connect to the DA7 with a D-SUB 9-pin connector. Optional remote control software foryour computer can be used to control the DA7, thusexpanding the features and capabilities of the mixer.

Serial Port [TO PC]

Use this serial port to connect with a Macintosh computer. Ifthe computer is an IBM compatible, you may need aconversion cable that changes a Mini-DIN 8 pin (for TO PC)to a D-sub 9 pin(for RS-232C), available at nearest dealer.Optional remote control software for your computer can beused to control the DA7, thus expanding the features andcapabilities of the mixer.

MIDI IN

This connector is used to receive signals from peripheralMIDI devices.

MIDI OUT

This connector is used to send signals to peripheral MIDIdevices. The DA7 can be used as a MIDI controller. SeeChapter 11, MIDI for details.

METER BRIDGE Connector

This is used to connect the optional Meter Bridge for theDA7.

See Chapter 17, Options in the Users' Guide for moredetails.



14

Option Card Slots

There are three slots for the optional audio Input/Outputcards, plus one dedicated slot for the SMPTE/V SYNC card.The space for the SMPTE/V SYNC card is located directlyunder the MASTER OUT XLR connectors. Audio optioncards are next to the power switch. The audio option cardscan be used in any of the audio slots, but for TANDEMoperation, the TANDEM card MUST be used in Slot 3.

Video Sync Input [V SYNC]

This is used to connect a vertical synchronizing signal froma video device.

See Chapter 17, Options in the Users' Guide for moreabout SMPTE/V SYNC.

Digital I/O Slot 1 [CH17-24/SLOT 1]

When an option card is inserted into Slot 1, the output of theconnected device appears on Channel Faders 17 through24, and is controlled by the Fader Layer Inputs 17-32.


When an option card is inserted into Slot 2, the output of theconnected device appears on Channel Faders 25 through32, and is controlled by the Fader Layer Inputs 17-32.


When an option card is inserted into Slot 3, the output of theconnected device appears on Channel Faders 9 through16, and is controlled by the Fader Layer Inputs 1-16. Thisconnection REPLACES the analog inputs 1-16 withwhatever is connected to the option card in Slot 3.

For more information regarding optional slots, see Chapter12, D-I/O and Chapter 17, Options in the Users' Guide.

Slot 1

Slot 2

Slot 3SMPTE/V SYNCcard slot

Option Card Slots



15

8 The Self Check Function is incorporated in the Digital

Audio Mixer WR-DA7.

1. Test Equipment Required8 The following Test Jigs are required for Self Check and

Service of the WR-DA7.

8 AD EXTD-1 (Part Number : YWA0EA1196AN) between

the Power-2 Board and AD/DA Board as shown in fig. 1-1.

Fig. 1-18 SLOT EXTD (Part Number : YWA0EA1198AN) for the

optional Board as shown in fig. 1-2.

Fig. 1-28 AD EXTD-2 (Part Number : YWA0EA1199AN) between

the Main Board and AD/DA Board as shown in fig. 1-3.

Fig. 1-38 PC RTN (Part Number : YWA0EA1200AN) for the PC

Connector as shown in fig. 1-4.

Fig. 1-4

8 RS232/485 RTN (Part Number : YWA0EA1202AN) for

RS232C/485 Connector as shown in fig. 1-5.

Fig. 1-58 MTBR RTN (Part Number : YWA0EA1203AN) for the

Meter Bridge Connector as shown in fig. 1-6.

Fig. 1-6

SELF CHECK FUNCTION



16

2. Disassembling Procedure8 Referring to Fig. 2-1, remove three knobs and fifteen

screws that secure the Upper Cover Ass'y.

Fig. 2-18 Referring to Fig. 2-2, pull up the Upper Cover Ass'y and

hock to the slot of the Right Side Chassis of the Upper

Cover Ass'y.

Fig. 2-28 Referring to Fig. 2-3, pull up the Upper Cover Ass'y and

remove nine screws that secure the HA Block and remove

the HA Block.8 Cut one Wire Binder that secure the Ground Cable and

others.8 Remove one screw that secure the Ground Cable (Brown

Wire) at the Power-2 Board and tighten this screw.8 Connect this Ground Cable (Brown Cable) to the Chassis.

Fig. 2-38 Referring to Fig. 2-4, disconnect three Cables from the

Connectors CN33, CN52 and CN 53 of the AD/DA Board.8 Insert two Cables from the Power-2 Board to the AD

EXTD-1.8 Insert two Cables of the AD EXTD to two Connectors

CN52 and CN53 of the AD/DA Board.8 Insert the AD EXTD-2 between CN33 of the Main Board

and CN33 on the AD/DA Board.

Fig. 2-4

Remove eight screws.

Remove seven screws.

Remove three knobs.

Upper Cover Ass'y

Pull up the UpperCover Ass'y.

Release the Angle andhock to the Slot of theRight Side Chassis ofthe Upper Cover Ass'y.

Upper Cover Ass'y

Remove eight screws.

Remove onescrew.

HA Block

AD/DA Board

AD EXTD-2

AD EXTD-1

HA Block



17

3. Execution of the Self CheckFunction

8 Turn the Power On while pressing the [SELECT] Key,

[ON] Key of the MASTER LR and [3] Key of the TEN KEY

simultaneously, the Self Check Function has been

executed and the Diagnostic Menu 1 as shown in Fig. 3-1

is displayed on the LCD Display of the WR-DA7.

Fig. 3-1

4. Fundamental Operation4.1. Selection and Execution of the Check

Item8 Select the Check Item by either UP or DOWN Cursor Key

on the Upper Cover Ass'y.8 Execute the Check Item by pressing the Enter Key on the

Upper Cover Ass'y.

4.2. Switching of the Diagnostic Menu8 Move the Cursor to most bottom position by either UP or

DOWN Cursor Key.8 Select the Diagnostic Item by either LEFT or RIGHT

Cursor Key on the Upper Cover Ass'y.8 Execute the Diagnostic Item by pressing the Enter Key.

5. Check Each Item5.1. Version Indication (VERSION)8 Referring to Fig. 3-1, the Product Description and the

Version of the Control Program will be displayed.8 Displayed always without any Item Selection and

Execution.

5.2. Battery Backup Indication (BATTERYBACKUP)

8 Referring to Fig. 3-1, the remaining voltage value of the

Memory Backup Battery will be displayed.8 Displayed always without any Item Selection and

Execution.

5.3. CPU Test (CPU TEST)8 Referring to Fig. 3-1, select the CPU TEST Item by either

UP or DOWN Cursor Key.8 Execute the CPU TEST Item by pressing the Enter Key.8 When executing, the Self Check will start for ROM (Flash

Memory) and four RAMs (RAM1, RAM2, RAM3 and

RAM4), and check the Serial Communication in between

Main CPU and Sub CPU.8 A result after Self Check, displayed "OK" in passed item

and displayed "NG" in defective item.

5.4. Serial Interface Test (SERIAL I/F TEST)8 Connect the Return Cable and the Return Connectors to

the MIDI Connector, RS-422/485 Connector, TO PC

Connector.8 Insert the SMPTE Board to the Slot of the SMPTE Board

and supply the Time Code from the Time Code Generator.8 Connect the Return Connector to the Meter Bridge I/F

Connector.8 Referring to Fig. 3-1, select the SIR I/F TEST Item by

either UP or DOWN Cursor Key.8 Execute the SERIAL I/F TEST Item by pressing the Enter

Key.8 When executing, the Self Check will start for the Interface

of MIDI, RS-422/485, TO PC, SMPTE and METER

BRIDGE.8 A result after Self Check, displayed "OK" in passed item


5.5. Multi IC/Mix IC Test (MLT/MIX TEST)8 Move the Cursor to most bottom position by either UP or

DOWN Cursor Key.8 Select the Diagnostic Item (DIAG2) by either LEFT or

RIGHT Cursor Key.8 Press the Enter Key, the Diagnostic Menu 2 as shown in

Fig. 5-1 is displayed.

DIAG4 DIAG5 DIAG6 EXITDIAG2 DIAG3DIAG1

DIAG1DIAGNOSTICS

CPU TEST

T.C.SCENE

SERIAL I/F TEST

VERSIONBATTERY BACKUP 3.0V

RAMSA WR-DA7 Ver.1.00 r01

SEL CH

ROM OK OK OKOK

OK OKRAM1 RAM2 RAM3 RAM4

SLOT1SLOT2SLOT3

OKOKOK

PORT R/W CLOCK SIGNALOKOKOK

OKOKOK

MUTEOKOKOK

SLOT I/F TEST

OK OKRS485 SMPTEOK OK OKMIDI PC MTR BRIGE

OPERATION CPU COMMUNICATION



18

Fig. 5-18 Referring to Fig. 5-1, select the MLT/MIX TEST Item by

either UP or DOWN Cursor.8 Execute the MLT/MIX TEST Item by pressing the Enter

Key.8 When executing, the Self Check will start for the three MIX

ICs (IC523 - IC525) and one Multi IC (IC526).8 A result after Self Check, displayed "OK" in passed item


5.6. Multi IC/Mix IC/DSP Overall Test(MLT/MIX/DSP TEST)

8 Referring to Fig. 5-1, select the MLT/MIX/DSP TEST Item

by either UP or DOWN Cursor.8 Execute the MLT/MIX/DSP TEST Item by pressing the

Enter Key.8 When executing, the Self Check will start for chains of

signal path consist of three MIX ICs (IC523 - IC525) and

nineteen DSP ICs (IC501 - IC519).8 Each DSP IC has been controlled through the Multi IC

(IC526) so that the Self Check for the Multi IC is made in

this section.8 A result after Self Check, displayed "OK" in passed item

and displayed "NG" in defective item.8 In the case displayed "NG" in defective signal path,

passed IC number(s) is (are) displayed reverse indication

in a half way.

So that easy to find which signal path is defected as

shown in Fig. 5-2.

Fig. 5-2

<For examples>In case of Fig. 5-2, defective IC501 or defective

connection between IC501 and IC518.

5.7. DSP Meter Signal Test (METER SIGNALTEST)

8 Move the Cursor to most bottom position by either UP or




Fig. 5-38 Select the METER SIGNAL TEST Item by either UP or

DOWN Cursor.8 Execute the METER SIGNAL TEST Item by pressing the

Enter Key.8 When executing, the Self Check will start for the Meter

Signal Paths from the nineteen DSP ICs (IC501 - IC519)

to Multi IC (IC526).8 A result after Self Check, displayed "OK" in passed item


5.8. DSP D-RAM Test (D-RAM TEST)8 Referring to Fig. 5-3, select the D-RAM TEST Item by

either UP or DOWN Cursor.8 Execute the D-RAM TEST Item by pressing the Enter Key.8 When executing, the Self Check will start for the D-RAMs

(IC528 - IC532) Signal Paths from four DSP ICs (IC505 -

IC508) to Multi IC (IC526).8 A result after Self Check, displayed "OK" in passed item


DIAG1

DIAG2DIAGNOSTICS T.C.

SCENESEL CH

xxx IC NO

MLT/MIX TEST

MLT/MIX/DSP TEST

OK524OK523 OK525 OK526

DIAG2

OK

523524525

509

505

518

501

OK

523524525

512

508

519

504

OK

523524525

516 514

OK

523524525

511

507

519

503

OK

523524525

514 523

OK523 524

OK524 524

OK

523524525

510

506

518

502

OK

523524525

513 524525

OK

516

517

523 523

515 524

DIAG4 DIAG5 DIAG6 EXITDIAG3

OK

523524525

509

505

518

501 NG

523524525

509

505

518

501

< OK > < NG >

DIAG1


SCENESEL CH

xxx IC NO

METER SIGNAL TEST

D–RAM TEST

OK502OK501 OK503 OK04 OK505

OK507OK506 OK508 OK509 OK510

OK512OK511 OK513 OK514 OK515

OK517OK516 OK518 OK519

DIAG2 DIAG4 DIAG5 DIAG6 EXITDIAG3

OK528505 OK529506 OK531507 OK532508



19

5.9. Digital Interface Test (DIGITAL I/F TEST)8 Move the Cursor to most bottom position by either UP or




Fig. 5-48 Connect the Record Output Connector and 2TR A Input

Connector, connect the AUX SND1/2 Connector and AUX

RTN1/2 Connector.8 Select the DIGITAL I/F TEST Item by either UP or DOWN

Cursor.8 Execute the DIGITAL I/F TEST Item by pressing the Enter

Key.8 When executing, the Self Check will start for the signal

paths Record Output Connector to 2TR Input Connector

and AUX SND1/2 Connector to AUX RTN1/2 Connector.8 A result after Self Check, displayed "OK" in passed item


5.10.Word Clock Indication (WORD CLOCK)8 Referring to Fig. 5-4, a presence Master Word Clock

Frequency and Lock/Unlock Status will be displayed.8 Displayed always without any Item Selection and

Execution.

5.11. LED Test (LED TEST)8 Referring to Fig. 5-4, select the LED TEST Item by either

UP or DOWN Cursor.8 Execute the LED TEST Item by pressing the Enter Key.8 When executing, all LEDs except Switch LEDs lit.8 Press Enter Key to finish the LED Test.

5.12. Switch LED Test (SW&LED TEST)8 Referring to Fig. 5-4, select the SW&LED TEST Item by

either UP or DOWN Cursor.8 Execute the SW&LED TEST Item by pressing the Enter

Key.8 When executing, all Switch LEDs become blinking

sequentially.8 When press the Switch which blinking LED, this LED

becomes lit and next LED becomes blinking.

When press the Enter Key instead of the Blinking LED

Key, this LED becomes off and next LED becomes

blinking (Skip Function).8 The Self Check of the Switch LED Test is finished after

checked all of the Switch LEDs.

5.13. Switch Test (SW TEST)8 Referring to Fig. 5-4, select the SW TEST Item by either

UP or DOWN Cursor.8 Execute the SW TEST Item by pressing the Enter Key.8 When executing, all Switches become reverse indication

sequentially.8 When press the reverse indication Switch, next Switch

position becomes reverse indication.

When press the Enter Key instead of the reverse

indication Switch, this reverse indication Switch will be

released reverse indication and next Switch position

becomes reverse indication (Skip Function).8 The Self Check of the Switch Test is finished after

checked all of the Switch LEDs.

5.14. Knob Test (KNOB TEST)8 Move the Cursor to most bottom position by either UP or




DIAG4DIAGNOSTICS

LED TEST

T.C.SCENE

DIGITAL I/F TEST

SEL CH

SW&LED TEST

SW TEST


OKOKREC OUT B 2TR IN AUX SEND B AUX RTN44.1 KHZWORD CLOCK IN

METER UTILITY MIDI D-I/O

AUTOMATION

SOLO

STORE RECALL

GROUP

UNDO

MMC/CURSOR

CURSOR MODESTOP

1 2 3

4 5 6

7 8

0

PLAYREW FF

9CHANNEL

ENTER

PARAMETERSELECT



20

Fig. 5-58 Select the KNOB TEST Item by either UP or DOWN

Cursor.8 Execute the KNOB TEST Item by pressing the Enter Key.8 When executing, the Self Check will start for the Knobs.

First select the Q Adjusting Knob of the EQ Section

indicate to turn to right (reverse indication of the RIGHT).8 Turn the Q Adjusting Knob to right, indicate to turn to the

left (reverse indication of LEFT).8 Turn the Q Adjusting Knob to left, indicate to press this

Knob (reverse indication of KNOB).

If press the Enter Key instead of the Knob, this Knob will

be released reverse indication and next Knob becomes

reverse indication (Skip Function).8 Press the Q Adjusting Knob, indicate to next Knob and

check the same manner as above.8 The Jog Dial do not have press function.8 The Self Check will be end after check of the Jog Dial.

5.15. LCD Test (LCD TEST)8 Referring to Fig. 5-5, select the LCD TEST Item by either

UP or DOWN Cursor.8 Execute the LCD TEST Item by pressing the Enter Key.8 When executing, all face of the LCD is turn on (White

Indication) and off (Blue Indication) repeatedly by three

seconds.8 Press the Enter Key to finish this Self Check Item.

5.16. Memory Initialize (MEMORY INITIALIZE)8 Referring to Fig. 5-5, select the MEMORY INITIALIZE

Item by either UP or DOWN Cursor.8 Execute the MEMORY INITIALIZE Item by pressing the

Enter Key.

8 When executing, all contents of the Memories such as the

Current, Scene, Library, Automation and. etc. have been

cleared and return to the initial contents which set in the

factory.

3.17. Execution of Upgrade Function (PROG-RAM UPGRADE)

8 Referring to Fig. 5-5, select the PROGRAM UPGRADE

Item by either UP or DOWN Cursor.8 Execute the PROGRAM UPGRADE Item by pressing the

Enter Key and all loaded programs in the ROM is deleted.

Note: All Programs loaded in the ROM IC havebeen deleted if the Program UpgradeFunction is executed.Must be need careful caution for executionthis function.

5.18. Fader Calibration Test (FADER CALIB-RATION TEST)

8 Move the Cursor to most bottom position by either UP or




Fig. 5-68 Select the FADER CALIBRATION Item by either UP or

DOWN Cursor.8 Execute the FADER CALIBRATION Item by pressing the

Enter Key.8 When executing, all Faders (21 pcs.) have been calibrated

and displayed measured value.

DIAG5DIAGNOSTICS

LCD TEST

T.C.SCENE

KNOB TEST

SEL CH

MEMOTY INITIALIZE

PROGRAM UPGRADE


EQ

RIGHTLEFTSW

RIGHTLEFTSW

RIGHTLEFTSW

RIGHTLEFTSW

RIGHTLEFT

RIGHTLEFTSW

RIGHTLEFTSW

RIGHTLEFTSW

PAN/ASSIGN DYNAMICS AUX

JOG


SCENE

FADER CALIBRATION TEST

SEL CH

DIAG4DIAG3 DIAG5 DIAG6 EXITDIAG2DIAG1

AVERAGESTATUS

1100OK

2100OK

3100OK

4100OK

5100OK

6100OK

7100OK

8100OK

AVERAGESTATUS

9100OK

10100OK

11100OK

12100OK

13100OK

14100OK

15100OK

16100OK

AVERAGESTATUS

17100OK

18100OK

19100OK

20100OK

21100OK



21

6. Quit of the Self Check Function8 Move the Cursor to most bottom position by either UP or

DOWN Cursor Key.8 Select the EXIT Item by either LEFT or RIGHT Cursor Key

as shown Fig. 6-1.

Fig. 6-18 Press the Enter Key to Quit from the Self Check Function

and execute to normal operation mode.8 The Fader Calibration Data have been cleared by the

Memory Initialize so that the Fader Calibration is required

after Quit from the Self Check Function.8 The Fader Calibration has been made by pressing two

layer Keys and simultaneously.

EXITDIAGNOSTICS T.C.

SCENE

FADER CALIBRATION TEST

SEL CH

DIAG4DIAG3 DIAG5 DIAG6DIAG2DIAG1

AVERAGESTATUS

1100OK

2100OK

3100OK

4100OK

5100OK

6100OK

7100OK

8100OK

AVERAGESTATUS

9100OK

10100OK

11100OK

12100OK

13100OK

14100OK

15100OK

16100OK

AVERAGESTATUS

17100OK

18100OK

19100OK

20100OK

21100OK

EXIT

INPUT1–16

CUSTOM/MIDI



– 22 –

WR-SMPT(OPTION)

POWER-1 BOARD

POWER-2 BOARD

MAIN BOARD

EXTENSION BUS

SLOT OPTION CARDSLOT 1, 2 WR-ADAT, WR-TDIF WR-AESS, WR-ADDA

SLOT 3 ONLY WR-TNDM

AD/DA BOARD

WR-MTBR (OPTION)

INVERTER BOARD

LCD UNIT

FADER DRIVEBOARD

INPUT SWITCHBOARD

EFX BOARD

AD/DA BLOCK

PANEL BLOCKMAIN BLOCK

TB

BO

AR

D

METER BOARD

FADER ∗ 21

INS BOARD

HA BOARD

CN51

YW30CKIT13W

YWRDA7L36 (E36)

YWRDA7L52 (E52)

YWRDA7L62A(E62)

YWRDA7L63A

YWRDA7L63A

YWRDA7L53 (E53)

YWRDA7L64A (E64)

YW

RD

A7L

53 (

E53

)

YW

RD

A7L

52 (

E52

)

YW40ALJV15W (E33)

YWRDU07L01

YWRDA7L32(E32)

YWRDA7L67(E303)

YW17AKJV08W (E66)

YWRDA7L59A (E59)

YWRDA7L04(E6)

YWRDA7L04(E4)

YWRDA7L04(E5)

YWRDA7L04(E7)

YW40ALJV30W(E2)

YWRDA7L01 (E1)

YWRDA7L65 (E65)

YW26CKIT08W

YWRDA7L58A (E58)

YW

RD

A7L

58A

(E

58)

YWRDA7L54 (E54)

YWRDA7L56(E56-E63) x 8

YWRDA7L55 (E55)

CN35

CN62

TRANSFORMER

CN63

FUSE

CN62 CN63

CN98

CN56

CN56

CN57

CN57

CN54

CN54

CN33

CN11-CN31

CNSLOT1 SLOT2 SLOT3

CN

CN37

CN37

CN50

CN50

CN59

CN59

CN58CN99

CN

97

CN

97

CN66

CN303 CN302

CN66

CN

CN

CN

CN

CN

33C

N44

CN

32

CN

32C

N2

CN

1

CN

7C

N6

CN

5C

N4

CN

7C

N6

CN

5C

N4

CN

65

CN

1

CN

64C

N36

CN

36C

N64

CN

65

CN

52C

N53

CN

2

CN

44

CN

77

CN

77

CN55

CN55 CN53 CN52

CN

58C

N99

CN58

CN58

CN59

CN59

CN60

CN60

CN61

CN61

CN62

CN62

CN63

CN63

∗ 21

WIRING DIAGRAM

HP BOARD

MONITOR VRBOARD



– 23 –

CH2INS2+4dBµ

CH8INS8+4dBµ

CH9INS9+4dBµ

CH10INS10+4dBµ

CH16INS16+4dBµ

(+6dB) (+24 - +2dB)(+34 - –14dB)

(+6dB) (+24 - +2dB)(+34 - –14dB)

+50VQ1

PHANTOM SW

(SAME AS ABOVE)/PNTM2

(SAME AS ABOVE)

(SAME AS ABOVE)

/PNTM8

CH1

CH2

CH8

CH9

CH10

CH16(SAME AS ABOVE)

/PNTM1 /PNTM1-8 /PNTM1~8 MD0-7

HA BOARD INS BOARD MAIN BOARD

CH1-60 – +10dBµ

5kΩ

CH2-60 – +10dBµ

5kΩ

CH8-60 – +10dBµ

5kΩ

CH9-60 – +10dBu

5kΩ

CH10-60 – +10dBu

5kΩ

CH16-60 – +10dBµ

5kΩ

CH1INS1+4dBµ

IN0102

IN0304

IN0506

IN0708

A/DCONVERTER

IC520

IC526

IC527

IC521

IC501-IC513IC518,IC519

A/DCONVERTER

CH7

IN0910

IN1112

(FROM SLOT I/F)

IN1314

IN1516

A/DCONVERTER

A/DCONVERTER

CH15

DSP

IC523-IC525

MIX

IC514-IC517

DSP

MUX

MUX

MLT

AS0304

IISLR

MNA

MNB

MLR

2TRINA 2TRINALDO

D01D02

AS0506

WCKCONTROL

CPU (IC1)&PERIPHERALCIRCUITS

IN1516

IC522

IC36

MUX

MA

1-15

,MD

0-15

A/D-D/ACONVERTER

(-21.6dB)(-0.2dB)

(-21.6dB)(-0.2dB)

IC904

RL

A/D-D/ACONVERTER

IC908

RL

AD/DA BOARDAUX SEND 1/2

AUX SEND 3/4+4dBµ10kΩ

AUX SEND 5/6+4dBµ10KΩ

DAXSND AXSND

AR0102

DAXRT DAXRT

AXS34 AS0304AR0304AS0506AR0506

AXR34AXS56AXR56

AR0102

AR0304

AR0506

IC21

IC18

IC23,25-28

MD0-7

TPCSEL/2TRB/CRSELTBSEL

DFF

ARIN

AUXRETURN 1/2

AUXRET 3/4+4dBµ10kΩ

AUXRET 5/6+4dBµ10kΩ

DAXSNDDAXRTDRIVER

(-1.6dB)(+17.1dB)

(-1.6dB)(+17.1dB)

MUX

DFF

DFF

IC37

IC33

A/DCONVERTER

SYNCSEP

D/ACONVERSIONCONTROL

PLLVCOWCVSYNC

MD0-7MD0-7

IC16

IC3SMPTEIN

VSYNCIN

IC14 IC11

WR-SMPT (OPTION)

SW2

WCKOUT

WCKIN

IC40

CN41

EXCTRX

EXCTTX

METERCONTROL

METERLEDMATRIX

FADERMOTORDRIVER

IC4,5

IC10

D1-150

D1-240

INPUT1-16

SW1-4,D151-154

CPU

D0-

3,C

P1,

CP

2

D0~3,CP1,CP2

VLCD

SWITCH & LEDMATRIX

AES/EBU IN

AES/EBU OUT

WCK IN

WCK OUT

TO PC

RS422/485

PANELCONTROLCPU

IC300

TXD AD1-6PNLD0-7

SCAN0-3RXD

FTSW FOOTSW

MIDIIN

MIDIOUT

RECEIVER

DRIVER

METER BRIDGE 1 BOARDWR-MTBR (OPTION)

FADER BOARD INPUT SWITCH BOARD

EFX BOARDMETERBOARD

INVERTER BOARD LCD UNIT

METERLEDMATRIX

METERBRIDGE 2BOARD

MONITOR VRBOARD

FADERMOTORDRIVER

BUS1-4

FADERMOTORDRIVER

MASTER

AD1-6

SCAN0-3PNLD0-7

VOUT CONT

+7V V-I

DRIVERLCD

&CFL

KEY &LEDMATRIX

SWITCH& LEDMATRIX

D227

SWITCH& LEDMATRIX

D601-776SW601-664

SW401-488D401-464

SW201D201-244

MLRIC501

I-V

I-V

I-V

ΣR

16

R

R

R

16

16

16

(-8.4dB) (-0.3dB)(+6.1dB) (-7.1dB)

(-8.4dB)

LPF

I-V

Σ(-0.3dB)(+6.1dB) (-7.1dB)

LPF

L

R

D/ACONVERSIONCONTROL

IC681

I-V

I-V

I-V ΣR

16

R

R

R

16

16

16

(-8.4dB) (+6.1dB)

(+6.1dB)

(-0.3dV)Σ

(0dB)

Σ(0dB)

(-7.1dB)

(-8.4dB)

LPF

I-V

Σ(-0.3dB) (-7.1dB)

LPF

L

R

(-3.3dB)

(+3.3dB)(0dB)

(0dB)

(0dB)

(0dB)

(+6.0dB)

(-3.3dB)

(+3.3dB)

(-3.3dB)

(+3.3dB)

(-3.3dB)

(+3.3dB)

BTL

(+6.0)dBBTL

(+6.0dB)BTL

(+6.0dB)BTL

(+6.0dB)BTL

L

R

(+6.0dB)BTL

(+6.0dB)BTL

(+6.0dB)BTL

(+30dB)

(0dB)

(+38 - +8dB)

HP BOARD

TB BOARD

(0dB) (+18.7)dBHP AMP

MIC41

MONITOR A OUT+4dBu 10kΩ(600Ω ADAPTED)

L

R

MONITOR B OUT+4dBµ 10kΩ(600Ω ADAPTED)

L

R

REC OUT+4dB 10kΩ

L

R

MASTER OUT+4dBµ 10kΩ(600Ω ADAPTED)

HP OUTMAX OUTPUTLEVEL20dBµ MAX (RL=10kΩ)100mW/1.2dBµ (RL=8Ω)440mW/14.6dBµ (RL40Ω)

LR

IC671

IC660

Σ(0dB)

Σ(0dB)

L

R

D/ACONVERTER

L

R

2TR IN B+4dBµ 10kΩ

/CRSEL

/2TRB

(-5.8dB)

(-5.8dB)

(+4.9dB)

(+4.9dB)MNBLR

TB

AUXR6AUX6TB

TBSELIC662

IC663

OVERALL BLOCK DIAGRAM

CR

XD

CT

XD

LDA

TA

SEG0~15

MN

ALR



– 24 –

#DFAIL+14.5V–14.5VV5ARANAGANAV5DV5DV5DGNDGNDVINVGINV#FFAIL

123456789

1011121314

CN36IC7

CN101

+14.5V–14.5VV5AGANA

VINVGINV

2TMDSL2TRCBC

SCIMS

#FSYC1 60

88899092

SCISM

2TRCBBAUXCBCAUXCBBLCH2TRCBOUTCBCK

AUXC302TRCB0

93

959798

101102103

104105112

266676889

75

74

73

48

87

32

22

22

22

22

26

3516

1532

32

323

21

56

50

57,58,59

MTTRDY (IC1 : 69P)

MTRRDY (IC35 : 2P)

AUXLCK2TRLCK

Q3, Q4

IC9

IC3

X1(20MHz)

Q10 Q7

IC4SRAM(HIGH BYTE)

IC1CPU

IC11ADDRESSDECODER

IC3SRAM(LOW BYTE)

IC5SRAM(LOW BYTE) IC2

FLUSH RAM(ROM) IC19

IC18LCD CONTROLLER

IC22BUFFER

Q8

IRQ3IRQ2IRQ1IRQ0IRQ7

NMI

AD0 - AD15

AD0

A1 - A21

WRH,WRL,RD

MD

8 -

MD

16

IC6SRAM(HIGH BYTE)

MD

8 -

MD

16

MD

0 -

MD

7

MD

0 -

MD

7

MD

0 -

MD

15

CE

RY

/BY

PB13PB7PB6PB5PB4PB3PB1PB0PC7PC6PC5PC4PC3PC2PC1

PA7

TXD0RXD0

#FSYNC2#OPWDT

9

10

11

14

154

4

#CSMLT

#CUVRM

#CSLCD

RMCS2

RMCS1

DPD0 - 7

MPUCLK

OSC1

DPA0 - 14

IC12ADDRESSDECODER

#CSPTM

#CSSTA

#CSCKL

#CSMTR

IC13ADDRESSDECODER

CSSMP

#CSSLT3

#CSSLT2

#CSSLT1

IC53,56,31,10WR STROBE& DIRECTION

IC55DIVIDER

IC10

HCSMLT

READY

LCDEN

DSCLLP

YDVD0 - 3

13 #CSSTA15

1411

#CSPTM

15 #CSSLT114 #CSSLT213

11#CSSLT3

#MWPCK#SLDIR

#SLDIR

+13.5V

#RES

CS0WAIT

CS2

55 4

3

11

CS6

71CK

64PLL LOCK

65

63

TIOC31PA9

109

55

RXD1110TXD1

#MCS6

53,54PA0,1

1/2

1/2

5

46

5

999

10 86

8788

9091 - 94

9

(10MHz)(20MHz)

CLK5M(5MHz)

CLK10M(10MHz)(20MHz)(20MHz)

CLK2M(2MHz)

CLK2M(2MHz)

CL500K(500kHz)

IC14DIVIDER

IC102

1/2

1/10

IC15DIVIDER

IC23

IC26SELECTOR

IC10,51,52IC20

IC25

Q11,12,13,14

IC41RS422 DRIVER

1/4

14

3 912

IC21SERIAL I/O

TXDATARXDATA

MTTXDMTRXD

30

4

TXCLK

CLK

RXCLK

13

CS

1

CS

1

CS

1

CS

1

D17

D16IC27DIVIDER

1/4

IC28DIVIDER

1/256IC24SELECTOR

SLT1WCSLT2WCSLT3WC

2TRWC

MS64

MSFS

CN38WCK IN

CN38WCK OUT

NMS64

MS256

23

14

13

9,10,11

15

4

14

3

4

76

4

2 1

26

3 4

IC25

X2

X3

IC25

1

16

23

611

320

45

1

15

13,14

17,18,19

2

5 6

IC25

7 8 7

2,14

54,3

13

3

2,14

7

129

4,5

6

5

14

13

15

1

HSK5N.C.TXD–GNDRXD–TXD+N.C.RXD+

12345678

CN41

GNDTX–RX+GNDN.C.GNDTX–RX–GND

123456789

CN40

LBCKLDATALADDLWCKCTXDCRXD+7V

GNDGNDGNDGNDGND+7VGND

123456789101112131415

CN44

GINVVINVVDDGNDD3D2D1D0GNDDSPOFFCP2CP1S

12345678910111213

CN32

+7V+7VGMTRGMTR

1234

CN64

GNDCLK10MGNDMA1MA2MA3MD0MD1MD2MD3MD4MD5MD6MD7GND#MRDFMWRL#GDBUF#SLDIRGNDWCVSYCGNDLKVSYCTCRDYGND+13.5V#STIRQVCCVCC#RES

123456789

101112131415161718192021222324252627282930

CN35

IC43RS422 DRIVER

SW3

SW2

IC42

2 4IC54

2 1

IC42

32

1

6

75

IC40SELECTOR

5

11

6

10

#RES

BACK UP POWER

RES

LBCLDO

GINVVINV

LADLWC

IC20BUFFER

MD0 - MD15

MA1 - MA21

#MWRL, #MRD

RESET IC

BATTERY

RESET IC

VRAM

DRIVER

PLLPLLLOCKDETECT

DATALATCH

BLOCK DIAGRAM OF MAIN BOARD (CPU SECTION)

CS

C/D

MAIN BOARD



– 25 –

12345678910111213

GNDAD1GNDAD2GNDAD3GNDAD4GNDAD5GNDAD6GND

CN1IC300 MICROPROCESSOR

IC315PHOTOCOUPLER

IC314 IC314

IC313

X301

CN49

CN42

CN43

IC313

L.P.F.

