Sony DPS-V77 User Manual

DPS-V77

SERVICE

AID

Converter

DI

A Converter

Sampling
Frequency

Analog Input

reference

type

type·

input

+4 dBs

-20
or

reference
output

+4 dBs

~20

or

Jack

XLR-3-31

PHONE

XLR-3-31 connectors

Analog Output

Jack

XLR-3-32

PHONE

XLR-3-32 connectors

MANUAL

1 Bit /

64

times oversampling

Advanced

Analog
Digital

level

dBs

+4

dEs

dEs

+4

dEs

(1

level

(1

input

input

:

GND

: GND

maximum
input

+21

-2dBs
or

maximum
output

+21

-2
or

PULSE

0/

48

kHz

44.1/48

level

dBs 20

+21.dEs

2:

HOT

level

dEs

dBs 10
+21

dEs

2:

HOT

SPECIFICATIONS

(24

bit resolution)

A converter (20 bit resolution)

kHz

(auto-switching)

input

o

dBs::::

circuit type

balanced

unbalanced

0.775 Vrms

impedance

kilohms

50

kilohms

3:

COLD)

load
impedance circuit type

600

3:

ohms

or

more

kilohms

or

more

COLD)

o dBs

balanced

unbalanced

::::

0.775 Vrms

DigitallnputlOutput

Pedal Input

MlDllnput/Output

Frequency Response 10 -

Signal-to-Noise
Ratio

Dynamic

Range

Distortion

Memory

Power Source

Power Consumption

Dimensions

Mass

and

Design

specifications subject to change

Terminal type: 8
Use optional cables RK-V77 A (for AES/EBU)
RK-V77S (for SPDIF)

Terminal type:
(assignable control terminals x

Jack: 5 pin DIN (IN x
OUT

Greater

Greater than 97 dB

Less then 0.003% (1 kHz)

Preset 198 locations
User 198 locations (99 location

AC 120 V,
AC 230

23
25

482 x
projections)

approx. 4.7 kg

Canadian

Australian

pin

Standard

/THRU

can be set to either OUT

22

kHz

+0, -1

than

97 dB

60

Hz

V,

50/60

Hz

W (120

V)

W (230

V)

44 x 32001111

US

Model
Model

AEP

Model
Model

mini DIN

PHONE

type

2)

1,

OUT

/THRU x 1)

:0

dB

(99

location preset

(WxHxD not including

without

user

notice.

or

bank x 2)

bank

THRU

x

2)

or

MUL

TI·EFFECT

PROCESSOR

SONY.

TABLE OF CONTENTS

Section

1.

GENERAL·····························································3

2. TEST

MODE························································

Title

Page

17

SAFETY

A

fter

perform

the

the

set

to

the

screws,

leakage.

the

antenna

Check
knobs,
AC

CHECK-OUT

correcting

following

Check

customer:

terminals,

and

all

leakage

the

safety

other

original

check

metal

exposed

as

described

(US Model)

service

problem,

before

releasing

trim,

"metallized"

metal

parts

below.

for

3. CLOCK CONSTRUCTION .... · ...... ·

4.

EXPLANATION

5.

DIAGRAMS

5-1. Block

5-2. Printed Wiring
5-3. Schematic Diagram (l/2)

5-4. Schematic Diagram (2/2)

OF

IC

TERMINALS

Diagram·················································

Boards···········

................................

....................................

6. EXPLODED VIEWS

6-1. Front Panel
6-2. Chassis

7. ELECTRICAL PARTS LIST

Danger of explosion if
placed. Replace only with the
type recommended by the equipment
Discard
instructions.

Section···········································

Section················································

...................................

CAUTION

battery

same

u,sed

batteries

according to

........

· .. · ...... ·· ......

...................... · 20

.. · .. · ..

··············

is in.correctly re-

or

equivalent

manufacturer.

manufacturer's

.. · .. ·

· .. ·33

19

24

28

38

48
49

50

LEAKAGE

earth
exposed
not
current
methods.

I. A commercial

2. A

3.

TEST

The

AC leakage

ground

and

metal

exceed

0.5

can

be

Simpson
manufacturers'
ments.

battery-operated
Precision
this

job.

Measuring
means

of
meter.
analog

meters
voltage scale.
SH-63Trd
is

suitable.
multimeters
suitable.

The

from

from

all

part

having a

rnA

(500

measured

leakage

229

or

RCA

instructions

245

digital

the

voltage

a YOM

or

"limit"

must

The

are

examples

Nearly all

that

(See Fig. A)

To

Exposed

Parts

on

;my

exposed

metal

exposed

metal

return

to

microampers).

by

anyone

tester,

WT-540A.

to

use

AC

milliammeter.

multimeter

drop

across a resistor

battery-operated

indication
have an

Simpson

have a 2 Y AC range

Set

of

a passive YOM

battery

Metal

250

operated

parts

chassis,

of

such

Follow

these

The

is

suitable

is

0.75

accurate

and

part

to

Leakage

as

instru-

AC volt-

Sanwa

digital

any

must

three

the
the

Data

Y,

low-

that

to

for

by

so

arc

ADVARSEL!

Lithiumbatteri-Eksplosionsfare ved fejlagtig handtering.

Udskiftning

Lever det

brugte

af

rna

samme

batteri

kun

ske

med

batteri

fabrikat

og type.

tilbage til leverand¢ren.

ADVARSEL

Eksplosjonsfare
Benytt

samme

type

Brukle

batterier

batteritype

anbcfalt

kasseres i

ved

feilaktig skifte

eller

av

apparatfabrikanten.

hen

hold

av

en

tilsvarende

til

fabrikantens

batted.

instruksjoner.

VARNING

Explosionsfara
batterityp
apparattillverkaren.

eller

vid

en

felaktigt

Iikva.rdig

Kassera

batteribyte.
typ

som

anva.nt

batteri

Anva.nd

rekommenderas

enIigt ga.llande

f6reskrifter.

VAROITUS

Paristo

voi r:ijahUUi, jos se on virheellisesti asennettu.

paristo

ainoastaan

H:ivit:i k:iytetty

laitevalmistajan

paristo

valmistajan

suosittelemaan

ohjeiden mukaisesti.

samma

av

Vaihda

tyyppiin.

Fig. A. Using an

SAFETY-RELATED

COMPONENTS
LINE

WITH
AND
OPERATION.
SONY
SHOWN
LISHED

ATTENTION

LES

SUR
DES PIECES
DE
POSANTS
NUMEROS
DANS

MARK

IN

THE

PARTS

IN

THIS

BY

COMPOSANTS

LES

DIAGRAMMES

FONCTIONNEMENT.

QUE

SONT

LES

SUPPLEMENTS

0.15pF

IDENTIFIED

ill.

PARTS

REPLACE

WHOSE

MANUAL

SONY.

AU

A

SONT

PAR

DONNES

-=-

Earth

AC

voltmeter

COMPONENT

BY

ON

THE

LIST

ARE

THESE

PART

OR

COMPOSANT

LA

SECURITE!

IDENTIFIES

SCHEMATIQUES

CRITIQUE:S

NE

DES PIECES

DANS

PUBLIES

AC

voltmeter

(0.75

Ground

to

check

AC

WARNING!!

MARK

SCHEMATIC

NUMBERS

REMPLACER

ill.

CRITICAL

COMPONENTS

IN

SUPPLEMENTS

AYANT

PAR

UNE

POUR

LA

SONY

CE

PAR

V)

leakage.

OR

DOTTED

DIAGRAMS

TO

APPEAR

RAPPORT

MARQUE

ET

LA

SECURITE

CES

DONT

MANUEL

SONY.

SAFE
WITH

AS

PUB-

ill.

L1STE

COM-

LES

OU

-2-

Getting Started

Names

and

Functions

Front

panel

2 3 4 5

of

Parts

17 16 15

14

Narnes

andiFuractiol'ls

Rear

panel

12

7 8 9 10

11

10

6

13

of

Parts

11

10

POWER

ON/OFF switch

Press this switch to
the power on recalls the last used memorized effect
activates play mode automatically.

2 INPUT level adjustment knob

Turn

the knob to the left
Adjustments can
channel. The outer knob to adjusts
the inner knob adjusts channel 2 (CH

3 OUTPUT level adjustment knob

~

Turn
output

to

the left

jacks.

4 Input level meter

Indicates the strength of the
CLIP (overload) with green, orange, and rcd indiCators
(page

14).

5 Memory number display

Displays the memory

different effects are stored in each of the

up

banks and
USER

memory banks.

6 Multi display

Displays various information, such as the name of the
currently selected effect,

7 Number buttons

Use these buttons'to recall effects from the currently
chosen memory bank directly
values (page
Use
incremental adjustments to parameter values
(poge

8

SAVE

Use this button after chonging parameter values to save a
custom
(page

9

SYSTEM

Use this button to access the system mentIS and customize
the

EN

6

14).

...

or T while holding

14).

button

effect in one of the

22).

button

effecttlr's t'perating environment (pages

turn

the

power

on

and

or

right to adjust the input level.

be

made

independently for each

channell

2)

(page

or

right to adjust the

output

input

signal from -36 dB to

window

number

of current effect. 99

to

99

effects can be stored in each of the

parameter

values, and messages.

and

input exact

down

ENTER/SHIFf

USER

memory banks

off. Turning

PRESET memory

and

(CH

1)

and

14).

level from the

parameter

to make

24

and

25).

on

10 Operation dial/Shuttle ring

Use to select
selected memory
parameter settings. The operation dial lets you advance in
one-step increments. The jog dial lets you
in larger increments, The rate of advance (or value
change) changes according to the angle of the shuttle ring.

11

ENTER/SHIFT button

Use this button to enter a memory
value
Hold
one-step adjustment to a memory
value (page

12

EXIT

Press after
previous screen
parameter

13

FUNCTION A-F buttons

Use to select the items displayed above the respective
buttons.

memory

numbers from the currently

bank

and make adjustments to

input

with the numeric buttons (page

down

while pressing the

14).

button

or

during

a setting procedure to return to the

or

mode,

on

or

the play screen,

advance

number

or

...

to de-select an active

14).

or T button to make a

number

or

a parameter

14 EDIT/PAGE button

Press

during

play

mode
make changes to the current effect (page
Press to display different pages of multi-page
(page

17).

to access the edit screen

17).

15 BANK/COMPARE button

Press to select the memory bank containing the effect you
desire (page
fllterations

(page

14).

in

18).

effect parameters

In edit mode, press to

to

the unaltered effect

compare

16 BYPASS/MUTE button

Press to route the signal around the effect processing
circuitry so that the signal being input
unchanged (bypass), or
effector (mute), (see page

to

completely cut

15).

is

output

output

17 Memory bank indicators

Indicate the currently selected memory bank: PRESET
PRESET

2,

USER

1,

or

USER

2 (see page

14).

rapidly

parameter

and

menus

from the

6

AC

power

For connecting the effector to an AC
the supplied AC

cord socket

power

cord.

power

outlet using

2 MIDI THRUIOUT terminal

For sending
frQm
(see page

3 MIDI

Input for MIDI
iWililable MIDI cable to connect this terminal to
component's MIDI

4

PEDAL

Inputs for pedal switches
(pages

and/

or

26

to select THRU

terminal

cOll,1mand

1 and 2

and

25).

relaying MIDI

OUT

jacks

the effector to other components

IN

21

command

or

OUT).

Signals. Use a commercially

(or THRU) terminal.

and/or

volume control

signals

another

5 DIGITAL I/O terminal

Use digital interface cable RK-V77 A (for AES/EBU)
I{K-

V77S

(for SPDIF) to

the effector

and

(pages

8,

12,

1,

13

other
and

make

digital connections between

components

29).

or

BALANCED

Balanced
(pages 9 and

7 STANDARD OUTPUT

Standard
(pages 9 and

8 STANDARD INPUT

Standard input jacks for channel 1 and channel 2
(pages 9 and

9

BALANCED

Balanced input jacks for channel 1
(pages 9 and

1Q

INPUT level selector switch

Use to set the
(8)
You can select a

11

OUTPUT level selector switch

Use to set the
jacks
equipment. You

OUTPUT

output

10).

jacks

jacks for channel 1 and channel 2

jacks

output

jacks for

channd

10).