12345678910111213141516171819202122232425262728293031323334353637383940

GNDPNLD0PNLD1PNLD2PNLD3PNLD4PNLD5PNLD6PNLD7GNDFDRCK1FDRCK2FDRCK3FDRCK4FDRCK5FDRCK6FDRCK7FDRCK8GNDSCAN0SCAN1SCAN2SCAN3BLANKMPSLAMPSLBGNDCAIGND/CSSW/CSENC/LEDCK0/LEDCK1/LEDCK2/LEDCK3GNDRSTGND/RSTGND

BLANKSCAN0SCAN1SCAN2SCAN3MPSLAMPSLB

CN2

ToFader Drive Board. . . . . . . . . . . CN1

ToFader Drive Board. . . . . . . . . . . CN2

L.P.F.

L.P.F.

L.P.F.

L.P.F.

L.P.F.

SCIMS RXD0107

87AN0

88AN1

89AN2

92AN4

93AN5

94

981001011026566

AN6

PB0PB1PB2PB3PB4

PA11PA12

94AD0-AD15

94A1-A21

55/CS6

71CK

57/WRL

59/RD

63PA9

48/CS0

SA1-SA21

SA2-SA4

SA2-SA4

SA21

SA2-SA4

/SWRCK

/PLDIR

/GPLDB

AD0-AD15 AD0-AD7

SCISM TXD0108

SCICK SCK0111

OPWDT /WDTOVF

/FSYC1 IRQ268

/RES /RES79

/RES

RES

/RES

/PFAIL

A

K

4

23

32

D1

3

4

5

2

4a

a

b

b

1

1 4

/NMI76

RXD1109

TXD1110

PA1064

EXTAL73

XTAL

N.C.

74

/FSYC2 PA760

IC308TRANSCEIVER

A1-A8

DIR

/G

2-9

1

19

11-19B1-B8

IC317

SA1

SA21

4

5

2

2

3

1

IC309DECODER

A,B,C

G1

/G2B

1-3

6

5

7,8,10-15Y0-Y7

/G2A4

IC311DECODER

A,B,C

G1

/G2B

1-3

6

5

1514

Y0Y1

/G2A4

IC312DECODER

A,B,C

G1

/G2A

1-3

6

4

12-15Y0-Y3

/G2B5

IC304S-RAM

D0-D15

/CS

/OE

2-9

A1-A21

2-9

6

41

/WE17

IC305FLASH RAM(ROM)

D0-D15

/CE

RY / BY

2-9

A1-A212-9

26

16

IC316-IC319LATCHes

/OE28

/WE11

/RES12

50/CS2

MAIN BOARD

BLOCK DIAGRAM OF MAIN BOARD (PANEL CONTROL CPU SECTION)

MIDI INPUT

MIDI OUTPUT

FOOT SWITCH



– 26 –

AD0102AD0304S1DIN1S1DIN2AD0506AD0708S1DIN3S1DIN4

3637384041424344272925

SI0SI1SI2SI3SI4SI5SI6SI7OFSO256FSWCLK

2015

SO0SO4

IC520AUDIO MUX

IC518DSP#18

S2DIN1S2DIN2S2DIN3S0DIN4AD0910AD1112AD1313I1516

3840434436374142272925

2

3

5

6

11

10

14

131


4

7

9

12

2015

SO0SO4

IC521AUDIO MUX

AR0102AR0304AR05062TRIN2S3DIN1S3DIN2S3DIN3S3DIN4

4FSA4FSB4FSCFSAFSBFSCRST

SELS3I

3637384041424344272925


2015

SO0SO4

IC522AUDIO MUX

ARINS3IN

51518171614131211

2346789

A4B4B1B2B3B5B6B7B8

A1A2A3A5A6A7A8

IC535BUFFER

IC539SELECTOR

MSFS

256A

/BC

KB

/BC

KB

/BC

KA

DPCLK0

/RST

23456789

1918171615141312

D0D1D2D3D4D5D6D7

5657

AR1AR2

14 CLKIN

FSA43 /INT

DMUTE84 /MUTE

RST86 /RS

DCS1763 CS

HRBCK158 HRBCK

HR59 HR

HRS

DARTNDS3IND4FSAD4FSB

60 HRS

/BCKB46 ARBC147 ARBC2

AX24948AX1

Q0Q1Q2Q3Q5Q6Q7Q8

IC540LATCH

256A256B256C256D256E256F256G256H

1817161514131211

23456789

B4B1B2B3B5B6B7B8

A1A2A3A4A5A6A7A8

IC537BUFFER

MS256

683

592

2A3A1A

2Y3Y1Y

IC537BUFFER

DPCLK0DPCLK1DPCLK2DPCLK3DPCLK4DPCLK5DPCLK6

1817161514131211

2345678

B1B2B3B4B5B6B7B8

A1A2A3A4A5A6A7

IC538BUFFER

/DPCKC/DPCKD/DPCKE/DPCKF/DPCKG/DPCKH/DPCKB/DPCKA

1817161514131211

23456789

A1A2A3A4A5A6A7A8

Y1Y2Y3Y4Y5Y6Y7Y8

IC534INVERTER

23456789

52346789

D0D1D2D3D4D5D6D7

Q0Q1Q2Q3Q5Q6Q7Q8

IC530LATCH

23456789

1918171615141312

D0D1D2D3D4D5D6D7

Q0Q1Q2Q3Q5Q6Q7Q8

IC541LATCH

CK

11

CK

11

CK

11

256B67 AXBC1

AXBC268

D4FSA78 ARLR1

ARLR279

4FSA69 AXLR1

AXLR255

IC519DSP#19

DPCLK0

EMP

5657

AR1AR2

14 CLKIN

54 EMPTY

EMP54 EMPTY

EMP54 EMPTY

EMP54 EMPTY

EMP54 EMPTY

EMP54 EMPTY

EMP54 EMPTY

FSB43 /INT

DMUTE84 /MUTE

RST86 /RS

DCS1863 CS

HRBCK158 HRBCK

HR59 HR

HRS60 HRS


AX24948AX1

256B67 AXBC1

AXBC268

D4FSB78 ARLR1

ARLR279

4FSB69 AXLR1

AXLR255

IC513DSP#13

DPCLK0

56

57AR1

AR2

14 CLKIN

FSC43 /INT

DMUTE84 /MUTE

RST86 /RS

DCS1263

S3DO3

ARTNS

CS

HRBCK158 HRBCK

HR59 HR

HRS60 HRS


AX24948AX1

256B67 AXBC1

AXBC2

AX350

68

D4FSC

LMN

LSOLO78 ARLR1ARLR279

4FSC69 AXLR1

AXLR255

IC501DSP#1

DPCLK1 LGR0

56 AR1

14 CLKIN

FSA43 /INT

DMUTE84 /MUTE

RST86 /RS

DCS063 CS

HRBCK258 HRBCK

HR59 HR

HRS60 HRS

/BCKC46 ARBC147 ARBC2

48AX1

256C67 AXBC1

AXBC268

D4FSA78 ARLR1

ARLR279

4FSA69 AXLR1

AXLR255

IC502DSP#2

DPCLK2

56 AR1

14 CLKIN

FSA43 /INT

DMUTE84 /MUTE

RST86 /RS

DCS163 CS

HRBCK258 HRBCK

HR59 HR

HRS60 HRS

/BCKD46 ARBC147 ARBC2

48AX1

256D67 AXBC1

AXBC268

D4FSA78 ARLR1

ARLR279

4FSA69 AXLR1

AXLR255

IC503DSP#3

DPCLK3

56AR1

14 CLKIN

FSB43 /INT

DMUTE84 /MUTE

RST86

/RS

DCS263 CS

HRBCK358 HRBCK

HR59 HR

HRS60 HRS

/BCKE46 ARBC147 ARBC2

48AX1

256E67 AXBC1

AXBC268

D4FSB78 ARLR1

ARLR279

4FSB69 AXLR1

AXLR255

IC504DSP#4

DPCLK4

56 AR1

14 CLKIN

FSB43 /INT

DMUTE84 /MUTE

RST86

/RS

DCS363 CS

HRBCK358 HRBCK

HR59 HR

HRS60 HRS

/BCKF46 ARBC147 ARBC2

48AX1

256F67 AXBC1

AXBC268

D4FSB78 ARLR1

ARLR279

4FSB69 AXLR1

AXLR255

EMP54 EMPTY

EMP54 EMPTY

EMP54 EMPTY

EMP54 EMPTY

IC505DSP#5

DPCLK1

56 AR1

14 CLKIN

FSA43 /INT

DMUTE84 /MUTE

RST86 /RS

DCS463 CS

HRBCK258 HRBCK

HR59 HR

HRS60 HRS


256C67 AXBC1

AXBC268

D4FSA78 ARLR1

ARLR279

4FSA69 AXLR1

AXLR255

IC506DSP#6

DPCLK2

56 AR148 AX1

48 AX1

48 AX1

48 AX1

14 CLKIN

FSA43 /INT

DMUTE84 /MUTE

RST86 /RS

DCS563 CS

HRBCK258 HRBCK

HR59 HR

HRS60 HRS


IC528DRAM

8 /RAS

7 /WE

EA0A

EA9A

23 /CAS

256D67 AXBC1

AXBC268

D4FSA78 ARLR1

ARLR279

4FSA69 AXLR1

AXLR255

IC507DSP#7

DPCLK3

56 AR1

14 CLKIN

FSB43 /INT

DMUTE84 /MUTE

RST86 /RS

DCS663 CS

HRBCK358 HRBCK

HR59 HR

HRS60 HRS


256E67 AXBC1

AXBC268

D4FSB78 ARLR1

ARLR279

4FSB69 AXLR1

AXLR255

IC508DSP#8

DPCLK4

56 AR1

14 CLKIN

FSB43 /INT

DMUTE84 /MUTE

RST86 /RS

DCS763 CS

HRBCK358 HRBCK

HR59 HR

HRS60 HRS


256F67 AXBC1

AXBC2

AX350

LGR2

LGR4

LGR6

LGR1

LGR3

LGR5

LGR7

AX350

AX350

AX350

AX350

AX350

AX350

AX350

68

D4FSB78 ARLR1

ARLR279

4FSB69 AXLR1

AXLR255

EMP54 EMPTY

EMP54 EMPTY

EMP54 EMPTY

EMP54 EMPTY

IC509DSP#9

DPCLK1

56 AR1

14 CLKIN

FSA43 /INT

DMUTE84 /MUTE

RST86 /RS

DCS863 CS

HRBCK258 HRBCK

HR59 HR

HRS60 HRS


AX24950AX3

89CAS0

CAS0PWE0PD0-3

92PWE0

PD0-3

256C DP9ADP9BDP9C

67 AXBC1AXBC2

AX148

68

D4FSA78 ARLR1

ARLR279

4FSA69 AXLR1

AXLR255

AX2 4950AX3

DP10ADP10BDP10C

AX148

AX2 4950AX3

DP11ADP11BDP11C

AX148

AX2 4950AX3

DP12ADP12BDP12C

AX148

IC510DSP#10

DPCLK2

56 AR1

14 CLKIN

FSA43 /INT

DMUTE84 /MUTE

RST86 /RS

DCS963 CS

HRBCK258 HRBCK

HR59 HR

HRS60 HRS


256D67 AXBC1

AXBC268

D4FSA78 ARLR1

ARLR279

4FSA69 AXLR1

AXLR255

IC511DSP#11

DPCLK3

56 AR1

14 CLKIN

FSB43 /INT

DMUTE84 /MUTE

RST86 /RS

DCS1063 CS

HRBCK258 HRBCK

HR59 HR

HRS60 HRS


256E67 AXBC1

AXBC268

D4FSB78 ARLR1

ARLR279

4FSB69 AXLR1

AXLR255

IC512DSP#12

DPCLK4

56 AR1

14 CLKIN

FSB43 /INT

DMUTE84 /MUTE

RST86 /RS

DCS1163 CS

HRBCK258 HRBCK

HR59 HR

HRS60 HRS


256F67 AXBC1

AXBC268

D4FSB78 ARLR1

ARLR279

4FSB69 AXLR1

AXLR255

DDP13CDDP13BDDP13AD4FSC

ED0A

ED7A

IC529DRAM

8 /RAS

7 /WE

EA0A

EA9A

23 /CAS

ED0B

ED7B

IC531DRAM

8 /RAS

7 /WE

EA0A

EA9A

23 /CAS

ED0C

ED7C

IC532DRAM

8 /RAS

7 /WE

EA0A

EA9A

23 /CAS

ED0D

ED7D

89CAS1

CAS1PWE1PD4-7

92PWE1

PD4-7

89CAS2

CAS2PWE2PD8-11

92PWE2

PD8-11

89CAS3

CAS3PWE3PD12-15

92PWE3

PD12-15

MAIN BOARDBLOCK DIAGRAM OF MAIN BOARD (DSP SECTION - 1)



DCINBSEL1

MXO1

MXO2

DCINA

DP9ADP9BDP9CDP10ADP10BDP10CDP11ADP11B

DDP9ADDP9BDDP9CDDP10ADDP10BDDP10CDDP11ADDP11B

/BCKA

MA1-MA13

MD0-MD15

MA1-MA13

DCS0-DCS18

MA2-MA8,MA11,MA12

MD0-MD15

CA2-CA8CAA,CAB

CA1

CD0-CD15

MA1-MA13

MD0-MD15

/BCKA

DFS

256C

2356

11101413

IC548SELECTOR

SEL1IC514

DSP#14

DPCLK514 CLKIN

FSC43 /INT

DMUTE84 /MUTE

RST

MXO1

INSLR

86 /RS56

57AR1

AR2

HRBCK158 HRBCK

HR59 HR

HRS60 HRS

/BCKG46 ARBC147 ARBC2

AX24950

AX3

256G67 AXBC1

AXBC268

D4FSC78 ARLR1

ARLR279

4FSC69 AXLR1

AXLR255

EMP54 EMPTY

IC515DSP#15

DPCLK614 CLKIN

FSC43 /INT

DMUTE84 /MUTE

RST

MXO2

INSBUS

86 /RS56

57AR1

AR2

HRBCK158 HRBCK

HR59 HR

HRS

NMS64

MS64

60 HRS49 AX250 AX3

/BCKH46 ARBC147 ARBC2

AX1 48

256H67 AXBC1

AXBC268

D4FSC78 ARLR1

ARLR279

4FSC69 AXLR1

AXLR255

EMP54 EMPTY

48 AX1

IC516DSP#16

DPCLK514 CLKIN

FSC43 /INT

DMUTE

BUSOUT

84 /MUTE

RST86 /RS

56

57

AR1

AR2HRBCK1

58 HRBCK

HR59

504948

HR

HRS60 HRS

AX1PD16-19

PWE4CAS4PD16-19

92PWE4

89CAS4

AX2AX3

/BCKG46 ARBC147 ARBC2

256G67 AXBC1

AXBC268

D4FSC78 ARLR1

ARLR279

4FSC69 AXLR1

AXLR255

EMP54 EMPTY

IC517DSP#17

DPCLK614 CLKIN

FSC43 /INT

DMUTE84 /MUTE

RST

INSBUS

86 /RS56

57AR1

AR2

HRBCK158 HRBCK

HR

CMA1

59 HR

HRS60 HRS

LBUS149 AX2

LGRB150 AX3

/BCKH46 ARBC147 ARBC2

256H

IISLR

67 AXBC1AXBC268

D4FSC78 ARLR1

ARLR279

4FSC69 AXLR1

AXLR255

EMP54 EMPTY

48 AX1

IC544LATCH

Q0Q1Q2Q3Q4Q5Q6Q7

1918171615141312

MA1

MD0-MD15

MA1-MA13

MA

2-M

A6

MA

2-M

A6

MA

2-M

A6

CMA1

23456789

11

D0D1D2D3D4D5D6D7

CK

IC523MIX#1

SW0SW1MIX0

505147

143142141140139138136135134

7-10,10,12-17,20-23,25,26

40-44

38

SI0SI1SI2SI3SI4SI5SI6SI7SI8

CD0-CD15

CA2-CA6

CA0

186187

DP11CDP12ADP12BDP12CS3DIN1S3DIN2S3DIN3

FSC

DDP11CDDP12ADDP12BDDP12CDCINADCINBDCINC

DDP9ADDP10ADDP11ADDP12ADCINA

DDP13ADDP14ADDP16CSS3IN

DDP9BDDP10BDDP11BDDP12BDCINB

DDP13ADDP13BSDP9C

SDP10CSDP11CSDP12CSMXO1SMXO2SDP16ASDP16BSARTNSS3IN

DDP16C

SDP9CSDP10CSDP11CSDP12C

SDP16ASDP16B

SARTNSS3IN

SMXO1SMXO2

IC545LATCH

Q0Q1Q2Q3Q4Q5Q6Q7

1918171615141312

DP13ADP13BDP13CMNLR

DDP14ADDP16C

DP13ADP13BDP13CMNLR

DDP14ADDP16C

CHGRST

MXDS/MWRLMXCS0MXCS1MXCS2

23456789

11

D0D1D2D3D4D5D6D7

CK

3335453

CHG/RST/DSR/ W/CS

9289 WCK

BCK

LROUTBUSOUT

IC546LATCH

Q0Q1Q2Q3Q4Q5Q6Q7

1918171615141312

23456789

11

D0D1D2D3D4D5D6D7

CK

DARTNDS3IN

IC547LATCH

Q1Q2Q3Q4

25710

MXO1MXO2

DFS/BCKA

346

11

9

D0D1D2D3

CLK

/BC

KB

23456789

1918171615141312

4

7

9

12

D0D1D2D3D4D5D6D7

Q0Q1Q2Q3Q4Q5Q6Q7

IC533LATCH

IC527AUDIO DEMUX

DDP13C41 SI4

36 SI0

/BCKADFS

5 I256FS7 IFS

256GFSC

29 O256FSOFS27

SO514

SO020

AS0102AS0304AS0506

MNBMLR

SO1 19

SO2 18

SO3 17

SO6 13

SO7

IC549AD-FF

2

3D

CK

Q 5

IC549BD-FF

2

3

D

CK

Q 9

HRBCK2

IC551BUFFER

HRBCK3

HRBCK4

5

9

12

2A

3A

4A

2Y

3Y

4Y

6

8

11

MNA

IC550AD-FF

2

3D

CK

Q 5

IC550BD-FF

2

3D

CK

Q 9

12

CK

11

DDP14CDDP16ADDP16BDDP16C

S3DO2

2A

LROUTCMA1

DDP14AMNLR

LBUS0LGRB0

39CA1

IC524MIX#2

14314214114013913813613413313213012912812512412112056

7-10,10,12-17,20-23,25,26

40-44

38

SI0SI1SI2SI3SI4SI5SI6SI8SI9SI10SI11SI12SI13SI14SI15

SUB0

CD0-CD15

CA2-CA6

CA0

3335453

CHG/RST/DSR/ W/CS

9289 WCK

BCKDFS

/BCKA

INSLRINSBUSMXO1

39CA1

SW0SW1MIX0

505147

ARTNSSLT3MXO2

IC526MLT

128,129,134-139,141-146

148,149151-156

147

2728

PCAS3PWE3

CAS3PWE3

1922

3435

PCAS4PWE4

CAS4PWE4

PCAS2PWE2

CAS2PWE2

1314

PCAS1PWE1

CAS1PWE1

67

PCAS0PWE0

CAS0PWE0

9289 WCK

BCKDFS

/BCKA

12247 SEL1

SI9SEL1

2A

127128125107

CWRCRDCSGDEMP

PD00-PD03,PD10-PD13,PD20-PD23,PD30-PD33,PD40-PD43

/MWLR/MRD

/CSMLTEMP

NWCNBCNADNDO

DHRSDHR

DMUTEMCHGO

MCS0MCS1MCS2MDS

1Y2Y

SEL0

74757677102106108109111112113114116117119

DCS0-DCS18

78,79,82-89,91-99

DHRCK 104

LWCLBCLADLDOHRSHR

DMUTECHG

MXCS0MXCS1MXCS2MXDSI1516

S3DO1SELS3I

DDP9BDDP10BDDP11BDDP12BDCINB

DDP13ADDP13BSDP9C

SDP10CSDP11CSDP12CSMXO1SMXO2SDP16ASDP16BSARTNSS3IN

DDP16C

IC525MIX#3

143142141140139138136135134133132130129128125124123122121114112111102101100878685777675717069686456

7-10,10,12-17,20-23,25,26

40-44

38

SI0SI1SI2SI3SI4SI5SI6SI7SI8SI9SI10SI11SI12SI13SI14SI15SI16SI17SI18SI24SI25SI26SI32SI33SI34SI40SI41SI42SI48SI49SI50SI52SI53SI54SI55SI58SUB0

CD0-CD15

CA2-CA6

CA0

3335453

CHG/RST/DSR/ W/CS

9289 WCK

BCKDFS

/BCKA

39CA1

SW0SW1MIX0

505147

S1DOS2DOS3DO3

PD0-PD19

2-5,8-12,15-18,23-26,29-33

GRI0-GRI10LGR0-LGR7,LGRB0,LGRB1,LGRLR49,52-61

SI0-SI7LVL0-LVL3,LBUS0,LBUS1,LLR,DP14A36-39,42-45

SI10LSOLOSI8

4846

SI947

3Y1186768717273636566

1A1B2B3A3BBCKWCKRST

AD15162TRINA

SLT3ARINS3IN256GFSCRST

BLOCK DIAGRAM OF MAIN BOARD (DSP SECTION-2)MAIN BOARD

– 27 –



– 28 –

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

/PNTM1

/PNTM2

/PNTM3

/PNTM4

/PNTM5

/PNTM6

/PNTM7

/PNTM8

IN0102

IN0304

IN0506

IN0708

IN0910

IN1112

IN1314

IN1516

DAXRT–

GND

DAXSND

AXR0304

AXR0506

AXS0304

AXS0506

GND

/2TRB

/CRSEL

TBSEL

DIM

/MUTE

/DARST

48K

MNALR

MNBLR

MLR

GND

ADA256

GND

ADA64

GND

ADAFS

DGND

DGND

DGND

DGND

+5VD

+5VD

+5VD

+5VD

AGND

AGND

AGND

AGND

+5VA

+5VA

V–14.5

V+14.5

34

16

21

2

3

AES/EBU INPUT

AES/EBU or SPDIF

CN46

T1

T2

34

16 AES/EBU OUTPUT

CN47

CN33

IC410

IC410

IC410

IC410

IC411

IC410

IC410

IC411

IC412BUFFER

IC413BUFFER

A1

A2

A3

A4

A5

A6

A7

A8

A9

A10

A11

A12

A13

A14

A15

A16

A17

A18

A19

A20

A21

A22

A23

A24

A25

A26

A27

A28

A29

A30

A31

A32

SLT256

GND

SLTFS

GND

SL1DI1

SL1DI3

SL1DO

SL2DI1

SL2DI3

SL2DO

SL3DI1

SL3DI3

SL3DO1

SL3DO3

SL1WC

SL3WC

GND

/CSSL2

GND

/MWRL

GND

MCA2

MCA4

MCA6

MCA8

SLT256

MCD0

MCD2

MCD4

MCD6

GND

/STIRQ

B1

B2

B3

B4

B5

B6

B7

B8

B9

B10

B11

B12

B13

B14

B15

B16

B17

B18

B19

B20

B21

B22

B23

B24

B25

B26

B27

B28

B29

B30

B31

B32

GND

SLT64

GND

/MUTE

SL1DI2

SL1DI4

GND

SL2DI2

SL2DI4

GND

SL3DI2

SL3DI4

SL3DO2

GND

SL2WC

GND

/CSSL1

/CSSL3

/MRD

GND

MCA1

MCA3

MCA5

MCA7

MCA9

GND

MCD1

MCD3

MCD5

MCD7

/STRES

/STDIR

CN37

CN50

43PNTM1

65

89

1011

1213

21

4

2

3

4

5

6

7

8

9

Y1

Y2

Y3

Y4

Y5

Y6

Y7

Y8

3

18

17

16

15

14

13

12

11

A1

A2

A3

A4

A5

A6

A7

A8

18

17

16

15

14

13

12

11

A1

A2

A3

A4

A5

A6

A7

A8

2

3

4

5

6

7

8

9

Y1

Y2

Y3

Y4

Y5

Y6

Y7

Y8

a

e

b

b

d

f

c

a

PNTM2

PNTM3

PNTM4

PNTM5

PNTM6

PNTM7

PNTM8

DAXRT+

AR0506

AR0304 /2TRB

/CRSEL

TBSEL

DIM

/MUTE

/DARST

48K

AD0102

AD0304

AD0506

AD0708

AD0910

AD1112

AD1314

AD1516

AXSND

AS0304

AS0506

MNA

MNB

IISLR

IC407BUFFER

2

3

4

5

6

7

8

9

Y1

Y2

Y3

Y4

Y5

Y6

Y7

Y8

18

17

16

15

14

13

12

11

A1

A2

A3

A4

A5

A6

A7

A8

S1DIN1

S1DIN2

S1DIN3

S1DIN4

S2DIN1

S2DIN2

S2DIN3

S2DIN4

IC409BUFFER

2

3

4

5

Y1

Y2

Y3

Y4

18

17

16

15

A1

A2

A3

A4

S3DIN1

S3DIN2

S3DIN3

S3DIN4

S1DIN1

S1DIN2

S1DIN3

S1DIN4

S2DIN1

S2DIN2

S2DIN3

S2DIN4

S3DIN1

S3DIN2

S3DIN3

S3DIN4

IC408BUFFER

18

17

16

15

14

A1

A2

A3

A4

A5

2

3

4

5

6

Y1

Y2

Y3

Y4

Y5

S1DO

S2DO

S3DO1

S3DO2

S3DO3

S1DO

S2DO

S3DO1

S3DO2

S3DO3

SLT1WC

SLT3WC

SLT2WC

SLT64

/DMUTE

/STIRQ

SLOT I/F

AD/DA I/F

2TRINA

2TMDSL

SLT256

ADA256

2TR256

SLT64

ADA64

2TR64

2TRN64

SLT256

SLTFS

ADA256

V5SL

V5A

V–14.5

V+14.5

/STIRQ

MS256

MS64

NMS64

ADA64

ADAFS

IC402BUFFER

14

18

17

16

15

11

13

A5

A1

A2

A3

A4

A8

A6

/G1

/CSSL1

/CSSEL2

/CSSEL3

/MRD

MA9

RES

/RES

/SLTWR

/SLCS1

/SLCS2

/SLCS3

/SLTRD

MCA9

/STDIR

MA1

MA2

MA3

MA4

MA5

MA6

MA7

MA8

MCA1

MCA2

MCA3

MCA4

MCA5

MCA6

MCA7

MCA8

/MCS6

/SLDIR

MD0

MD1

MD2

MD3

MD4

MD5

MD6

MD7

/STIRQ

MCD0

MCD1

MCD2

MCD3

MCD4

MCD5

MCD6

MCD7

6

2

3

4

5

9

7

1

Y5

Y1

Y2

Y3

Y4

Y8

Y6

/MWRCK

IC33RECEIVER

AES/EBU Rx (2TRIN)

AES/EBU Rx (AUX RETURN)

IC50

3

4

5

25

26

9

10

3b

M0

FSYNC

SCK

27

11

12 56

CC/F0

CB/E2

C0/E0

ERF

SDATA

RXP

RXN

IC403BUFFER

18

17

16

15

14

13

12

11

/G1

A1

A2

A3

A4

A5

A6

A7

A8

1

2

3

4

5

6

7

8

9

12

12

133

12a

a

Y1

Y2

Y3

Y4

Y5

Y6

Y7

Y8

SLTFS

ADAFS

2TRFS

WCKOUT

IC405BUFFER

18

17

16

14

13

12

11

A1

A2

A3

A5

A6

A7

A8

2

3

4

6

7

8

9

Y1

Y2

Y3

Y5

Y6

Y7

Y8

IC404TRANSCEIVER

IC57

IC401

18

17

16

15

14

13

12

11

/G

DIR

A1

A2

A3

A4

A5

A6

A7

A8

19

1

2

3

4

5

6

7

8

9

B1

B2

B3

B4

B5

B6

B7

B8

SL1DI1

SL1DI3

SL1DO

SL2DI1

SL2DI3

SL2DO

SL3DI1

SL3DI3

SL3DO1

SL3DO3

SL1DI2

SL1DI4

SL2DI2

SL2DI4

SL3DI2

SL3DI4

SL3DO2

MCD0

MCD2

MCD4

MCD6

MCA0

MCA2

MCA4

MCA6

MCA8

/STCS2

/SLTWR

IC34BUFFER

IC35 3

67/1G

/2G

1A

2A

1

4

2

5

11Y

2Y

2TRFS

2TR64

2TRCBC

2TRCBB

2TRCB0

2TRLCK

MCD1

MCD3

MCD5

MCD7

/STDIR

/STRES

/STRES

MCA1

MCA3

MCA5

MCA7

MCA9

/STCS1

/STCS3

/SLTRD

MSFS

IC406BUFFER

18

17

16

14

11

A1

A2

A3

A5

A8

2

3

4

6

9

Y1

Y2

Y3

Y5

Y8

a

2TRFS

2TRN64

MLR

AS0102

/RES

2TR256

CBOUT

CBCK

LCH2TR

DAXRT+

AXSND

AR0102

IC36RECEIVER

IC50

IC41

SW1

3

4

5

25

26

9

7a

FSYNC

SCK

11

12

12

CC/F0

CB/E2

C0/E0

ERF

SDATA

RXP

AUXCBC

AUXCBB

AUXCB0

AUXLCK

AES/EBU TxIC27TRANSMITTER

15

16

2

3

LRCK

BCK

DTA

VLDV

FS1

X1C

TG1

CTG2

CTG3

4

5

6

7

10

13

21

22

23

1DO1

DO2

BLOCK DIAGRAM OF MAIN BOARD (AUDIO INTERFACE SECTION)MAIN BOARD

2

3



123456789101112131415

CH1/PNTM1

CH2/PNTM2

CH3/PNTM3

CH4/PNTM4

CH5/PNTM5

CH6/PNTM6

CH7/PNTM7

CH8

12345678910111213141516171819202122232425262728293031323334353637383940

/PNTM1/PNTM2/PNTM3/PNTM4/PNTM5/PNTM6/PNTM7/PNTM8IN0102IN0304IN0506IN0708IN0910IN1112IN1314IN1516DAXRTN+DAXRTN–DAXSNDAXR0304AXR0506AXS0304AXS0506/MONO/2TRB/CRSELTBSELDMR/MUTE/DARST48KMNALRMNBLRMLRDGADA256DGADA64DGADAFS

2

3

1

2

3

1

1

2

123456789101112131415

CH9/PNTM8

CH10+50

CH11+14.5V

CH12+14.5V

CH13–14.5V

CH14–14.5V

CH15–14.5V

CH16

2VCOM

4

2 1IC1A

IC2A

IC41IC412

IC413

IC42

CH1/2

IC3AD CONVERTER

IC43

IC912

IC913

IC1B

IC2B

1 3

6 7

7 5

AINL+

5AINL–

MCKA 4MCKD

7

20

4AINL+

5

21

11

6

8

3

12

5

9

2 a

AINL–

Same as CH1/2

Same as CH1/2

Same as CH1/2

Same as CH1/2

Same as CH1/2

Same as CH1/2

Same as CH1/2

/PNTM1

/PNTM1/PNTM2/PNTM3/PNTM4/PNTM5/PNTM6/PNTM7/PNTM8

fs

SFMUTE

RESET

+5VA

/MUTE

RESET & CAL TIMING

AUX SEND 3/4+4 dBµ

AUX SEND 5/6+4 dBµ

/DARST

DAXSND

fs

64fs

256fs

/RST

MUTE

AXS0304

AXR0304

TB

TBSEL

/MUTE

/DARST

256fs64fs

/2TRB/CRSELTBSELDMR

/MUTE/DARST

48KMNALRMNBLR

MLR

DAXRTN+

DAXSNDAXR0304AXR0506AXS0304AXS0506

/PNTM2

/PNTM3

/PNTM4

/PNTM5

/PNTM6

/PNTM7

/PNTM8

+50

+14.5V

–14.5V

SCLK14

2

LRCK13

CAL10

SDAT16

6

IC904 AD/DA CONVERTER

JK903

AUX SEND 1/2(SPDIF)

JK905B

ToMain Board. . . . CN33

CN33

To INS Board. . . . . . CN54

CN54

To INS Board. . . . . . CN55

CN55

JK904

AUX RETURN 3/4+4 dBµ

AUX RETURN 5/6+4 dBµ

JK901

JK902

IC902A2

6

1AINL–

3AINR+

SDT013

5AINL+

IC902B7

4AINR–

LRCK

SCLK

11

12

15MCLK SDT1

14

/PWDA23

/PWAD24

AOUTR27

AOUTL26

CH3/4

IC81 IC82 IC83 IC914

CH5/6

IC121 IC122 IC123 IC915

CH7/8

IC161 IC162 IC163 IC916

CH9/10

IC201 IC202 IC203 IC917

CH11/12

IC241 IC242 IC243 IC918

CH13/14

IC281 IC282 IC283 IC919

CH15/16

IC401

IC1-4,IC1000,IC1001,Q1-Q-7

AD/DA SUB-1 BOARD &AD/DA SUB-2 BOARD

IC911DRIVER

T902PULSE TRANS

RESET

+14.5V

8

3

7

8 7IC481

IC903A2

6

1

IC903B7

IC909A2 1

D Y5

Z6

IC909BQ901

Q902

5 7

2

3

1

2

3

1

fs

64fs

256fs

/RST

MUTE

AXS0506

AXR0506

6

IC908 AD/DA CONVERTER

IC662SELECTOR

IC906A2

6

1AINL–

3AINR+

SDT013

5AINL+

IC906B7

4AINR–

LRCK

SCLK

11

12

15MCLK SDT1

14

/PWDA23

/PWAD24

AOUTR27

AOUTL26

IC907A2

6

3S3S4

4

98

1

IC907B7

D4

/IN3/IN4

11,6D3

IC910A2 1

IC910BQ903

Q904

5 7

3

4

DAXRTN+AUX RETURN 1/2(SPDIF)

JK905AT901PULSE TRANS

AD/DA BOARDBLOCK DIAGRAM OF AD/DA BOARD (1/2)

– 29 –



IC501D/A CONVERTER (MASTER)

AD/DA BOARDBLOCK DIAGRAM OF AD/DA BOARD (2/2)

R502-R535

Q501,D501

Q651,D660

Q502,D502

Q652,D661

IC503A

IC504A

Q503

CN501

CN58

CN99

Q504

IC506A

IC504BL.P.F.

IC506BL.P.F.

IC508

IC507

IC503B

+14.5V

B.P.F.

SFMUTE

/MUTE

(–8.4 dB)

(–0.3 dB)Σ (–7.1 dB)

MASTER OUTPUT (L)(+4 dBµ)

CN502MASTER OUTPUT (R)(+4 dBµ)

JK503RECORD OUTPUT (L)(+4 dBµ)

JK655

CN52

RECORD INPUT B (L)(+4 dBµ)

JK656RECORD INPUT B (R)

(+4 dBµ)

JK504RECORD OUTPUT (R)(+4 dBµ)

(–8.4 dB)

(–0.3 dB)Σ (–7.1 dB)

+5D

LVDD

75

VDD

73

+14.5V RVDD

LMUTE6 7

1+

–

3

2

2 1

fs 65 LRCK

MLR 64 SD

/RST 53 /RSTB

64fs 66 BCK

256fs 157

L

R

CKFFL

61 X0

126 CKFFR

RMUTE

R-NETWORK6

2

3

1

3,6

3,6

7

R540-R573 IC505A

IC505B

/MUTE

6 7

1+

–

3

2

2 1

R-NETWORK

REGULATOR

REGULATOR

REGULATOR

REGULATOR

6 7

1

7

1

7

IC510

IC509

3,6

3,6

1

7

1

7

2

3

1

JK501MONITOR B OUTPUT (L)(+4 dBµ)

JK502MONITOR B OUTPUT (R)(+4 dBµ)

2

3

1

IC670

IC669

3,6

3,6

1

7

1

7

2

3

1

2

3

1

IC651D/A CONVERTER (MONITOR A) R652-R685 IC653A

IC654A

Q700

Q701

IC658A

IC654BL.P.F.

IC658BL.P.F.

IC653B

+14.5V+14.5V

–14.5V

+5D

+5A

+14.5V–14.5V

TB

B.P.F.

SFMUTE

/MUTE

(–8.4 dB)

(–0.3 dB)Σ (–7.1 dB)

(–8.4 dB)

(–5.4 dB)

(–0.3 dB)Σ (–7.1 dB)

+5D

LVDD

75

VDD

73

+14.5V

/2TRB

RVDD

D2

D1

D3

D4

/IN1 - /IN4

153,14S1,S2

11,6S3,S4

2

10

4

1,16,9,8

D2

D1

D3

D4

/IN1 - /IN4

15 314S1,S2

116S3,S4

2

10

4

1,16,9,8

LMUTE6 7

1+

–

3

2

2 1

fs 65 LRCK

MNALR 64 SD

/RST 53 /RSTB

64fs 66 BCK

256fs

157

L

R

CKFFL

61 X0

126 CKFFR

RMUTE

R-NETWORK6 7

R690-R723

IC660SELECTOR

IC657A

IC657B

/MUTE

6 7

1+

–

3

2

2 1

R-NETWORK6 7

IC663D/A CONVERTER (MONITOR B)

IC664A

IC664B

IC672A

IC672B

SFMUTE9 SMUTE

1–

+

2

3

fs 8 LRCK

MNBLR 7 SDATA

18

19

16

17

/RST 5 /PD

64fs

6 BICK

256fs4

AOUTL+

AOUTL–

AOUTR+

AOUTR–MCLK

2 1

IC665A

1+

–

3

2

2

3

1

(–5.4 dB)

IC665B

7+

–

5

6

7–

+

6

5

6 7

IC655A

IC655B

2 1

6 7

IC671SELECTOR

12345678

MUTEDMRMONIALSMONIALRMONIALGMONIARSMONIARRMONIARG

123456789

10

MONIBLSMONIBLRMONIBLGMONIBRSMONIBRRMONIBRGTBTB GND+14.5V–14.5V

123456789

10111213

+5A+5A+5AAGAG

+14.5V+14.5V–14.5V–14.5V

AGAG

+5DDG

JK501

ToMonitor VR Board. . . . . . . . . . CN58To

Power-2 Board. . CN52

ToMonitor VR Board. . . . . . . . . . CN99

MONITOR A OUTPUT (L)(+4 dBµ)

JK502MONITOR A OUTPUT (R)(+4 dBµ)

2

3

1

IC668

IC667

3,6

3,6

1

7

1

7

2

3

1

– 30 –



– 31 –

GNDPNLD0PNLD1PNLD2PNLD3PNLD4PNLD5PNLD6PNLD7GNDFDRCK1FDRCK2FDRCK3FDRCK4FDRCK5FDRCK6FDRCK7FDRCK8GNDSCAN0SCAN1SCAN2SCAN3BLANKMPSLAMPSLBGNDCA1GND/CSSW/CSENCLEDCK0LEDCK1LEDCK2LEDCK3GNDRSTGND/RSTGND

12345678910111213141516171819202122232425262728293031323334353637383940

CN2 IC25 LATCH

ToMain Board. . . . . CN2

AGNDAD1AGNDAD2AGNDAD3AGNDAD4+5VFAD5+5VFAD6+5VF

12345678910111213

CN1

ToMain Board. . . . . CN1

+7VPGNDVccGND

1-67-121314

CN65

GNDFDR+5VFDRFOCH1GNDFDRMOTOR–MOTOR+

123456

123456

CN11

ToPower-2Board. . .CN65

FADER DRIVE BOARD (1/2)BLOCK DIAGRAM OF FADER DRIVE BOARD (1/2)

PNLD0-PNLD7

+5VFFOCH1

D1-D9

3,4,7,8,1314,17,18

Q8Q7Q6Q5Q4Q3Q2Q1

19161512 9 6 5 2

To Panel I/F Section




IC1MOTOR DRIVER

CH1 MOTOR FADER

CH2 MOTOR FADER

CH3 MOTOR FADER

CH4 MOTOR FADER

IN2IN1VccVSVref

Vcc+7VVref

19268

OUT2OUT1

27


123456

123456

CN12

+5VFFOCH2

IC2MOTOR DRIVER

IN2IN1VccVSVref

Vcc+7VVref

19268

OUT2OUT1

27


123456

123456

CN13

+5VFFOCH3

IC3MOTOR DRIVER

IN2IN1VccVSVref

Vcc+7VVref

19268

OUT2OUT1

27


123456

123456

CN14

+5VFFOCH4

IC4MOTOR DRIVER

IN2IN1VccVSVref

Vcc+7VVref

19268

OUT2OUT1

27

IC26 LATCHGNDFDR+5VFDRFOCH5GNDFDRMOTOR–MOTOR+

123456

123456

CN15

+5VFFOCH5

D1-D8

3,4,7,8,1314,17,18

Q8Q7Q6Q5Q4Q3Q2Q1

19161512 9 6 5 2

IC5MOTOR DRIVER

CH5 MOTOR FADER

CH6 MOTOR FADER

CH7 MOTOR FADER

CH8 MOTOR FADER

IN2IN1VccVSVref

Vcc+7VVref

19268

OUT2OUT1

27


123456

123456

CN16

+5VFFOCH6

IC6MOTOR DRIVER

IN2IN1VccVSVref

Vcc+7VVref

19268

OUT2OUT1

27


123456

123456

CN17

+5VFFOCH7

IC7MOTOR DRIVER

IN2IN1VccVSVref

Vcc+7VVref

19268

OUT2OUT1

27


123456

123456

CN18

+5VFFOCH8

IC8MOTOR DRIVER

IN2IN1VccVSVref

Vcc+7VVref

19268

OUT2OUT1

27


123456

123456

CN19

+5VFFOCH9

D1-D8

3,4,7,8,1314,17,18

Q8Q7Q6Q5Q4Q3Q2Q1

19161512 9 6 5 2

IC22SELECTOR

X13

A10

B9

INH6

X0X1X2X3

13141511

IC9MOTOR DRIVER

CH9 MOTOR FADER

CH10 MOTOR FADER

CH11 MOTOR FADER

CH12 MOTOR FADER

IN2IN1VccVSVref

Vcc+7VVref

19268

OUT2OUT1

27


123456

123456

CN20

+5VFFOCH10

IC10MOTOR DRIVER

IN2IN1VccVSVref

Vcc+7VVref

19268

OUT2OUT1

27


123456

123456

CN21

+5VFFOCH11

IC11MOTOR DRIVER

IN2IN1VccVSVref

Vcc+7VVref

19268

OUT2OUT1

27


123456

123456

CN22

+5VFFOCH12

IC12MOTOR DRIVER

IN2IN1VccVSVref

Vcc+7VVref

19268

OUT2OUT1

27


123456

123456

CN23

+5VFFOCH13

D1-D8

3,4,7,8,1314,17,18

Q8Q7Q6Q5Q4Q3Q2Q1

19161512 9 6 5 2

IC13MOTOR DRIVER

CH13 MOTOR FADER

CH14 MOTOR FADER

CH15 MOTOR FADER

CH16 MOTOR FADER

IN2IN1VccVSVref

Vcc+7VVref

19268

OUT2OUT1

27


123456

123456

CN24

+5VFFOCH14

IC14MOTOR DRIVER

IN2IN1VccVSVref

Vcc+7VVref

19268

OUT2OUT1

27

/CLRCLK

/RSTFDCK4

111

/CLRCLK

/RSTFDCK5

111

/CLRCLK

/RSTFDCK8

111

/CLRCLK

/RSTFDCK1

111

FDCK1FDCK2FDCK3FDCK4FDCK5

FDCK8

/RST

+7V

+5VF

INH6

INH6

Vcc


RST

RST

RST

/CLRCLK

/RSTFDCK2

111

/CLRCLK

/RSTFDCK3

111

FOCH1FOCH2FOCH3FOCH4FOCH5FOCH6FOCH7FOCH8


123456

123456

CN25

+5VFFOCH15

IC15MOTOR DRIVER

IN2IN1VccVSVref

Vcc+7VVref

19268

OUT2OUT1

27


123456

123456

CN26

+5VFFOCH16

IC16MOTOR DRIVER

IN2IN1VccVSVref

Vcc+7VVref

19268

OUT2OUT1

27

IC29 LATCHGNDFDR+5VFDRFOBUS1GNDFDRMOTOR–MOTOR+

123456

123456

CN27

+5VFFOBUS1

D1-D8

3,4,7,8,1314,17,18

Q8Q7Q6Q5Q4Q3Q2Q1

19161512 9 6 5 2

IC17MOTOR DRIVER

BUS1 MOTOR FADER

BUS2 MOTOR FADER

BUS3 MOTOR FADER

BUS4 MOTOR FADER

IN2IN1VccVSVref

Vcc+7VVref

19268

OUT2OUT1

27

GNDFDR+5VFDRFOBUS2GNDFDRMOTOR–MOTOR+

123456

123456

CN28

+5VFFOBUS2

IC18MOTOR DRIVER

IN2IN1VccVSVref

Vcc+7VVref

19268

OUT2OUT1

27


123456

123456

CN8

+5VFFOBUS3

IC19MOTOR DRIVER

IN2IN1VccVSVref

Vcc+7VVref

19268

OUT2OUT1

27


123456

123456

CN9

+5VFFOBUS4

IC20MOTOR DRIVER

IN2IN1VccVSVref

Vcc+7VVref

19268

OUT2OUT1

27

IC32 LATCHGNDFDR+5VFDRFOMASGNDFDRMOTOR–MOTOR+

123456

123456

CN10

+5VFFOMAS

D1-D8

3,4,7,8,1314,17,18

Q8Q7

1916

IC21MOTOR DRIVER

MAS MOTOR FADER

IN2IN1VccVSVref

Vcc+7VVref

19268

OUT2OUT1

27

Y3

Y0Y1Y2Y3

1524

IC23SELECTOR

X13

A10

B9

X0X1X2X3

13141511

Y3

Y0Y1Y2Y3

1524

IC24SELECTOR

X13

A10

B9

X0X1X2X3

13141511

Y3

Y0Y1Y2Y3

1524

FOCH9FOCH10FOCH11FOCH12FOCH13FOCH14FOCH15FOCH16

FOBUS1FOBUS2FOBUS3FOBUS4FOMAS



– 32 –

13121110987654321

13121110987654321

D0-D7 12-19

CK

/OE

2-9

11

1

Q0-Q7

GNDPNLD0PNLD1PNLD2PNLD3PNLD4PNLD5PNLD6PNLD7+7V+7VPGNDPGND

13121110987654321

13121110987654321

SCAN0SCAN1SCAN2SCAN3BLANK/CSSWLEDCK0LEDCK1LEDCK2VccCA1GNDRST

12345678910111213


12345678910111213

SCAN0SCAN1SCAN2SCAN3BLANK/CSSW/CSENCLEDCK2LEDCK3VccCA1GNDRST

CN6

CN5

CN4

FADER DRIVE BOARD (2/2) INPUT SWITCH BOARD

IC601LATCH

CN5

CN4

CN7

TOEFX BOARD. . . . . . CN7

TOEFX BOARD. . . . . . CN6

+7V

+7V

Vcc

/CSENC/CSSW

LEDCK0LEDCK1LEDCK2LEDCK3

/CSENC/CSSWLEDCK0 – LEDCK3

ToFADERDRIVESection

[ PANEL I/F Section ]

SCAN0 – SCAN3,BLANK

+7V

+7V

+7V

+7V

Vcc

Vcc Vcc

SCAN0SCAN1SCAN2SCAN3SL0SL1SL2

SL15

PNLD0 – PNLD7

CA1RST

D0-D7 12-19

CK

/OE

2-9

11

1

Q0-Q7

IC603 LATCH

D0-D7 12-19

CK

/OE

2-9

11

1

Q0-Q7

IC605LATCH

Y1-Y4PNLD0-PNLD3

2-5

/G1

/G2

15-18

1

19

A1-A4

IC607GATE

ABC 7-15

/G2B

G1

1-3

6

5

/G2A4

G15

Y0-Y7

IC608DECODER

ABC 7-15

/G2A

/G2B

1-3

4

6

Y0-Y7

IC611DECODER

I1-I8 11-18

Vcc

1-8

1-8

9

O1-O8

IC602SOURCE DRIVER

I1-I8 11-18

Vcc

LCOM0-LCOM7

LCOM0CH1 CH2 CH3

LCOM1

LCOM2

LCOM18

SCOM0

SL0

SL1

SL2

SL15

SCOM1

SCOM2

SCOM3

LCOM8-LCOM15

LCOM16-LCOM18

9

O1-O8

IC604SOURCE DERIVER

I1-I8 16-18

Vcc

1-8

9

O1-O3

IC606SOURCE DRIVER

I1-I4 2,7,10,153,6,11,14

O1-O4

IC609SINK DRIVER

I1-I4 2,7,10,153,6,11,14

3,6,11,14

3,6,11,14

O1-O4

IC610SINK DRIVER

I1-I4 2,7,10,15O1-O4

IC612SINK DRIVER

I1-I4 2,7,10,15O1-O4

IC613SINK DRIVER

19x16 LED MATRIXD601-D775

4x16 SW MATRIXSW601-SW664

BLOCK DIAGRAM OF INPUT SWITCH BOARD / FADER DRIVE (2/2) BOARD



BLOCK DIAGRAM OF HA BOARD AND INS BOARD

CH1

CN1

CN51

CN101

CN151

CN201

JK401

JK451

JK501

JK551

JK601

JK651

JK701

JK751

CN251

CN301

CN351

1

3

2–+

65 37 1

Q6

Q1

(+34 - –14dB) (+24 - +2dB)(+6dB)HOT

COLD

/PNTM1

/PNTM1

/PNTM2

V+50

Q7IC1B

VR1B

JK901

JK902

IC1AVR1A

CH2

1

3

2–+

65 37 1

Q58

Q51

(+34 - –14dB) (+24 - +2dB)(+6dB)HOT

COLD

/PNTM2

V+50

Q59IC51B

VR51BIC51A

VR51A

1234

CN56

INS2INS1

CN56

1234

CH1/PNTM1CH2/PNTM2

CN54

CH1/PNTM1CH2/PNTM2CH3/PNTM3CH4/PNTM4CH5PNTM5CH6/PNTM6CH7/PNTM7CH8

CH3

1

3

2–+

65 37 1

Q106

Q101

(+34 - –14dB) (+24 - +2dB)(+6dB)HOT

COLD

/PNTM3

/PNTM3

ToAD/DA Board. . . . . . CN54

/PNTM4

V+50

Q107IC101B

VR101BIC101A

VR101A

CH4

1

3

2–+

65 37 1

Q156

Q151

(+34 - –14dB) (+24 - +2dB)(+6dB)HOT

COLD

/PNTM4

V+50

Q157IC151B

VR151BIC151A

VR151A

1234

CN57 CN57

1234

CH3/PNTM3CH4/PNTM4

CH5

1

3

2–+

65 37 1

Q206

Q201

(+34 - –14dB) (+24 - +2dB)(+6dB)HOT

COLD

/PNTM5

/PNTM5

/PNTM6

V+50

Q207IC201B

VR201BIC201A

VR201A

CH6

1

3

2–+

65 37 1

Q254

Q251

(+34 - –14dB) (+24 - +2dB)(+6dB)HOT

COLD

/PNTM6

V+50

Q255IC251B

VR251BIC251A

VR251A

1234

CN58 CN58

1234

CH5/PNTM5CH6/PNTM6

CH7

1

3

2–+

65 37 1

Q306

Q301

(+34 - –14dB) (+24 - +2dB)(+6dB)HOT

COLD

/PNTM7

/PNTM7

V+50

Q307IC301B

VR301BIC301A

VR301A

CH8

1

3

2–+

65 37 1

Q354

Q351

(+34 - –14dB) (+24 - +2dB)(+6dB)HOT

COLD

/PNTM8

V+50

Q355IC351B

VR351BIC351A

VR351A

1234

CN59 CN59

1234

CH7/PNTM7CH8N.C.

JK903

JK904

INS4INS3

JK905

JK906

INS6INS5

JK907

JK908

INS8INS7

CH9

1

3

2–+

65 37 1

Q403HOT

COLD/PNTM8

V+50

Q404

IC401B

VR401B

JK909

JK910

IC401AVR401A

CH10–+

65 37 1

Q453HOT

COLDQ454

IC451B

VR451BIC451A

VR451A

1234

CN60

INS10INS9

CN60

1234

CH9/PNTM8CH10+50V

CN55

CH9/PNTM8CH10+50VCH11+14.5VCH12+14.5VCH13–14.5VCH14–14.5VCH15–14.5VCH16

CH11–+

65 37 1

Q503HOT

COLD+14.5V

ToAD/DA Board. . . . . . CN55

+14.5V

Q504

IC501B

VR501BIC501A

VR501A

CH12–+

65 37 1

Q553

COLDQ554

IC551B

VR551BIC551A

VR551A

1234

CN61 CN61

1234

CH11+14.5VCH12+14.5V

CH13–+

65 37 1

Q603HOT

COLD–14.5V

–14.5V

Q604

IC601B

VR601BIC601A

VR601A

CH14–+

65 37 1

Q653HOT

COLDQ654

IC651B

VR651BIC651A

VR651A

1234

CN62 CN62

1234

CH13–14.5VCH14–14.5V

CH15–+

65 37 1

Q703HOT

COLD–14.5VQ704

IC701B

VR701BIC701A

VR701A

CH16–+

65 37 1

Q753HOT

COLDQ754

IC751B

VR751BIC751A

VR751A

1234

CN63 CN63

1234

CH15–14.5VCH16N.C.

JK911

JK912

INS12INS11

JK913

JK914

INS14INS13

JK915

JK916

INS8INS7

T

R

S

1

3

2T

R

S

1

3

2T

R

S

1

3

2T

R

S

1

3

2T

R

S

1

3

2T

R

S

1

3

2T

R

S

1

3

2T

R

S

HA BOARD INS BOARD

123456789101112131415

123456789101112131415

– 33 –



– 34 –

1

2

3

4

HOT

SG

FG

FG

TB HA

MONITOR A

TB MIC

MIC41

CN58

CN99

CN97 CN971

21

2

3

41

3

(+38 dB – +8 dB)

(+30 dB)

(0 dB)(0 dB)

(+2.7 dB) (+17.3 dB) (0 dB)(0 dB)

MONITOR B(0 dB) (0 dB)

3

2VR41A

IC41A

IC1A

IC1B

IC41B

VR41B

1

3 1

5

TOAD/DA BOARD. . . . . . . CN58

TOAD/DA BOARD. . . . . . . CN99

7

5 7

MONI BL S

MONI BL R

MONI BL G

MONI BR S

MONI BR R

MONI BR G

TB

TB GND

+14.5V

–14.5V

1

2

3

4

5

6

7

8

9

10

TB BOARD

MONITOR VR BOARD

HP BOARD

MUTE

DMR

MONI AL S

MONI AL R

MONI AL G

MONI AR S

MONI AR R

MONI AR G

1

2

3

4

5

6

7

8

4

6

5

VR1A

Q3Q1

Q2

DIMMER MUTE

Q4

1

3

2

VR1B4

6

5

IC2A

IC2B

3 1

5 7

Q1

Q2

MUTE

IC1A

IC1B

Q3,Q6

JK1

Q7,Q10

3 1

1

2

3

5 7

CN59CN59

HP L

AG L

AG R

HP R

+14.5V

–14.5V

MUTE

1

2

3

4

5

6

7

1

2

3

4

5

6

7

VR1A1

3

2

VR1B4

6

5

IC21A

IC21B

3 1

5 7

VR21A

Q21

Q22

MUTE

1

3

2

VR21B4

6

5

+14.5V

–14.5V

+14.5V

–14.5V

+14.5V

–14.5V

BLOCK DIAGRAM OF MONITOR VR / HP / TB BOARDS



D0-D7 12-19

CK

/OE

2-9

11

1

Q0-Q7

12345678910111213


12345678910111213

SCAN0SCAN1SCAN2SCAN3BLANK/CSSW/CSENCLEDCK2LEDCK3VccCA1GNDRST

CN6

EFX BOARD METER BOARD

IC401LATCH

CN7

TOFADER DRIVE BOARD. . . . . . CN6

TOFADER DRIVE BOARD. . . . . . CN7

+7V

+7V

+7V

Vcc

Vcc

D0-D7 12-19

CK

/OE

2-9

11

1

Q0-Q7

IC403 LATCH

Y5-Y8 6-9

/G1

/G2

11-14

1

19

A5-A8

IC405GATE

Y1-Y8 2-9

/G1

/G2

11-18

1

19

A1-A8

IC406GATE

Y1-Y8 2-9

/G1

/G2

11-18

1

19

11 10

A1-A8

IC407GATE

IC416

ABC 7-15

G1

/G2B

1-3

5

6

/G2A4

/G2A4

Y0-Y7

IC409DECODER

ABC 7-15

G1

/G2B

1-3

5

6

Y0-Y7

IC412DECODER

I1-I8 11-18

Vcc

1-8

1-8

9

O1-O8

IC402SOURCE DRIVER

I1-I8 11-18

Vcc

LCOM19-LCOM31

LCOM19CH1 CH2 CH3

LCOM20

LCOM21

LCOM31

SCOM4

SL0

SL1

SL2

SL15

SCOM5

SCOM6

SCOM15

LCOM8-LCOM159

O1-O8

IC404SOURCE DERIVER

I1-I4 2,7,10,153,6,11,14

O1-O4

IC410SINK DRIVER

I1-I4 2,7,10,153,6,11,14

3,6,11,14

3,6,11,14

O1-O4

IC411SINK DRIVER

I1-I4 2,7,10,15O1-O4

IC413SINK DRIVER

I1-I4 2,7,10,15O1-O4

IC414SINK DRIVER


4x16 SW MATRIXSW401-SW488

LCOM26CH1 CH2 CH3

SW201

LCOM27

LCOM31

LCOM30

SL8

SL9

SL10

SL15

SL12


BLOCK DIAGRAM OF EFX BOARD

Y1-Y8

A

B

2-9

/G1

/G2

11-18

1

19

A1-A8

IC408GATE

VR401ENCODER EQ:Q

A1 1LPF

A2 3LPF

A

B

VR402ENCODER EQ:F

A3 1LPF

A4 3LPF

A

B

VR403ENCODER EQ:G

A5 1LPF

A6 3LPF

A

B

VR404ENCODER PAN

A7 1LPF

A8 3LPF

A

B

VR405ENCODER DYN-U

A8 1LPF

A7 3LPF

A

B

VR406ENCODER DYN-D

A6 1LPF

A5 3LPF

A

B

VR407ENCODER AUX

A4 1LPF

A3 3LPF

A

B

VR408ENCODER JOG

A2 1LPF

A1 2LPF

CN66 CN661234567891011121314151617

1716151413121110987654321

LCOM26SL9SL8LCOM27SL15SL14SL13SL12SL11LCOM31SCOM10LCOM24LCOM25LCOM28LCOM29LCOM30SL10

– 35 –



– 36 –

1 2

3

1 2

3

1 2

3

1 2

3

1 2

3

CH1-8

CH9 - 16

CH17 to 24

DIGITALIN

DIGITALSlot 3

IN

DIGITALSlot 1

IN

CH25 to 32

AUXRTN 1,2

AUXRTN3 to 6

DIGITALSlot 2

IN

DIGITALIN

(S/PDIF)

T.B.