1 and channel 2

jacks

10).

INPUT

jacks

10).

input

to match the

(7)

level of the STANDARD INPUT jacks

output

-20

dB

output

to match the input level of the connected

level of the STANDARD OUTPUT

can select a -20 dB or

and

level of the connected equipment.

or

+-1

dB input level.

channel 2

+-1

dB

output

7EN

level.

G)~

mO

Z-f

m-

0

:0

~Z

r

.....

S·

-l

C/l

:J

r+

--

-,

C/l

C

o

C/l

~.

CD

o 0

:::l

g-

.:::l

3

ro

-.

:::l

(J)

C

ro

CD

;-X

r+

~

~

CD

0...

-+.

a

3

~

Understanding

This

unit

takes

in

audio

signals

from

blocks,

and

outputs
have a firm
they

process

Block

and

The audit) signal processor in this
BLOCK

B.
BLOCK. Thl'
number

of multi·dfe'cls.

BLOCK

~

The positioning of the EQ block
BLOCK by c1wosing
you can c1wt)se.

to the

effect

effect.

IEQlfFxl

...

~

It's

abt)

l1l'cessary to

BLOCK

B.

the

structure
not onl\' lets
adjust the

them

understanding

the input

structure

Each

of

tlwse blocks is

EQ

BLOCK

BLOCK

A

FX

(reverb. pitch

shifter. chorus.

either

independently

sound

coming

When you select

"Pre"

...

~

dett'rmine

Thdr

pt)sitioning, the
according to
vou choose the

output

I"\'el for each block

and

works

BLOCK

etc.

two types

through the analog and digital output

of

the

audio

signal

output audio signals.

unit

is

divided

composed

anl'qualizer.

the

rX.block is

or

"Post"

of

in the I Model

as

..

)

and

"Pre"

within BLOCK A

from the equalizer,

...

the

positions

way

the

they arc connected, is called

kind

of

sound

structure

type

(see

(represented

you

the

of

flow.

an

The

~

or

... ~ ... ~ ...

of

the larger blocks. BLOCK

the

input

jacks

This

section provides

into

two

parts, BLOCK

EQ BLOCK

FX

BLOCK

",OC",

EQ

I 'LOCK I

determined

parameter.

and

BLOCK

equalize

the

When

fFxI

want

to make.

following

in the

chart

Signal

(digital

and

analog), processes

jacks.

To

make

an

1\

and

(\n

FX

(dfect)

contains

a large

FX

BLOCK

(reverb. pitch

~;ft"

<ho,.,.

etc

...

)

when

editing

In

other

B.

wether

to

sound

produced

you

select

"Post"

IEQl

the

"structure."

The

structlire screen

chartl.

but

also lets you

by

the

MIX

Flow

the

most

explanation

and

the

EQ

words.

add

the

by the

1\

and

BLOCK).

of

Set

them

of

this

the internal

unit,

...

...

using

See

See
structure.

various

it

is

essential that

blocks

page

page

internal

and

17

19

how

to

to

you

EDIT

change

an

effect.

the

PARALLEL

'(PARA)

C~NI~'

1

Bl~CK

l-fl

~IX

,.

ch 2

Bl~CK

DUAL (DUAL)

IN

ch

1-9

Bl~~

r-J

BlD.·

Ch2--~i

~

MORPHING (MORPH)

C:~I-1B.lOCK

Ch2-1. A [BLO.CKJ_Ch2

Setting

the

INPUT/OUTPUT

This ch.ut

shows

following infurnl.ltion is

ot\tputs.

the

"~~~

D :

F:::

BLOCK

]=1

ch 2

OUT

]~

'~~XFCh

BLOCK

CK

I.

..

. ch 2

__

..

·.I-1

~I~

..

l-.

~~~

OVl.'r.liJ

SiglM}

flow rl'i.1tionship bet\\'l'l.'n this unit's inputs

.1n

oVl'r\,iew

of

DIGITAlINPUT ATIENUATION

I

levels

,)11

you

::

This

strll<:tun

fI.\I'lhl·r

.1Ild

tlwm

bdort..'

undulatioll from

This strw

..

-turl.'

For

t.':\.lmplc,

imd

,l

drum

tl.lIlgt..·r

dfl'el

to

tht..'

drum m.Khinc.

This

strw.:ture

bl'twt..'t...'1l

dfl,C'ts

In

otllt..'r

won.b,

from

:,uJdt..'nly

tl)

.uwthl'r

"rvh)rphing"

Ill'ed

to

know fl'gtlrt.iing this unit's inputs and

lEVEl

"'''''''''''''''''

..

' Ids

y~)U

.lpply

rl'vl'rh,

sl'p.lr.\tdy

output. In this

till..'

t).lIlgl'r

lets you isol.ltt..'l·h 1

you Cilll connect il

m.Khint.'

to

ch

to

the guit.u .lnd

Ids you make

stOfl'J

in

it

kt.'t.·ps

cutting

l)ut

dfl'd,

ror lil,tails

on p.lgl'

16.

EQ

BLOCK

EffECT

BLOCK

t..'ffl'l..'tS,

like

.lnt.!

thl'n

mi\

("SC,

tlll..·rt..

..

~

no

in

thc rcverb,

Mld

(h

2,

~lIit,u

il)

dl

1

,ldd

,l

.t

rt.'vt..'rb

I..'Ht.'Ct

Ch.lngl'S

b.mks

~t't't.....:t

you

dl.1IlgL'

morphinh'

SL'1.'

outputs,

Tht.'

BYPASS:SW

thl.'

tht..'

2,

tht..·n

sl'.lI"nless

mt..'Il\Of\'

(Urrl'nt

",ht..'n

01\

,1nd

ANALOG OUTPUT

~CHl

DIGITAL

OUT

BALANCED

~CH2

SERIAL

A'"

IN

ch I -;
ch

I

SERIAL B ... A (SERI

ch
ch 2 ---'

B (SERll)

~~.~~~

H'~,~'

2---'

A

1_

: .... . ............

IN

1-;

B~~~~

l-r·~;x-l-4·;~;;:J~···~~~··

B

!-o!

: •........

_1 L ..

For exampl".

U~~;~:l-1'-~~~'~Ch

BLOCK

W.

B I

1.

......

__

2)

BLOCK

U A

_ ..•

.J

L_.___

OUT

I

BLOCK

ch 2

1

... _ ....

_

I

OUT

ch I

BLOCK

ch 2

_

if

intense f1anger, ilnd

l<ugl'st

i1vailaole rcvl'rb (sec page

on

hol',,·

to

edit

effects)

:~~~;~,i~;p~f:~'~:~.~;~~;~dll~~~·;~:'~:'"c';:~:~:~r:nd

"Preset Memory Catalog.")

You

C(lll add

n,'vl'rb

the f1anger effect, or you can flange the sound
produced

by the reverb effect.

you set the

BLOCK

:->t't

the

BLOCK

(For

information

to

the sound produced by

A as an

Has

17

for

tht'

dC'lail.

'Q._----------------"\

You can use

the

effector

as

an

AID

or

DIA

converter

by

turning

off

all

the

effects.

U1

Analog

IN/OUT

and
This unit is
tilt'm at the
usc the anall'g, the digital,

Analog
This unit is
Although
gin:-n priority
time, th,'

Emphasis
Somc older CDs have
from an
and bring them back to their original levels.

ddermine

yotl

Adjusting
n,e

l1l1111b,'rs

re,Kh,'s the clip point.

unit's

t.~ffl'ct

+

12

dB, with the

n('(t.'s

....

uy,

choo~,'

effect.

digitaliN/OUT
provided with both analog and digital inputs
same

time. The

input

block in the

or

both the

analog

INPUT

priority

pro\'ided with both

the

sign,,1

for

the input signa

XLR

signal

"('mpha~izl'ti"

\\'hetheT dc-emph;tsis will

the

INPUT/OUTPUT

on th,' level nwter show, in decibels, how

prrx.'-l'SS(lr

EQ

howl'\'cr,

I

Mi"'rj

in the EDIT modt'. See

PHONE

is

always

output

I.

is

bllxk

When the PHONE

autl>matically cut.

"emph"sized"

digital source,

levels

If

the

input

signal exceeds the clip

incorpoTclh.'s a

for example, the intl'rnal

to reduct." 1('\'(.'ls

from both the

high frequency

it

is necessary

(to

12

dB

oVt.'r n Jll

"Changing

'Q'---------------.

Even

though

you

can

decrease

in

preserving

adjusting

in

determining

(+

4 dll)

or

dll)

fn>nt

sound
the

input

UNBALANCED

panellNI'UT

panellNI'UT

for
tools

INPUT jacks

Digital
(with the digital attenuator sct

Analog
llALANCED
(with the front

Analog (-20
UNllAl.ANCED
(with tlw

quality

is

the

level,

but

and

maintaining

to 0

dB)

kr,ob set to 0 dB)

knob

set to

levels in

your

and

SYSTEM:

Setup

and

the digital INPUT

and

XLR

type

analog

PI

lONE and

and

XLR

sounds.

to

"de-emphasize"

The

(lnputl block in the SYSTEM:

be

carried out

automatictllly,

prevent

clipping)

much

point

Then'fore,

pmces""

bt.l(or~

thl'Y ,1rc

the effect parameters"

the

mixer

block.

level.

The

following

eyes

and

ears

the

appropriate

Signal

o

dll

+

21

+ 4

-

2 dB signal

- 20

input

[)

dll)

let.'way.

outputs,

and

menu

lets

you

/OUTPUT

INPUT

and

XLR

jacks, the

INPUT jacks

When

outputting

th~

Of

room is

Idt

((l

dll),

dip

(,VE'n

if

you

will not clip

output.

To

on

the

most
is a

general

are

ultimately

input

level.

digital (full swing)

dB signal

dll

signal

dll sign,,1

you can

use

both of

determine

whether

jacks.

OUTPUT jacks.

PHONE

jacks

are

used at the

an analog signal

high frequenc),

Setup

manually.

before the INPUT signal

noise breaks out. This

TC'lise

tht.'

the

signal.

ndjust

page

important

the

same

sounds

menu

lets

signalll'vel

It

is

thl' eHect )evl'i,

17

to

"dit

an

factor

guide

line

most

useful

level meter
reading

OdB

Odll

-17dB

OdB

-18dB

are

to

Bypass

and

Mute

The

bypass

function

outputs

the

sound

of

to

....

See

"Setting

the

DIGITAL

OUT"

on

page

....

See

"Names

Parts"

and

on

page

13.

Functions

7.

IN/

of

adding

any

dfl'cts. Pressing the
"Mute" is also ,wajJable as a form
of the originally signal is cut in
from thl' unit. You can set BYPASS
SYSTEM:

Setup

menu.

the signal originally

bypass

button

turns the

of

bypass. When the BYPASS

"ddition

to

th"

sound

button

to

operate

'Q'--------------"\

Muting

the

sound

is

more

than

just

prevent

sound

from

return

loop

sound

of

the

....

See

"Setting

the

DIGITAL

OUT"

on

page

IN/

13.

effects

page

25). In
effects.
double

signal. Using
returning
original
same

as

Using

rDPs'~~j7'J~

origina'L

(!~u~~~

to mixer [

returning

with

a mixer. Ideally.

the

input

signal

should

be

output

this

situation,

and

the

sound

input

mute

to

the

mixer
source
bypass.

return

and

(guitar,

keyboard,

.'ement

BYPASS

_____

s~

_.:~:

_~_.J

I 1

anginal sound

turning

to

the

mixer

when

is

should

not

(see

"Cutting

however,

using

into

the

effector

prevents

the

insures

that

etc.)

reaches

When

using

~~~J

eflect

'~~l-

return

L_~,~~.~~

onginal sound

When

NOT

~

original sound +
anginal sound

this

be

sound
only

I

using

input

bypass

function
button

of

th<l

eff<lcts.

,1S either

"Mute"

the

volume

to

when

the

unit

unit

is

connected

output

from

this

the

Direct

Sound

bypass

only

cuts

goes

back

to

input

into

the

sound

generated

the

mixer.

effects

origina'

sound.

..

_J

. ellect element

effects

Using

[~~~~~~

into

the

effector

without

on

and

off.

is set to mute, the

Th"rcfor", no

or

"llypass" in the

"0." It is

is

connected

to

a mixer.

unit,

only

(Dry

On/Off)"

the

sound

the

mixer,

the

effector

from

In

other

words,

MUTE

_lsend

C:~:~f

original sound

sound

designed

in a

the

the

of

the

producing

from

the

origina' sound

send-

sound

on

it

is

sound

comes

to

the

of

....

See

"Names

and

on

15

mode.

page

to

Functions

6.

Without

set

the

of

Parts·

....

See

'Outputting
Effects (BYPASS/MUTE)"
on

page

bypass

a

en

Hooking Up

• Before connecting this unit to another device, be sure to unplug the

•

Turn

off the power switch on this unit and

in

with built

• After
outlet.

•

If

level, or lower the output level of the connected component.

Example

amplifiers).

all

the connections, double check

the connected components output large signals that cause distortion, adjust

1:

Hooking

up

to an instrument

[::::J

__ 1 __

~.=~

•..

!o

:;.

0'"

'"

-

-1'

~

..

C'.

•

'c;:;\~--~'t-.t_t.I~--

'-,,'

. P('>O,t.A.,,\p"'-("

~

5:

~.,.~.

OUT 0

_

all

components to be connected, such as keyboards and active speakers (speakers

that

the connections are correct before plugging

MID!

Foor

COO'lUOII(,<,

tHR.nC5.e1c)

-:'"

~--

~~tl

@_~

.

~o

(0

(;

St>f',,~e'

AC

power cord from

the

power outlet.

the

AC

power cord back into the power

the

INPUT

knob on this unit to lower the input

.-]

~-~...

@@.OPSV'7

'0

0

[I

0' 0'

~-~'t'-.'_'.I~-oo)