2TR B IN

BUS1 to 8

AUXSEND 1,2

SAME ASAUXSEND1,2

SAME ASAUXSEND1,2

SAME AS MASTER L

AUXSEND 3,4

AUXSEND 5,6

MASTER L/R

L +4dB

R +4dB

-14dBFSOSC

30,60,100,400,1k,4k,10k,pink

SOLO

2bandEQ

L:HPF/SHL/PEQH:LPF/SHH/PEQ

METERGAIN

SLATE

STUDIOALLAUXTB

2bandEQ

L:HPF/SHL/PEQH:LPF/SHH/PEQ

METER

GAIN

METER

+12 to –24dB0.5 step

A / DHA

HA

20 bit

AUX6only

AUX6only

FormatConverter

FormatConverter

GAIN

FADERch

ON/OFF

METER

METER

*NOTDIRECT OUT

*NOTDIRECT OUT

GAIN

+12 to –24dB0.5dB step


+10 - –60dB

+10 –-60dB

SAME ASCH1 to 8

SAME ASCH1 to 8

SAME ASCH1 to 8

SAME ASCH1 to 8

L.RLR

PKSGNL

PKSGNL

A / D

A / D

CH15,CH16 only(INPUT SELECT)

Slot3sw

24 bit

24bit

HA

HA

PHANTOM

INS

INS

+12 - –24dB0.5 dB step

NORINVGAIN PRE

PRE

PRE

PRE

POST

POST

POST

POST

4 bandPEQ

DYN

PRE / POSTEQ CONT

COMP+GATE/EXP ANDER

L:HPF/SHL/PEQML:PEQMH:PEQH:LPF/SHH/PEQ

DLY

0-300 msec0-326 msec1 msec step

chON/OFF

FADER

+10 to –90 –∞dB

L16 to R1633 step

(48k)(44.1k)

PAN BALON/OFF LR

G1L

R

C

SB

SL

SR

G2

G3

G4

G5

G6

G7

G8SurroundVR

Surround ON/OFF

AUX1

AUX2

AUX3

AUX4

AUX5

AUX6

MAIN BUS AUX SOLOLR 12345678 123456 LR

TANDEMCNNECTION

I/O32inputRAMSA

DIRECTSLOTOUT

SLOT1,2,3

INS I/O

INS I/O

METER

METER

METER

4bandPEQ

+4dB

+4dB

+4dB

+4dB

+4dB

+4dB

+4dB

+4dB

+4dB

+4dB

DYN

4band PEQ DYN

SLOT1,2,3

SLOT1,2,3

SLOT1,2,3

SLOT1,2,3

SLOT1,2,3

L:HPF/SHL:PEQML:PEQMH:PEQH:LPF/SHH/PEQ

COMP+GATE/EXPANDER

L:HPF/SHL:PEQML:PEQMH:PEQH:LPF/SHH/PEQ

COMP+GATE/EXPANDER

LR

SOLO

PAN/BAL

FormatConverter

SURROUNDMONITOR

SURROUNDMONITOR

BUS3,4 +10 to –90, –∞dB

BUS5,6

D / A

D / A

D / A+10–10dB–∞dB

20bit

20bit

24bit

D / A

24bit

MUTE

MUTE

MUTE

DIGITALOUT

AUXSEND1,2

AUXSEND3,4

AUXSEND5,6

RECOUT

MASTERL

MASTERR

AES/EBU(S/PDIF)

DIGITALOUT

MONITORA

PhonesOUT

MONITORB

(S/PDIF)

(2TR A IN)AES/EBU(S/PDIF)

(REC OUT)

(STUDIO)

INS MODENORMALMODE

DIRECTOUT1 to 8

DIRECTOUT9 to 16

SOLO / MONITOR

AUXSEND1 to 6

BUS1 to 8

MASTERL/R

DIGITALSLOT1OUT

DIGITALSLOT2OUT

DIGITALSLOT3OUT

(Slot3 only)

AUXRTN1 to 6

BUSINSSEND1 to 8

BUSINSRTN1 to 8

MASTERINS SEND

MASTERINS RTN

DIGITALSLOT3OUT

DIGITALSLOT3IN

BAL

L

L

L

L

R

R

R

R

FormatConverter

DIM

METER

MONO

SOLOCONT

SOLOLEVEL

MONITORSOURCE

SORROUNDMONITOR

BUS1

AUX1,3,5AUX2,4,6

AUX1,3,5

AUX2,4,6

MASTER LMASTER R

MASTER LTB

MASTER R

2TRA

BUS2D/A

D/A

24bit

-25dB

2TRB

2TRB

CRSEL

24bit

D/A

24bit

D/A

24bit

Cross point select

Cross point select

DIRECTSLOTOUT

SLOT1,2,3


PAN/BAL

ST

PAN/BAL MONO

ST

PAN/BAL MONO

SOLO ON/OFF

ST

+10 to –90 –∞dB

+10 to –90 –∞dB

ON/OFF LR

G1L

R

C

SB

SL

SR

G2

G3

G4

G5

G6

G7

G8SurroundVR

+10 to –90, –∞dB

+10 to–90,–∞dB

BLOCK DIAGRAM

SURROUNDMONITOR

METER



– 37 –

(0) (+6)

P

BTL

MASTER OUT+4

MONITOR A OUT+4

MAX OUTPUT LEVEL+18

NOMINAL LEVEL+4

I/V(–8) (–7)

LPF

(0)I/V(–8) (–7) (0) (0) (–3) (+3) (+6)

LPF BA

Σ

Σ Σ BTL

(+6) (+24 to +2) (0)

PHA3

HA2

HA1MONO INPUT

–60 to +24

MONO INPUT

MONO INPUT

MONO INPUT

MONO INPUT

MONO INPUT

(dBµ)30

20

10

0

–10

–20

–30

–40

–50

–60

–70

–80

–90

–100

–110

–120

–130

MONO INPUT

MONO INPUT

MONO INPUT

MONO INPUT

ADBA

MASTER MONITOR A

MASTER MONITOR A

MASTER MONITOR A

MASTERMONITOR A

–93 MASTERMONITOR A

ANALOG ANALOGDIGITAL

DA

DA

(–19)(+34 to –14)

LINE MAX INPUT LEVEL

LINE NOMINAL LEVEL

MIC NOMINAL LEVEL

MIC TYPICAL LEVEL

LINE TYPICAL NOISE LEVEL

LEVEL DIAGRAM



YWA1AA0280A4XYA3+FF8FXXYN4+F8FXXTB3+8JFXKXTB3+10JFXXYA3+BF10FXXYM4+E8FNXWC4BFNYWA1AA0279A4XYN3+J10FXXSB3+6FXYWA1AB0270A4YWA1AA0282A4XTB3+8FFXXTB3+14FFXYWA1AB0269A4XSB26+4FXKXTB3+8JFXKXTS3+8FFXKXYN3+10FX

123456789

1011121314151617181920

Cup ScrewsBinding Head Tapping Screw and Washer AssyPan Head Screw and Washer AssyBinding Head Tapping Black ScrewsBinding Head Tapping ScrewsBinding Head Tapping Screw and Washer AssyBinding Head Screws and Washer AssyInternal Toothed Lock WashersCup ScrewsPan Head Screw and Washer AssyBinding Head ScrewsBinding Head Tapping ScrewsBinding Head Tapping ScrewsBinding Head Tapping ScrewsBinding Head Tapping ScrewsBinding Head ScrewsBinding Head ScrewsBinding Heat Tapping Black ScrewsFlush Head Tapping Black ScrewsPan Head Screw and Washer Assy

ScrewsNo. DescriptionNumbers show screws, washers, nuts and etc.

PACKAGING

1

1

2

M49

M50

M52

M32

M83

PCB18

M66

M70M71

PCB7

M48

M48

M42

M87

M26

E10

M27

M28

ATT1

PCB13

M25

PCB12

PCB1

M24

M19

M18

M6

M21

M23

PCB5

PCB6LCD1

M20

M22

M13

M16

ATT2

M12M11

M10

M9

M4

M14

M17

M1 M3

M2

M4

M5

M15

M48

PCB8M68

M69

MIC1

E103

M51

M32

M47

M37

M43

M44

MO1

M38

M39

PCB3M35

M33

M34

M31

M32

PCB4

M45

M45

M36M35

M40M41

PCB2

PCB16

PCB17

M40

M54

M102

M105

M105M105

M103

M105

M105

M101, M102

T1

PCB14E10

E10

M80

M82

M79

M63M61

M60M62

M61

M65

M73

M72

E101

M64

SerialNo.Label

ULLabel

M32

M60

M32M75

M32M74

M76

M77

M81

M78

M53

PCB15

M58

M57

E10

E10

M59

PCB10

PCB11

PCB9

1

2

2

1

1

11

1

1

162

2

1

1

1

1

1

3

2

7

1

4

5

2

4

4

2

4

54

1

1

1

1

1M8

M7

1

7

1

1

WR-DA7

10

11

2

2

2

14

1

13

12

12

15

1

16

2

2

2

2

12

13

12 12

12

2

12

13

1

1

2

1716

1313

11

18

2

20

2020

20

20

17

2

2

2

1912

9

9

M106

1

8

2

4

1

1

1

1

11

1

1

– 72 –

EXPLODED VIEW OF WR-DA7



73

XTB3+6FFZKXYA3+FF8FXYWA1AA0280A4YWA1AA0279A4

1

2

3

4

Binding Head Tapping Black ScrewsBinding Head Tapping Screw and Washer AssyCup Black ScrewsCup Black Screws

ScrewsNo. DescriptionNumbers show screws, etc.

1

1 2

2

3

2

M1

M12

M14

M17

M16

M17

M17

M17

Serial No. Label

M18

M17

M17

M15

M13

M11,M12,R

M2

M3

M5

PCB1

M6

E101

M8

SerialNo.Label

PCB2

FB1

M7

M4

EXPLODED VIEW OF WR-MTBR

PACKAGING

WR-MTBR



74

EXPLODED VIEW OF WR-TNDM

PACKAGING

XYA3+FF8FX1 Binding Head Tapping Screw and Washer AssyScrewsNo. Description

Numbers show screws, etc.

M1

M2

M11

M13

M12

M13

M13

M14

Serial No. Label

1

WR-TNDM



75

EXPLODED VIEW OF WR-TDIF

PACKAGING



M1

M2

M11

M13

M12

M13

M13

M14

Serial No. Label

1

WR-TDIF



76

EXPLODED VIEW OF WR-SMPT

PACKAGING

XYA3+FF8FXYWA1AA0282A4

1

2

Binding Head Tapping Screw and Washer AssySpecial Screws


M1

M11M13

M12

M13

M13

M14

Serial No. Label

1

2

WR-SMPT

2



77

EXPLODED VIEW OF WR-AESS

PACKAGING



M1

M2

M11

M13

M12

M13

M13

M14

Serial No. Label

1

WR-AESS



78

EXPLODED VIEW OF WR-ADAT

PACKAGING


1

2



M11

M13

M12

M13

M13

M14

WR-ADAT

1

M1

Serial No. Label

2



78

EXPLODED VIEW OF WR-ADAT

PACKAGING


1

2



M11

M13

M12

M13

M13

M14

WR-ADAT

1

M1PCB1

Serial No. Label

2



79

ATT1 EVANMAP01B14 AttenuatorATT2 EVANMEP01B14 AttenuatorMO1 YWAVA612LL5B DC MotorT1 Y YWAPTA1030A4 Power TransformerF1 Y XBA1C50NU100 Current Fuse 5A 125V

BAT1 YWCR2032 BatteryE1 YWAEJA0501A4 InsulatorE2 YW40ALJV30W Wire Assy for Main Board CN2 and

Fader Drive Board CN2E5 Y YW840522 Insulator Fuse CoverE32 YWRDA7L32 Wire Assy for Main Board CN32 and

Inverter Board CN32

E33 YW40ALJV15W Wire Assy for Main Board CN33 andAD/DA Board CN33

E58 YWRDA7L58A Wire Ass’y for AD/DA Board CN58,CN99and Monitor Board CN58,CN99

E62 Y YWRDA7L62A Wire Assy for Power-1 Board CN62 andPower-2 Board CN62

E66 YW17AKJV08W Wire Assy for Meter Board CN66 andEFX Board CN66

LCD1 YWLM32019T LCD Unit

M1 YWA5WA2356C1 PanelM2 YWA5RA1060B3 KnobM3 YWA5RB1060B3 KnobM4 YWA1VA0518A3 LensM5 YWA7PA1011A4 Badge

M6 YWA7SA3719B2 Panel SheetM7 YWA5RD1052A3 KnobM8 YWA5RA1052A3 KnobM9 YWA5RB1052A3 KnobM10 YWA5RC1052A3 Knob

M11 YWA5RA1053A3 KnobM12 YWA5RC1053A3 KnobM13 YWA6JA1117A3 ButtonM14 YWA6JA1119A3 ButtonM15 YWA6JB1117A3 Button

M16 YWA5RA1061B3 KnobM17 YWA6JA1118A2 ButtonM18 YWA7SA3720B3 LabelM19 YWA5WA2363B1 PanelM20 YWA2FA1151A4 Cushion

M21 YWA2SA4491A1 Mounting AngleM22 YWA6JA1120A3 ButtonM24 YWA2KA1197B1 ChassisM25 YWCS7 Cord ClampM26 YWA3BA1043A1 Supporting Angle

M27 YWA2GA0092A4 Cord Clamp (x30)M28 YWA2SA4488A1 Mounting Angle for FatherM31 YWA2KA1192A2 ChassisM32 YWCS1 Cord ClampM33 YWA7DA1077A3 Heat Sink

M34 YWA2PA1148A3 InsulatorM37 YWA5RA1054A3 KnobM38 YWA3BA1037A2 Supporting AngleM39 YWA2PA1142A4 InsulatorM41 YWA3BA1038A2 Supporting Angle

M42 YWA5WA2357A1 Rear PanelM43 YWA2KA1190A2 Side L ChassisM44 YWA2KA1191A2 ChassisM45 YWA2PA1155A4 InsulatorM47 YWA5EA2283A1 Cover

M48 YWA5QA0510A3 HingeM49 YWA2KA1193A1 ChassisM50 YW1492AR Rubber FootM51 YWA5WA2361A3 PanelM52 YWA5RA1059A3 Knob

M53 YWA2KA1194B1 ChassisM54 YWA2KA1195B1 ChassisM66 YWA2HA2143B3 Shield PartsM69 YWA2SA4490A3 Mounting AngleM70 YWA5QA0511A3 Hinge

M71 YWE5100EM02 Standard ScrewM72 YWBM90HR02B KnobM74 YWA2SA4489A4 Mounting AngleM76 YWA5WA2360A4 PanelM78 YWA2NA1083A4 Spacer

M79 YWA2KA1196A1 ChassisM80 Y YWA5WA2362A2 PanelM81 YWA5WA2359A4 PanelM82 YWA5DA0020A3 OrnamentM87 YWA7SA3748A4 Label

REF. NO. PART NO. DESCRIPTION REF. NO. PART NO. DESCRIPTION

REPLACEMENT PARTS LISTImportant Notice1. Components identified by " Y " mark have special characteristics important for safety.

When replacing any of these components, use only manufacturer's specified parts.2. RTL : Retention Time Limited (No longer available after discontinuing product).3. REF. NO. Exx for Wire Assy, refer to Wiring Diagram on page 22.

MISCELLANEOUS

WR-DA7



PCB1 (RTL) YWR00DA7KZ6A Printed Circuit Board AssyIC1-21 YWTA7291S ICIC22-24 MC74HC4052N ICIC25-29 MC74HC273AH ICIC32 MC74HC273AH IC

IC54 NJM78L05A ICD1 YWERA1502AVR DiodeD2 MA165 DiodeD3 YWERA1502AVR DiodeD4 MA165 Diode

D5 YWERA1502AVR DiodeD6 MA165 DiodeD7 YWERA1502AVR DiodeD8 MA165 DiodeD9 YWERA1502AVR Diode

D10 MA165 DiodeD11 YWERA1502AVR DiodeD12 MA165 DiodeD13 YWERA1502AVR DiodeD14 MA165 Diode






D40 MA165 DiodeD41 YWERA1502AVR DiodeD42 MA165 DiodeR45 ERDS2TJ223 Carbon 22K ohms 1/4WR46 ERDS2TJ473 Carbon 47K ohms 1/4W

C1 ECQV1H104JZ Plastic 0.1 µ F 50VC2 ECA1AHG102 Electrolytic 1000 µ F 10VC3 ECQV1H104JZ Plastic 0.1 µ F 50VC4 ECA1CM102 Electrolytic 1000 µ F 16VC5 ECQV1H104JZ Plastic 0.1 µ F 50V

C7 ECQV1H104JZ Plastic 0.1 µ F 50VC9 ECQV1H104JZ Plastic 0.1 µ F 50VC11 ECQV1H104JZ Plastic 0.1 µ F 50VC20 ECQV1H104JZ Plastic 0.1 µ F 50VC21 ECA1CM221B Electrolytic 220 µ F 16V

C22,23 ECQV1H104JZ Plastic 0.1 µ F 50VC25,26 ECQV1H104JZ Plastic 0.1 µ F 50VC29 ECQV1H104JZ Plastic 0.1 µ F 50VC31 ECQV1H104JZ Plastic 0.1 µ F 50VC33 ECQV1H104JZ Plastic 0.1 µ F 50V

C35 ECQV1H104JZ Plastic 0.1 µ F 50VC37-56 ECQV1H104JZ Plastic 0.1 µ F 50VC59 ECQV1H104JZ Plastic 0.1 µ F 50VC62 ECQV1H104JZ Plastic 0.1 µ F 50VC65 ECQV1H104JZ Plastic 0.1 µ F 50V

C68,69 ECQV1H104JZ Plastic 0.1 µ F 50VC72 ECQV1H104JZ Plastic 0.1 µ F 50VC75 ECQV1H104JZ Plastic 0.1 µ F 50VC78 ECQV1H104JZ Plastic 0.1 µ F 50VC81 ECQV1H104JZ Plastic 0.1 µ F 50V

C84 ECQV1H104JZ Plastic 0.1 µ F 50VC87 ECQV1H104JZ Plastic 0.1 µ F 50VC90 ECQV1H104JZ Plastic 0.1 µ F 50VC93 ECQV1H104JZ Plastic 0.1 µ F 50VC96 ECQV1H104JZ Plastic 0.1 µ F 50V

C97 YWECA1CM102B Electrolytic 1000 µ F 16VC98-100 ECQV1H104JZ Plastic 0.1 µ F 50VC107,108 ECKF1H103ZF Ceramic 0.01 µ F 50VC109,110 ECQV1H104JZ Plastic 0.1 µ F 50VC112-132 ECQV1H104JZ Plastic 0.1 µ F 50V

C137 ECKF1H103ZF Ceramic 0.01 µ F 50VL1 YWZBF503S03B CoilCN1 YW510481300 13-pin ConnectorCN2 YW520444010 40-pin ConnectorCN4-7 YW521511310 13-pin Connector

CN8-28 YWS6BPHKS 6-pin ConnectorCN65 YW521471410 14-pin ConnectorE1 YWRDA7L01 Wire Assy for Main Board CN1E10 YWA2QA0134A4 ElectrodeE56-63 RDA7L56 Wire Assy


80

FADER DRIVE BOARD



PCB2 (RTL) YWR00DA7KB5A Printed Circuit Board AssyIC1,51 YWUPC4570G ICIC101,151 YWUPC4570G ICIC201,251 YWUPC4570G ICIC301,351 YWUPC4570G IC

IC401,451 YWUPC4570G ICIC501,551 YWUPC4570G ICIC601,651 YWUPC4570G ICIC701,751 YWUPC4570G ICQ1 2SC4102 Transistor

Q2 2SK374-RS TransistorQ3 2SC4102 TransistorQ4,5 2SC4081 TransistorQ6,7 2SC2545-E TransistorQ51 2SC4102 Transistor





Q252 2SK374-RS TransistorQ253 2SC4102 TransistorQ254,255 2SC2545-E TransistorQ256,257 2SC4081 TransistorQ301 2SC4102 Transistor


Q352 2SK374-RS TransistorQ353 2SC4102 TransistorQ354,355 2SC2545-E TransistorQ356,357 2SC4081 TransistorQ401,402 2SC4081 Transistor

Q403,404 2SC2545-E TransistorQ451,452 2SC4081 TransistorQ453,454 2SC2545-E TransistorQ501,502 2SC4081 TransistorQ503,504 2SC2545-E Transistor

Q551,552 2SC4081 TransistorQ553,554 2SC2545-E TransistorQ601,602 2SC4081 TransistorQ603,604 2SC2545-E TransistorQ651,652 2SC4081 Transistor

Q653,654 2SC2545-E TransistorQ701,702 2SC4081 TransistorQ703,704 2SC2545-E TransistorQ751,752 2SC4081 TransistorQ753,754 2SC2545-E Transistor

D1 MA142K DiodeD2 MA143 DiodeD51 MA142K DiodeD52 MA143 DiodeD101 MA142K Diode

D102 MA143 DiodeD151 MA142K DiodeD152 MA143 DiodeD201 MA142K DiodeD202 MA143 Diode

D251 MA142K DiodeD252 MA143 DiodeD301 MA142K DiodeD302 MA143 DiodeD351 MA142K Diode

D352,401 MA143 DiodeD451,501 MA143 DiodeD551,601 MA143 DiodeD651,701 MA143 DiodeD751 MA143 Diode

D752-759 YW1SS355 DiodeR1,2 YWR1220P682D Metal 6.8K ohmsR3 YFR1220P104D Metal 100K ohmsR4 ERJ6GEYJ103 Carbon 10K ohms 1/10WR7,8 YWR1220P100D Metal 10 ohms

R9,10 YWR1220P103D Metal 10K ohmsR11,12 YWR1220P391D Metal 390 ohmsR13 YWR1220P100D Metal 10 ohmsR14,15 YWR1220P102D Metal 1K ohmsR16 R1220P822D Metal 8.2K ohms


81

HA BOARD



R18,19 R1220P1911D Metal 1.91K ohmsR20 YWR1220P473D Metal 47K ohmsR21 YWR1220P181D Metal 180 ohmsR22 YWR1220P272D Metal 2.7K ohmsR23-25 YWR1220P473D Metal 47K ohms

R26 ERJ6GEYJ101 Carbon 100 ohms 1/10WR27 ERJ6GEYJ562 Carbon 5.6K ohms 1/10WR51,52 YWR1220P682D Metal 6.8K ohmsR53 YFR1220P104D Metal 100K ohmsR54 ERJ6GEYJ103 Carbon 10K ohms 1/10W

R57,58 YWR1220P100D Metal 10 ohmsR59,60 YWR1220P103D Metal 10K ohmsR61,62 YWR1220P391D Metal 390 ohmsR63 YWR1220P100D Metal 10 ohmsR64,65 YWR1220P102D Metal 1K ohms

R66 R1220P822D Metal 8.2K ohmsR68,69 YWR1220P1911D Metal 1.91K ohmsR70 YWR1220P473D Metal 47K ohmsR71 YWR1220P181D Metal 180 ohmsR72 YWR1220P272D Metal 2.7K ohms

R73-75 YWR1220P473D Metal 47K ohmsR76 ERJ6GEYJ101 Carbon 100 ohms 1/10WR77 ERJ6GEYJ562 Carbon 5.6K ohms 1/10WR101,102 YWR1220P682D Metal 6.8K ohmsR103 YFR1220P104D Metal 100K ohms

R104 ERJ6GEYJ103 Carbon 10K ohms 1/10WR107,108 YWR1220P100D Metal 10 ohmsR109,110 YWR1220P103D Metal 10K ohmsR111,112 YWR1220P391D Metal 390 ohmsR113 YWR1220P100D Metal 10 ohms

R114,115 YWR1220P102D Metal 1K ohmsR116 R1220P822D Metal 8.2K ohmsR118,119 R1220P1911D Metal 1.91K ohmsR120 YWR1220P473D Metal 47K ohmsR121 YWR1220P181D Metal 180 ohms

R122 YWR1220P272D Metal 2.7K ohmsR123-125 YWR1220P473D Metal 47K ohmsR126 ERJ6GEYJ101 Carbon 100 ohmsR127 ERJ6GEYJ562 Carbon 5.6K ohms 1/10WR151,152 YWR1220P682D Metal 6.8K ohms

R153 YFR1220P104D Metal 100K ohmsR154 ERJ6GEYJ103 Carbon 10K ohms 1/10WR157,158 YWR1220P100D Metal 10 ohmsR159,160 YWR1220P103D Metal 10K ohmsR161,162 YWR1220P391D Metal 390 ohms

R163 YWR1220P100D Metal 10 ohmsR164,165 YWR1220P102D Metal 1K ohmsR166 R1220P822D Metal 8.2K ohmsR168,169 R1220P1911D Metal 1.91K ohmsR170 YWR1220P473D Metal 47K ohms

R171 YWR1220P181D Metal 180 ohmsR172 YWR1220P272D Metal 2.7K ohmsR173-175 YWR1220P473D Metal 47K ohmsR176 ERJ6GEYJ101 Carbon 100 ohms 1/10WR177 ERJ6GEYJ562 Carbon 5.6K ohms 1/10W

R201,202 YWR1220P682D Metal 6.8K ohmsR203 YFR1220P104D Metal 100K ohmsR204 ERJ6GEYJ103 Carbon 10K ohms 1/10WR207,208 YWR1220P100D Metal 10 ohmsR209,210 YWR1220P103D Metal 10K ohms

R211,212 YWR1220P391D Metal 390 ohmsR213 YWR1220P100D Metal 10 ohmsR214,215 YWR1220P102D Metal 1K ohmsR216 YWR1220P822D Metal 8.2K ohmsR218,219 R1220P1911D Metal 1.91K ohms

R220 YWR1220P473D Metal 47K ohmsR221 YWR1220P181D Metal 180 ohmsR222 YWR1220P272D Metal 2.7K ohmsR223-225 YWR1220P473D Metal 47K ohmsR226 ERJ6GEYJ101 Carbon 100 ohms 1/10W

R227 ERJ6GEYJ562 Carbon 5.6K ohms 1/10WR251,252 YWR1220P682D Metal 6.8K ohmsR253 YFR1220P104D Metal 100K ohmsR254 ERJ6GEYJ103 Carbon 10K ohms 1/10WR257,258 YWR1220P100D Metal 10 ohms

R259,260 YWR1220P103D Metal 10K ohmsR261,262 YWR1220P391D Metal 390 ohmsR263 YWR1220P100D Metal 10 ohmsR264,265 YWR1220P102D Metal 1K ohmsR266 R1220P822D Metal 8.2K ohms

R268,269 R1220P1911D Metal 1.91K ohmsR270 YWR1220P473D Metal 47K ohmsR271 YWR1220P181D Metal 180ohmsR272 YWR1220P272D Metal 2.7K ohmsR273-275 YWR1220P473D Metal 47K ohms

R276 ERJ6GEYJ101 Carbon 100 ohmsR277 ERJ6GEYJ562 Carbon 5.6K ohms 1/10WR301,302 YWR1220P682D Metal 6.8K ohmsR303 YFR1220P104D Metal 100K ohmsR304 ERJ6GEYJ103 Carbon 10K ohms 1/10W

R307,308 YWR1220P100D Metal 10 ohmsR309,310 YWR1220P103D Metal 10K ohmsR311,312 YWR1220P391D Metal 390 ohmsR313 YWR1220P100D Metal 10 ohmsR314,315 YWR1220P102D Metal 1K ohms

R316 R1220P822D Metal 8.2K ohmsR318,319 R1220P1911D Metal 1.91K ohmsR320 YWR1220P473D Metal 47K ohmsR321 YWR1220P181D Metal 180 ohmsR322 YWR1220P272D Metal 2.7K ohms


82



R323-325 YWR1220P473D Metal 47K ohmsR326 ERJ6GEYJ101 Carbon 100 ohms 1/10WR327 ERJ6GEYJ562 Carbon 5.6K ohms 1/10WR351,352 YWR1220P682D Metal 6.8K ohmsR353 YFR1220P104D Metal 100K ohms

R354 ERJ6GEYJ103 Carbon 10K ohms 1/10WR357,358 YWR1220P100D Metal 10 ohmsR359,360 YWR1220P103D Metal 10K ohmsR361,362 YWR1220P391D Metal 390 ohmsR363 YWR1220P100D Metal 10 ohms

R364,365 YWR1220P102D Metal 1K ohmsR366 R1220P822D Metal 8.2K ohmsR368,369 R1220P1911D Metal 1.91K ohmsR370 YWR1220P473D Metal 47K ohmsR371 YWR1220P181D Metal 180 ohms

R372 YWR1220P272D Metal 2.7K ohmsR373-375 YWR1220P473D Metal 47K ohmsR376 ERJ6GEYJ101 Carbon 100 ohms 1/10WR377 ERJ6GEYJ562 Carbon 5.6K ohms 1/10WR403,404 YWR1220P103D Metal 10K ohms

R405,406 YWR1220P100D Metal 10 ohmsR407,408 YWR1220P391D Metal 390 ohmsR409 YWR1220P100D Metal 10 ohmsR410,411 YWR1220P102D Metal 1K ohmsR412 R1220P822D Metal 8.2K ohms

R414,415 R1220P1911D Metal 1.91K ohmsR416 YWR1220P473D Metal 47K ohmsR417 YWR1220P181D Metal 180 ohmsR418 YWR1220P272D Metal 2.7K ohmsR419-421 YWR1220P473D Metal 47K ohms

R453,454 YWR1220P103D Metal 10K ohmsR455,456 YWR1220P100D Metal 10 ohmsR457,458 YWR1220P391D Metal 390 ohmsR459 YWR1220P100D Metal 10 ohmsR460,461 YWR1220P102D Metal 1K ohms

R462 R1220P822D Metal 8.2K ohmsR464,465 R1220P1911D Metal 1.91K ohmsR466 YWR1220P473D Metal 47K ohmsR467 YWR1220P181 Metal 180 ohmsR468 YWR1220P272D Metal 2.7K ohms

R469-471 YWR1220P473D Metal 47K ohmsR503,504 YWR1220P103D Metal 10K ohmsR505,506 YWR1220P100D Metal 10 ohmsR507,508 YWR1220P391D Metal 390 ohmsR509 YWR1220P100D Metal 10 ohms

R510,511 YWR1220P102D Metal 1K ohmsR512 R1220P822D Metal 8.2K ohmsR514,515 R1220P1911D Metal 1.91K ohmsR516 YWR1220P473D Metal 47K ohmsR517 YWR1220P181 Metal 180 ohms

R518 YWR1220P272D Metal 2.7K ohmsR519-521 YWR1220P473D Metal 47K ohmsR553,554 YWR1220P103D Metal 10K ohmsR555,556 YWR1220P100D Metal 10 ohmsR557,558 YWR1220P391D Metal 390 ohms

R559 YWR1220P100D Metal 10 ohmsR560,561 YWR1220P102D Metal 1K ohmsR562 R1220P822D Metal 8.2K ohmsR564,565 R1220P1911D Metal 1.91K ohmsR566 YWR1220P473D Metal 47K ohms

R567 YWR1220P181 Metal 180 ohmsR568 YWR1220P272D Metal 2.7K ohmsR569-571 YWR1220P473D Metal 47K ohmsR603,604 YWR1220P103D Metal 10K ohmsR605,606 YWR1220P100D Metal 10 ohms

R607,608 YWR1220P391D Metal 390 ohmsR609 YWR1220P100D Metal 10 ohmsR610,611 YWR1220P102D Metal 1K ohmsR612 R1220P822D Metal 8.2K ohmsR614,615 R1220P1911D Metal 1.91K ohms

R616 YWR1220P473D Metal 47K ohmsR617 YWR1220P181 Metal 180 ohmsR618 YWR1220P272D Metal 2.7K ohmsR619-621 YWR1220P473D Metal 47K ohmsR653,654 YWR1220P103D Metal 10K ohms

R655,656 YWR1220P100D Metal 10 ohmsR657,658 YWR1220P391D Metal 390 ohmsR659 YWR1220P100D Metal 10 ohmsR660,661 YWR1220P102D Metal 1K ohmsR662 R1220P822D Metal 8.2K ohms

R664,665 R1220P1911D Metal 1.91K ohmsR666 YWR1220P473D Metal 47K ohmsR667 YWR1220P181 Metal 180 ohmsR668 YWR1220P272D Metal 2.7K ohmsR669-671 YWR1220P473D Metal 47K ohms

R703,704 YWR1220P103D Metal 10K ohmsR705,706 YWR1220P100D Metal 10 ohmsR707,708 YWR1220P391D Metal 390 ohmsR709 YWR1220P100D Metal 10 ohmsR710,711 YWR1220P102D Metal 1K ohms

R712 R1220P822D Metal 8.2K ohmsR714,715 R1220P1911D Metal 1.91K ohmsR716 YWR1220P473D Metal 47K ohmsR717 YWR1220P181 Metal 180 ohmsR718 YWR1220P272D Metal 2.7K ohms

R719-721 YWR1220P473D Metal 47K ohmsR753,754 YWR1220P103D Metal 10K ohmsR755,756 YWR1220P100D Metal 10 ohmsR757,758 YWR1220P391D Metal 390 ohmsR759 YWR1220P100D Metal 10 ohms


83



R760,761 YWR1220P102D Metal 1K ohmsR762 R1220P822D Metal 8.2K ohmsR764,765 R1220P1911D Metal 1.91K ohmsR766 YWR1220P473D Metal 47K ohmsR767 YWR1220P181 Metal 180 ohms

R768 YWR1220P272D Metal 2.7K ohmsR769-771 YWR1220P473D Metal 47K ohmsR951-957 ERJ6GEYJ271 Carbon 270 ohms 1/10WR978 ERJ6GEYJ271 Carbon 270 ohms 1/10WR981-988 ERJ6GEYJ333 Carbon 33K ohms 1/10W

VR1,51 EVJYAQF30730 Variable Resistor 10K ohmsVR101,151 EVJYAQF30730 Variable Resistor 10K ohmsVR201,251 EVJYAQF30730 Variable Resistor 10K ohmsVR301,351 EVJYAQF30730 Variable Resistor 10K ohmsVR401,451 EVJYAQF30730 Variable Resistor 10K ohms

VR501,551 EVJYAQF30730 Variable Resistor 10K ohmsVR601,651 EVJYAQF30730 Variable Resistor 10K ohmsVR701,751 EVJYAQF30730 Variable Resistor 10K ohmsC0 YW400104XK Ceramic 0.1 µ FC1,2 YF400101CHJT Ceramic 100 pF

C3,4 YWR2063T470 Electrolytic 47 µ F 63VC5 ECA1JM100 Electrolytic 10 µ F 63VC6,7 YF400101CHJT Ceramic 100 pFC8 YWRA26T471 Electrolytic 470 µ F 6VC10,11 YF400221CHJT Ceramic 220 pF

C13 YWRA26T471 Electrolytic 470 µ F 6VC14 YF400221CHJT Ceramic 220 pFC15,16 ECHU1H104JB9 Plastic 0.1 µ F 50VC17,18 YWR2025T101 Electrolytic 100 µ F 25VC20,21 RA216V330T58 Electrolytic 33 µ F 16V