Spcllker

~~~~.-.

OUT

I~HU

(c;

PO"'IJ'AfT"(Il,I,,,, '

~I'>'!

o'

...

~e'

By

taking advantage of

signals from

CD,

IHllllllllmlHllmJlI===~,=--;

[;;;;":-:1

Setting

the

Ttl

obtain

the

best

I/O

j,l.:k,

both
TIll'

follllwjllg

di~it,ll

Rd·l.'r
regarding
Inpllt Signal"
,lddition.ll inh)rnl.ltiun

1 Press

p""iblt,

we

n-'('nn'n"l.l.~nd

(digit,,1 .lIld 'lIh'logL

stl'p~

input

h'\'l'i, Imd Sl'il'ct

to

"Undl'r~t.Hldillh

the

digit.ll

and

"Di~it.'II/O

SYSTEM.

the

DPS-V77's

DIGITAL

110

and make digital connections to mixers (see page 29).

connectors, you can make digital recordings on

!

DigitaliN/OUT

sOllnd qllality

SL'tting

shu\\' you

till'

~ign'l1

flow. Alsu, Sl'l'

",Iwnllsing

the

input

mndl',

modL',

H for

Settings

on

p.'ge

DIGITAL

,ldjllst

dd.lils

29 for

the

input

Illude h) digittll, insh!tlt.i

how

to

sl'l thl'

till'

"dt..."-t..'mph.l~is"

Sign.ll flow

Oil

p.\~L'

"Input

Terminal

ChMt"

,lnd

uf

the

the

OAT

recorders, input digital

OIGiTALIN

___ . __ . _._.

1R'1"1l-

You
both
output.

Ciln

DIGITAl OUT

-:mDTO"'--[;";';;WU!.J

sek'ct

analog

.m.)log

and

digit.)1 (Both) j,Kks

DIGITALIN

~tI:I:Il..-. -.-~r:l

OAT

(ANALC)'

R«c'""

5 Press FUNCTION B [ChSel]

operation
channel(s}.

To
To

To

These
inputs,

use
use
use

both
only
only

selling

dial

CII!
CHI,
CH2,

can

to

select

imd C112,

choose

monaur,)ll

choose

monaural 2 (I\IONO

also

be

made

the

choose

i""o,'

tt~

I

digit.)1 (DICTL),

ior

input

and

use

input

s!l'reo (sTREO),

(fI.\ONO

when

using

the

,md

the

1>-

2)

or

.

analog

Example

When using the effector

• Wl' rl'Conlln,'nd

• IV"

12EN

2:

Hooking ur;-to a mixer (cutting the direct sound)

i.,

...

M',

,.",.,.,./.,.,.,.,.,.,+,.,.,.\1)1)1\

I ,

output

1"\'l'l

BYPASS function

abo

......

G::,.:..;:

"'tting

r,'COll1ll1l'nJ

am-:

..

_~

in

a send-return loop

the

dirl'ct

setting

the

to ~ (minus

to

MUTE (as

Press FUNCTION A

2

System:

B

(].?

Set UP Memry Pedal

.1

.;I-

, i

:![:~;=---~==:rr:''''''''''

1\''\'"''

__

':;T

the

Din'ct St>llnd

~PS~'7_

OP$V77

(Dry

On/Om"

on

page

2~.)

El1oct~nd

=-====--:;-=mIl~~

TEUe<:'Rl'tV,"~-ou'

infinity). (St'e

shown

on

"Cutting
page

IS).

3 Press FUNCTION A

System: Setup

..

~

~

Input Gate Bypass

4 Press FUNCTION A

operation

~stem

:

Input

DIGTL

STREO

~

[ChSel)

Jiiil.

dial

~

to

12,0 12.0

[Att

to

choose

"Set

~

:>C

MID

I Morph

to

choose

"Input."

Cge

l)!J

OISP

Clock

[Mode]

and use

select "DIGTL"

[Att2)

Auto

[EMPHA)

1)

Up."

OryoH

the

(digital).

Press FUNCTION C

6

use

the

operation

input

levels.

[Att II lets

you

adjust

you

both

adjust

dial

CorD

digital

10

for

to

the
the

IAtt

21

lets

Prl'ss

FUNCTION

and

adjust

pages 9 and

See

Press FUNCTION E [EMPHA]

7

operation
mode.

"Auto"

activates

de-emph"sis

type

of

digital

de-emphasizes

turns
through

10 for dl'tails

sign,)1

all

I/O

jack.

de-emphasis

the

DICITAL

inpllt

only

.KCl'pts sign,,1s

fn~qU('IKi('s.

It l'tlnnnt

Note

This
48

kHz

to

the
"On"
DICITAL
"Off"
input

See

page

lInit's digit,'1

Sdlllpling

[Att

dial

digital
digital
twice

input

details

select

being

signals

ofi

on

the

1]

or D [Att

to

adjust

input
input

to link

!evl'Is at

regarding

the

automatically

input

and

does

I/O

jack,

emphasis

be

llSl't.i

2]

the

!evel for

1l'\'eI

ior

the

pMameters

the

same

the

input

and

use

de-emphasis

according

input.

through

not .liter

iunction,

with

eith~r

44.1

with

;\2

kllz

and

digital

01

I,

ClI

2 .

time,

level.

the

the

signals

kIll

or

si~n.l1s,

13

EN

Choosing

Recalling

The effector
preset

memory

storing

the

- .

-

1

Press

The I'LA Y screen

Category

icon (see

........

2 Turn INPUT

levels

If

the CLIP indicators light, the

Be

high.
a direct relationship to the quality of the effects

page

(see

~CH2

CH1

3

Press
containing
USER 1 or

Only the bottom
indicator lights for
PRESET

,~_

PRESET

PRESET
USER

banks I

14fN

Effects

comes

as

well

effects

POWER

POWER

Structure

__

Active

parameters

to

(for

digital

sme

to set the

10

for details).

~

BANK

to

the

2).

or

USER

2

l-:::>J

... : ..

_~f.~

banks 1 and

and 2 are

from

with

198

different

as

a 198

create.

effect

Level

you

ij

~.

INPUT

indicators

to

turn

on

is

qisplayed.

message

page

19)

l

(see

adjust

the

levels,

input

select

the

effect

you

bank

1.

2 hold preset effects.

for

user

an

the

meter

Effect

Memory

effects

stored

memory capacity for

Memory

number

display

~

Bank

BANK

the

power.

Memory

name

page

20)

analog

input

see

page 13).

input

level

is

level correctly since

memory

Both the top
indicators light for
PRESET

memory.

set too

(H'

_

CLIP.

_

-6_

_-12_

_

-18_

Ir.)!:

-24

I't"'t

'"'"

-30

1eI':!

r~

-36

rot

~{d81--'

bank

want

(PRESETI

and

or

USER bank

I;:

__

.~_~

PRESET

in

the

it

has

bottom

You
either

Multi-display

FUNCTION

4 Select

2.

Before you

Be

of

To
St'l' "Editing

can

use

the

following

the

preset

A·F

To select effects using the operation
rotate

the dial

you desire.

effect

To select effects using the
number
you press the
before pressing ENTER.)

procedure

memory

or

the

user

Number
buttons

ENTER/SHIFT

the

effect

or

of the effect you want, then press ENTER. (If

wrong

Shuttle

you

desire (1-99).

ring

to

display the

~

Operation

number

number,

CDo::JCD
CD

CD

CD

+

CDCDCIJCD

To select effects using the
SHiFf

and

press either ...

appears

desire

turn

on

sure

massive volume.

change

the

to turn the volume level

effect

parameters

in

I'LA

Y Mod ..

arrow

or"

in the display.

c=:J

+

SHIFT

connected

components

down

from

(dire,,,t

l'dit)" on page'

the

to

select

effects

banks.

ring

dial

dial/shuttle
number

buttons,

the

number

I

ENTER)

hold

number

from

of the

input

ring,

the

again

down

you

memory

Operation

dial

input

buttons,

until the

...

G8

IT)

T

to avoid an uncxpl'ded output

PLAY

screen

20.

Outputting

The effector comes with two different bypass modes, Bypass and

Mute.

Therefore, you can use the

original

depending on, which bypass mode
Once you set the
Byp"ss or

Choosing
1

Press

2

Press

Press

3

Without

sound

or

to

output

BYPASS

Mute. Prt'Ss again

BYPASS

the

SYSTEM.

FUNCTION A

System:

G

a.~ ~ ~

Set

UP

Memry Pedal

~

......

FUNCTION C

Setup

.. @ fI/\-

Gate Bypass DISP

Effects

(BYPASS/MUTE)

BYPASS

the original sound without effects

modc, just

to

bypass

button to

you

sell'Ct.

pre'Ss

BYPASS

cancel the bypass

mode

to

choose

:x

MID

I Morph

--

to

choose "Bypass."

Jjji1.

liD

Clock Dry off

Ge

cut

to activate

or

mute.

"Set

output of the

Up."

4 Use

the

Mute.

ystem:SypassMoae----------

BY

PAS

!;

1mmJ_

select

BY

PAS

Mute

Press

EXIT

a few

operation

times

dial

to

select

when

you w,mt to

output

adding

without

original signal is

Mute"

you
output
input signal). We l'Specially rl'Commend
using mute whe'll Ctlllnl'Cting the dft'Ctor
ill

a send-return loop with a mixer (as

showil

to

return

any

output

on

page 11).

want to completely cut the sound

from the effl'Ct"r (including the

on

p,'ge 12).

to

the

PLAY

BYPAS

the original signal

cfte'CtS.

Only the

(Sl'\!

"Bypass

screen.

j

or

and

1

SEN

Choosing an Effect

Processing Effects (EDIT)

Morphing

When the structure is set to (MORPH) (see
system structure,
creates a

seamless

memory

numbers

Note

The (,(kctor

dOl'S

during

the

morphing

morphing

time has

Setting

the

1

Press

SYSTEM.

2

Press

FUNCTION E to

System:

E3

Set UP Memry Pedal

--------0-

ex>

page

see

page

19

to
change
whose

not respond to

morphing

change

between effects

structures

any

proet'ss. It will not respond until the pres,'t

e1apsc,<l

(Sl'"

below).

time

a·~ ~ ~

8 for details

the structure), the effector

when

you switch to

are

also set to (MORPH).

commands

(including

and

curve

select

"Morph."

x:

MID

I Morph

.

on

other

MIDI)

the

Press

3

4

Note

You cannot set the
effect.

FUNCTION A [Time] and use

operation

The morphing time is the length of time from the
beginning to the end of the morphing process.
The effector will not respond
(including MIDI) during this period.

Press
morphing

><

~

dial

to

set

System:

Morphlng Condition

2.0

><

IiiIlD

[Curve

I

FUNCTION

System:

2.0

[Time]

Provides a gradual transition
Brings the next
sound fades out.

B [Curve]

curve.

Morphing Condition

~

r!l!m

sound

morphing

time

the

morphing

to

any commands

to

in

quickly while the first

and

curve independ,'ntly for

the

time.

-====:J

select

the

-

to

the next sound.

~ach

Changing

The
preset
storing

effector

memory

the effects

-

Effect

comes

as

o

with

well

you

Parameters

as a 198
create

-

Choose an

1

2

Press EDIT/PAGE.

The

EDIT SELECT:

f~att

The numbers in the
indicate
current block.
the current page.
Press

Press EDIT/PAGE while holding
to

effect.

PLAY:

CEO -

-~

[

page backwards.

Hall/.::.CE=.:O=--....:H"'8::.:1I--,---

Fat

1. 0

O.

64

Size]

[RotHI]

EDIT

SELECT screen appears

FX

«CO»)

the

number

The number in the black square indicates

EDIT

/ PACE again

Reverb

[Size]

rEm

..........

upper

198

different

effects

stored

effect

memory

by

altering parameter

55

~.;;

_____

O. 8 O.

70

[RotHI]

[FxA-l]

in

FX

««(j))

Current page

right corner of the display

of pages (basic screens) in the

to

switch

to

down

capacity

[.

PAGE/EDIT

-6. 0 -6.

[FxB-l]

the display.

the next page.

ENTER/SHIFT

in

values.

_

0

the

for

Multi-display

Use

the

following

editing

FUNCTION

A·F

3

the

The screen for the chosen block appears
For
and the
shows a shelving equalizer).

4

procedure

the

effects

stored

Number buttons

EXIT

ENTER/SHIFT

Use

the

FUNCTION

block

you

example, pressing FUNCTION A selects "EQ A"

EDIT:

EQ

EDIT

SELECT: PAGE

lm:I

FX

«(0»)

~

..

Use

the

FUNCTION

the

parameter

to

create

original

in

the

preset

buttons

want

to

A screen

rEm

--~

....

buttons

you

want

effects

memory

banks.

Operation dial

(A-F)

change.

ap~ears

(the example below

FX

Mixr

««(j)) HH

PAGE

0.125

0.0

[LowF2]

[LowGl]

(A-F)

to

change.

by

to

choose

in

the display.

:Q2

-

:02

3

0.0

[LowG2]

to

select

16

EN

(Continued)

17EN

Processing Effects (EDIT)

(.C

5

Turn the operation dial
setting you desire.

i

Operation

To

change

numerical

Use the number buttons
want dire(,tly.
number again before pressing ENTER.

values

If

you press the

CDCDo:::J

c::::D

CIJ

o::J

CQ

o::J

CIJ

To

changl" numerical values

down

SHiFf

app('ar~

To
same

Repeat steps 4 and 5 above.

To
block

Press PAGE/EDIT

To

steps

To

Chang.,>
origin,,1 settings

memory.

To
changes

1',,'"

an()ther dfl'ct from the n"'mory.

dfl'ct return to tlw origin,,} \

and press either A

in

the

display.

C:=J

SHIFT

change another parameter

block

change a parameter

and

follow steps 4 and 5 above.

make

changes to another

Press

EXIT

to return to

2 through 4 above.

return to the

Press

EXIT

m,llk

Tt)

function (p,'ge 22).

return

which

EXIT

the

PLAY

screen after changing parameters

a few times.

to the

parameter

when

you select

~a\"l'

the

new

to

the original parameter settings after making

have

not

a f.,\\,

tinll'~

to gl't to the I'LA Y screen, tlll'n sell'ct

to

choose

dial

and

ENTER to

input

number,

[ENTER

the

wrong

+

CIJ

using

the

arrow

buttons,

or

T until the value you desire

A

+

C±J

~

T

on

the same page

on

a different page

block

in

the same effect

EOIT SELECT:

par,lmetcr settings, use the

yet

..

llues

"reen,

settings

arc

another

effect from the

been saved

The settings f,)r the

automatk,llly.

replaced

the

value you

input

I

of

the same

then follow

the

hold

of

the

by

the

SAVE

pre"ious

Convenient

To

change

time

(LINK)

Press the FUNCTION button for
twice. The characters for
and

you can adjust both parameters at the sanil' timl'.

Tapping

Certain paramett'rs, like Delay Time, can be set by tapping on the

ENTER button. After choosing the parameter you want to

the ENTER button repeatedly to

processor measures

parameter accordin)lly.

This function can only be used with parameters whose parameter

name

display

Comparing

Press BANK/COMPARE while editing an effect to compare the

sound of

original, uneditt'<.i effect.

Press BANK/COMPARE

settings.

Copying

In

EDIT mode, you can copy the paraml'l<'r

block

in

a )liven

block in the current

EQA

parameter settings from another
number
you are currently editing.

1 Follow

(e.g. EQA) you want to copy

2 Press FUNCTION A ITypel twice.

Connrm~tion

the display. (Pressing IType! twice durin)l anoth('f edit operation
will also activate this function.)
Press FUNCTION F IYes! to proceed.
Press FUNCTION A INo! to cancel and return to the

3 Use FUNCTION button A IMEM#!

you want to copy from.

4 Use FUNCTION button B or C to

to

copy

S Press FUNCTION F IEXEC! to copy the paraml'lt'r

the

effect block you selectt'd

To

copy

Ways

to

Edit

the

same

parameter

for

CHl

and

the

parameter you want to chan)ll'

the

other channel's Paraml'ter also reverse

in

a parameter setting

is

followl'd

the current parameter settin)ls with the

Effect

USER

into the

EQA

steps

1 throu)lh

ror entering

the parameters

an

entire effect. see page

(Tap

Tempo)

tap

timing

or the last two

by

an asterisk (*).

Parameters

or

EXIT

in the tempo you

to

rdurn

to thl' curr,'nt paramt'lt'r

the

Effect

Parameters

or

PRESET

USER

ml'mory. For example, you can copy the

(or

EQB)

:I

on the previous pagt' to

the

rrom.

settin~s

memory to the sanl(' kind of effect

USER

block of the

USER

to.

"parameter

10

select the memory number

"'it"t

the

in

step

4.

23.

CH

2 at the same

t~ps

and

",und

(or

PRESET)

memory

copy"

dfl"t

Sl't,

desir(>.

The

sets

the

of

th(>

from

an

effect

memory

numb<.'r

sdect

the block

S(fc('n

appears

EDIT:

b"":k you want

settin~s

press

mode.

from

Changing

The

dfL'<.-tor
processing to
different
two blocks (sec page

1 Choose the effect you

2

Press

3

Press

4

Press

5 Turn the operation dial to choose the

in

structure you desire.

SERI 1 (serial
SERI 2 (serial processing from

the

Structure

contains two main effect blocks which perform signal

add

cffL"ts to the incoming signals. You can produce

sounds

by

changin~

the structure (configuration) of these

I:!

for details).

want

to

PLAY:

CEO -

Hall/CEO

O.

64

- Hall

Reverb

O. 8 O.

70

[Size)

[RotHI) [FxA-1) [FxB-1)

-6. 0 -6.

~Fat

1. 0

(

Size)

(RotHI)

EDIT/PAGE.

FUNGION

E to choose "Mixr."

FUNCTION A [STRG].

processing

from

FX

A to

FX

FX

B to

PARA

(p,H<llleI
DUAL (processes
MORPH

(morphing,

See

pages 8 and

processing

Cil

1 into

see

9 for

descriptions

page

of

FX A and

FX A and

16)

FX

CH

of

each

edit.

B)

A)

FX

B)

2 into

structure.

Use

6

[Dry], if you

FUNGION B [FX

want

to

A], C

[FX

B).

or D

change the output

levels.

0

Press FUNCTION E
Dry to adjust

Turn the operation dial

7

or F after

the

levels for each channel

choosing

to

choose

FX

A,

FX

B,

independently.

the

or

setting you desire.

See

page

10

for

additional

FX

Press
Press

The symbol
structure of the effect.

Effect names dimmed in the

set tu[OFF!.

symbol

B)

See

output

levels.

SAVE

to store the

EXIT a few

Checking

new

structur~.

times

to return to the

the

Structure

in

the center of the title bar changes according to the

Structure

symbol

PLA

Y:

structure

SERI

I (serial

SERI

2 (serial

PARA (par"lIe!)

DUAL (dual)

No Block B

pages 8 and

MORPH (m(1rphing)

Y for descriptions

of

information

bar are

settings

play

screen.

in

PLAY

-6.0

[FxA-t) [FxB-1)

..

ffects that are currently

1)

FX

A

~

FX

2)

FX

B ~ FX

FX

A +

FX

FX

A (ch

1)

+

FX

A

each structure.

regarding

(see

page

Mode

-6.0

B

A

B

FX

B (ch

~

next memory

the

22).

2)

18

fN

19

fN

Processing Effects (EDIT)

.

Editing

in

PLAY

Mode

(direct

edit)

With direct edit you can edit up
from

th

..

PLA Y scre<>n.

Parameters.

The following steps show you how to edit from the play screen once
you've designated the Active Parameters.
Parameters, see "SeIL"ting the Active Parameters"

1 Choose an effect

The

parameters
Parameters)
FUNCTION

2

Press

the

parameter

PLAY:

o

ceo

~

1. 0

( Size]

_.

__

rn.:mlI

to6

different parameters directly

TI,<'S€

parameters are called Active

To

d<'Signate

from

the

memory

available

appear

button.

FUNCTION

Fat

O.

fOr'direct

directly

above

EHect

Active

parameters

button

you

want

to

adjust.

-[IrnJ1

CEO -Hall

Reverb

64

O. 8 O.

70

(Size]

._-==-

(RotHI]

_____

l>clow.

editing

their

corresponding

(A-F)

~. 0 ~.

(FxA-1]

Active

banks.

(Active

of

the

(FxB-1]

=

0

-...-o~-=-----

To

adjust

3

Selecting

The

h)lIowing

• 'PPl'(u

1 Choose an

fN

20

see

"Changing

Use
adjust

When
number
SHIFf
C1

tin1C

ill

thl' PL!\ Y

PLAY:

~

( Size]

the

changing

and

1. 0

parameters

the

buttons

the

~tt.'p~

CEO -Hall I CEO -Hall

Effect

operation

parameter.

numerical

to

input

press'"

or

Active

~hll\\"

you

~(n.."l·n

(or

effect

Fat

Reverb

O.

64

(RotHI]

(Size]

not

displayed

Parameters"

dial

or

shuttle

values,

the

value

T to

change

Parameters

how

to

St'lfft

from

the

70

(RotHI]

the

din.'X't editing.

O. 8 O.

in

the

on

page

you

can
directly,
the

value

p.uameters

memory

~. 0 ~.

(FxA-1]

PLAY

17.

ring

use

or

one

(FxB-1]

screen,

to

the

hold

unit

that

banks.

0

2

Press

PAGE/EDIT

Press

3

FUNCTION B

eDIT

SELECT:

RTC

Active

-II--

CU

.. 0 ....

4

Press

a FUNCTION

location

(1-6).

Active

PI-Active

A-F

respectively.

Active

1'2

from

Active

Parameter Select:

"U 1 "U 2 "U3

Active P Active P Active P Active P Active P Active

-a-

.......

edit

Active

Hall

Size

(Block]

(PAAAM]

ABC

5·

Press

FUNCTION A [Block] and use
operation
containing
appear

on

6 Press.FUNCTION B [PARAM]

operation
will

appear

at

Press

EXIT

a few times

will

twice.

P

1'6

correspond

(e.g.,

the

PLAY

Parameter 1

dial

to

the

parameter

the

PLAY screen.

dial

to

on

the

to

return

to

'choose

_-

button

(A-F)

to

FUNCTION

screen.)

"U 4 "US

_-

0

--

select

the

you

select

the

PLAY screen.

to

the

PLAY

"Active

PAGE:

1111

to

choose a

FUNCTION

B is

used

"U

PA~

effect

block

want

and

use

parameter

screen.

to

the

P."

buttons
select

6

P

to

the

that

Setting the

lly

using

MIDI

you can control various characteristics of

control conditions vary
are

m.1de

The

effector

independent

1 Choose an

PLAY:

(Size]

2

Press

3

Press

4 Use

an

5 Use page 1

want

[B1ockl:
you
IPARAM
from
IMinl:
adjustable
iMaxl:
adjustable

Real

Time

Control

(RTC)

controls, such as dampers and modulation wheels,

for

sep.uately

is

control suurCe

each type of effect, control assignments

for

each effect block parameter

providc>J

with 6

effect

CEO

- Hall/CEO -

~

Fat

O.

(RotHI]

64

Reverb

[Size)

1.0

PAGE/EDIT

FUNCTION A

the

FUNCTION

RTC

channel (1-6).

Real

Time

Controller Select:

to

specify

to

control.

selects

the

d.on·t

want

to

use

I:

specifies

the

selected

block.

specifies

the

range.

specifies

the

range.

an

effect in real tinle. Since

MIDI

RTC

and

channels, each carrying

destination (paranletcr) infornlation.

from

the

memory

Hall

0.8

O.

70

~. 0 ~.

[RotHI)

(FxA-1]

twice.

to

choose "RTC."

buttons

(A-F)

-{I- -{I-

the

parameter

block

to

be

controlled,

tha't RTC

channel.

the

parameter

to

be

minimal

value

of

the

maximal

value

of

the

in

the

RTC

banks.

0

(FxB-1)

to

choose

select

controlled

parameter's

parameter's

block.

you

OFF

6

Press

PAGE/EDIT

kind

of

controller

EDIT:

RTC

1 (Source)

co

(Sourc] [ Min]

ISourcJ:

[MinI:

[MaxI:

Press

EXIT

EXAMPLE
Suppose you
numl>cr S (balance control)

75:25

from
EDIT:

RTC

[Block]

Set
Then set [Min] to

EDIT:

RTC 1 (Source)

Sct [Source! to

if

Now you can adjust the effect balance from
adjust control change number 8 (balance control) from

0 0

(Max]

selects

the

CO-C3! :

C64-C120 :

Note
Note

BENDR:

CH-PR:
M.CLK : To

PEDL

PEDL

specify
adjustable

specify

adjustable

a

few

w.1nt

to

25:75

1 (Parameter) screen (step

to "HALL" and set [PARAM] to

Adjustable

range

control

To

use a MIDI

To

use a MIDI

N :

To

use a note

V :

To

use
obtained
To

use a pitch
To

use

use
as a control

within

1 :

To

use
on

the

2 :

To

use

on

the

the

minimal

range.

the

maximal

range.

times

to

return

to set

RTC

to change the Hall Re\'erb

:

"75:25" and [Max] to

screen (step

"01"

(controlS), IMinl to "0" and

Sour(e Parameter

Control Change

2].

·.·~~;;~~~125.75

1

o '

and

you

note

by

channel
the

MIDI

the

range

pedal

System:

pedal

System:

to

I to use the

5)

6):

'8

.......

use page 2

will

use.

PAGE:1

source

.

control

change

control

change

number

velocity

(Note

setting

note

bender

pressure

clock

(tempo

source.

Settings

of

30

to 250.

1 (Be

sure

Pedal

screen,

2 (Be

sure

Vedal

screen,

value

of

the

value

of

the

the

PtA Y screen.

MIDI

control change

:

"E.

BAL"

"25:75."

IM.IX)

Effect

Balance

-EFFI

Adjustable

range

-.75:25

·DRY

...

75:25

to

specify

number.
number.

Off

is

velocity

display)

can

to select

page

to select

page

control

control

die"t

(effect balance).

to "127."

to

25:75

when you

0 to

to

0.)

be

made

"Pedal"

25).

"Pedal"

25).

source's

source's

bal,1nce

127

.

2pN

Saving Processed Effects (SAVE)

Saving

an

Effect

Effects

created

by

changing

the

parameter

values

with
edit function
banks

for later

so

you

can

-

can

be

use.

store

up

0".55

stored
Each
to

198

USER

in

one

of

the two

bank

has

different effects

Memory number

iii

room

USER

for

display

memory

99

effects.

the

Multl-dlsplay

The

one

following
of

the

USER

procedure

memory

shows

banks.

you

SAVE

how to store

Shuttle ring

an

effect in

-

Bank

1

Press

2

Press
operation
bank
to

3

Press
operation
the
want

indicators

SAVE.

SAVE:

Fat Reverb
Fat Reverb

U1

[BANK.]

8

[MEM']

[Name] [EXEC]

FUNCTION A [BANK#] and use

dial

to

select

(USER 1 or

save

the

effect.

USER

the

2)

where

FUNCTION B [MEM#]

dial

or

number

memory

to

save

number

the

buttons

(1-99)

effect.

BANK/COMPARE

user

memory

you

and use

to

where

you

the

want

the

select

FUNCTION

A·F

Number

4

Press

FUNCTION

The Save: name screen appears

SAVE:

Fat Reverb

~

[CLR ] [DEL

Use

the

Operation

dial

(shuttle ring)

Number

buttons

FUNCTION A
I</CLRI

FUNCTION B IDELI

FUNCTION C IlNS] insert a space

FUNCTION D

FUNCTION E

FUNCTION

buttons Operation dial

C [Name].

Fat

Reverb

]

[INS]

to

select icons

select chJr()cters.

ilS

shown

c(lch

button:

It I
I;!I

I.~J

m

[§J

[~.J

[tl

liil

lii.J

move
cursor
(clear)

you

emse

ddt'll'

position.

I>]

move

IAB/abl

switch

F IEXEC)

"Xl""Utl'

in

the display.

[ > ] [AB/ab] [EXEC 1

and

characters.

Tlw

di

..

<.,>-

the

way

instead of 1

entire

at

capital

sa",'

plilY

ea",·h

time

R_(.

U_7

backward.

to till' Idt,lCI..RI

name.

at

the

the

cursor

fOf\\'.ud.

or

opl'r.,ti'lIl.

you

When

<)

cursor

position.

small lettl'rs.

lx'iow

1-"-11-('-1

2_1>_('_1'_2

3_C_II_I_3

4-I-K-I.-4

o_M_N_"_,

'_1'_

7-5_1'_

~_V_W_X_R

q_Y_Z_I_'

the

nm'or

is

all

appears

the

the

character

the

CUfSl)f

betw"en

the

("h<1n~l'S

prl'ss

and

lets

the

Protecting

This function locks the contents of

number

conknts

by a

copy
1 Press SYSTEM.
2 Press FUNCTION B to choose "MEMRY."
3 Press FUNCTION E to choose "PROTECT."

The

operation

FUNCTION F

Organizing

Since

each

may find

The

following
erase effl>cts in the user

into

a cOlllfortable cc..mfigur(ltion.

Copying a memory

This function lets

PRESET
1 Press SYSTEM.
2 Press
3 Press

FUNCTION A ISOURCI selects the
copied.
FUNCTION
FUNCTION F IEXEClexecutes the

Moving

This function lets move the contents of a specified USER

number

1

Prl'SS

2 Press FUNCTION B to choose "MEMRY."
3

Pre'Ss
FUNCTION

moved.

FUNCTION B I DESTI selects the destination.
FUNCTION F IEXECI executes the

USER

Memory

so

that

new

effects

of

that

command.

of

the

it

dilfkult

memory

FuNCTION
FUNCTION

USER

to al\other

SYSTEM.

FUNCTION

cannot

memory

number

dial

or

shuttle

turns

USER

procedures

you
number

B IDEST] specifil'S the destination.

memory

A ISOURCI selects

ring selects the

protection

USER

Memory

memory

to keep track

show

memory

file

(Copy)

copy

the contents

to a specified USER

B to choose "MEMRY."
A to ,"hoose

(Move)

USER

memory

Il

to ,"hoo"" "Move."

the

specified USER

be

saved

cannot

on

or

banks

of

where

you

how

so

that

"Copy."

source

copy

number.

the

source

move

to

that

be

deleted

memory

olf.

can

hold

certain

to copy, move,

you

can

of a seiL'Ctlod

memory

memory

operation.

memory

operation.

number

or

up

to 99 elfects, you

elfects

organize

memory

written

number.

are

SW.lp,

the effects

USER

number.

number

memory

number

and

locattod.

or

over

and

to

to

the

be

be

Exchanging

This

USER

function
numbers.
1 Press SYSTEM.
2 Press

FUNCTION

3 Press

FUNCTION

FUNCTION

exchanged.

FUNCTION
exchanged.
FUNCTION

Deleting

USER

This

function
1 Press SYSTEM.
2 Press

FUNCTION

3 Press

FUNCTION

The

operation

FUNCTION

memory

lets

lets

(XCHG)

you

exchange

B to

choose

C to

choose

A IMEM1#1 sek'Cts

B IMEM2#] sek'Cts the

F IEXEC) Execute'S the

memory

(DEL)

you

delete

the

B to

choose

D to

choose

dial

or

shuttle

F IEXECI eXt'Cutes

ring sdccts the

the

contents

"MEMRY."
"XCHC."

the

first

second

exchange

contents

"MEMRY."

"DEL."

the

delete

of

memory

memory

of

a USER

operation.

two

USER

number

number

operation.

memory

m~mory

memory

to

number.

number.

be

to

be

22£N

Use

EXIT

to

go

back

to

the

previous

screen

if

necessary.

5

Press

FUNCTION F

save

operation.

The

PLA

Y screen appears in the display.

[EXEC]

to

execute

the

23£N

Setting

1 Press

2

I'.;)

3

4 Use FUNCTION

In

the

system

mode

lets
environments.
setup, press
making

adjustments, press

the

PLAY

screen.

-

To

EXIT

D

go
once.

back

you

To

••

-

SYSTEM.

Press FUNCTION A

System:

EJ

G·?

Set UP Memry Pedal

~

Use FUNCTION
items

you

System:

-. ~ rJ\.

Input

dial,

shuttle
SHIFT
adjustments

~

......

buttons

want

tq

Setup

Jji1.

Gate

Bypass

buttons

ring,

and

...

and

you

the

set

up

the effector's operating
to the previous screen
return to the

EXIT

to

select

~

MID

play

a few times

==

!!

"Set

JC

I Morph

mode
until

l.J

--

(A-F)

[J

DISP

Cge

Clock Dry

(A-F),

buttons,

to

to

operation

make

adjust.

number

'Y

buttons

desire.

System

The

during

after

you

Up."

choose

off

or

the

reach

Multi-display

the

the

system

FUNCTION

The

in

stored in the

1 Prl'ss SYSTEM.

2 Press

3 Press

The
contrast.

1 Press SYSTEM.

2 Press

3 Press

following

A-F

Setting

clock function lets

clock.

FUNCTION
FUNCTION
FUNCTION
FUNCTION 0 IHourl
FUNCTION
FUNCTION

Setting

displ~y

FUNCTION

Name
and

V(lluf?: displays the

Active P(lrttmeter

FUNCTION

Environment

steps describe

setup.

the

OncE"

the

U~t.'r

FUNCTION
FUNCTION

A IMonthl sets the Month.
B IDayl sets
C

E IMINI
F IStartl stMts

the

function lets

FUNCTION
FUNCTION

A IModel selects

:

displ~ys

the

Active

B (LCDI

Clock

you

s"t

dock

is set,

memory

when

A "Set Up."
E "Clock."

IY('~rJ

scts

sets

sets

Display

you

A "Set Up."

0 "0151'."

thl'

name

Parameter

memory

settings

adjusts

how

to

SYSTEM

(Clock)

till'

tim"

till'

date

you

the

Day.

the

Year.

the

Hour.

the

Minllte.

the

clock.

Mode

adjllst

the

of

the

settings

n(lme in

in

large ch(lf(lcters.

the

make

changes

Shuttle

.ring

Operation

dial

~nd

dat"

of

and

liml'

c"lft)

save"

proCl'ssl'd dfl'ct.

the

display

mode

display

mode.

nwmory

fil,' in

in smillI charncters.

sm(l11

ch(lradcrs (lnJ the

contrast

of

the

in

the

the

dfedo,s

ilutomiltkillly

and

large

charact""

display.

built

displ~y

Setting

Use

the

noist!

gt..'llt!r,ltes

,l

lot

giltc

lx'fure

pn.Kl'ssin~

1

Press

SYSTEM.

2

I'rL'Ss

FUNCTION

3

Press

FUNCTION
FUNCTION
gat"of

....

'ns).

FUNCTION

gdtt..'

dusl.'sl
FUNCTION
the

g,lte

will

will entC'r thc' g.lte.

Cutting

This

setting

of

the

dfL",t,

\Vhell

u~ing

as

shown

un

1

Press

SYSTEM.

2

Press

FUNCTION

3 l'rc'ss

FUNCTION F "Dry

The

operation

OFF:

forcibly

level setting.
PGM :

the

mixer

block

the

Noise

Gate

(Gate)

~.ltt!

function

wh

• .'n

the

of

noisl'.

Ihmning

rCdlll"l'S noise

A "Set Up."
B "Colte."

A IATKL sets

III RE!.L ,<'ts

C ITHRL sets
dose).

Th,'

the

Direct

lets

you

cut

regardless

of

this unit is CtJlultxtL'li to a rnixt:r

p,lgt..'

12,

be

A "Set Up."

didl selects

wts

the

direct level

of

Citch

source

the

input

when

the

att,lCk

till'

rele,lSe

the

threshold

l.Hger

the

v,llue,

Sound

the

direct

sound

till' MIXER block's

sun.'

cut

the

dirL'Ct

On/Off."
the

dry

mode.

direct

level (to

determined

effect.

time

time

by

sign.ll

no

lewl
the

(Dry

and

sound.

-~)

the

of

the

through

sound

(the

rate

(the

rate

(the

IMger

output
DRY

in

,l

sl'nd/wturn

regardless

value

input

signal

the

noise

is

being

output.

at

which

at

which

level

"t

which

the

signal

On/Off)

only

the

sound

l.EVEL setting.

loop,

of

the

stored

in

the

the

the

that

direct

Setting

up

the

Pl

...

ials

CllIllllOC",d

to

the

USl'<1

ITYP<'I

-:

- :

t,lble

sets

the

the

IMINllets

"up"

position

"down"

[)

(Curvellets

(1-10)

(MEM#II"ts

number

E.

Settings

Sl'\?

functions

tht:'

user

PEDAL 1 and/or

to

control

C "Ped,,!."

or B to

sets

-:

ch,mges

changes
ch,mges
lip/down.

ped,'1

p,·d.ll

to

position

when

YOll

that

will n

... • page

p,'ge

13.

1ll1'11UlTY,

function,

panel ,',lll hl'

1 Press SYSTEM.

2 Prl'Ss

FUNCTION

3 Pfl'SS FUNCTION A

FUNCTION A

MEM

+/MEM

Bank +/B,lIlk

TBL +

/TBL
program
Bypass:
RTC : sets
p.lge21).

FUNCTION B
is in

the

FUNCTION C (MAXI lets ),ou

is in

the

FUNCTION

FUNCTION E (TBL#I lets Y"ll
numbers
FUNCTION F

memory

FUNCTION

Other

To

set "Bypass," Sl

To

set

"Inpu!,"

To

set

the

MIDI

To

organize

To

set

the

morphing

Pedal

the

fllnctions

choose

the

type

memory

bank

nllmhl'rs

the

t,lble

to

work

as

control

the

you

input

(minimum).

input

(maximum).

you

scle.-t tht'

se\coct

set HJNCl:.ION A

you

se\coct

..

'Spond to

15.

sec

p,'g6

Set'

page

see

page

Parameters

PEDAL

2 jal'ks

listed

hl'1"w.

"Pedal

I"

or

pt'<1,,1

nllmhl'rs

up/down.

the

bypass

parameters

the

setting

the

setting

MIN

the f ....

'lial

thl'

memory

the

table

and

26.

23.

16.

"l'c'<1,,12."

function.

up/down.

sf

....

ocifil

switch

set

for

for

to

prngram

to

TBl.+/-.

number

of

numhl'r.

21

on

...

i in

the

in RTC (s,'\?

when

when

1>IAX

transition

t.,bl"

bank

and

~et

the

the

the

,ll

reM

pedal

pL

ped,'1

...

lal

24EN

2S

EN

Using

You

can

use

the

unit

onto

by

For

-

using
an

MIDI

example,

the

external

o

this

effects

data

-

MIDI

interface

to

control

you

can

switch

program

table,

~

or

device.

55

.;;

storage

various

between

save

USER

,

aspects

memorized

memory

[III]

of

Multi-display

FUNCTION

In

addition,

.

controllers,
real

time.

page

21.)

A-F

MIDI

can

(See

controls,

be

used

'Setting

to

the

like

control

wheels

Real

Time

SYSTEM

and

things

like

Control

Shuttle

Operation

velocity

effect

(RTC)H

ring

dial

effect

depth

on

MIDI

in

Tx-Sw lets

Y"U

unit

(except

when

1

Pre'Ss

SYSTEM.

2 Press FUNCTION D

3 Press

FUNCrJON

FUNCTION

lnessclgl's lh"t "ppcar when buttons on the front panel are

will

be

""nt

Transmitting

Transmit

Switch

wntrol

hllw MIDI exclusive

using Ilulk-Tx).

toch,xlse

D to chouse "Tx-Sw."

A IPANELI selects the

vi,) MIDI OUT.

MIDI

Setup

"MID!."

whether

Data

in

dat"

Bulk

(Tx-Sw)

is

output

from this

or

not exclusive

(Bulk-Tx)

presst>d

CA)

1

Press

SYSTEM.

2

Press

FUNCTION D

System:

EJ

G·?

Set UP Memry

3

Use

the

FUNCTION buttons (A-F)

the

MIDI block you

System: Midi