C51,52 YF400101CHJT Ceramic 100 pFC53,54 YWR2063T470 Electrolytic 47 µ F 63VC55 ECA1JM100 Electrolytic 10 µ F 63VC56,57 YF400101CHJT Ceramic 100 pFC58 YWRA26T471 Electrolytic 470 µ F 6V

C60,61 YF400221CHJT Ceramic 220 pFC63 YWRA26T471 Electrolytic 470 µ F 6VC64 YF400221CHJT Ceramic 220 pFC65,66 ECHU1H104JB9 Plastic 0.1 µ F 50VC67,68 YWR2025T101 Electrolytic 100 µ F 25V

C70,71 RA216V330T58 Electrolytic 33 µ F 16VC101,102 YF400101CHJT Ceramic 100 pFC103,104 YWR2063T470 Electrolytic 47 µ F 63VC105 ECA1JM100 Electrolytic 10 µ F 63VC106,107 YF400101CHJT Ceramic 100 pF

C108 YWRA26T471 Electrolytic 470 µ F 6VC110,111 YF400221CHJT Ceramic 220 pFC113 YWRA26T471 Electrolytic 470 µ F 6VC114 YF400221CHJT Ceramic 220 pFC115,116 ECHU1H104JB9 Plastic 0.1 µ F 50V

C117,118 YWR2025T101 Electrolytic 100 µ F 25VC120,121 RA216V330T58 Electrolytic 33 µ F 16VC151,152 YF400101CHJT Ceramic 100 pFC153,154 YWR2063T470 Electrolytic 47 µ F 63VC155 ECA1JM100 Electrolytic 10 µ F 63V

C156,157 YF400101CHJT Ceramic 100 pFC158 YWRA26T471 Electrolytic 470 µ F 6VC160,161 YF400221CHJT Ceramic 220 pFC163 YWRA26T471 Electrolytic 470 µ F 6VC164 YF400221CHJT Ceramic 220 pF

C165,166 ECHU1H104JB9 Plastic 0.1 µ F 50VC167,168 R2O25T101 Electrolytic 100 µ F 25VC170,171 RA216V330T58 Electrolytic 33 µ F 16VC201,202 YF400101CHJT Ceramic 100 pFC203,204 YWR2063T470 Electrolytic 47 µ F 63V

C205 ECA1JM100 Electrolytic 10 µ F 63VC206,207 YF400101CHJT Ceramic 100 pFC208 YWRA26T471 Electrolytic 470 µ F 6VC210,211 YF400221CHJT Ceramic 220 pFC213 YWRA26T471 Electrolytic 470 µ F 6V

C214 YF400221CHJT Ceramic 220 pFC215,216 ECHU1H104JB9 Plastic 0.1 µ F 50VC217,218 YWR2025T101 Electrolytic 100 µ F 25VC220,221 RA216V330T58 Electrolytic 33 µ F 16VC251,252 YF400101CHJT Ceramic 100 pF

C253,254 YWR2063T470 Electrolytic 47 µ F 63VC255 ECA1JM100 Electrolytic 10 µ F 6VC256,257 YF400101CHJT Ceramic 100 pFC258 YWRA26T471 Electrolytic 470 µ F 6VC260,261 YF400221CHJT Ceramic 220 pF


C301,302 YF400101CHJT Ceramic 100 pFC303,304 YWR2063T470 Electrolytic 47 µ F 63VC305 ECA1JM100 Electrolytic 10 µ F 63VC306,307 YF400101CHJT Ceramic 100 pFC308 YWRA26T471 Electrolytic 470 µ F 6V


C320,321 RA216V330T58 Electrolytic 33 µ F 16VC351,352 YF400101CHJT Ceramic 100 pFC353,354 YWR2063T470 Electrolytic 47 µ F 63VC355 ECA1JM100 Electrolytic 10 µ F 6.3VC356,357 YF400101CHJT Ceramic 100 pF


84




C367,368 YWR2025T101 Electrolytic 100 µ F 25VC370,371 RA216V330T58 Electrolytic 33 µ F 16VC401-404 YF400101CHJT Ceramic 100 pFC405 YWRA26T471 Electrolytic 470 µ F 6VC407,408 YF400221CHJT Ceramic 220 pF


C451-454 YF400101CHJT Ceramic 100 pFC455 YWRA26T471 Electrolytic 470 µ F 6VC457,458 YF400221CHJT Ceramic 220 pFC460 YWRA26T471 Electrolytic 470 µ F 6VC461 YF400221CHJT Ceramic 220 pF

C462,463 ECHU1H104JB9 Plastic 0.1 µ F 50VC464,465 YWR2025T101 Electrolytic 100 µ F 25VC470,471 RA216V330T58 Electrolytic 33 µ F 16VC501-504 YF400101CHJT Ceramic 100 pFC505 YWRA26T471 Electrolytic 470 µ F 6V


C520,521 RA216V330T58 Electrolytic 33 µ F 16VC551-554 YF400101CHJT Ceramic 100 pFC555 YWRA26T471 Electrolytic 470 µ F 6VC557,558 YF400221CHJT Ceramic 220 pFC560 YWRA26T471 Electrolytic 470 µ F 6V

C561 YF400221CHJT Ceramic 220 pFC562,563 ECHU1H104JB9 Plastic 0.1 µ F 50VC564,565 YWR2025T101 Electrolytic 100 µ F 25VC570,571 RA216V330T58 Electrolytic 33 µ F 16VC601-604 YF400101CHJT Ceramic 100 pF


C614,615 YWR2025T101 Electrolytic 100 µ F 25VC620,621 RA216V330T58 Electrolytic 33 µ F 16VC651-654 YF400101CHJT Ceramic 100 pFC655 YWRA26T471 Electrolytic 470 µ F 6VC657,658 YF400221CHJT Ceramic 220 pF


C701-704 YF400101CHJT Ceramic 100 pFC705 YWRA26T471 Electrolytic 470 µ F 6VC707,708 YF400221CHJT Ceramic 220 pFC710 YWRA26T471 Electrolytic 470 µ F 6VC711 YF400221CHJT Ceramic 220 pF

C712,713 ECHU1H104JB9 Plastic 0.1 µ F 50VC714,715 YWR2025T101 Electrolytic 100 µ F 25VC720,721 RA216V330T58 Electrolytic 33 µ F 16VC751-754 YF400101CHJT Ceramic 100 pFC755 YWRA26T471 Electrolytic 470 µ F 6V


C770,771 RA216V330T58 Electrolytic 33 µ F 16VC951-957 YF400104FZT Ceramic 0.1 µ FC976,977 ECA1EM471 Electrolytic 470 µ F 25VC978 YF400104FZT Ceramic 0.1 µ FC979-982 ECA1EM471 Electrolytic 470 µ F 25V

C983-990 ECA1JM100 Electrolytic 0.1 µ F 63VL1,2 YWBLM21A05PT CoilL51,52 YWBLM21A05PT CoilL101,102 YWBLM21A05PT CoilL151,152 YWBLM21A05PT Coil

L201,202 YWBLM21A05PT CoilL251,252 YWBLM21A05PT CoilL301,302 YWBLM21A05PT CoilL351,352 YWBLM21A05PT CoilL401,402 YWBLM21A05PT Coil

L451,452 YWBLM21A05PT CoilL501,502 YWBLM21A05PT CoilL551,552 YWBLM21A05PT CoilL601,602 YWBLM21A05PT CoilL651,652 YWBLM21A05PT Coil

L701,702 YWBLM21A05PT CoilL751,752 YWBLM21A05PT CoilCN1,51 YWNC3FAH10 ConnectorCN56-63 YW510480400 ConnectorCN101,151 YWNC3FAH10 Connector

CN201,251 YWNC3FAH10 ConnectorCN301,351 YWNC3FAH10 ConnectorJK401,451 YWYKB215261 JackJK501,551 YWYKB215261 JackJK601,651 YWYKB215261 Jack


85



JK701,751 YWYKB215261 JackM40 YWA3BA1041A3 Supporting Angle

PCB3 (RTL) YWR00DA7KC5A Printed Circuit Board AssyR901-916 YWR1220P100D MetalC901-932 YF400101CHJT Ceramic 100 pFL901-932 YWBLM21A05PT CoilCN54,55 YW510481500 Connector

CN56-63 YW510480400 ConnectorJK901-916 YWYKB215262 JackE54 YWRDA7L54 Wire Assy for AD/DA Board CN54E55 YWRDA7L55 Wire Assy for AD/DA Board CN55M40 YWA3BA1041A3 Supporting Angle

PCB4 (RTL) YWR00DA7KZ4A Printed Circuit Board AssyIC1 YWUPC4570G ICIC2 NJM2068MD ICIC3 YWCS5394KS ICIC41 YWUPC4570G IC

IC42 NJM2068MD ICIC43 YWCS5394KS ICIC81 YWUPC4570G ICIC82 NJM2068MD ICIC83 YWCS5394KS IC

IC121 YWUPC4570G ICIC122 NJM2068MD ICIC123 YWCS5394KS ICIC161 YWUPC4570G ICIC162 NJM2068MD IC

IC163 YWCS5394KS ICIC201 YWUPC4570G ICIC202 NJM2068MD ICIC203 YWCS5394KS ICIC241 YWUPC4570G IC

IC242 NJM2068MD ICIC243 YWCS5394KS ICIC281 YWUPC4570G ICIC282 NJM2068MD ICIC283 YWCS5394KS IC

IC401 YWM51957BFP ICIC412 MC74HC125AF ICIC413 YWTC7S04F ICIC451 YWM51957BFP ICIC501 YWMN64734 IC

IC502 YWTC7S04F ICIC503-506 YWNJM5532M ICIC507-510 YWUPC4570G ICIC651 YWMN64734 ICIC652 YWTC7S04F IC

IC653,654 NJM2068MD ICIC655 YWUPC4570G ICIC657,658 NJM2068MD ICIC660,662 YWNJU201AM ICIC663 YWAK4324VF IC

IC664,665 NJM2068MD ICIC666 YWTC7S32FL ICIC667-670 YWUPC4570G ICIC671 YWNJU201AM ICIC672 NJM2068MD IC

IC673 YWMC74HC04AF ICIC902,903 YWNJM2122M ICIC904 YWAK4520AVF ICIC906,907 YWNJM2122M ICIC908 YWAK4520AVF IC

IC909,910 YWUPC4570G ICIC911 YWSN75179BPS ICIC912-919 YWTC7S04F ICQ407 DTC114EU TransistorQ408 DTA114EU Transistor

Q416 DTC114EU TransistorQ501,502 2SD1766T00PQ TransistorQ503,504 2SC4695TB TransistorQ651,652 2SD1766T00PQ TransistorQ654,655 DTC114EU Transistor

Q657-660 DTC114EU TransistorQ700,701 2SC4695TB TransistorQ901-904 2SC4695TB TransistorD501,502 YWUDZ5.6B DiodeD503-510 MA111 Diode

D660,661 YWUDZ5.6B DiodeR1 YWR1220P473D Metal 47K ohmsR2 YWR1220P512D Metal 5.1K ohmsR3 YWR1220P512D Metal 5.1K ohmsR4 YWR1220P752D Metal 7.5K ohms

R5 YWR1220P752D Metal 7.5K ohmsR6 R1220P681D Metal 680 ohmsR7 YFR1220P104D Metal 100K ohmsR8 R1220P681D Metal 680 ohmsR9 YWR1220P752D Metal 7.5K ohms


86

INS BOARD

AD/DA BOARD



R10 YWR1220P752D Metal 7.5K ohmsR11 YWR1220P181D Metal 180 ohmsR12 YWR1220P473D Metal 47K ohmsR13 YWR1220P512D Metal 5.1K ohmsR14 YWR1220P512D Metal 5.1K ohms

R15 YWR1220P752D Metal 7.5K ohmsR16 YWR1220P752D Metal 7.5K ohmsR17 R1220P681D Metal 680 ohmsR18 YFR1220P104D Metal 100K ohmsR19 R1220P681D Metal 680 ohms

R20 YWR1220P473D Metal 47K ohmsR21 YWR1220P473D Metal 47K ohmsR22 YWR1220P752D Metal 7.5K ohmsR23 YWR1220P752D Metal 7.5K ohmsR25 ERJ6GEYJ4R7V Carbon 4.7 ohms 1/10W

R26 YWR1220P473D Metal 47K ohmsR27 YWR1220P181D Metal 180 ohmsR41 YWR1220P473D Metal 47K ohmsR42 YWR1220P512D Metal 5.1K ohmsR43 YWR1220P512D Metal 5.1K ohms

R44 YWR1220P752D Metal 7.5K ohmsR45 YWR1220P752D Metal 7.5K ohmsR46 R1220P681D Metal 680 ohmsR47 YFR1220P104D Metal 100K ohmsR48 R1220P681D Metal 680 ohms

R49 YWR1220P752D Metal 7.5K ohmsR50 YWR1220P752D Metal 7.5K ohmsR51 YWR1220P181D Metal 180 ohmsR52 YWR1220P473D Metal 47K ohmsR53,54 YWR1220P512D Metal 5.1K ohms

R55,56 YWR1220P752D Metal 7.5K ohmsR57 R1220P681D Metal 680 ohmsR58 YFR1220P104D Metal 100K ohmsR59 R1220P681D Metal 680 ohmsR60,61 YWR1220P473D Metal 47K ohms

R62,63 YWR1220P752D Metal 7.5K ohmsR65 ERJ6GEYJ4R7V Carbon 4.7 ohms 1/10WR66 YWR1220P473D Metal 47K ohmsR67 YWR1220P181D Metal 180 ohmsR81 YWR1220P473D Metal 47K ohms

R82,83 YWR1220P512D Metal 5.1K ohmsR84,85 YWR1220P752D Metal 7.5K ohmsR86 R1220P681D Metal 680 ohmsR87 YFR1220P104D Metal 100K ohmsR88 R1220P681D Metal 680 ohms

R89,90 YWR1220P752D Metal 7.5K ohmsR91 YWR1220P181D Metal 180 ohmsR92 YWR1220P473D Metal 47K ohmsR93,94 YWR1220P512D Metal 5.1K ohmsR95,96 YWR1220P752D Metal 7.5K ohms

R97 R1220P681D Metal 680 ohmsR98 YFR1220P104D Metal 100K ohmsR99 R1220P681D Metal 680 ohmsR100,101 YWR1220P473D Metal 47K ohmsR102,103 YWR1220P752D Metal 7.5K ohms

R105 ERJ6GEYJ4R7V Carbon 4.7 ohms 1/10WR106 YWR1220P473D Metal 47K ohmsR107 YWR1220P181D Metal 180 ohmsR121 YWR1220P473D Metal 47K ohmsR122,123 YWR1220P512D Metal 5.1K ohms

R124,125 YWR1220P752D Metal 7.5K ohmsR126 R1220P681D Metal 680 ohmsR127 YFR1220P104D Metal 100K ohmsR128 R1220P681D Metal 680 ohmsR129,130 YWR1220P752D Metal 7.5K ohms

R131 YWR1220P181D Metal 180 ohmsR132 YWR1220P473D Metal 47K ohmsR133,134 YWR1220P512D Metal 5.1K ohmsR135,136 YWR1220P752D Metal 7.5K ohmsR137 R1220P681D Metal 680 ohms

R138 YFR1220P104D Metal 100K ohmsR139 R1220P681D Metal 680 ohmsR140,141 YWR1220P473D Metal 47K ohmsR142,143 YWR1220P752D Metal 7.5K ohmsR145 ERJ6GEYJ4R7V Carbon 4.7 ohms 1/10W

R146 YWR1220P473D Metal 47K ohmsR147 YWR1220P181D Metal 180 ohms 1/10WR161 YWR1220P473D Metal 47K ohmsR162,163 YWR1220P512D Metal 5.1K ohmsR164,165 YWR1220P752D Metal 7.5K ohms

R166 R1220P681D Metal 680 ohmsR167 YFR1220P104D Metal 100K ohmsR168 R1220P681D Metal 680 ohmsR169,170 YWR1220P752D Metal 7.5K ohmsR171 YWR1220P181D Metal 180 ohms 1/10W

R172 YWR1220P473D Metal 47K ohmsR173,174 YWR1220P512D Metal 5.1K ohmsR175,176 YWR1220P752D Metal 7.5K ohmsR177 R1220P681D Metal 680 ohmsR178 YFR1220P104D Metal 100K ohms

R179 R1220P681D Metal 680 ohmsR180,181 YWR1220P473D Metal 47K ohmsR182,183 YWR1220P752D Metal 7.5K ohmsR185 ERJ6GEYJ4R7V Carbon 4.7 ohms 1/10WR186 YWR1220P473D Metal 47K ohms

R187 YWR1220P181D Metal 180 ohms 1/10WR201 YWR1220P473D Metal 47K ohmsR202,203 YWR1220P512D Metal 5.1K ohmsR204,205 YWR1220P752D Metal 7.5K ohmsR206 R1220P681D Metal 680 ohms


87



R207 YFR1220P104D Metal 100K ohmsR208 R1220P681D Metal 680 ohmsR209,210 YWR1220P752D Metal 7.5K ohmsR211 YWR1220P181D Metal 180 ohmsR212 YWR1220P473D Metal 47K ohms

R213,214 YWR1220P512D Metal 5.1K ohmsR215,216 YWR1220P752D Metal 7.5K ohmsR217 R1220P681D Metal 680 ohmsR218 YFR1220P104D Metal 100K ohmsR219 R1220P681D Metal 680 ohms

R220,221 YWR1220P473D Metal 47K ohmsR222,223 YWR1220P752D Metal 7.5K ohmsR225 ERJ6GEYJ4R7V Carbon 4.7 ohms 1/10WR226 YWR1220P473D Metal 47K ohmsR227,228 YWR1220P181D Metal 180 ohms


R248 R1220P681D Metal 680 ohmsR249,250 YWR1220P752D Metal 7.5K ohmsR251 YWR1220P181D Metal 180 ohmsR252 YWR1220P473D Metal 47K ohmsR253,254 YWR1220P512D Metal 5.1K ohms

R255,256 YWR1220P752D Metal 7.5K ohmsR257 R1220P681D Metal 680 ohmsR258 YFR1220P104D Metal 100K ohmsR259 R1220P681D Metal 680 ohmsR260,261 YWR1220P473D Metal 47K ohms

R262,263 YWR1220P752D Metal 7.5K ohmsR265 ERJ6GEYJ4R7V Carbon 4.7 ohms 1/10WR266,281 YWR1220P473D Metal 47K ohmsR282,283 YWR1220P512D Metal 5.1K ohmsR284,285 YWR1220P752D Metal 7.5K ohms

R286 R1220P681D Metal 680 ohmsR287 YFR1220P104D Metal 100K ohmsR288 R1220P681D Metal 680 ohmsR289,290 YWR1220P752D Metal 7.5K ohmsR291 YWR1220P181D Metal 180 ohms


R299 R1220P681D Metal 680 ohmsR300,301 YWR1220P473D Metal 47K ohmsR302,303 YWR1220P752D Metal 7.5K ohmsR305 ERJ6GEYJ4R7V Carbon 4.7 ohms 1/10WR306 YWR1220P473D Metal 47K ohms

R307 YWR1220P181D Metal 180 ohmsR311 R1220P1912D Metal 19.1K ohmsR314 ERJ6GEYJ750 Carbon 75 ohms 1/10WR315-318 YWR1220P103D Metal 10K ohmsR319 YFR1220P203D Metal 20K ohms

R320 R1220P2102D Metal 21K ohmsR321 ERJ6GEYJ750 Carbon 75 ohms 1/10WR322 R1220P2102D Metal 21K ohmsR323 YWR1220P103D Metal 10K ohmsR324 R1220P5900D Metal 5.9K ohms

R325 YWR1220P751D Metal 750 ohmsR327 YWR1220P152D Metal 1.5K ohmsR329 R1220P2102D Metal 21K ohmsR331 ERJ6GEYJ750 Carbon 75 ohms 1/10WR336,337 YWR1220P122D Metal 1.2K ohms

R339 YWR1220P100D Metal 10 ohmsR340 YWR1220P680D Metal 68 ohmsR341 YWR1220P100D Metal 10 ohmsR342 YWR1220P680D Metal 68 ohmsR343 YWR1220P100D Metal 10 ohms

R345 YWR1220P680D Metal 68 ohmsR346 YWR1220P100D Metal 10 ohmsR347 YWR1220P680D Metal 68 ohmsR401 ERJ6GEY0R00 Carbon 0 ohm 1/10WR403 YWR1220P912D Metal 9.2K ohms

R404 YWR1220P332D Metal 3.3K ohmsR407 ERJ6GEYJ472 Carbon 4.7K ohms 1/16WR434 ERJ6GEYJ123 Carbon 12K ohms 1/10WR436,437 ERJ6GEYJ473 Carbon 47K ohms 1/10WR443-446 ERJ6GEYJ103 Carbon 10K ohms 1/10W

R452 ERJ6GEYJ473 Carbon 47K ohms 1/10WR456 YWR1220P153D Metal 15K ohmsR457 YWR1220P332D Metal 3.3K ohmsR458 ERJ6GEYJ472 Carbon 4.7K ohms 1/16WR502-535 YWR0816P103B Metal 10K ohms

R537,539 YWR1220P681D Metal 680 ohmsR540-573 YWR0816P103B Metal 10K ohmsR580,581 R1220P432D Metal 4.3K ohmsR582,583 YWR1220P562D Metal 5.6K ohmsR584,585 YWR1220P272D Metal 2.7K ohms

R588 YFR1220P222D Metal 2.2K ohmsR589 ERJ6GEYJ562 Carbon 5.6K ohms 1/10WR591 YWR1220P112D Metal 1.1K ohmsR592 YWR1220P751D Metal 750 ohmsR593 R1220P5900D Metal 5.9K ohms

R596,597 R1220P432D Metal 4.3K ohmsR598,599 YWR1220P562D Metal 5.6K ohmsR600,601 YWR1220P272D Metal 2.7K ohmsR604 YFR1220P222D Metal 2.2K ohmsR605 ERJ6GEYJ562 Carbon 5.6K ohms 1/10W


88



R607 YWR1220P112D Metal 1.1K ohmsR608 R1220P1912D Metal 19.1K ohmsR609,610 YWR1220P103D Metal 10K ohmsR611 YFR1220P203D Metal 20K ohmsR612,613 YWR1220P103D Metal 10K ohms

R616 ERJ6GEYJ750 Carbon 75 ohms 1/10WR617 R1220P2102D Metal 21K ohmsR618 ERJ6GEYJ750 Carbon 75 ohms 1/10WR619 R1220P2102D Metal 21K ohmsR620,621 YWR1220P103D Metal 10K ohms

R622 R1220P1912D Metal 19.1K ohmsR623-626 YWR1220P103D Metal 10K ohmsR627 YFR1220P203D Metal 20K ohmsR629 ERJ6GEYJ750 Carbon 75 ohms 1/10WR630 R1220P2102D Metal 21K ohms

R631 ERJ6GEYJ750 Carbon 75 ohms 1/10WR632 R1220P2102D Metal 21K ohmsR633-635 YWR1220P103D Metal 10K ohmsR636 R1220P1912D Metal 19.1K ohmsR640 YWR1220P152D Metal 1.5K ohms

R641-643 YWR1220P103D Metal 10K ohmsR644 YFR1220P203D Metal 20K ohmsR645 YWR1220P103D Metal 10K ohmsR646 YWR1220P473D Metal 47K ohmsR647 ERJ6GEYJ750 Carbon 75 ohms 1/10W

R648 R1220P2102D Metal 21K ohmsR649,650 YWR1220P103D Metal 10K ohmsR652-685 YWR0816P103B Metal 10K ohmsR687,689 YWR1220P162D Metal 1.6K ohmsR690-723 YWR0816P103B Metal 10K ohms

R724 R1220P5900D Metal 5.9K ohmsR726 YWR1220P751D Metal 750 ohmsR730,731 R1220P432D Metal 4.3K ohmsR732,733 YWR1220P562D Metal 5.6K ohmsR734,735 YWR1220P272D Metal 2.7K ohms

R738 YWR1220P122D Metal 1.2K ohmsR739 YWR1220P152D Metal 1.5K ohmsR740 YWR1220P112D Metal 1.1K ohmsR741-743 YWR1220P472D Metal 4.7K ohmsR749 YWR1220P751D Metal 750 ohms

R750 R1220P5900D Metal 5.9K ohmsR752,754 R1220P432D Metal 4.3K ohmsR755,756 YWR1220P562D Metal 5.6K ohmsR757,758 YWR1220P272D Metal 2.7K ohmsR761 YWR1220P122D Metal 1.2K ohms

R762 YWR1220P152D Metal 1.5K ohmsR763 YWR1220P112D Metal 1.1K ohmsR764-766 YWR1220P472D Metal 4.7K ohmsR772 ERJ6GEYJ100 Carbon 10 ohms 1/10WR773 YWR1220P473D Metal 47K ohms

R774,776 ER0S2CKF1202 Metal 12K ohms 1/4WR778,779 YWR1220P223D Metal 22K ohmsR780,781 YWR1220P473D Metal 47K ohmsR783,785 ER0S2CKF1202 Metal 12K ohms 1/4WR787,788 YWR1220P223D Metal 22K ohms

R790 R1220P1912D Metal 19.1K ohmsR791,792 YWR1220P103D Metal 10K ohmsR793 YFR1220P203D Metal 20K ohmsR794,795 YWR1220P103D Metal 10K ohmsR796,797 YWR1220P473D Metal 47K ohms

R798 ERJ6GEYJ750 Carbon 75 ohms 1/10WR799 R1220P2102D Metal 21K ohmsR800 ERJ6GEYJ750 Carbon 75 ohms 1/10WR801 R1220P2102D Metal 21K ohmsR802,803 YWR1220P103D Metal 10K ohms

R804 R1220P1912D Metal 19.1K ohmsR805,806 YWR1220P103D Metal 10K ohmsR807 YFR1220P203D Metal 20K ohmsR808,809 YWR1220P103D Metal 10K ohmsR812 ERJ6GEYJ750 Carbon 75 ohms 1/10W

R813 R1220P2102D Metal 21K ohmsR814 ERJ6GEYJ750 Carbon 75 ohms 1/10WR815 R1220P2102D Metal 21K ohmsR816,817 YWR1220P103D Metal 10K ohmsR818 R1220P1912D Metal 19.1K ohms

R819,820 YWR1220P103D Metal 10K ohmsR821 YFR1220P203D Metal 20K ohmsR822,823 YWR1220P103D Metal 10K ohmsR824,825 YWR1220P473D Metal 47K ohmsR826 ERJ6GEYJ750 Carbon 75 ohms 1/10W

R827 R1220P2102D Metal 21K ohmsR828 ERJ6GEYJ750 Carbon 75 ohms 1/10WR829 R1220P2102D Metal 21K ohmsR830,831 YWR1220P103D Metal 10K ohmsR832 R1220P1912D Metal 19.1K ohms

R833,834 YWR1220P103D Metal 10K ohmsR835 YFR1220P203D Metal 20K ohmsR836,837 YWR1220P103D Metal 10K ohmsR838,839 YWR1220P473D Metal 47K ohmsR840 ERJ6GEYJ750 Carbon 75 ohms 1/10W

R841 R1220P2102D Metal 21K ohmsR842 ERJ6GEYJ750 Carbon 75 ohms 1/10WR843 R1220P2102D Metal 21K ohmsR844,845 YWR1220P103D Metal 10K ohmsR855,856 ERJ6GEYJ223 Carbon 22K ohms 1/10W

R857,858 YWR1220P221D Metal 220 ohmsR859,860 ERJ6GEYJ223 Carbon 22K ohms 1/10WR861 YWR1220P221D Metal 220 ohmsR862,863 YWR1220P103D Metal 10K ohmsR864,865 YWR1220P512D Metal 5.1K ohms


89



R866-868 YWR1220P473D Metal 47K ohmsR869,870 YWR1220P103D Metal 10K ohmsR871,872 YWR1220P512D Metal 5.1K ohmsR873 YWR1220P473D Metal 47K ohmsR874,875 ERJ6GEYJ223 Carbon 22K ohms 1/10W

R876,877 YWR1220P221D Metal 220 ohmsR878-883 YWR1220P472D Metal 4.7K ohmsR884 YWR1220P221D Metal 220 ohmsR886 YFR1220P222D Metal 2.2K ohmsR887 ERJ6GEYJ562 Carbon 5.6K ohms 1/10W

R888 YFR1220P222D Metal 2.2K ohmsR889 ERJ6GEYJ562 Carbon 5.6K ohms 1/10WR890 YWR1220P680D Metal 68 ohmsR891,892 YWR1220P100D Metal 10 ohmsR893 YWR1220P680D Metal 68 ohms

R894 YWR1220P100D Metal 10 ohmsR895 YWR1220P680D Metal 68 ohmsR896 YWR1220P100D Metal 10 ohmsR897 YWR1220P680D Metal 68 ohmsR899 ERJ6GEYJ151 Carbon 150 ohms 1/10W

R901 YWR1220P103D Metal 10K ohmsR903 YWR1220P562D Metal 5.6K ohmsR906 R1220P3242D Metal 32.4KohmsR907 YWR1220P562D Metal 5.6K ohmsR909 YWR1220P272D Metal 2.7K ohms

R910 R1220P331D Metal 330K ohmsR911,912 YWR1220P562D Metal 5.6K ohmsR913 R1220P331D Metal 330K ohmsR914,916 YWR1220P473D Metal 47K ohmsR917 YWR1220P103D Metal 10K ohms

R918 ERJ6GEYJ101 Carbon 100 ohms 1/10WR920 R1220P3242D Metal 32.4KohmsR921 YWR1220P272D Metal 2.7K ohmsR922 R1220P331D Metal 330K ohmsR923,924 YWR1220P562D Metal 5.6K ohms

R925 R1220P331D Metal 330K ohmsR926 ERJ6GEYJ562 Carbon 5.6K ohms 1/10WR927 YFR1220P222D Metal 2.2K ohmsR929 YFR1220P113D Metal 11K ohmsR930 YWR1220P102D Metal 1K ohms

R931 YWR1220P622D Metal 6.2K ohmsR932,933 YWR1220P473D Metal 47K ohmsR934 YWR1220Q750D Metal 75 ohmsR935 YWR1220P473D Metal 47K ohmsR936 ERJ6GEYJ562 Carbon 5.6K ohms 1/10W

R937 YFR1220P222D Metal 2.2K ohmsR939 YFR1220P113D Metal 11K ohmsR940 YWR1220P102D Metal 1K ohmsR941 YWR1220P622D Metal 6.2K ohmsR942 YWR1220Q750D Metal 75 ohms

R943 YWR1220P473D Metal 47K ohmsR944 YWR1220P103D Metal 10K ohmsR949 R1220P3242D Metal 32.4KohmsR952 YWR1220P272D Metal 2.7K ohmsR953,954 YWR1220P562D Metal 5.6K ohms

R955,956 R1220P331D Metal 330K ohmsR957,959 YWR1220P473D Metal 47K ohmsR960 YWR1220P103D Metal 10K ohmsR963 R1220P3242D Metal 32.4KohmsR964 YWR1220P272D Metal 2.7K ohms

R965 R1220P331D Metal 330K ohmsR966,967 YWR1220P562D Metal 5.6K ohmsR968 R1220P331D Metal 330K ohmsR969 YFR1220P222D Metal 2.2K ohmsR970 ERJ6GEYJ562 Carbon 5.6K ohms 1/10W

R972 YFR1220P113D Metal 11K ohmsR973 YWR1220P102D Metal 1K ohmsR974 YWR1220P622D Metal 6.2K ohmsR975,976 YWR1220P473D Metal 47K ohmsR977 YWR1220Q750D Metal 75 ohms

R978 YWR1220P473D Metal 47K ohmsR979 YFR1220P222D Metal 2.2K ohmsR980 ERJ6GEYJ562 Carbon 5.6K ohms 1/10WR982 YFR1220P113D Metal 11K ohmsR983 YWR1220P102D Metal 1K ohms

R984 YWR1220P622D Metal 6.2K ohmsR985 YWR1220Q750D Metal 75 ohmsR986 YWR1220P473D Metal 47K ohmsR989,990 ERJ8GCSG560 Carbon 56 ohms 1/8WR991 ERJ8GCSJ820 Carbon 82 ohms 1/8W