~~~~~

Basic Table Rx-Sw Tx-Sw Bulk-Tx

Select

Basic set basic MIDI functions.

Table

Rx-SW

Tx-SW

Bulk-Tx send MIDI data in bulk.

4

Use

FUNCTION buttons (A-F), operation

~

Pedal

to

determine

determine

determine

to

select "MID!:"

~

MIDI

want

to

the MIDI

command

how

MIDI datil will be received.

how

MIDI diltil will

dial, shuttle ring, number buttons, or
SHIFT

and

A.

adjustments you

and T buttons

desire_

-::x::

Morph

adjust.

to

make

to

choose

tilble.

be

transmitted.

the

the

Preparing a Basic

Usc

"13i\Sic"

to set bi\sic MIDI functions.

1 Press SYSTEM.

2 Press FUNCTION D to choose "MID!."

3 Press FUNCTION A to choose "Basic."

FUNCTION A I
FUNCTION B I
FUNCTION C

TABLE lets you decide

memory number, n'l'lllory bank.

1 Press

2 Press FUNCTION D to choose "MID!."

3 Press FUNCTION B to choose "Table."

FUNCTION
FUNCTION

FUNCTION

Rx-Sw lets you d,'Cide

1 Press

2 Press FUNCTION D to choose "MID!."
3 Press FUNCTION C to ch,xlSe "Rx-Sw."

FUNCTION
FUNCTION
FUNCTION C IC.Chg.1
FUNCTION
FUNCTION E IBENDRI

lOUT

MIDI

Program

SYSTEM.

A IMIDI#I sek'Cts the MIDI

I3II3ANK#1
C IMEM#I sek'Cts the memory number.

MIDI

Receive

SYSTEM.

A IEXCLVI
1311'.

J)

MIDI

CII

I srecifies the

OMNII

MIDI

turns till'OMNI function

1 sets till' MIDI function

Table

Setup

how

the MIDI

sd"cts

the oll'mory bank

Switch

how

this unit will receive MIDI data.

turns

,'xciusiVl' reCl'ption

Chg.1 turns

rrogram

turns

ICff-I'RI

control

turns

channel prl'ssurt' rt'Cl'l'tion

turns

pitch

commands

Setup

Setup

channel (1-16).

(Table)

rrogram

ch"ig"

d,ange

bender

(Basic)

ON/OFF.

OUT/TIIRU.

will

eff,'Ct

change

or

bYrass.

(Rx-Sw)

ON/OFF.

rt'Certion

Yl'c"ption

ON

rt'Cl'ption

ON/OFF.

a given

number.

ON/OFF.

/OFI'.

ON/OFF.

Bulk-Tx lets you transmit MIDI

Press SYSTEM.

1

2 Press

FUNCrJON

3 Prl'ss FUNCTION E to chlXlse "BlIlk-Tx."

FUNCTIDN

tr~nslllitted

FUNCTION I:lINUMI

of

you select U I
FUNCTION

Note

Ill'

tht·

th,'

A ITypel selects the type uf

(UI,

,1

memory

b'lnk, or only individu,ll memory numbers (when

or

I'

IEXECI to

sure

th"t

both the

same

v,)iul's. H

dolt"

will nut be m:<:ived

data

D tu l-hoose "MID!."

U2,

UI+U2,SYSTEM,ur

sdects

whether

U2

for the ITypeD.

sends

the data.

sending

and

sL>nding

ewn

,lnd

receiving MIDI channels

till'

in bulk.

rl'cl~iving

if

OMNI is set tu ON.

data

th.)t will be

ALL>.

tu transmit all the cunt"nts

are

nrc

sct to

different,

chc'lnnl'1~

26

EN

27EN

Additional

Troubleshooting

If

this

unit

docs

not

operate

as

with

problem

the

sound

to cancel mute.

appropriate

Input

if

the

k)\\',

expected,

those

listed

yourself.

is

small

.

input

screen. You cannot

input

mode

simply

be

an
error. Before calling a service technician,
symptoms
you

No

oversight, a disconnected cable

of

the problem

can correct the

sound

is

heard,

..
..

..

..
..

..

..

or

Press

BYPASS

When inputting anal(lg signals, check to see

INPUT knob is set to the appropriilte level.
When inputting digital signals, check the
in the System: Setup.
Check that all the cables ilrc connected correctly.

Make sure the

the System: Setup
ilnalog signals

Milke sure the effect levels in the mixer block

set excessively

Check the \'olume of the connected an1plifier

mixer.

Information

The

sound

is

not modified

..

Press BYPASS to cancel

..

Is

the effect set

the probl.em

Gom~)are

mode

is set to "DICTL."

or a setting

the

below

to sec

Input

is selected

may

if

the

input

are

or

if

levels

on

not

The

morphing

effect does not

..

Milke
stmcture

..

Make
morph

The

input

level

..

Turn

..

Reduce the

..

Set the INPUT level selector switch to

the INPUT adjustment knob to re-adjust the input
level.

MIDI

operations cannot be carried out.

..

Make
transmit channel of the MIDI device.

..

Make

..

Make

by

the selected effect.

to

"OFF"?

sure

sure

between

CUP

INPUT to

sure

sure
sure

work.

to SA VE the effect after

to IMORPI-!!.

the

stmctures

arc

set to IMORPH

indicator lights .

the

left to reducl' lhl' input Iewl.

output

level of the source component.

the MIDI receive channel

the MIDI control
the MIDI cable

byp~ss.

changing

of

all the

dfects

I_

number

is

connected securely_

the

you

want

+4

dB

and

matches

the

is set correctly .

to

usc

~

28F.N

Block

DIGITAL

IN/OUT

MIDI

PEDAL IN 1

PEDAL IN 2

Diagram

ANALOG

INPUT_

INPUT

~

~I

M)----------l

OUT fTHRU

M'-------I

ANALOG

OUTPUT

BYPASS

LINE

(ANALOG)

~CH1

BALANCED

~CH2

SW

(AUTO)

'I

~lIlIlIIlIllIIlIlIlIIlIglIIlIlIIlIIlIlIlIlIlI'M

cpu

, ,

Regarding

Two types of digital I/O cables are separately sold.
(Dedicated cables)

CD

RK-V77A

• Connection cable for AES/EBU

•

(i) RK-V77S

•

•

* Outline

Special cables used when connecting DPS-V77 and a
digital audio format. Depending on the type of the digital
audio format. there are two types of dedicated cables.
the RK-V77 A
consumers using
etc.).

the

options

No.

1-769-782-11

Connection cable for

No.

1-769-783-11

of

optional cables

for

professional use and the RK-V77S for

SPDIF

SPDIF

(general CD players. DAT.

Digital

AES/EBU

IN

OUT

SPDIF

type

IN

OUT"

type

XLR

RCA

1/0

type

HOT:

COLD:

GND:

HOT:

COLD:

GND:

type

HOT

COLD

HOT

COLD

Terminal

2

3

2

3

Chart

Mini

Miri°i

1,2,

DIN

(rear panel)

5

8

1,2,4,7

3

6

1,2,4,7

DIN

(rear panel)

5

8

3

6

and 7 are

4 is

open

-

shorted

..

Mini

Note

Mini

DIN

:

----<f~11-0-n~7~G=)

1.2.7------~~

DIN

terminal

RCA OUT

=====

::~D

--

15--

Functional

Hierarchy

PLAY 1

EDIT

AP

(active paramet.er) 1

AP

(active parameter) 2

AP

(active parameter) 3

AP

(active parameter) 4

AP

(active parameter) 5

AP (active parameter) 6

EaA~~«,

FX A

---

EQ

B---

---

FX B

1 STRCT (structure)

Mixer

RTC

1 AP 1

AP

SAVE

#

BANK
MEMII

Namel

EXEC (save and return to PLAY mode)

E Parameter n

same as above
same as above
same as above

FX A (Effect A level)
FX B (Effect B level)
Dry (Dry level)
CH 1 (CH 1 level)
CH 2 (CH 2 level)

1

RTC

RTC 2 (same as above)
RTC 3 (same as above)
RTC 4 (same as above)
RTC 5 (same as above)
RTC 6 (same as above)

AP 2 (same as above)

3 (same as above)

AP

4 (same as above)

AP
AP

5 (same as above)

AP

6 (same as above)

CLR (delete all characters) I <

DEL (delete character above cursor)

INS (insert space at cursor)

> (move cursor forward)

AB/ab (capital /lowercase)

EXEC (save and return to PLAY mode)

Block (block to be controlled)
PARAM (parameter to be controlled)
Min (minimum parameter value)
Max (maximum parameter value)

Sourc (control source)
Min (minimum control source value)

Max (maximum control source value)

--c

Block (block to be controlled)
PARAM (parameter to be controlled)

~move

cursor backwards)

SYSTEM

Setup

MEMORY

PEDAL

1 POL

MIDI

Morphing

Input

1 Mode (analog/digitaVboth)

Gate t= ATK (attack time)

Bypass
Dlsp MODE (namelvalue)

ChSel (channel select)
Att 1
Att 2
EMPHA (emphasis mode:

REL (release time)
THR (threshold level)

---

MODE (bypass/mute)

(CH1
(CH 2 digital input attenuator)

L LCD (contrast adjustment)

Clock

1

Dry on/off

Copy t= SOURC (source select)

Move

Exchange

Delete

Protect

11

POL 2

Basic t= Ch (select channel 1-16)
Table t= MIDI

Rx-Sw 1 EXCLV (On/Off)

Tx-Sw

BUlk-TX~

-,--

Time (set change time)

L Curve (set change curve)

::

Hour
MIN (minute)
Start

--

Mode (PGMloff)

DEST

(~estination

EXEC (execute)

t= SOURC (source select)

DEST (destination select)
EXEC (execute)

E MEM

~

L-

~

L-

---

---

11#

MEM21#
EXEC
MEM

1#
EXEC (execute)
MEM II (memory number select)
EXEC (execute)

Type

MIN (set minimum pedal position)
MAX (set maximum

Curve (curve type)
TBL

1#

MEM

II (memory number select)

same as above

Omni (On/Off)
Out

(select OUTITHRU)

1#

BANK
MEM#

P.Chg (program change OivOff)
C.Chg
CH-PR
BEN DR (pitch bend On/Off)
PANEL (On/Off)
Type (data type)
MEM

1#

EXEC (execute)

(execute)

(table number)

1#

digital input attenuator)

aut%n/off)

select)

(memory number select)

peda.

I position)

(control change On/Off)

(channel pressure On/Off)

(memory number select)

-

16-

SECTION 2

TEST

• This product uses a microcomputer and is equipped with a· MIDI interface for musical instruments and computers, and it has
specifications that make possible rewriting
Due to this, when required, the internal data can be rewritten by the use

of

break down at the time
when carrying out

service, make sure to pay attention to the following matters.

repair (Example: when the power

of

the internal memory with external MIDI equipment.

MODE

of

external equipment, etc., and in case the internal data.should

is

cut oft), it may happen that the operation becomes unstable. Therefore,

< Inspection when carrying out repair>

A self-test mode function has been provided to carry out inspection
been completed. Make absolutely sure to carry out these inspections before returning the unit to your customer.

of

each function without having to use a special jig when the repair has

< Regarding

All

of

judgment.

the

test mode>

the inspections should be carried out, but in case some

Subject

1.

Entering the test mode.

• Initialization

2. Inspection
(No.1)

of

the memory

of

each function

Turn the POWER switch ON while depressing the 3 keys
The following display will appear and the test mode menu will be activated.

1)

When initializing the user memory, select YES.

2) When you do not want to initialize the user memory, select NO.

Note:

Concerning initialization, please refer to <Examples when initialization has to be carried out>
on page 16.

The following display will appear and test mode No. 1 will be activated.

of

them have already been completed they may be skipped upon proper

Operation and Display

of

[BANK], [EDIT] and [C].

r-----------------------------l

I

TEST

MODE MENU I

I I

I > Initialize User Memory? I

I YES NO I
I I

B]

[C]

[EDIT] [ A ]

[

[D]

[

E]

[F]

r-----------------------------l

I

TEST

MODE 1 * 1 I

I
I Battery [3.0] I

: PDL 1 [ ] PDL 2

:SW[

[EDIT]

[A

]

[]

B]

[

[C]

----------

J & S [ ] :

] :

[D]

[

E]

[F]

[EXIT]

I

[EXIT]

• Battery

• Pedal

•

Jog&Shuttle

• Switch

1) The voltage
As the data

BA601.

2)

PEDALl/pEDAL2

• The pedal terminal
[ ] by adding the circuit shown below.

• Turn the semi fixture and confirm that the figures change.

•

If

•

If

of

the internal lithium battery (BA601)

of

the internal SRAM cannot be maintained

terminal (check on the rear panel).

AID

conversion value

not especially required, this procedure may be skipped.

there

is

no connection at all, 127 will be displayed.

tOOk Q RES,

~

ADJ

--P-HO-N-E-P-/Uglll-----.......,I~

is

displayed.

if

is

displayed in the range

the voltage

i

To

is

lower than 2V, replace the

of

000 - 127 within brackets

peda/termina/

1

3) Checking the Jog & Shuttle dial (front panel)

• When rotating the dial, " * " will be displayed within the brackets [ ].

When turning the Jog dial once to the left and once to the right, the brackets [ ] will be fully
filled

by"

* " when turning the Shuttle dial fully to the left and right.

4) Checking the switch (front panel)
When pressing the switch,
When fully turning the switch, the brackets [ ] will be fully filled by

" * " will be displayed within the brackets [ ].

-

17-

" * " .

• Others

3. Inspection
(No.2)

Subject

of

each function

Operation and Display

5)

Other

checks

• Other error messages are displayed in *

[DRAM1 ERR]

Automatic inspection

If

this display appears, apply a soldering iron to the terminal
application
In case

of
IC603 and IC604.
[MIDI PORT ERROR]

By using a DIN cable to connect the MIDI IN/OUT terminals on the rear panel, the automatic

inspection

When

there is no special requirement to make a connection, this display will appear but it may

be ignored .

•

If

the brackets [ ] were fully filled with asterisks" * " in the preceding checks

& Shuttle, press the [ENTER] key. The following display will appear and test mode

Jog
be activated.

or

[DRAM2 ERR]

of

the soldered bridge, etc.,

of

the solder.

[DRAM1 ERR], check IC601 and IC602, and in case

of

the MIDI terminals is carried out.

r----------------------------.

I TEST

MODE

I I

I I

:

[LCD]

2 I

[LED]

1.

of

IC601, IC602, IC603 is carried out.

of

each IC and check the

of

[DRAM2 ERR], check

of

:

the switch and

No.2

will

• LCD

• LCD #2

• LED

4.

Completion

#1

of

the inspection

[EDIT]

1) When pressing the [A] key, check that all LCD dots become black.

2) When all the LCD dots have become black, check that the contrast changes when you rotate the
Jog

& Shuttle dials.

3) When pressing the [B] key, check that each dot and segment light up between the 8 segments,

meters and LEDs.

When pressing the [EXIT] key, reactivating is carried out and the test mode

[A

B]

[

]

[C] [D]

[

E]

[F]

[EXIT]

is

completed.

< Examples when initialization has to be carried out>

1.

When reconnecting the power supply and the keys do not have any effect, and when the there are distortions in the display due to

of

unstable operation

2.

When the version

3. When the power supply has been changed

the software.

of

the ROM (IC607) has been changed. (Including change

or

removed once.

of

circuit board.)

* Even except for the above, when there are no special instructions from the customer, carry out the initialization operation.

The following notes are included in the

[Notes on being requested to

When requesting a repair, data in the USER memory may be reverted to the original factory data settings.
Be sure to save any important data in an external MIDI data filer,

* Method

*

Content being initialized

Initialization
Initialization
Initialization

of

initializing without entering the test mode

•

Tum

the POWER switch

• After the title screen has been shown and "Initialized!" is displayed, the initialization

*

In

this case, the data

The

following shows the initialization method and the content that is actually initialized.

~d

of

the internal system

of

the user memory

of

the clock data *

carry

ON

of

the internal clock is not initialized.

"Instruction Manual". (See step 3.)

out

repair]

or

make written notes

while simultaneously keeping the [SAVE] and [ENTER] keys depressed .

[SAVE]

+ [ENTER]

Memory initialization

of

the parameter settings.

is

completed.

Initialization

with

the test mode

(YES) Memory initialization

0 0
0

x

* As to setting

of

0
0

the clock, please refer to page 24 in the Instruction Manual.

(NO)

0

x

0

-

18-

CLOCK

SECTION 3

CONSTRUCTION

[Regarding the clock source

1.

The clock source for IC614.(CPU : HD6413002)

2.

The clock source for IC613 (Clock IC : NJU6355)

3.

The clock sources for the digital audio system (AID, D/A, DPS, etc.) are

[Regarding the clock

The condition
(internal).

The difference between internal (System Setup Input = Analog) and external (System Setup Input = Digital or both, and input
Digital IN)
selected by the EXT/INT of pin @

* Pin

@)

kHz it

of

is

the use of 12,288 MHz or the output

MCK

of

is

12.288 MHz and

of

the digital audio system clock differs depending on whether the digital audio interface input

IC901 differs according

* When the clock source

between the clocks.

IC305 (Digital
whole system, from pin

IC304 (AID converter: CXD8493) receives a clock

The master clock (1024
IC910

(PLL : TC8051AP) from LRCK, which

YCO becomes the 256

by
IC908

(Prescaler : HC163) to become lfs, after which it

Filter:

CXD8482), which

@ or 64

fs)

of

this unit]

is

X601

(10 MHz).

is

X603 (32.768 kHz).

X301

(48.6 MHz) and

the digital audio system]

of

IC90l (Digital Audio Interface Receiver: pin

of

IC906 (HC153). (When internal it

to

the sampling frequency of the signal that

in

case

of

44.1 kHz it

is

external, the oscillation

fs

BCK from pin ® .

of IC307 (D/A converter: CXD8505)

fs

output from pin @ (256 fso) of IC307 (D/A converter: CXD8505), and it

is

11.2896 MHz.

of

the internal crystal

is

based on this master clock, outputs LRCK (=lfs), which

of

128

fs

from pin @

is

created by IC305 (Digital Filter: CXD8482), to lock. The 1024

is

fed back

is

L.)

is

input

to

X901

(12.288 MHz)

of

IC305 (Digital Filter: CXD8482) and operates.

is

generated by the YCO block (Q904, Q905 and IC909, etc.).

to

IC910 (PLL : TC8051AP)

is

X901

(12.288 MHz).

is

used (external) or not

@)

MCK (256

the digital audio interface.

stopped in order

is

the sampling frequency for the

is

to

form a loop.

fs)

of

to

prevent interference

fs

clock that

further divided

is

made into

CS8412. This

In

case

of

It

uses

is

oscillated

by

IC907 and

is

48

The master clock
sampling frequency, but the processing of the

of

IC602 and 604 (DSP : CXD2707)

DPS signal

is

fixed at

is

X301

carried out at a LRCK

* At the time of digital input (clock source = external) the master clock that

fs

which

is

output from pin

the internal operation.