R992 ERJ8GEYJ330 Carbon 33 ohms 1/8WR993 ERJ8GCSJ470 Carbon 47 ohms 1/8WR995 R1220P820D Metal 82ohmsR999 YWR1220P473D Metal 47K ohmsR1002,1003 ERJ6GEYJ393 Carbon 39K ohms 1/10W

R1004,1005 ERJ6GEYJ563 Carbon 56K ohms 1/10WR1006,1007 ERJ6GEYJ393 Carbon 39K ohms 1/10WR1008,1009 ERJ6GEYJ563 Carbon 56K ohms 1/10WR1010,1011 ERJ6GEYJ393 Carbon 39K ohms 1/10WR1012,1013 ERJ6GEYJ563 Carbon 56K ohms 1/10W




90



R1038,1039 YWR1220P102D Metal 1K ohmsR1040 ERJ6GEY0R00 Carbon 0 ohm 1/10WR1041 ERJ6GEYJ102 Carbon 1K ohms 1/10WR1042 YWR1220P102D Metal 1K ohmsR1043 YWR1220P102D Metal 1K ohms

R1044 ERJ6GEY0R00 Carbon 0 ohm 1/10WR1045 ERJ6GEYJ102 Carbon 1K ohms 1/10WR1046-1049 YWR1220P103D Metal 10K ohmsR1050 ERJ6GEYJ561 Carbon 560 ohms 1/10WR1110 ERJ6GEY0R00 Carbon 0 ohm 1/10W

R1500 YWERG2SJ181P Metal 180 ohms 2WR1508-1511 ERJ6GEY0R00 Carbon 0 ohm 1/10WR1512-1514 ERDAS2CF1002 Carbonl 10K ohms 2WZ401-406 EXBV8V103J Block ResistorC1 YF400101CHJT Ceramic 100 pF

C2 YWRVS0J101M Electrolytic 100 µ F 6.3VC3 YWRVS0J101M Electrolytic 100 µ F 6.3VC6 YF400101CHJT Ceramic 100 pFC7 YF400104FZT Ceramic 0.1 µ FC8 YF400472XKT Ceramic 4700 pF

C9 YWRVS0J101M Electrolytic 100 µ F 6.3VC10 YF400101CHJT Ceramic 100 pFC11 YWRVS0J101M Electrolytic 100 µ F 6.3VC14 YF400101CHJT Ceramic 100 pFC15-18 ECHU1C104JB Plastic 0.1 µ F 16V

C19,20 YWRVW1E101 Electrolytic 100 µ F 25VC21 YF400104FZT Ceramic 0.1 µ FC22 RVW1C101 Electrolytic 100 µ F 16VC23 ECHU1C104JB Plastic 0.1 µ F 16VC25 ECHU1C104JB Plastic 0.1 µ F 16V

C27 YF400103XKT Ceramic 0.01 µ FC28 YF400104FZT Ceramic 0.1 µ FC29 ECHU1C104JB Plastic 0.1 µ F 16VC30 YWRVW1C101 Electrolytic 100 µ F 16VC31 YF400104FZT Ceramic 0.1 µ F

C32 YWRVW1C470 Electrolytic 47 µ F 16VC33 YF400103XKT Ceramic 0.01 µ FC34 YF400102XKT Ceramic 1000 pFC35 YF400103XKT Ceramic 0.01 µ FC41 YWRVS0J101M Electrolytic 100 µ F 6.3V

C42 YF400101CHJT Ceramic 100 pFC43 YWRVS0J101M Electrolytic 100 µ F 6.3VC46 YF400101CHJT Ceramic 100 pFC47 YF400104FZT Ceramic 0.1 µ FC48 YF400472XKT Ceramic 4700pF


C59,60 YWRVW1E101 Electrolytic 100 µ F 25VC61 YF400104FZT Ceramic 0.1 µ FC62 YWRVW1C101 Electrolytic 100 µ F 16VC63,65 ECHU1C104JB Plastic 0.1 µ F 16VC67 YF400103XKT Ceramic 0.01 µ F

C68 YF400104FZT Ceramic 0.1 µ FC69 ECHU1C104JB Plastic 0.1 µ F 16VC70 YWRVW1C101 Electrolytic 100 µ F 16VC71 YF400104FZT Ceramic 0.1 µ FC72 YWRVW1C470 Electrolytic 47 µ F 16V

C73 YF400103XKT Ceramic 0.01 µ FC74 YF400102XKT Ceramic 1000 pFC75 YF400103XKT Ceramic 0.01 µ FC81 YWRVS0J101M Electrolytic 100 µ F 6.3VC82 YF400101CHJT Ceramic 100 pF

C83 YWRVS0J101M Electrolytic 100 µ F 6.3VC86 YF400101CHJT Ceramic 100 pFC87 YF400104FZT Ceramic 0.1 µ FC88 YF400472XKT Ceramic 4700pFC89 YWRVS0J101M Electrolytic 100 µ F 6.3V

C90 YF400101CHJT Ceramic 100 pFC91 YWRVS0J101M Electrolytic 100 µ F 6.3VC94 YF400101CHJT Ceramic 100 pFC95-98 ECHU1C104JB Plastic 0.1 µ F 16VC99,100 YWRVW1E101 Electrolytic 100 µ F 25V

C101 YF400104FZT Ceramic 0.1 µ FC102 YWRVW1C101 Electrolytic 100 µ F 16VC103,105 ECHU1C104JB Plastic 0.1 µ F 16VC107 YF400103XKT Ceramic 0.01 µ FC108 YF400104FZT Ceramic 0.1 µ F

C109 ECHU1C104JB Plastic 0.1 µ F 16VC110 YWRVW1C101 Electrolytic 100 µ F 16VC111 YF400104FZT Ceramic 0.1 µ FC112 YWRVW1C470 Electrolytic 47 µ F 16VC113 YF400103XKT Ceramic 0.01 µ F

C114 YF400102XKT Ceramic 1000 pFC115 YF400103XKT Ceramic 0.01 µ FC121 YWRVS0J101M Electrolytic 100 µ F 6.3VC122 YF400101CHJT Ceramic 100 pFC123 YWRVS0J101M Electrolytic 100 µ F 6.3V

C126 YF400101CHJT Ceramic 100 pFC127 YF400104FZT Ceramic 0.1 µ FC128 YF400472XKT Ceramic 4700 pFC129 YWRVS0J101M Electrolytic 100 µ F 6.3VC130 YF400101CHJT Ceramic 100 pF

C131 YWRVS0J101M Electrolytic 100 µ F 6.3VC134 YF400101CHJT Ceramic 100 pFC135-138 ECHU1C104JB Plastic 0.1 µ F 16VC139,140 YWRVW1E101 Electrolytic 100 µ F 25VC141 YF400104FZT Ceramic 0.1 µ F


91



C142 YWRVW1C101 Electrolytic 100 µ F 16VC143,145 ECHU1C104JB Plastic 0.1 µ F 16VC147 YF400103XKT Ceramic 0.01 µ FC148 YF400104FZT Ceramic 0.1 µ FC149 ECHU1C104JB Plastic 0.1 µ F 16V

C150 YWRVW1C101 Electrolytic 100 µ F 16VC151 YF400104FZT Ceramic 0.1 µ FC152 YWRVW1C470 Electrolytic 47 µ F 16VC153 YF400103XKT Ceramic 0.01 µ FC154 YF400102XKT Ceramic 1000 pF

C155 YF400103XKT Ceramic 0.01 µ FC161 YWRVS0J101M Electrolytic 100 µ F 6.3VC162 YF400101CHJT Ceramic 100 pFC163 YWRVS0J101M Electrolytic 100 µ F 6.3VC166 YF400101CHJT Ceramic 100 pF

C167 YF400104FZT Ceramic 0.1 µ FC168 YF400472XKT Ceramic 4700 pFC169 YWRVS0J101M Electrolytic 100 µ F 6.3VC170 YF400101CHJT Ceramic 100 pFC171 YWRVS0J101M Electrolytic 100 µ F 6.3V

C174 YF400101CHJT Ceramic 100 pFC175-178 ECHU1C104JB Plastic 0.1 µ F 16VC179,180 YWRVW1E101 Electrolytic 100 µ F 25VC181 YF400104FZT Ceramic 0.1 µ FC182 YWRVW1C101 Electrolytic 100 µ F 16V

C183,185 ECHU1C104JB Plastic 0.1 µ F 16VC187 YF400103XKT Ceramic 0.01 µ FC188 YF400104FZT Ceramic 0.1 µ FC189 ECHU1C104JB Plastic 0.1 µ F 16VC190 YWRVW1C101 Electrolytic 100 µ F 16V

C191 YF400104FZT Ceramic 0.1 µ FC192 YWRVW1C470 Electrolytic 47 µ F 16VC193 YF400103XKT Ceramic 0.01 µ FC194 YF400102XKT Ceramic 1000 pFC195 YF400103XKT Ceramic 0.01 µ F

C201 YWRVS0J101M Electrolytic 100 µ F 6.3VC202 YF400101CHJT Ceramic 100 pFC203 YWRVS0J101M Electrolytic 100 µ F 6.3VC206 YF400101CHJT Ceramic 100 pFC207 YF400104FZT Ceramic 0.1 µ F

C208 YF400472XKT Ceramic 4700 pFC209 YWRVS0J101M Electrolytic 100 µ F 6.3VC210 YF400101CHJT Ceramic 100 pFC211 YWRVS0J101M Electrolytic 100 µ F 6.3VC214 YF400101CHJT Ceramic 100 pF

C215-218 ECHU1C104JB Plastic 0.1 µ F 16VC219,220 YWRVW1E101 Electrolytic 100 µ F 25VC221 YF400104FZT Ceramic 0.1 µ FC222 YWRVW1C101 Electrolytic 100 µ F 16VC223,225 ECHU1C104JB Plastic 0.1 µ F 16V

C227 YF400103XKT Ceramic 0.01 µ FC228 YF400104FZT Ceramic 0.1 µ FC229 ECHU1C104JB Plastic 0.1 µ F 16VC230 YWRVW1C101 Electrolytic 100 µ F 16VC231 YF400104FZT Ceramic 0.1 µ F

C232 YWRVW1C470 Electrolytic 47 µ F 16VC233 YF400103XKT Ceramic 0.01 µ FC234 YF400102XKT Ceramic 1000 pFC235 YF400103XKT Ceramic 0.01 µ FC241 YWRVS0J101M Electrolytic 100 µ F 6.3V

C242 YF400101CHJT Ceramic 100 pFC243 YWRVS0J101M Electrolytic 100 µ F 6.3VC246 YF400101CHJT Ceramic 100 pFC247 YF400104FZT Ceramic 0.1 µ FC248 YF400472XKT Ceramic 4700 pF


C259,260 YWRVW1E101 Electrolytic 100 µ F 25VC261 YF400104FZT Ceramic 0.1 µ FC262 YWRVW1C101 Electrolytic 100 µ F 16VC263,265 ECHU1C104JB Plastic 0.1 µ F 16VC267 YF400103XKT Ceramic 0.01 µ F

C268 YF400104FZT Ceramic 0.1 µ FC269 ECHU1C104JB Plastic 0.1 µ F 16VC270 YWRVW1C101 Electrolytic 100 µ F 16VC271 YF400104FZT Ceramic 0.1 µ FC272 YWRVW1C470 Electrolytic 47 µ F 16V

C273 YF400103XKT Ceramic 0.01 µ FC274 YF400102XKT Ceramic 1000 pFC275 YF400103XKT Ceramic 0.01 µ FC281 YWRVS0J101M Electrolytic 100 µ F 6.3VC282 YF400101CHJT Ceramic 100 pF

C283 YWRVS0J101M Electrolytic 100 µ F 6.3VC286 YF400101CHJT Ceramic 100 pFC287 YF400104FZT Ceramic 0.1 µ FC288 YF400472XKT Ceramic 4700pFC289 YWRVS0J101M Electrolytic 100 µ F 6.3V

C290 YF400101CHJT Ceramic 100 pFC291 YWRVS0J101M Electrolytic 100 µ F 6.3VC294 YF400101CHJT Ceramic 100 pFC295-298 ECHU1C104JB Plastic 0.1 µ F 16VC299,300 YWRVW1E101 Electrolytic 100 µ F 25V

C301 YF400104FZT Ceramic 0.1 µ FC302 YWRVW1C101 Electrolytic 100 µ F 16VC303,305 ECHU1C104JB Plastic 0.1 µ F 16VC307 YF400103XKT Ceramic 0.01 µ FC308 YF400104FZT Ceramic 0.1 µ F


92



C309 ECHU1C104JB Plastic 0.1 µ F 16VC310 YWRVW1C101 Electrolytic 100 µ F 16VC311,312 YF400104FZT Ceramic 0.1 µ FC314 YF400104FZT Ceramic 0.1 µ FC315-322 YF400472XKT Ceramic 4700 pF

C401 ECEA1HKA2R2 Electrolytic 2.2 µ F 50VC418 YF400104FZT Ceramic 0.1 µ FC421,424 YF400103XKT Ceramic 0.01 µ FC425-428 YF400104FZT Ceramic 0.1 µ FC442 YF400103XKT Ceramic 0.01 µ F

C444 YF400104FZT Ceramic 0.1 µ FC449-451 YF400103XKT Ceramic 0.01 µ FC452 YF400104FZT Ceramic 0.1 µ FC453 YWRVW1C470 Electrolytic 47 µ F 16VC454 YF400103XKT Ceramic 0.01 µ F

C455 YF400102XKT Ceramic 1000 pFC456,457 YF400103XKT Ceramic 0.01 µ FC501 YF400681CHJT Ceramic 680 µ F 50VC502 ECHU1H153JB Plastic 0.015 µ F 50VC503 YF400681CHJT Ceramic 680 µ F 50V

C504 YWRVW1C101 Electrolytic 100 µ F 16VC505 ECHU1C104JB Plastic 0.1 µ F 16VC506 YWRVW1C101 Electrolytic 100 µ F 16VC507-513 ECHU1C104JB Plastic 0.1 µ F 16VC514 YF400104FZT Ceramic 0.1 µ F

C515 YWRVW1C101 Electrolytic 100 µ F 16VC518,519 ECHU1C104JB Plastic 0.1 µ F 16VC520 YWRVW1C101 Electrolytic 100 µ F 16VC521 ECHU1C104JB Plastic 0.1 µ F 16VC522 YWRVW1C101 Electrolytic 100 µ F 16V

C523-527 ECHU1C104JB Plastic 0.1 µ F 16VC528 YF400681CHJT Ceramic 680 µ F 50VC529 ECHU1H153JB Plastic 0.015 µ F 50VC530 YF400681CHJT Ceramic 680 µ F 50VC532 YF400104FZT Ceramic 0.1 µ F

C533 YWRVW1C470 Electrolytic 47 µ F 16VC534,536 ECHU1H271JB Plastic 270 pF 50VC537,539 ECHU1H101JB Plastic 100 pF 50VC541,542 ECHU1H104JB Plastic 0.1 µ F 50VC544,545 YF400221CHJT Ceramic 220 pF

C546,547 ECHU1H104JB Plastic 0.1 µ F 50VC548,549 YWRVW1E101 Electrolytic 100 µ F 25VC550 YW400122CHJT Ceramic 1200 pFC551 YW400332CHJT Ceramic 3300 pFC552 YWRVW1C470 Electrolytic 47 µ F 16V

C554 YF400104FZT Ceramic 0.1 µ FC555 YWRVW1C470 Electrolytic 47 µ F 16VC556,558 ECHU1H271JB Plastic 270 pF 50VC559 ECHU1H101JB Plastic 100 pF 50VC562,563 ECHU1H104JB Plastic 0.1 µ F 50V

C565 YF400221CHJT Ceramic 220 pFC566,567 ECHU1H104JB Plastic 0.1 µ F 50VC568 YF400221CHJT Ceramic 220 pFC569,570 YWRVW1E101 Electrolytic 100 µ F 25VC571 YW400122CHJT Ceramic 1200 pF

C572 YW400332CHJT Ceramic 3300 pFC573 YWRVW1C470 Electrolytic 47 µ F 16VC574 YF400220CHJT Ceramic 22 pFC575,576 ECHU1H104JB Plastic 0.1 µ F 50VC577,578 YWRVW1E221 Electrolytic 220 µ F 25V

C579 YF400220CHJT Ceramic 22 pFC580,581 YWRVW1C221 Electrolytic 220 µ F 16VC582,583 YF400101CHJT Ceramic 100 pFC584 YF400220CHJT Ceramic 22 pFC585,586 ECHU1H104JB Plastic 0.1 µ F 50V

C587,588 YWRVW1E221 Electrolytic 220 µ F 25VC589 YF400220CHJT Ceramic 22 pFC590,591 YWRVW1C221 Electrolytic 220 µ F 16VC592,593 YF400101CHJT Ceramic 100 pFC594 YF400220CHJT Ceramic 22 pF

C595,596 ECHU1H104JB Plastic 0.1 µ F 50VC599 YF400101CHJT Ceramic 100 pFC600 YF400220CHJT Ceramic 22 pFC602,603 YWRVW1C221 Electrolytic 220 µ F 16VC604 ECHU1H101JB Plastic 100 µ F 50V

C611 YF400220CHJT Ceramic 22 pFC612,613 ECHU1H104JB Plastic 0.1 µ F 50VC614,615 YWRVW1E221 Electrolytic 220 µ F 25VC616 YWRVW1C221 Electrolytic 220 µ F 16VC617 YF400101CHJT Ceramic 100 pF

C618 YF400220CHJT Ceramic 22 pFC619 YWRVW1C221 Electrolytic 220 µ F 16VC620 YF400101CHJT Ceramic 100 pFC621,622 YF400104FZT Ceramic 0.1 µ FC624 YF400101CHJT Ceramic 100 pF

C651 YF400681CHJT Ceramic 680 µ F 50VC652 ECHU1C153JB Plastic 0.015 µ F 16VC653 YF400681CHJT Ceramic 680 µ F 50VC654 YWRVW1C101 Electrolytic 100 µ F 16VC655 ECHU1C104JB Plastic 0.1 µ F 16V

C656 YWRVW1C101 Electrolytic 100 µ F 16VC657-663 ECHU1C104JB Plastic 0.1 µ F 16VC664 YF400104FZT Ceramic 0.1 µ FC665 YWRVW1C101 Electrolytic 100 µ F 16VC668,669 ECHU1C104JB Plastic 0.1 µ F 16V

C670 YWRVW1C101 Electrolytic 100 µ F 16VC671 ECHU1C104JB Plastic 0.1 µ F 16VC672 YWRVW1C101 Electrolytic 100 µ F 16VC673-677 ECHU1C104JB Plastic 0.1 µ F 16VC678 YF400681CHJT Ceramic 680 µ F 50V


93



C679 ECHU1C153JB Plastic 0.015 µ F 16VC680 YF400681CHJT Ceramic 680 µ F 50VC681 YWRVW1C470 Electrolytic 47 µ F 16VC682 YF400104FZT Ceramic 0.1 µ FC684 ECHU1H271JB Plastic 270 pF 50V

C685 ECHU1H101JB Plastic 100 pF 50VC688,689 ECHU1H104JB Plastic 0.1 µ F 50VC691 ECHU1H271JB Plastic 270 pF 50VC692 ECHU1H101JB Plastic 100 pF 50VC694,695 YF400221CHJT Ceramic 220 pF

C696,697 ECHU1H104JB Plastic 0.1 µ F 50VC698,699 YWRVW1E101 Electrolytic 100 µ F 25VC700 YW400332CHJT Ceramic 3300 pFC701 YW400122CHJT Ceramic 1200 pFC703 YF400101CHJT Ceramic 100 pF

C704,705 ECHU1H104JB Plastic 0.1 µ F 50VC706,707 YWRVW1E101 Electrolytic 100 µ F 25VC712 YF400104FZT Ceramic 0.1 µ FC713 YWRVW1C470 Electrolytic 47 µ F 16VC715 ECHU1H271JB Plastic 270 pF 50V

C716 ECHU1H101JB Plastic 100 pF 50VC719,720 ECHU1H104JB Plastic 0.1 µ F 50VC721 ECHU1H101JB Plastic 100 pF 50VC723 ECHU1H271JB Plastic 270 pF 50VC725,726 YF400221CHJT Ceramic 220 pF

C727,728 ECHU1H104JB Plastic 0.1 µ F 50VC729,730 YWRVW1E101 Electrolytic 100 µ F 25VC731 YW400332CHJT Ceramic 3300 pFC733 YW400122CHJT Ceramic 1200 pFC734 YF400101CHJT Ceramic 100 pF

C741 YF400104FZT Ceramic 0.1 µ FC742 ECHU1H104JB Plastic 0.1 µ F 50VC743 YWRVW1C101 Electrolytic 100 µ F 16VC744 YW400821CHJT Ceramic 820 pF C745,746 YF400221CHJT Ceramic 220 pF

C748,749 YWRVW1E101 Electrolytic 100 µ F 25VC750 YW400821CHJT Ceramic 820 pFC751,752 YF400221CHJT Ceramic 220 pFC756 YF400220CHJT Ceramic 22 pFC757,758 ECHU1H104JB Plastic 0.1 µ F 50V

C759,760 YWRVW1E221 Electrolytic 220 µ F 25VC761 YF400220CHJT Ceramic 22 pFC762,763 YWRVW1C221 Electrolytic 220 µ F 16VC764,765 YF400101CHJT Ceramic 100 pFC766 YF400220CHJT Ceramic 22 pF

C767,768 ECHU1H104JB Plastic 0.1 µ F 50VC769,770 YWRVW1E221 Electrolytic 220 µ F 25VC771 YF400220CHJT Ceramic 22 pFC772,773 YWRVW1C221 Electrolytic 220 µ F 16VC774,775 YF400101CHJT Ceramic 100 pF

C776 YF400220CHJT Ceramic 22 pFC777,778 ECHU1H104JB Plastic 0.1 µ F 50VC779,780 YWRVW1E221 Electrolytic 220 µ F 25VC781 YF400220CHJT Ceramic 22 pFC782,783 YWRVW1C221 Electrolytic 220 µ F 16V

C784,785 YF400101CHJT Ceramic 100 pFC786 YF400220CHJT Ceramic 22 pFC787,788 ECHU1H104JB Plastic 0.1 µ F 50VC789,790 YWRVW1E221 Electrolytic 220 µ F 25VC791 YF400220CHJT Ceramic 22 pF

C792,793 YWRVW1C221 Electrolytic 220 µ F 16VC794 YF400101CHJT Ceramic 100 pFC796,797 ECHU1H104JB Plastic 0.1 µ F 50VC802,803 ECHU1H104JB Plastic 0.1 µ F 50VC804 YF400101CHJT Ceramic 100 pF

C811,812 YF400104FZT Ceramic 0.1 µ FC813 YF400104FZT Ceramic 0.1 µ FC814-817 YF400101CHJT Ceramic 100 pFC818 ECEV1EG101 Electrolytic 100 µ F 25VC819 YF400104FZT Ceramic 0.1 µ F

C820 YWRVW1E470 Electrolytic 47 µ F 25VC821 YF400104FZT Ceramic 0.1 µ FC822 YWRVW1E470 Electrolytic 47 µ F 25VC823-826 YF400101CHJT Ceramic 100 pFC827 ECEV1EG101 Electrolytic 100 µ F 25V

C828 YF400104FZT Ceramic 0.1 µ FC829,830 ECHU1H104JB Plastic 0.1 µ F 50VC831 YF400101CHJT Ceramic 100 pFC832,833 ECHU1H104JB Plastic 0.1 µ F 50VC834 YF400101CHJT Ceramic 100 pF

C835 YWRVW1C470 Electrolytic 47 µ F 16VC837,838 YF400104FZT Ceramic 0.1 µ FC840,842 YF400104FZT Ceramic 0.1 µ FC843,844 YF400104FZT Ceramic 0.1 µ FC845 YF400104FZT Ceramic 0.1 µ F

C846 YF400104FZT Ceramic 0.1 µ FC847 YF400101CHJT Ceramic 100 pFC848 YF400104FZT Ceramic 0.1 µ FC849-855 YF400101CHJT Ceramic 100 pFC856-859 YF400104FZT Ceramic 0.1 µ F

C860,901 YF400101CHJT Ceramic 100 pFC907,908 YWRVW1C470 Electrolytic 47 µ F 16VC909 ECHU1C104JB Plastic 0.1 µ F 16VC910 YF400181CHJT Ceramic 180 pFC911 ECHU1C104JB Plastic 0.1 µ F 16V

C912 YF400820CHJT Ceramic 82 pFC913 YW400152CHJT Ceramic 1500 pFC915 YWRVW1C101 Electrolytic 100 µ F 16VC916 ECHU1C104JB Plastic 0.1 µ F 16VC918 YF400104FZT Ceramic 0.1 µ F


94



C919 YWRVW1C470 Electrolytic 47 µ F 16VC920 ECHU1C104JB Plastic 0.1 µ F 16VC921 YWRVW1C470 Electrolytic 47 µ F 16VC922 YF400101CHJT Ceramic 100 pFC924 YWRVW1C470 Electrolytic 47 µ F 16V

C925 YF400181CHJT Ceramic 180 pFC926 ECHU1C104JB Plastic 0.1 µ F 16VC927 YF400820CHJT Ceramic 82 pFC928 YW400152CHJT Ceramic 1500 pFC929 YWRVW1C470 Electrolytic 47 µ F 16V


C937 YWRVW1C470 Electrolytic 47 µ F 16VC938 YF400101CHJT Ceramic 100 pFC939 YWRVW1C470 Electrolytic 47 µ F 16VC940,941 YF400101CHJT Ceramic 100 pFC947 YWRVW1C470 Electrolytic 47 µ F 16V


C955 ECHU1C104JB Plastic 0.1 µ F 16VC957 YF400104FZT Ceramic 0.1 µ FC958 YWRVW1C470 Electrolytic 47 µ F 16VC960 YF400101CHJT Ceramic 100 pFC962 YWRVW1C470 Electrolytic 47 µ F 16V



C975 YWRVW1C470 Electrolytic 47 µ F 16VC976 YF400101CHJT Ceramic 100 pFC977 YWRVW1C470 Electrolytic 47 µ F 16VC978 YF400101CHJT Ceramic 100 pFC979,980 YF400470CHJT Ceramic 47 pF

C982,985 YF400104FZT Ceramic 0.1 µ FC986 YF400104FZT Ceramic 0.1 µ FC988,989 YF400470CHJT Ceramic 47 pFC990 ECHU1C104JB Plastic 0.1 µ F 16VC991,999 YWRVW1C470 Electrolytic 47 µ F 16V

C1001-1004 YWRVW1C470 Electrolytic 47 µ F 16VC1006 YF400104FZT Ceramic 0.1 µ FC1018 YF400300CHJT Ceramic 30 pFC1019 YF400270CHJT Ceramic 27 pFC1020 YW400160CHJT Ceramic 16 pF 50V

C1021 YF400820CHJT Ceramic 82 pFC1022 YF400200CHJT Ceramic 20 pFC1023 YF400820CHJT Ceramic 82 pFC1024 YF400200CHJT Ceramic 20 pFC1025 YF400510CHJT Ceramic 51 pF

C1026 YW400821CHJT Ceramic 820 pF C1027 YF400300CHJT Ceramic 30 pFC1028 YF400270CHJT Ceramic 27 pFC1029 YW400160CHJT Ceramic 16 pFC1030 YF400820CHJT Ceramic 82 pF

C1031 YF400200CHJT Ceramic 20 pFC1032 YF400820CHJT Ceramic 82 pFC1033 YF400200CHJT Ceramic 20 pFC1034 YF400510CHJT Ceramic 51 pFC1035 YW400821CHJT Ceramic 820 pF

C1036-1043 YF400104FZT Ceramic 0.1 µ FC1044-1046 RVP1C470G10 Electrolytic 47 µ F 16VC1047 RVP1C470G10 Electrolytic 47 µ F 16VC1048 YF400104FZT Ceramic 0.1 µ FC1049 EEVHB1H100P Electrolytic 10 µ F 50V

C1114,1118 ECKF1H102KB Ceramic 1000pF 5WC1127,1129 ECH1EM471 Electrolytic 470 µ F 25VC1131-1134 YWRA216V330 Electrolytic 33 µ F 16VL143 YWBLM21B03PB CoilL401 YWZBF503S01 Coil

L404,406 YWBLM21B03PB CoilL408,410 YWBLM21B03PB CoilL412,416 YWBLM21B03PB CoilL418,420 YWBLM21B03PB CoilL421-428 YWBLM21B03PB Coil

L501-508 YWBLM21A05PT CoilL511-513 YWBLM21B03PB CoilL653 YWBLM21B03PB CoilL654-665 YWBLM21A05PT CoilL668-674 YWBLM21B03PB Coil

L677,678 YWBLM21B03PB CoilL683,800 YWBLM21B03PB CoilL801 YWBLM21B03PB CoilL802,901 YWBLM21A05PT CoilL902-910 YWBLM21A05PT Coil

L1009 YWNL323R3J Coil 3.3 µ HL1010,1012 YWNL321R8J Coil 1.8 µ HL1014,1015 YWNL323R3J Coil 3.3 µ HL1016,1018 YWNL321R8J Coil 1.8 µ HL1020 YWNL323R3J Coil 3.3 µ H


95



T901,902 YWPT1099 High Freq TransformerCN33 YW520454010 40-pin ConnectorCN52 YW521471310 13-pin ConnectorCN53 YW521470710 7-pin ConnectorCN54,55 YW521471510 15-pin Connector

CN58 YWB8BPHSM3TB 8-pin ConnectorCN99 B10BPHSM3TB 10-pin ConnectorCN501,502 YWNC3MAH1 ConnectorJK503,504 YWYKB215261 JackJK651-656 YWYKB215261 Jack

JK901-904 YWYKB215261 JackJK905 YWYKC213040 JackM35 YWA3BA1039A4 Supporting AngleM36 YWA2SA4485A4 Mounting Angle

PCB5 (RTL) YWR00DA7KYCA Printed Circuit Board AssyD201-208 YWSML210VT86 LEDD209-226 YWSML210DT86 LEDD227 YWGL7H201 LEDD229-244 YWSML210MT86 LED

D245 YWSML210VT86 LEDD228 1SS353TE17 DiodeSW201 EVQPJS04K Push SwitchCN66 YW524921720 17-pin ConnectorM23 YWA5XA0503A3 Reflection Plate

PCB6 (RTL) YWR00DA7KYDA Printed Circuit Board AssyIC301 YWBP5311 ICIC302 YWCXAM10LL ICR301 ERDS2TJ274 Carbon 270K ohms 1/4WVR301 EVUF2AE35A55 Variable Resistor 500K ohms

C301 ECA1VM470 Electrolytic 47 µ F 35VC302 ECA1CM101 Electrolytic 100 µ F 16VZ301 EXBF9E473J Block ResistorCN32 YW521511310 13-pin ConnectorCN302 YW559712CPB Connector

E303 YWRDA7L67 Wire Assy for LCD unit

PCB7 (RTL) YWR00DA7KB8A Printed Circuit Board AssyIC1 YWUPC4570G ICIC21 YWUPC4570G ICIC41 NJM4558M ICQ1,2 2SC4695TB Transistor

Q3,4 2SK374-RS TransistorQ21,22 2SC4695TB TransistorD41 YWMTZJ4.7B DiodeD101,102 MA723 DiodeR1 YWR1220P472D Metal 4.7K ohms

R2 ERJ6GEYJ562 Carbon 5.6K ohms 1/10WR4,5 YWR1220P103D Metal 10K ohmsR6 YWR1220P472D Metal 4.7K ohmsR8,9 YWR1220P473D Metal 47K ohmsR10 YWR1220P472D Metal 4.7K ohms

R11 ERJ6GEYJ562 Carbon 5.6K ohms 1/10WR13,14 YWR1220P103D Metal 10K ohmsR15 YWR1220P472D Metal 4.7K ohmsR16 ERJ6GEYJ473 Carbon 47K ohms 1/10WR18 R1220P331D Metal 330K ohms


96

METER BOARD

INVERTER BOARD

MONITOR VR BOARD



R21 YWR1220P472D Metal 4.7K ohmsR22 ERJ6GEYJ562 Carbon 5.6K ohms 1/10WR24,25 YWR1220P103D Metal 10K ohmsR26 YWR1220P472D Metal 4.7K ohmsR28,29 YWR1220P473D Metal 47K ohms

R30 YWR1220P472D Metal 4.7K ohmsR31 ERJ6GEYJ562 Carbon 5.6K ohms 1/10WR33,34 YWR1220P103D Metal 10K ohmsR35 YWR1220P472D Metal 4.7K ohmsR36 ERJ6GEYJ473 Carbon 47K ohms 1/10W

R38 R1220P331D Metal 330K ohmsR41 YFR1220P222D Metal 2.2K ohmsR42 YWR1220P391D Metal 390 ohmsR43 YWR1220P333D Metal 33K ohmsR44 YWR1220P472D Metal 4.7K ohms

R45 YWR1220P103D Metal 10K ohmsR46 YWR1220P473D Metal 47K ohmsR47 YWR1220P332D Metal 3.3K ohmsR48 YFR1220P104D Metal 100K ohmsR49 YFR1220P222D Metal 2.2K ohms

R101-104 ERDS2TJ104 Carbon 100K ohms 1/4WVR1,21 EVJC20F03A24 Variable Resistor 20K ohmsVR41 EVJCC0F0346 Variable ResistorC1 YWRA216T330 Electrolytic 33 µ F 16VC2 YF400101CHJT Ceramic 100 pF

C3,4 ECHU1H104JB Plastic 0.1 µ F 50VC5,6 YWR2025T221 Electrolytic 220 µ F 25VC7 YWRA216T330 Electrolytic 33 µ F 16VC8 YF400101CHJT Ceramic 100 pFC21 YWRA216T330 Electrolytic 33 µ F 16V

C22 YF400101CHJT Ceramic 100 pFC23,24 ECHU1H104JB Plastic 0.1 µ F 50VC25,26 YWR2025T221 Electrolytic 220 µ F 25VC27 YWRA216T330 Electrolytic 33 µ F 16VC28 YF400101CHJT Ceramic 100 pF

C41 YW400224XK Ceramic 0.22 µ FC42 YW400102CHJT Ceramic 1000 pFC43 ECA1CM100B Electrolytic 10 µ F 16VC44 ECA1HM010 Electrolytic 1 µ F 50VC45,46 YF400104FZT Ceramic 0.1 µ F

C47 ECA1CM100B Electrolytic 10 µ F 16VC48 ECA1HM010 Electrolytic 1 µ F 50VC49 YF400391CHJT Ceramic 390 pFC50 ECA1HM010 Electrolytic 1 µ F 50VC101,102 YW400105XKT Ceramic 1 µ F

C103,104 YW400103XK Ceramic 0.01 µ FC105-108 YW400105FZ Ceramic 1 µ FC151-154 ECQB1H471 Plastic 470pF 50VC155,156 YW400104XK Ceramic 0.1µ FC157,158 ECQV1H104 Ceramic 0.1µ F 50V

C159-162 YWR2025V470 Electrolytic 47µ F 25VCN58 YWB8BEH 8-pin ConnectorCN99 YWB10BEH 10-pin ConnectorE59 YWRDA7L59A Wire Assy for HP Board CN59

PCB8 (RTL) YWR00DA7KC8A Printed Circuit Board AssyC61 YF400100CHJT Ceramic 10 pFC62 YF400511CHJT Ceramic 510 pFCN97 JMI8LH04AAT ConnectorMIC1 YWWM034BX MiC Unit

PCB9 (RTL) YWR00DA7KD8A Printed Circuit Board AcceyIC2 YWUPC4570G ICIC1 NJM2068MD ICQ1,2 2SC4695TB TransistorQ3 2SD1276A-QR Transistor

Q4 2SC1318-RS TransistorQ5 2SA720-RS TransistorQ6 2SB950A-QR TransistorQ7 2SD1276A-QR TransistorQ8 2SC1318-RS Transistor

Q9 2SA720-RS TransistorQ10 2SB950A-QR TransistorD1-4 MA111 DiodeR1 YWR1220P472D Metal 4.7K ohmsR2 ERJ6GEYJ562 Carbon 5.6K ohms 1/10W

R4 YWR1220P472D Metal 4.7K ohmsR5 R1220P132D Metal 1.3K ohmsR6 R1220P822D Metal 8.2K ohmsR7 YWR1220P103D Metal 10K ohmsR8,9 YWR1220P473D Metal 47K ohms

R10 ERD25FJ4R7 Carbon 4.7 ohms 1/4WR11 YWR1220P103D Metal 10K ohmsR12 YWR1220P472D Metal 4.7K ohmsR13 ERJ6GEYJ562 Carbon 5.6K ohms 1/10WR15 YWR1220P472D Metal 4.7K ohms

R16 R1220P132D Metal 1.3K ohmsR17 R1220P822D Metal 8.2K ohmsR18 ERD25FJ4R7 Carbon 4.7 ohms 1/4WR19 ER0S2CKF1002 Metal 10K ohms 1/4WR20,21 YWR1220P301D Metal 300 ohms


97

TB BOARD

HP BOARD



R22 ER0S2CKF1002 Metal 10K ohms 1/4WR23,24 ERD10TJ3R3 Carbon 3.3 ohms 1/4WR25 ER0S2CKF1002 Metal 10K ohms 1/4WR26,27 YWR1220P301D Metal 300 ohmsR28 ER0S2CKF1002 Metal 10K ohms 1/4W

R29,30 ERD10TJ3R3 Carbon 3.3 ohms 1/4WR31 R1220P133D Metal 13K ohmsR32 YWR1220P472D Metal 4.7K ohmsR33 R1220P132D Metal 1.3K ohmsR34 R1220P822D Metal 8.2K ohms

R35 R1220P133D Metal 13K ohmsR36 YWR1220P472D Metal 4.7K ohmsR37 R1220P132D Metal 1.3K ohmsR38 R1220P822D Metal 8.2K ohmsVR1 EVJC20F01A24 Variable Resistor 20K ohms

C1 YWRA216T330 Electrolytic 33 µ F 16VC2 YF400220CHJT Ceramic 22 pFC3,4 ECFR1H104ZF Ceramic 0.1 µ F 50VC5,6 ECA1EM471 Electrolytic 470 µ F 25VC7,11 RA216T471 Electrolytic 470 µ F 16V

C9 YWRA216T330 Electrolytic 33 µ F 16VC10 YF400220CHJT Ceramic 22 pFC13-18 YF400151CHJT Ceramic 150 pFC19 YF400221CHJT Ceramic 220 pFC20 YF400220CHJT Ceramic 22 pF

C21 YF400221CHJT Ceramic 220 pFC22 YF400220CHJT Ceramic 22 pFC100,101 400105FZ Ceramic 1 µ FC102,103 ECHU1C104JB Plastic 0.1 µ F 16VC104,105 YWRA216V330 Electrolytic 33 µ F 16V

C106,107 YW400103XK Ceramic 0.01 µ FL1,2 YWBLM21B03PB CoilJK1 YWYKB215261 JackCN59 YWB7BEH 7-pin ConnectorM64 YWA7DA1074A4 Heat Sink

M65 YWA2PA1132A4 Insulator

PCB10 (RTL) YWR00DA7KZ1A Printed Circuit Board AssyIC1 YWHD77034F20 ICIC2 YWACSA0502CN CustomICIC3-6 YWM51008F7LL ICIC7,8 YWM51957BFP IC

IC9 YWNJM082M ICIC10 YWT74VHC04FL ICIC11-13 YWT74VHC138F ICIC14 YWMC74HC160F ICIC15 YWMC74HC74AF IC

IC16,17 MC74HC273AF ICIC18 YWSED1351F0A LSIIC19 YWM51008F7LL ICIC20 MC74HC541AF ICIC21 YWUPD71051GB IC

IC22 MC74HC541AF ICIC23 MC74HC574AF ICIC24 YWMC74HC151F ICIC25 TC74HCU04AF ICIC26 YWMC74HC153F IC

IC27,28 MC74HC161AF ICIC30 MC74HC4046AF ICIC31 YWT74VHC32FL ICIC33,36 YWCS8412CS Custom ICIC34 MC74HC125AF IC

IC35 YWTC7W04FL ICIC37 YWTC9271FELP LSIIC40 YWMC74HC153F ICIC41 M26LS31CNS ICIC42 YWSN74LS14NS IC

IC43 AM26LS32ACNS ICIC45 YWTC7S04F ICIC50 YWTC7W32FL ICIC51 MC74HC161AF ICIC52 YWMC74HC74AF IC

IC53 YWT74VHC74FL ICIC54 YWTC7S04F ICIC55 YWMC74HC74AF ICIC56 T74VHC175FL ICIC57 YWT74VHC32FL IC

IC300 YWACSA0507AN Custom ICIC304 IDT71016S15Y LSIIC308 MC74HC245AF ICIC309,311 MC74HC138AF ICIC312 MC74HC138AF IC


98

MAIN BOARD



IC313 MC74HC14AF ICIC314 YWMC74LS05F ICIC315 YWPC400T ICIC316 T74VHC175FL ICIC317 YWT74VHC04FL IC

IC318 YWT74VHC74FL ICIC319 YWT74VHC32FL ICIC401 YWMC74HC11F ICIC402,403 MC74HC541AF ICIC404 MC74HC245AF IC

IC405-409 MC74HC541AF ICIC410,411 YWMC74LS05F ICIC412,413 MC74HC541AF ICIC501-519 TMS57070FFT ICIC520-522 YWT6G22U1057 IC

IC523-525 YWT9G16F0020 LSIIC526 YWT9G10F0017 ICIC527 YWT6G22U1057 ICIC528,529 YWHM514800CJ ICIC530 YWT74VHC574FL IC

IC531,532 YWHM514800CJ ICIC533 YWT74VHC574FL ICIC534 YWT74VHC540FL ICIC535,537 YWT74VHC245F ICIC536 MC74HC125AF IC

IC538 YWT74VHC245F ICIC539 YWT74VHC157FL ICIC540,541 YWT74VHC574FL ICIC544-546 YWT74VHC574FL ICIC547 YWT74VHC174FL IC

IC548 YWT74VHC157FL ICIC549,550 YWMC74HC74AF ICIC551 MC74HC125AF ICIC552 YW78L05UATE2 ICQ1 DTC114TK-T46 Transistor

Q3 2SB709A-RS TransistorQ4 2SD601ARS-TX TransistorQ8 DTC114EK TransistorQ9 DTA114EK TransistorQ10 DTC143ZKAT46 Transistor

Q11 2SB709A-RS TransistorQ12 2SD601ARS-TX TransistorQ13 2SD874ARS-TX TransistorQ14 2SB766A-QR TransistorD1 MA704 Diode

D16,17 MA111 DiodeD18,20 YWUDZ5.1B DiodeD302-308 YWDA204K DiodeD310 MA111 DiodeR1 YWR1220P912D Metal 9.2K ohms

R2 YWR1220P332D Metal 3.3K ohmsR5 ERJ6GEYJ102 Carbon 1K ohms 1/10WR6 ERJ6GEYJ103 Carbon 10K ohms 1/10WR7 ERJ6GEYJ102 Carbon 1K ohms 1/10WR8-11 ERJ6GEYJ103 Carbon 10K ohms 1/10W

R12 YW2116105JT Carbon 1M ohms 1/10WR15 YF2116471JT Carbon 470 ohms 1/10WR16,17 ERJ6GEYJ223 Carbon 22K ohms 1/10WR18 ERJ6GEYJ103 Carbon 10K ohms 1/10WR19,20 YW2116105JT Carbon 1M ohms 1/10W

R21,22 YF2116301JT Carbon 300 ohms 1/10WR23 YFR1220P113D Metal 11K ohmsR24 R1220P133D Metal 13K ohmsR25 YWR1220P273D Metal 27K ohmsR26 YWR1220P472D Metal 4.7K ohms

R31 ERJ8GEYJ111V Carbon 110 ohms 1/10WR33,34 ERJ6GEYJ560 Carbon 56 ohms 1/10WR35 ERJ6GEYJ820 Carbon 82 ohms 1/10WR36 ERJ6GEYJ470 Carbon 47 ohms 1/10WR37 ERJ6GEYJ330 Carbon 33 ohms 1/10W

R39 ERDS2TJ111 Carbon 110 ohms 1/4WR42,43 ERJ6GEYJ472 Carbon 4.7K ohms 1/16WR46 ERJ12YJ750 Carbon 75 ohms 1/10WR47-51 ERJ6GEYJ470 Carbon 47 ohms 1/10WR52,53 ERJ8GCSG221 Carbon 220 ohms 1/8W

R54 ERJ14YJ111 Carbon 110 ohms 1/10WR56,57 YF2116100JT Carbon 10 ohms 1/10WR60 ERJ6GEYJ103 Carbon 10K ohms 1/10WR61 ERJ6GEYJ223 Carbon 22K ohms 1/10WR62 ERJ6GEYJ472 Carbon 4.7K ohms 1/16W

R64,65 ERJ6GEYJ223 Carbon 22K ohms 1/10WR66 ERJ6GEYJ102 Carbon 1K ohms 1/10WR70 ERJ6GEYJ472 Carbon 4.7K ohms 1/16WR71 ERJ6GEYJ104 Carbon 100K ohms 1/10WR72 ERJ6GEYJ561 Carbon 560 ohms 1/10W

R73 ERJ6GEYJ472 Carbon 4.7K ohms 1/16WR74,75 ERJ6GEYJ102 Carbon 1K ohms 1/10WR76,77 ERJ1WYJ100 Carbon 10 ohms 1/10WR325 ERJ6GEYJ103 Carbon 10K ohms 1/10WR326 ERJ6GEYJ472 Carbon 4.7K ohms 1/16W

R328 ERJ6GEYJ103 Carbon 10K ohms 1/10WR329 YF2116272JT Carbon 2.7K ohms 1/10WR330-332 YF2116221JT Carbon 220 ohms 1/10WR334 ERJ6GEYJ223 Carbon 22K ohms 1/10WR335 YF2116471JT Carbon 470 ohms 1/10W

R336,337 ERJ6GEYJ223 Carbon 22K ohms 1/10WR340,401 ERJ6GEYJ223 Carbon 22K ohms 1/10WR408 YF2116473GT Carbon 47K ohms 1/10WR410 ERJ6GEYJ223 Carbon 22K ohms 1/10WR501-576 ERJ6GEYJ103 Carbon 10K ohms 1/10W


99



R579 ERJ6GEYJ103 Carbon 10K ohms 1/10WR801 ERJ6GEY0R00 Carbon 0 ohm 1/10WR802-810 ERJ6GEYJ750 Carbon 75 ohms 1/10WR901,902 ERJ6GEYJ220 Carbon 22 ohms 1/10WR951 ERJ6GEYJ220 Carbon 22 ohms 1/10W

R952,953 ERJ6GEYJ221 Carbon 220 ohms 1/10WR954 ERJ6GEY0R00 Carbon 0 ohm 1/10WR955 ERJ6GEYJ221 Carbon 220 ohms 1/10WR956 ERDS2TJ111 Carbon 110 ohms 1/4WZ2,4 EXBV8V223J Block Resistor

Z5-13 EXBV8V223J Block ResistorZ16-20 EXBV8V223J Block ResistorZ24,25 EXBV8V223J Block ResistorZ304-313 EXBV8V223J Block ResistorZ401-410 EXBV8V223J Block Resistor

C1-9 YF400104FZT Ceramic 0.1 µ FC10 ECSH1AX106CR Tantalum 10 µ F 10VC11 EEVHB1H1R0R Electrolytic 1 µ F 50VC12 YF400104FZT Ceramic 0.1 µ FC13 YF400104FZT Ceramic 0.1 µ F

C14 YF400272XKT Ceramic 2700pFC15,16 YF400103FZT Ceramic 0.01 µ FC17 EEVHA1C221P Electrolytic 220 µ F 16VC18 EEVHB1H100P Electrolytic 10 µ F 50VC19-25 YF400104FZT Ceramic 0.1 µ F

C26,27 YF400270CHJT Ceramic 27 pFC28-46 YF400104FZT Ceramic 0.1 µ FC48,49 YF400104FZT Ceramic 0.1 µ FC64 ECHU1C153JB5 Plastic 0.015 µ F 16VC65 ECHU1C823JB5 Plastic 0.082 µ F 16V

C66,67 YF400270CHJT Ceramic 27 pFC68,69 YF400240CHJT Ceramic 24 pFC70 EEVHB1H1R0R Electrolytic 1 µ F 50VC71,72 YF400104FZT Ceramic 0.1 µ FC73 YF400510CHJT Ceramic 51 pF

C74,76 YF400104FZT Ceramic 0.1 µ FC77-81 YF400104FZT Ceramic 0.1 µ FC84-86 YF400104FZT Ceramic 0.1 µ FC95-106 YF400470CHJT Ceramic 47 pFC111-121 YF400104FZT Ceramic 0.1 µ F

C122-129 YF400470CHJT Ceramic 47 pFC130,131 YW400473XK Ceramic 0.047 µ FC132,134 YF400104FZT Ceramic 0.1 µ FC135 YF400104FZT Ceramic 0.1 µ FC136-138 YF400104FZT Ceramic 0.1 µ F

C140-147 YF400104FZT Ceramic 0.1 µ FC150 YF400104FZT Ceramic 0.1 µ FC151-153 YF400560CHJT Ceramic 56 pFC154,155 YF400103XKT Ceramic 0.01 µ FC156-160 YF400221CHJT Ceramic 220 pF

C170,171 YF400103FZT Ceramic 0.01 µ FC172,173 YF400104FZT Ceramic 0.1 µ FC174 EEVHB1H100P Electrolytic 10 µ F 50VC301-306 YW400821CHJT Ceramic 820 pFC307 EEVHB1H1R0R Electrolytic 1 µ F 50V

C308 YF400104FZT Ceramic 0.1 µ FC310,311 YF400270CHJT Ceramic 27 pFC315,316 YF400104FZT Ceramic 0.1 µ FC320,321 YF400104FZT Ceramic 0.1 µ FC323-332 YF400104FZT Ceramic 0.1 µ F

C333 YF400470CHJT Ceramic 47 pFC334 YF400104FZT Ceramic 0.1 µ FC335,336 YF400470CHJT Ceramic 47 pFC337-342 YF400104FZT Ceramic 0.1 µ FC345-348 YF400104FZT Ceramic 0.1 µ F

C401-404 YF400104FZT Ceramic 0.1 µ FC406 EEVHB1H100P Electrolytic 10 µ F 50VC407-409 YF400104FZT Ceramic 0.1 µ FC411,412 YF400104FZT Ceramic 0.1 µ FC415 YF400104FZT Ceramic 0.1 µ F

C416 EEVHB1C470P Electrolytic 47 µ F 16VC417-420 YF400104FZT Ceramic 0.1 µ FC422-424 YF400104FZT Ceramic 0.1 µ FC502,506 YF400104FZT Ceramic 0.1 µ FC509-511 YF400104FZT Ceramic 0.1 µ F

C513,515 YF400104FZT Ceramic 0.1 µ FC516,518 YF400104FZT Ceramic 0.1 µ FC519,521 YF400104FZT Ceramic 0.1 µ FC523,525 YF400104FZT Ceramic 0.1 µ FC528,529 YF400104FZT Ceramic 0.1 µ F






100




C632,636 YF400104FZT Ceramic 0.1 µ FC638,641 YF400104FZT Ceramic 0.1 µ FC642,646 YF400104FZT Ceramic 0.1 µ FC648-662 YF400104FZT Ceramic 0.1 µ FC665,668 YF400104FZT Ceramic 0.1 µ F


C689,692 YF400104FZT Ceramic 0.1 µ FC693-704 YF400104FZT Ceramic 0.1 µ FC707-713 YF400104FZT Ceramic 0.1 µ FC714 YF400101CHJT Ceramic 100 pFC952 YF400100CHJT Ceramic 10 pF

C953,954 ECQB1H103JZ Plastic 0.1 µ F 50VL1,2 YWZBF503S01 CoilL10,11 YWBLM21B03PB CoilL16-21 YWBLM21B03PB CoilL23-28 YWBLM21B03PB Coil

L30,302 YWBLM21B03PB CoilL303,305 YWBLM21B03PB CoilL306,401 YWBLM21B03PB CoilL405 YWZBF503S01 CoilL407,501 YWBLM21B03PB Coil

L502,503 YWBLM21B03PB CoilT1,2 PT1099 High Freq TransformerSW1-3 ESD177211 Slide SwitchX1 YWMA4062000M Crystal OscillatorX2 YWMA4061228M Crystal Oscillator

X3 YWMA4061128M Crystal OscillatorX301 YWMA4062000M Crystal OscillatorCF1-6 ELKE221FA LC FilterCF7,8 ELKE103FA LC FilterCF9-12 ELKE221FA LC Filter

CF13 ELKE222FA LC FilterCF307-312 YWBLM21A601T LC FilterCN1 YW521471310 13-pin ConnectorCN2 YW520454010 40-pin ConnectorCN32 YW521471310 13-pin Connector

CN33 YW520454010 40-pin ConnectorCN35 YW528083090 30-pin ConnectorCN37 YWXC5B64310A ConnectorCN38 YWP2183 4-pin BNC ConnectorCN40 XM3B0922502 9-pin Connector

CN41 TCS792728401 ConnectorCN42,43 YWTCS508445 ConnectorCN44 XM3B1522502 ConnectorCN46 YWNC3FAH10 ConnectorCN47 YWNC3MAH1 Connector

CN50 YWTKCF16XE1 ConnectorCN101 YWHL32A2 ConnectorJK49 YWYKB215261 JackE1 YWXM2Z0021 Special ScrewsE36 YWRDA7L36 Wire Assy for Power-2 Board CN36

E64 YWRDA7L64A Wire Assy for Power-2 Board CN64M75 YWA3BA1040A4 Supporting AngleM77 YWA5WA2358A1 Panel

PCB11 (RTL) YWR00DA7KZ2A Printed Circuit Board AssyR1-6 ERDS2TJ103 Carbon 10K ohms 1/4WCN3-5 YWXC5B64310A ConnectorCN37 YWXC5A64821A ConnectorCN50 YWTKCF16PE3 Connector

PCB12 (RTL) YWR00DA7KZ7A Printed Circuit Board AssyIC602,604 YWTD62783AP ICIC606 YWTD62783AP ICIC609,610 YWTD62318AP ICIC612,613 YWTD62318AP IC

D601-712 YWSPR325MVWT LEDD713-728 YWSLR325VRT LEDD729-744 YWSPR325MVWT LEDD745-760 YWSLR325DUT LEDD761-776 YWSLR325VRT LED

C601-610 UP050F104ZA CeramicD777-840 YW1SS133T77 DiodeIC601,603 MC74HC574AN ICIC605 MC74HC574AN ICIC607 MC74HC541AN IC

IC608,611 YWMC74HC138N ICR601 ERDS2TJ680 Carbon 68 ohms 1/4WR602 ERDS2TJ151 Carbon 150 ohms 1/4WR603 ERDS2TJ680 Carbon 68 ohms 1/4WR604 ERDS2TJ151 Carbon 150 ohms 1/4W


101

BUS RELAY BOARD

INPUT SWITCH BOARD



R605 ERDS2TJ680 Carbon 68 ohms 1/4WR606 ERDS2TJ151 Carbon 150 ohms 1/4WR607 ERDS2TJ680 Carbon 68 ohms 1/4WR608 ERDS2TJ151 Carbon 150 ohms 1/4WR609 ERDS2TJ680 Carbon 68 ohms 1/4W



Z601 EXBF9E473J Block Resistor 47K ohmsZ602 EXBF9E472J Block Resistor 4.7K ohmsC611,612 ECEA1CKS101 Electrolytic 100 µ F 16VL601 YWBL01RN1A62 CoilSW601-664 EVQ21305R Push Switch

CN4,5 YW510481300 13-pin ConnectorE4,5 YWRDA7L04 Wire Assy for Fader Drive Board CN4,5

PCB13 (RTL) YWR00DA7KZ9A Printed Circuit Board AssyIC402,404 YWTD62783AFL ICIC410,411 YWTD62318AP ICIC413,414 YWTD62318AP ICD401-404 YWSLR325VRT LED

D405-408 YWSPR325MVWT LEDD409-413 YWSLR325DUT LEDD414-418 YWSLR325VRT LEDD419 YWSPR325MVWT LEDD420-424 YWSLR325VRT LED

D425-435 YWSLR325DUT LEDD436-443 YWSLR325MGT LEDD445-464 YWSLR325MGT LEDD465-560 YW1SS133T77 DiodeIC401,403 MC74HC574AF IC

IC405-408 MC74HC541AF ICIC409,412 MC74HC138AF ICIC415-417 MC74HC14AF ICR401 ERJ14YJ560H Carbon 56 ohms 1/4WR402 ERJ14YJ390H Carbon 39 ohms 1/4W

R403 ERJ14YJ560H Carbon 56 ohms 1/4WR404 ERJ14YJ470 Carbon 47 ohms 1/4WR405,406 ERJ14YJ560H Carbon 56 ohms 1/4WR407,408 ERJ14YJ470 Carbon 47 ohms 1/4WR409-412 ERJ14YJ390H Carbon 39 ohms 1/4W

R413-428 ERJ6GEYJ104 Carbon 100K ohms 1/16WR429 ERJ14YJ560H Carbon 56 ohms 1/4WR430-433 ERJ6GEYJ472 Carbon 4.7K ohms 1/16WR434-441 ERJ6GEYJ473 Carbon 47K ohms 1/10WVR401-407 EVQBBDFB220B Variable Resistor

VR408 EVQVB5F0124B Variable ResistorZ403 EXBF9E472J Block Resistor 4.7K ohmsZ404,405 EXBF9E473J Block Resistor 47K ohmsC401-413 YF400104FZT Ceramic 0.1 µ FC414-429 YF400103XKT Ceramic 0.01 µ F

C430,431 YF400104FZT Ceramic 0.1 µ FC432,433 ECEA1CKS101 Electrolytic 100 µ F 16VC434 YF400103XKT Ceramic 0.01 µ FL401 YWBLM21B03PB CoilSW401-489 EVQ21305R Push Switch

CN6,7 YW510481300 13-pin ConnectorCN66 YW524921720 17-pin ConnectorE6,7 YWRDA7L04 Wire Ass’y for Fader Drive Board CN6,7

PCB14 (RTL) YWR0DA7PKYAA Printed Circuit Board AssyVS1 Y ERZC14DK471 ZNRC1 Y ECQU2A224MV Plastic 0.22 µ FC3-5 ECKDRS332ME Ceramic 3300 pFL1 Y YW1R5A123F28 Coil

SW1 Y YWSDDFA3 Push SwitchCN2,62 YWB2P3VH 2-pin ConnectorCN98 Y YWPWI1909 ConnectorE1,2 Y S-N5057 Fuse HolderE10 YWA2QA0134A4 Electrode

M73 YWA2SA4486A4 Mounting Angle


102

EFX BOARD POWER-1 BOARD



PCB15 (RTL) YWR00DA7KZBA Printed Circuit Board AssyIC1 YWFA5304P ICIC2 YWNJM2903D1 ICIC22,23 YWTA76431S ICQ1 Y 2SK2675 FET

Q2,3 Y YWPC123FY2 Photo CouplerQ4 2SA1225Y TransistorQ41 2SB943-PQ TransistorQ42 2SC1815-Y TransistorQ43 2SA1015-Y Transistor

Q44 2SD1268-PQ TransistorQ45 2SD1276A-QR TransistorQ46 2SB943-PQ TransistorQ47 2SC1815-Y TransistorD1 Y YWD3SB60 Diode

D2,3 YWERB3710 DiodeD4 YWERA9102 DiodeD5 YWMTZJ30AT77 DiodeD6 YWERB3710 DiodeD21 Y YWD20LC20U Diode

D23 YWMTZJ8R2C DiodeD25 Y YWSF10SC6 DiodeD24 YWMTZJ5.1CT77 DiodeD26,27 YWERA9102 DiodeD28,41 MA165 Diode

D42 MA165 DiodeD43 YWMTZJ5.1CT77 DiodeD44 YWD4SBS6 DiodeD45,46 YWMTZJ15BT77 DiodeD47,48 MA165 Diode

D49-52 YWAM01Z DiodeD53,54 YWMTZJ24CT77 DiodeD55 YWD4SBS6 DiodeD56 YWMTZJ5.1CT77 DiodeD57 MA165 Diode

R1 Y ERC12ZGM105 Solid 1M ohms 1/2WR2,3 ERF5TK1R5 Wire Wound 1.5 ohms 5WR4,5 ERDS2TJ334 Carbon 330K ohms 1/4WR6 ERG3SJ221 Metal 220 ohms 3WR7 ERX3SJR22 Metal 0.22 ohm 3W

R8 ERDS2TJ180 Carbon 18 ohms 1/4WR9 ERG2SJ104 Metal 100K ohms 2WR10 ERDS2TJ471 Carbon 470 ohms 1/4WR11 ERDS2TJ105 Carbon 1M ohms 1/4WR12,13 ERDS2TJ103 Carbon 10K ohms 1/4W

R14 ERDS2TJ102 Carbon 1K ohms 1/4WR15,16 ERDS2TJ471 Carbon 470 ohms 1/4WR17 ERDS2TJ241 Carbon 240 ohms 1/4WR18 ERDS2TJ181 Carbon 180 ohms 1/4WR19 ERDS2TJ273 Carbon 27K ohms 1/4W

R20 Y ERC12ZGM156 Solid 15M ohms 1/2WR21 ERDS2TJ100 Carbon 10 ohms 1/4WR22 ERDS2TJ221 Carbon 220 ohms 1/4WR23 ERG2SJ470 Metal 47 ohms 2WR24 ERDS2TJ470 Carbon 47 ohms 1/4W

R25 ERDS2TJ182 Carbon 1.8K ohms 1/4WR26 ERDS2TJ562 Carbon 5.6K ohms 1/4WR27 ER0S2CKF6801 Metal 6.8K ohms 1/4WR28 ERDS2TJ561 Carbon 560 ohms 1/4WR29 ER0S2CKF6801 Metal 6.8K ohms 1/4W

R30 ERDS2TJ471 Carbon 470 ohms 1/4WR31 ERDS2TJ331 Carbon 330 ohms 1/4WR32 ERDS2TJ222 Carbon 2.2K ohms 1/4WR33 ER0S2CKF1202 Metal 12K ohms 1/4WR34 ERDS2TJ621 Carbon 620 ohms 1/4W

R35 ER0S2CKF6801 Metal 6.8K ohms 1/4WR43 ERDS2TJ221 Carbon 220 ohms 1/4WR44 ERDS2TJ104 Carbon 100K ohms 1/4WR45 ERDS2TJ103 Carbon 10K ohms 1/4WR46 ERDS2TJ821 Carbon 820 ohms 1/4W

R47 ERDS2TJ103 Carbon 10K ohms 1/4WR48 ERDS2TJ821 Carbon 820 ohms 1/4WR49 ERDS2TJ103 Carbon 10K ohms 1/4WR50,51 ERDS2TJ152 Carbon 1.5K ohms 1/4WR52,53 ERDS2TJ473 Carbon 47K ohms 1/4W

R54 Y ERQ12AJ4R7P Fuse Resistor 4.7 ohms 1/2WR55 ERDS2TJ104 Carbon 100K ohms 1/4WR56 ERDS2TJ472 Carbon 4.7K ohms 1/4WR57 ERDS2TJ103 Carbon 10K ohms 1/4WR59,60 ERDS2TJ222 Carbon 2.2K ohms 1/4W

R61 ERDS2TJ181 Carbon 180 ohms 1/4WR62 ERDS2TJ103 Carbon 10K ohms 1/4WR63 ERDS2TJ392 Carbon 3.9K ohms 1/4WR64 ERDS2TJ112 Carbon 1.1K ohms 1/4WR71 ERDS2TJ392 Carbon 3.9K ohms 1/4W

R72 ERDS2TJ112 Carbon 1.1K ohms 1/4WR73 ERDS2TJ180 Carbon 18 ohms 1/4WR74 ERDS2TJ103 Carbon 10K ohms 1/4WR75 ERDS2TJ222 Carbon 2.2K ohms 1/4WR76 ERDS2TJ104 Carbon 100K ohms 1/4W

C2,6 Y ECQU2A224MV Plastic 0.22 µ F 50VC7,8 ECOS2EB681CB Electrolytic 680 µ F 250VC9,10 ECKD3F331KB Ceramic 330 pFC11 ECQV1H224JZ Plastic 0.22 µ F 50VC12 ECQP1H391JZ Plastic 390 pF 50V


103

POWER-2 BOARD



C13 ECQV1H104JZ Plastic 0.1 µ F 50VC14 ECQB1H103JZ Plastic 0.01 µ F 50VC15 EEUFC1V390B Electrolytic 39 µ F 35VC16,17 Y ECKDRS332ME Ceramic 3300 pFC22,25 EEUFC1A222 Electrolytic 2200 µ F 10V

C26-28 ECQV1H104JZ Plastic 0.1 µ F 50VC41 ECQM1104KZ Plastic 0.1 µ F 50VC42 ECQV1H224JZ Plastic 0.22 µ F 50V C43 LPW1E682P1 Electrolytic 6800 µ F 25VC44 ECQV1H104JZ Plastic 0.1 µ F 50V

C45 LPW1E682P1 Electrolytic 6800 µ F 25VC46 ECQV1H104JZ Plastic 0.1 µ F 50VC47-50 ECA1EHG331 Electrolytic 330 µ F 25VC51,52 ECQV1H104JZ Plastic 0.1 µ F 50VC53 ECQM2104KZ Plastic 0.1 µ F 200V

C54 EC0S1KA102CA Electrolytic 1000 µ F 10VC55 ECQM1103KZ Plastic 0.01 µ F 50VC56,57 ECA1JHG331 Electrolytic 330 µ F 63VC58 ECQM1103KZ Plastic 0.01 µ F C59 ECQV1H104JZ Plastic 0.1 µ F 50V

C60 ECOS1CA333EB Electrolytic 33000 µ F 16VC61 ECQB1H103JZ Plastic 0.01 µ F 50VC62 ECA1CHG101B Electrolytic 100 µ F 16VC63 ECA1CHG331B Electrolytic 330 µ F 16VC64 ECQB1H103JZ Plastic 0.01 µ F 50V

C65 ECOS1CA333EB Electrolytic 33000 µ F 16VC70 ECA1CHG101B Electrolytic 100 µ F 16VL3 Y YWOR9A273F28 CoilL4 Y YFBL02RN2R62 CoilL21 Y YWMSSX12X8A Coil

L22 YFBL02RN2R62 CoilL23 Y YWTC1240 CoilL24 Y YFBL02RN2R62 CoilL25 Y YWTC1240 CoilL26,27 YFBL02RN2R62 Coil

T1 Y YWAPTA1027A4 Power TransformerCN36 YWB14BEH 14-pin ConnectorCN52 YW510481300 13-pin ConnectorCN53 YW510480700 7-pin ConnectorCN62 YWB2P3VH 2-pin Connector

CN63 YWB7PVH 7-pin ConnectorCN64 YWB4BEH 4-pin ConnectorCN65 YW510481400 14-pin ConnectorCN99 YWB3BXHA 3-pin ConnectorF1-3 Y YWSSFR6R3AF3 Current Fuse 6.3AE1 Y YW851040 Fuse Insulator Cap

E52 YWRDA7L52 Wire Assy for AD/DA Board CN52E53 YWRDA7L53 Wire Assy for AD/DA Baord CN53E65 YWRDA7L65 Wire Assy for Fader Drive Board CN65E10 YWA2QA0134A4 ElectrodeM57 YWA7DA1075A4 Heat Sink

M58 YWA7DA1072A3 Heat SinkM59 YWA2PA1131A4 InsulatorM60 YWPUG3630M Heat Sink (x2)M61 Y YWAC254 Insulator (x2)M62 Y YWAC-256 Insulator

M63 YWPC303030PB Heat Sink

PCB16 (RTL) YWR00DA7KYVA Printed Circuit Board AssyIC1 YWTC7S04F ICIC2,3 HD74HC123AF ICIC4 YWTC7S00FL ICQ1,2 FMA4AT148 Transistor

Q3,4 DTC114EU TransistorQ5 DTA114EKAT46 TransistorQ6 DTC144EKAT46 TransistorQ7 DTC144TU06 TransistorR1-3 ERJ6GEYJ334 Carbon 330K ohms 1/10W

R4 ERJ12YJ332H Carbon 3.3K ohms 1/2WR7 ERJ6GEYJ472 Carbon 4.7K ohms 1/10WC1 YF400104FZT Ceramic 0.1 µ FC2 ECST1CY475ZR Tantalum 4.7 µ F 16VC3 ECST1CY105ZR Tantalum 1 µ F 16V

C4 YF400104FZT Ceramic 0.1 µ FC5 ECST1CY105ZR Tantalum 1 µ F 16VC6-9 YF400104FZT Ceramic 0.1 µ FC10 EEVHB1C470P Electrolytic 4.7 µ F 16VC11 YF400104FZT Ceramic 0.1 µ F

PCB17 (RTL) YWR00DA7KYEA Printed Circuit Board AssyIC1000 YWMC74HC74AF ICIC1001 YWTC7S00FL ICIC1002 YWTC7S044F ICQ1,2 FMA4AT148 Transistor

R1504 ERJ6GEYJ101 Carbon 100 ohms 1/10WC1124-1126 YF400104FZT Ceramic 0.1 µ F


104

AD/DA-SUB1 BOARD

AD/DA-SUB2 BOARD



PCB18 (RTL) YWR00DA7KYUA Printed Circuit Board AssyIC100 YWM51957BL LSIQ100 DTC114ES TransistorQ111 2SA1015-Y TransistorD58 ERA15-04V3 Diode

D111 MA723 DiodeR76 ERG2SJ220 Metal 22 ohms 2WR100 ER0S2CKF8201 Metal 8.2K ohms R101 ER0S2CKF3301 Metal 3.3K ohms R102 ERDS2TJ222 Carbon 2.2K ohms 1/4W

R103 ER0S2CKF2202 Metal 22K ohms R111 ERDS2TJ510 Carbon 51 ohms 1/4WR112 ERDS2TJ242 Carbon 2.4K ohms 1/4WC100 ECA1EHG331 Tantalum 330 µ F 25VC101 ECQB1H102JF Plastic 1000 pF 50V

L100 YWZBF503S01 CoilRL1 YWATX209 Relay

E103 Y YWKP30S31SVB AC Power CordM101 Y YWA8QA4842AN Operating InstructionsM102 XZB26X40C05 Polyethylene BagM103 YWT80X90X1 Polyethylene BagM105 YWA9CA3703BN Packaging Assy

M106 YWV7SA2037A3 Label

E101 Y YW26CKIT08W Power CordFB1 YWRDU07L01 Flexible CableM1 YWA5WA2366B1 Meter Decoration PanelM2 YWA1VA0519A3 LED CoverM3 YWA5WA2364A1 Meter Panel

M4 YWA6JA1120A3 ButtonM5 YWA2KA1198A1 Meter Sub ChassisM6 YWA5WA2365A1 Meter Rear PanelM7 YWSR6N4 Cord BushingM8 YWA7QA4848A4 Main Label

PCB1 (RTL) YWR0DU07KZ1A Printed Circuit Board AssyIC1 YWMC74HC367F ICIC2 YWTC7S04F ICIC3 YWM51957BFP ICIC4,5 YWT7C110F003 IC

IC6 YWTD62M8600FL ICIC7,8 YWTB62705BFL ICIC10 YWD78052G145 ICIC11 YWTC7S08F ICIC12 YWTC7S04F IC

IC13 MC74HC573AF ICIC14 YWTC7S04F ICQ1-5 FMG9AT148 TransistorQ6,7 2SB766A-QR TransistorQ8 2SD874A-RS Transistor

Q9 DTC114YKAT46 TransistorQ10 DTA114YKAT46 TransistorQ11,12 FMG9AT148 TransistorD1,2 YWSML210VT86 LEDD3-8 YWSML210DT86 LED

D9-15 YWSML210MT86 LEDD16 YWSML210VT86 LEDD17 YWSML210VT86 LEDD18-23 YWSML210DT86 LEDD24-30 YWSML210MT86 LED


105

POWER-2 SUB BOARD

ACCESSORY PARTS / PACKAGING PARTS

MISCELLANEOUS

WR-MTBR

METER BRIDGE BOARD-1



D31,32 YWSML210VT86 LEDD33-38 YWSML210DT86 LEDD39-45 YWSML210MT86 LEDD46,47 YWSML210VT86 LEDD48-53 YWSML210DT86 LED

D54-60 YWSML210MT86 LEDD61,62 YWSML210VT86 LEDD63-68 YWSML210DT86 LEDD69-75 YWSML210MT86 LEDD76,77 YWSML210VT86 LED

D78-83 YWSML210DT86 LEDD84-90 YWSML210MT86 LEDD91,92 YWSML210VT86 LEDD93-98 YWSML210DT86 LEDD99-105 YWSML210MT86 LED

D106,107 YWSML210VT86 LEDD108-113 YWSML210DT86 LEDD114-120 YWSML210MT86 LEDD121,122 WSML210VT86 LEDD123-128 YWSML210DT86 LED

D129-135 YWSML210MT86 LEDD136,137 YWSML210VT86 LEDD138-142 YWSML210DT86 LEDD144-150 YWSML210MT86 LEDD151 YWSML210VT86 LED

D152 YWSML210DT86 LEDD153 YWSML210VT86 LEDD154 YWSML210MT86 LEDD155-158 YW1SS355 DiodeD159-164 YWUDZ5.6B Diode

D165 YWUDZ6.2B DiodeR1 YWR1220P912D Metal 9.2K ohmsR2 YWR1220P332D Metal 3.3K ohmsR3 ERJ6GEYJ102 Carbon 1K ohms 1/10WR4-7 ERJ6GEYJ223 Carbon 22K ohms 1/10W

R8-17 ERJ6GEYJ561 Carbon 560 ohms 1/10WR18,19 ERJ6GEYJ223 Carbon 22K ohms 1/10WR20 ERJ6GEYJ471 Carbon 470 ohms 1/10WR21 ERJ6GEYJ561 Carbon 560 ohms 1/10WR22 ERJ6GEYJ223 Carbon 22K ohms 1/10W

R23 ERJ14YJ390H Carbon 39 ohms 1/10WR24 ERJ14YJ470 Carbon ohms 1/10WR25 ERJ14YJ560H Carbon ohms 1/10WR26 ERJ6GEYJ223 Carbon 22K ohms 1/10WR27 ERJ6GEYJ680 Carbon 68 ohms 1/10W

R29,30 ERJ6GEYJ223 Carbon 22K ohms 1/10WR31-45 ERJ14YJ101 Carbon ohms 1/10WZ1-21 EXBV8V223J Block ResistorC1 YF400104FZT Ceramic 0.1 µ FC2 EEVHB1C470P Electrolytic 47 µ F 16V

C3 YF400104FZT Ceramic 0.1 µ FC5 EEVHB1C220R Electrolytic 22 µ F 16VC7 YF400104FZT Ceramic 0.1 µ FC8,9 YF400103FZT Ceramic 0.01 µ FC10-25 YF400104FZT Ceramic 0.1 µ F

SW1-4 EVQPJS04K Push SwitchX1 YWCCR5R0MC3 OscillatorCF1-6 ELKE221FA LC FilterCF7 ELKE103FA LC FilterL11-14 YWBLM21A601T LC Filter

CN44 YWB13BPHSM3T 15-pin ConnectorCN77 YW528082690 26-pin Connector

PCB2 (RTL) YWR0DU07KZ2A Printed Circuit Board AssyIC1,2 YWTD62M8600FL ICIC3,4 YWTB62705BFL ICQ1-8 FMG9AT148 TransistorD1,2 YWSML210VT86 LED







106

METER BRIDGE BOARD-2







D228-233 YWSML210DT86 LEDD234-240 YWSML210MT86 LEDR1-16 ERJ6GEYJ561 Carbon 560 ohms 1/10WR17 ERJ6GEYJ471 Carbon 470 ohms 1/10WR18 ERJ6GEYJ561 Carbon 560 ohms 1/10W

R19-33 ERJ14YJ101 Carbon 100 ohms 1/10WR100-212 ERJ6GEY0R00 Carbon 0 ohm 1/10WR213-230 ERJ8GCS0R00 Carbon 0 ohm 1/10WR231-329 ERJ6GEY0R00 Carbon 0 ohm 1/10WC1,2 YF400104FZT Ceramic 0.1 µ F

CN77 YW522072690 26-pin ConnectorE10 YWA2QA0134A4 Electrode (X4)

M11 Y YWA8QA4845AN Operating InstructionsM12 XZB26X40C05 Polyethylene BagM13 YWA2SA4492A3 Mounting Angle RM14 YWA2SA4493A3 Mounting Angle LM15 YWT12X15C03 Polyethylene Bag

M16 YWA8EB0109A4 Polyethylene BagM17 YWA9CA3712AN Packaging AssyM18 YWV7SA2037A3 Bar Cord Label

M1 YWA5WA2371A3 PanelM2 YWXM2Z0021 Special Screw

IC1 MC74HC541AF ICIC2 YWT6G22U1057 ICIC3 AM26LS32ACNS ICIC4 YWT6G22U1057 ICIC5 YWSN75179BPS IC

IC6 YWTC7S04F ICIC7 YWTC7W74FL ICIC8 AM26LS31CNS ICIC9 YWT74VHC541F ICQ1 YWDTC114EK97 Transistor

D21 YWUDZ5.1B DiodeR1 ERJ6GEYJ103 Metal 10K ohms 1/10WR8 ERJ6GEYJ681 Metal 680 ohms 1/10WR9 ERJ14YJ111 Metal 110 ohms 1/14WR10,11 ERJ6GEYJ681 Metal 680 ohms 1/10W

R12 ERJ14YJ111 Metal 110 ohms 1/14WR13,14 ERJ6GEYJ681 Metal 680 ohms 1/10WR15 ERJ14YJ111 Metal 110 ohms 1/14WR16,17 ERJ6GEYJ681 Metal 680 ohms 1/10WR18 ERJ14YJ111 Metal 110 ohms 1/14W

R19,20 ERJ6GEYJ681 Metal 680 ohms 1/10WR21 ERJ14YJ111 Metal 110 ohms 1/14WR22 ERJ6GEYJ681 Metal 680 ohms 1/10WR23-32 YF2116100JT Metal 10 ohms 1/10WR33 ERJ6GEYJ223 Metal 22K ohms 1/10W

R34 ERJ6GEYJ103 Metal 10K ohms 1/10WC1,2 YF400104FZT Ceramic 0.1 µ FC3 EEVHB1C470P Electrolytic 47 µ F 16VC4-20 YF400104FZT Ceramic 0.1 µ FC21-24 YF400470CHJT Ceramic 47 pF

C25 YF400104FZT Ceramic 0.1 µ FC26-29 YF400470CHJT Ceramic 47 pFC30 YF400104FZT Ceramic 0.1 µ FC31-34 YF400470CHJT Ceramic 47 pFC35 YF400104FZT Ceramic 0.1 µ F

C36-39 YF400470CHJT Ceramic 47 pFC40 YF400104FZT Ceramic 0.1 µ FC41-44 YF400470CHJT Ceramic 47 pFC45 YF400104FZT Ceramic 0.1 µ FC46-49 YF400470CHJT Ceramic 47 pF


107


MISCELLANEOUS

WR-TNDM

MAIN BOARD



C50 YF400104FZT Ceramic 0.1 µ FC51-54 YF400470CHJT Ceramic 47 pFC55 YF400104FZT Ceramic 0.1 µ FC56-59 YF400470CHJT Ceramic 47 pFC60 YF400104FZT Ceramic 0.1 µ F

C61-64 YF400470CHJT Ceramic 47 pFC65 YF400104FZT Ceramic 0.1 µ FC66-69 YF400470CHJT Ceramic 47 pFC70-72 YF400103XKT Ceramic 0.01 µ FC73,74 YF400470CHJT Ceramic 47 pF

C75 YF400104FZT Ceramic 0.1 µ FL1 YWZBF503S01 CoilL2-23 YWBLM21B03PB CoilSW1 YWSSSS92057A Slide SwitchCN1 YWXC5A64421A 64-pin Connector

CN2 XM3B2522502 25-pin Connector

M11 Y YWA8QA4861AN Operating InstructionsM12 YWA8EA0079A4 Polyethylene BagM13 YWA9CL3714AN Packaging AssyM14 YWV7SA2037A3 Bar Cord Label

M1 YWA5WA2368A3 TDIF Card PanelM2 YWXM2Z0021 Special Screw

IC1 MC74HC240AF ICIC2 MC74HC540AF ICIC3 MC74HC4046AF ICIC4 MC74HC14AF ICIC5 HD74HC123AF IC

IC6 YWACSA0506BN Custom ICIC7,8 YWT6G22U1057 ICIC9 MC74HC541AF ICIC10,11 YWT74VHC541F ICIC12 YWT74VHC245F IC

D1-17 DA204K-T46 DiodeR2 ERJ6GEYJ470 Carbon 47 ohms 1/10WR8 ERJ6GEYJ113 Carbon 11K ohms 1/10WR9 ERJ6GEYJ133 Carbon 13K ohms 1/10WR10 ERJ6GEYJ102 Carbon 1K ohms 1/10W

R11 ERJ6GEYJ104 Carbon 100K ohms 1/10WR14 ERJ6GEYJ103 Carbon 10K ohms 1/10WR17 ERJ6GEYJ273 Carbon 27K ohms 1/10WR18 ERJ6GEYJ472 Carbon 4.7K ohms 1/10WR19,20 ERJ6GEYJ103 Carbon 10K ohms 1/10W

R23,26 ERJ6GEYJ103 Carbon 10K ohms 1/10WZ1 EXBV8V470J Block ResistorZ2 EXBV8V471J Block ResistorZ3,4 EXBV8V472J Block ResistorZ5-8 EXBV8V222J Block Resistor

C1-32 YF400470CHJT Ceramic 47 pFC33-36 YF400104FZT Ceramic 0.1 µ FC37 YF400510CHJT Ceramic 51 pFC38 ECHU1C823JB5 Plastic 0.082 µ F 16VC39 YW400222CHJ Ceramic 2200 pF

C40 YF400103XKT Ceramic 0.01 µ FC41-58 YF400104FZT Ceramic 0.1 µ FC59 ECEV1CA101 Electrolytic 100 µ F 16VC60-62 YF400104FZT Ceramic 0.1 µ FC63 YF400103FZT Ceramic 0.01 µ F

C66 ECHU1H153JB5 Plastic 0.015 µ F 50VL1-18 YWBLM21B03PB CoilSW2 YWSMS502 Dip SwitchCN1 YWXC5A64421A 64-pin ConnectorCN2 XM3B2522502 25-pin Connector

M11 Y YWA8QA4858AN Operating InstructionsM12 YWA8EA0079A4 Polyethylen BagM13 YWA9CG3714AN Packaging AssyM14 YWV7SA2037A3 Label


108


MISCELLANEOUS

WR-TDIF

MAIN BOARD




M1 YWA5WA2372A3 Panel

IC1 MC74HC245AF ICIC2 MC74HC541AF ICIC3 YWPD65636055 ICIC4 YWTC7W04FL ICIC5 YWMC74HC160F IC

IC6 YWTC7W74FL ICIC7 YFNJM311M ICIC8 YWNJM082M ICIC10 YWHD74HC221F ICIC11 YWLM1881M IC

IC12 MC74HC4046AF ICIC13 NJM2903MT31 ICIC14 MC74HC4046AF ICIC15 NJM2903MT31 ICIC16 YWACSA0503AN CustomIC

Q1 DTC144EK TransistorQ3 2SA1532-CD TransistorQ4 2SC3930-BC TransistorQ5 DTC144EK TransistorQ6 DTC144EK Transistor

D1 YWDA204K DiodeR1 ERJ6GEYJ472 Metal 4.7K ohms 1/10WR2 ERJ6GEYJ223 Metal 22K ohms 1/10WR3 YFR1220P222D Metal 2.2K ohmsR4 YWR1220P824D Metal 820K ohms 1/10W

R5 YWR1220P103D Metal 10K ohms 1/10WR6 YWR1220P184D Metal 180K ohms 1/10WR7 YWR1220P684D Metal 680K ohms R8 YWR1220P563D Metal 56K ohmsR9 YWR1220P204D Metal 200K ohms

R11 YWR1220P204D Metal 200K ohmsR12 ERJ6GEYJ101 Metal 100 ohms 1/10WR13 ERJ6GEYJ103 Metal 10K ohms 1/10WR14 ERJ6GEYJ184V Metal 180K ohms 1/10WR15 ERJ6GEYJ224 Metal 220K ohms 1/10W

R16 ERJ6GEYJ684 Metal 680K ohms 1/10WR17 YWR1220P181D Metal 180 ohmsR18 YWR1220P221D Metal 220 ohmsR19 YWR1220P272D Metal 2.7K ohmsR20 YWR1220P361D Metal 360 ohms

R21 YWR1220P221D Metal 220 ohmsR22 YWR1220P202D Metal 2K ohmsR23 ERJ6GEYJ750 Metal 75 ohms 1/10WR24 YWR1220P472D Metal 4.7K ohmsR25 YFR1220P113D Metal 11K ohms

R26 R1220P133D Metal 13K ohmsR27 YWR1220P273D Metal 27K ohmsR28 ERJ6GEYJ273 Metal 27K ohms 1/10WR30 ERJ6GEYJ562 Metal 5.6K ohms 1/10WR31 ERJ6GEYJ472 Metal 4.7K ohms 1/10W

R32 ERJ6GEYJ122 Metal 1.2K ohms 1/10WR35 ERJ6GEYJ103 Metal 10K ohms 1/10WR36 YWR1220P472D Metal 4.7K ohmsR37 YWR1220P103D Metal 10K ohmsR38 YFR1220P392D Metal 3.9K ohms

R39 YWR1220P273D Metal 27K ohmsR40 ERJ6GEYJ273 Metal 27K ohms 1/10WR42 ERJ6GEYJ562 Metal 5.6K ohms 1/10WR43 ERJ6GEYJ472 Metal 4.7K ohms 1/10WR44 ERJ6GEYJ122 Metal 1.2K ohms 1/10W

R47 ERJ6GEYJ103 Metal 10K ohms 1/10WR48,49 ERJ6GEYJ472 Metal 4.7K ohms 1/10WR53 ERJ6GEYJ101 Metal 100 ohms 1/10WR54 ERJ6GEYJ561 Metal 560 ohms 1/10WR55 ERJ6GEYJ101 Metal 100 ohms 1/10W

Z1,2 EXBV8V223J Block ResistorZ3-6 EXBV8V472J Block ResistorC1-6 YF400104FZT Ceramic 0.1 µ FC7 EEVHA1C221P Electrolytic 220 µ F 16VC9-11 YF400104FZT Ceramic 0.1 µ F

C12 YF400103FZT Ceramic 0.01 µ FC13,14 YF400104FZT Ceramic 0.1 µ FC15 EEVHB1H4R7R Electrolytic 4.7 µ F 50VC16 YF400104FZT Ceramic 0.1 µ FC17 YW400010CHC Ceramic 1 pF

C18,19 YF400104FZT Ceramic 0.1 µ FC21 EEVHB1H100P Electrolytic 10 µ F 50VC22,23 YF400470CHJT Ceramic 47 pFC24,25 YF400221CHJT Ceramic 220 pFC26-28 YF400104FZT Ceramic 0.1 µ F

C30,31 YF400104FZT Ceramic 0.1 µ FC32 ECEV1AA330NP Electrolytic 33 µ F 10VC33,34 YF400470CHJT Ceramic 47 pFC35-37 YF400104FZT Ceramic 0.1 µ FC39 ECHU1C153JB5 Plastic 0.015 µ F

C40 ECHU1C823JB5 Plastic 0.082 µ FC41 YF400510CHJT Ceramic 51 pFC42,44 YF400104FZT Ceramic 0.1 µ FC45 ECHU1C153JB5 Plastic 0.015 µ F 16VC46 ECHU1C823JB5 Plastic 0.082 µ F 16V


109

MISCELLANEOUS

WR-SMPT

MAIN BOARD



C47 YF400510CHJT Ceramic 51 pFC48,49 YF400104FZT Ceramic 0.1 µ FC51 YF400104FZT Ceramic 0.1 µ FL1-6 YWBLM21B03PB Coil

L8 YWBLM21B03PB CoilCN2 YWNC3FAH10 ConnectorCN3 YWP2201A BNC ConnectorCN51 YW528523090 30-pin Connector

M11 Y YWA8QA4862AN Operating InstructionsM12 YWA8EA0079A4 Polyethylene BagM13 YWA9CB3741AN Packaging AssyM14 YWV7SA2037A3 Bar Cord Label

M1 YWA5WA2369A3 AES/EBU Card PanelM2 YWXM2Z0021 Special Screw

IC2 YWT74VHC541F ICIC3 YWT74VHC245F ICIC4 YWT74VHC541F ICIC6 YWT6G22U1057 ICIC7 YWTC74ACT04AF IC

IC8 YWTC7W74FL ICIC9,10 MC74HCT244AF ICIC11 MC74HC125AF ICIC13 MC74HC273AF ICIC15,16 YWTC9271FELP LSI

IC19 YWCS8412CS CustomICIC21 MC74HC125AF ICIC22-24 YWCS8412CS CustomICIC25 AM26LS31CNS ICIC26 MC74HC541AF IC

IC30 ACSA0501AN CustomICR1 ERJ6GEYJ223 Carbon 22K ohms 1/10WR2-5 ERJ14YJ111 Carbon 110 ohms 1/10WR6 ERJ6GEYJ560 Carbon 56 ohms 1/10WR7 ERJ6GEYJ820 Carbon 82 ohms 1/10W

R8 ERJ6GEYJ470 Carbon 47 ohms 1/10WR9 ERJ6GEYJ330 Carbon 33 ohms 1/10WR10,11 ERJ6GEYJ560 Carbon 56 ohms 1/10WR12 ERJ6GEYJ820 Carbon 82 ohms 1/10WR13 ERJ6GEYJ470 Carbon 47 ohms 1/10W

R14 ERJ6GEYJ330 Carbon 33 ohms 1/10WR15,16 ERJ6GEYJ560 Carbon 56 ohms 1/10WR17 ERJ6GEYJ820 Carbon 82 ohms 1/10WR18 ERJ6GEYJ470 Carbon 47 ohms 1/10WR19 ERJ6GEYJ330 Carbon 33 ohms 1/10W

R20,21 ERJ6GEYJ560 Carbon 56 ohms 1/10WR22 ERJ6GEYJ820 Carbon 82 ohms 1/10WR23 ERJ6GEYJ470 Carbon 47 ohms 1/10WR24 ERJ6GEYJ330 Carbon 33 ohms 1/10WR25 ERJ6GEYJ560 Carbon 56 ohms 1/10W

R28-32 ERJ6GEYJ103 Carbon 10K ohms 1/10WZ5,6 EXBV8V223J Block ResistorC1,2 YF400104FZT Ceramic 0.1 µ FC3 EEVHB1H1R0R Electrolytic 1 µ F 50VC5-13 YF400104FZT Ceramic 0.1 µ F

C16,18 YF400104FZT Ceramic 0.1 µ FC19,22 YF400104FZT Ceramic 0.1 µ FC23 YF400104FZT Ceramic 0.1 µ FC24 YW400473XK Ceramic 0.047 µ FC25 YF400104FZT Ceramic 0.1 µ F

C27,28 YF400104FZT Ceramic 0.1 µ FC29-32 YF400470CHJT Ceramic 47 pFC33-35 YF400104FZT Ceramic 0.1 µ FC36 YW400473XK Ceramic 0.047 µ FC37 YF400104FZT Ceramic 0.1 µ F

C39,40 YF400104FZT Ceramic 0.1 µ FC41-44 YF400470CHJT Ceramic 47 pFC45,46 YF400104FZT Ceramic 0.1 µ FC47 YW400473XK Ceramic 0.047 µ FC48 YF400104FZT Ceramic 0.1 µ F

C50,51 YF400104FZT Ceramic 0.1 µ FC52-55 YF400470CHJT Ceramic 47 pFC56,57 YF400104FZT Ceramic 0.1 µ FC58 YW400473XK Ceramic 0.047 µ FC59 YF400104FZT Ceramic 0.1 µ F

C61,62 YF400104FZT Ceramic 0.1 µ FC63-66 YF400470CHJT Ceramic 47 pFC67-70 YF400104FZT Ceramic 0.1 µ FC71-74 YF400470CHJT Ceramic 47 pFC75-77 YF400104FZT Ceramic 0.1 µ F


110


MISCELLANEOUS

WR-AESS

MAIN BOARD



C78-81 YF400470CHJT Ceramic 47 pFC82,83 YF400104FZT Ceramic 0.1 µ FC84 YF400104FZT Ceramic 0.1 µ FC85-88 YF400470CHJT Ceramic 47 pFC89-91 YF400104FZT Ceramic 0.1 µ F

C92-95 YF400470CHJT Ceramic 47 pFC96 YF400104FZT Ceramic 0.1 µ FC99-103 YF400104FZT Ceramic 0.1 µ FL1 YWZBF503S01 CoilL2-21 YWBLM21B03PB Coil

T1-8 YWPT1099 High Freq TransformerSW1-4 SSSS92A58A Slide SwitchCN1 XC5A64821A 64-pin ConnectorCN2 XM3B2522502 25-pin Connector

M11 Y YWA8QA4859AN Operating InstructionsM12 YWA8EA0079A4 Polyethylene BagM13 YWA9CJ3714AN Packaging AssyM14 YWV7SA2037A3 Bar Cord Label

M1 YWA5WA2367A3 ADAT Card Panel

IC2 ACSA0504AN Custom ICIC3 MC74HC4046AF ICIC4 MC74HC14AF ICIC5 HD74HC123AF ICIC6 ACSA0505AN Custom IC

IC7,8 YWT6G22U1057 ICIC9 MC74HC541AF ICIC10,11 YWT74VHC541F ICIC12 YWT74VHC245F ICIC14 TC74HCU04AF IC

R8 ERJ6GEYJ113V Carbon 11K ohms 1/10WR9 ERJ6GEYJ133 Carbon 13K ohms 1/10WR10 ERJ6GEYJ102 Carbon 1K ohms 1/10WR11 ERJ6GEYJ104 Carbon 100K ohms 1/10WR14 ERJ6GEYJ103 Carbon 10K ohms 1/10W

R17 ERJ6GEYJ272 Carbon 2.7K ohms 1/10WR18 ERJ6GEYJ472 Carbon 4.7K ohms 1/16WR19,20 ERJ6GEYJ103 Carbon 10K ohms 1/10WR23-25 ERJ6GEYJ103 Carbon 10K ohms 1/10WR26 ERJ6GEYJ105 Carbon 1M ohms 1/10W

Z1,2 EXBV8V222J Block ResistorC35,36 YF400104FZT Ceramic 0.1 µ FC37 YF400510CHJT Ceramic 51 pFC38 ECHU1C823JB5 Plastic 0.082 µ F 16VC39 YW400222CHJ Ceramic 2200 pF

C40 YF400103XKT Ceramic 0.01 µ FC41-58 YF400104FZT Ceramic 0.1 µ FC59 ECEV1CA101R Electrolytic 100 µ F 16VC60-64 YF400104FZT Ceramic 0.1 µ FC65 YF400103FZT Ceramic 0.01 µ F

C66,67 YF400104FZT Ceramic 0.1 µ FC68 ECHU1H153JB5 Plastic 0.015 µ F 50VL17-19 YWBLM21B03PB CoilX1 CSTCS122MT Crystal OscillatorCN1 YWXC5A64421A 64-pin Connector

JK1 YWGP1F32T JackJK13 YWGP1F37R JackE1 YWXM2Z0021 Compsite Assy

M11 Y YWA8QA4857AN Operating InstructionsM12 YWA8EA0079A4 Polyethylen BagM13 YWA9CG3714AN Packaging AssyM14 YWV7SA2037A3 Label


111


MISCELLANEOUS

WR-ADAT

MAIN BOARD




Printed in JapanP-761 NN 5, 7, 23



WR - DA7 Manual de Servicio

Documents

Transcript of WR - DA7 Manual de Servicio