@)

of IC901 (Digital Audio Interface Receiver: CS8412), but all sequences besides that are the same

(48.6 MHz). The master clock of DSP

(lfs)

cycle.

is

input

to

IC305 (Digital Filter: CXD8482)

is

asynchronous with the

is

changed

to

as

256

for

-

19-

IC602, 604 CDX2707Q (DSP)

SECTION 4

EXPLANATION

OF IC

TERMINALS

Pin No. Pin name

1 EA9
2
3

4

5,6

7-9

10 TST

11

12
13
14 CLKI
15
16
17 TS1
18

19
20 LRK1
21

22

23

24 LCT

25 SIA

26 SIB

27 SIC

28

29

30 SOA

31

32

33 EClO

34

35

36 ECJ3

37

38

39

40 Vss

41

42

43

44

ECO
VDD

Vss

ECl-

2

EA13 - 15

TDR

BFOT

CLKO

Vss

TSO

TSA

LRKO

BCKO
BCK1

BCT

VDD

Vss

SOB
SOC

ECll
ECl2

REDY
TRDT
XLAT

SCK

RVDT

SCLO
SCL1

I/O

External install RAM address. Not used (OPEN)

0

External install RAM address. Not used (OPEN)

0

-

Power

supply. (+5V)

-

Power supply. (GND)
External install RAM address. Not used

0

External install RAM address. Not used (OPEN)

0

"L":
"L":

"L":
"L":
"L":

Normal
Normal

Normal
Normal
Normal

(Open drain)

(OPEN)

Test data input.

I
I

Test data input.
Master cIock buffer output. Not used

0

Master cIock output. Not used (OPEN)

0

I

Master cIock input.

-

Power supply. (GND)
Test data input.

I

Test data input.

I
I

Test data input.

I

LRCK input.

I

LRCK input.
BCK input.

I

BCK input.

I

Frequency divider BCK output.

0

Counter input/frequency divider LRCK output for

I/O

Serial data input.

I

I

Serial data input.
Serial data input.

I

-

Power supply. (+5V)

-

Power supply. (GND)
Serial data output.

0

Serial data output.

0

Serial data output.

0

Terminal input/test data output for conditional jump.

I/O

Terminal input/test data output for conditional jump.

I/O

Terminal input/test data output for conditional jump. Not used (GND connection)

I/O

Terminal input/test data output for conditional jump. Not used (GND connection)

I/O

HCIF Readay signal output.

0

HCIF data output.

0

HCIF data

I

-

Power supply. (GND)
HCIF shift cIock output.

0

HCIF data input.

I

Test data output. Not used

0

Test data output. Not used (OPEN)

0

• mode identification signal input.

Description

(OPEN)

(OPEN)

SYNC DET.

-

20-

Pin

No.

Pin

name

I/O

Description

45
46 LR1F
47
48

49 ED16
50
51
52 ED2
53

54

55 ED18

56 ED3

57

58

59

60

61

62

63 ED6

64 ED22

65

66 ED23

67 ED8

68

69

70 Vss

71

72 ED 10

73 ED26

74 ED

75 ED27

76

77

78 Voo

79 Vss

80

81

82 ED14

83 ED30

84 ED15

85 ED31

86

87 Vss

88 CAS

89

90 RAS

91

- 94

95

96 - 99

100 EA8

EAO-3

EA4-7

LROF

XRST

EDO

ED1

ED17

Voo

Vss

ED19

ED4

ED20

ED5

ED21

Vss

ED7

ED24

ED9

ED25

11

ED12
ED28

13

ED
ED29

XOE

XWE

Vss

Test data output. Not used (OPEN)

0

Test data output. Not used (OPEN)

0

System reset input. (Active

I

External RAM data input/output. Not used (L level)

I/O

External RAM data input/output.

I/O

External RAM data input/output. Not used (L level)

I/O

External RAM data input/output.

I/O

External RAM data input/output. Not used (L level)

I/O

-

Power supply. (+5V)

-

Power supply. (GND)
External RAM data input/output.

I/O

External RAM data input/output. Not used (L level)

I/O

External RAM data input/output.

I/O

External RAM data input/output. Not used (L level)

I/O

External RAM data input/output.

I/O

External RAM data input/output. Not used (L level)

I/O

External RAM data input/output.

I/O

-

Power supply. (GND)
External RAM data input/output. Not used (L level)

I/O

External RAM data input/output.

I/O

External RAM data input/output. Not used (L level)

I/O

External RAM data input/output.

I/O

External RAM data input/output. Not used (L level)

I/O

External RAM data input/output.

I/O

External RAM data input/output. Not used (L level)

I/O

-

Power supply. (GND)
External RAM data input/output.

I/O

External RAM data input/output. Not used (L level)

I/O

External RAM data input/output.

I/O

External RAM data input/output. Not used (L level)

I/O

External RAM data input/output.

I/O

External RAM data input/output. Not used (L level)

I/O

External RAM data input/output.

I/O

-

Power supply. (+5V)

-

Power supply. (GND)
External RAM data input/output. Not used (L level)

I/O

External RAM data input/output.

I/O

External RAM data input/output. Not used (L level)

I/O

External RAM data input/output.

I/O

External RAM data input/output. Not used (L level)

I/O

External RAM data input/output.

I/O

External RAM

0

-

Power supply. (GND)
External DRAM CAS output.

0

External RAM

0
0 External DRAM CAS/external (P) SRAM

External RAM address output.

0

-

Power supply. (GND)
External RAM address output.

0

External RAM address output. Not used (OPEN)

0

OE

WE

output.

"L")

output.

CEo

-21-

IC614 HD6413002F10 (MASTER CONTROLER)

Pin No. Pin name I/O

1 Vee

2-8

PBO

9

10

11

12
13
14
15
16
17

18
19
20 P42
21
22

P44 (BYPS) 0

P45 (MUTE) 0

P46 (XRST)

P47 (AD_PD) 0

27

23
24
25
26

- 34

35

- 43

36

44

45

- 55 A9 ­56 A19
57 Vss
58
59
60

P60 (RELAY MUTE) 0

P6l

P62
61
62

63
64 NMI
65

- PB7

PB7 0 Data enable output to parallel I/O (IC903).

RESO

Vss
TXDO
TXDI
RXDO
RXDI

P94 I REDY signal input.
SCKI 0

P40

(0)

P41

(I/O)

(0)

P43

(0)

Vss

DO-D7

Vee

AO-A7

Vss

Al8

(EClO_O)
(EClO))

PHAI 0

STBY

RES

Vss

-

0

0

-

0
0

I
I Serial data input for communications.

0

I/O

0
0

-

0

I/O

-

0

-

0

0

-

0

0

I
I Reset signal input.
I Non maskable intrude signal input. (Fixed

-

Description

Power supply. (+5V)
Key decorder matrix output.

Reset signal output. (Not used)
GND
Serial data output for communications.
Serial data output for communications.
Serial data input for communications.

Serial data timing clock output.
Data I/O select signal output to clock IC (IC613).

Data I/O terminal to clock IC (IC613).

Serial data timing clock output.

Chip enable output to clock IC (IC6l3).
GND
Bypass relay switch output.
Bypass mute switch output.
Reset output terminal.
Power down mode signal output to

AID

converter IC (IC304).
Data signal input/output terminal to data bus line.
Power supply. (+5V)
Address data output to address bus line.
GND
Address data output to address bus line.
Not used.
GND
Initial mute output.
Conditional jump output to DSP (IC602).
Conditional jump output to DSP (IC604).
System clock output.
Standby input. (Fixed

"H" level)

"L" level)

GND

-

22-

Pin No. Pin name

I/O

Description

66 EXTAL
67
68
69 AS

70

71

72 LWR

73
74
75 MD2 I

76 AVee

77 VREF

78
79
80
81
82 AN4
83 AN5
84
85 AN7 I
86 AVss
87
88
89
90
91
92
93
94
95
96
97
98
99

100

XTAL I

Vee

RD 0

HWR

MDO

MDI I

ANO
ANI I Error condition input from digital input IC (IC90l).
AN2 I FREQ REPORT 0 input from digital input IC (IC90l).
AN3 I FREQ REPORT 1 input from digital input IC (lC90l).

AN6 I

IRQO

P8I

P82
CSI
CSO

Vss
PAO
PAl
PA2
PA3
PA4
PAS
PA6
A20

System clock. (lOMHz)

0

System clock. (lOMHz)

-

Power supply.

Not used.

0

Lead signal output to digital meter (lC605), gate alley (lC606), master program ROM (lC607)

and master RAM (lC608, 609)

Upper rank byte light output to the digital meter (IC605), gate array (IC606), master RAM

0

(lC608,609).
Not used.

0

Operation mode select input. (Fixed

I

Operation mode select input. (Fixed "H" level)
Operation mode select input. (Fixed

-

AID

converter power supply. (+5V)

Reference voltage input to

I

Battery input terminal.

I

REPORT 2 input from digital input IC (lC90l).

FREQ

I

ERROR FLAG input from digital input IC (lC90l).

I

Padal switch 2 input terminal.
Padal switch 1 input terminal.

-

GND (AID converter)

I

Interrupt request signal input from LCD controller (lC6l0).

Conditional jump output to DSP (lC602).

0

Conditional jump output to DSP (lC604).

0

Address data output to gate alley (lC606).

0

Chip enable output to EEPROM (lC607).

0

-

GND
LCD data output.

0

LCD data output.

0

AID

"H" level)

"L" level)

converter.

0 LCD data output.
0 Clock change signal output.

LCD data output.

0
0 Latch output to

0/

A converter.

0 MIDI THRU/OUT change signal output.
0 Not used.

-

23-

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26-

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27-

DPS-V77

• SEMICONDUCTOR LOCATION

Ref. No.

0301

D302

0601
0602
0603

0604

0605

,

0606

Oea7

0801

0802

0803

,

0804

0805

DA06

0807
0608
0809
0810
0811

0812

0813
0901

D902

0903

090~

0905
0906
0907

0906
0909
0910
0911
0912

0913

0914
0915
0918
D917 K -

1Cl01 C
IC102
IC103 E
10104
10105

Location

H-3
H-4

8-12

D-5
C-B

C - B
C-B

C

-12

C-l1
F-IS

F-15

F - 15

F-15

1-16

1-

1-16

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H-13

1-13

H

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H

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G-13

F

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J -

J.­K -

J

~

J -

K ­J -

J -

K -

J -

J -

K ­J ­J -

-1

- 3

9

F

-,

F - 3

Ref. No.

IG106

IC107

IC:301 G - 11

IC302

IC303

IC304

IC305

IC308
IC307

lC4al

IC402-

IC403
IC404

37
36

36
36

35
35

35

35

34
34

36

36

35

35

34

,

lC5a!

IG502

lC503

IC504

IC601
IC602

IC603

IC604

IC005

lC606

IC607

IC606

IC609

IC610
IC611

IC612
IC613

IC614
IC615
IC801
IC802
IC803

IC804 J - 16
IC901
IC902
IC903
1C904

IC905
IC908
IC907
IC908
IC909

IC910
IC911
IC913
IC914

16

LocatIon Ref. No.

E-2
E-3

G

I-tO

H-2
,

H-4
G-5
F-5

E-5
0-6
B-7
F-B
E-B

0-'
B-7
J-4
J-5
J-B

,-

J-

H-l1

G-2

F

E
H
H

C-13
0-10

0-11
C-13

D-9
0-9

H-16

0-9
O-B

E-'
J-,

F-9
F
E
F - B
G-7

H-5
0-9
G-9

J - 3

-2

-10

6

21

-11

-11

-,

-,

0101

Ql02
0201

Q202

Q301

Q302

Q303

Q304

Q601

a602

Q603

Q604

0605

0806

Q607

0608

Q609

0610

Q611

Q612-

0613
0614

Q615

0616

0617

0818
0819
0620
0621
0622

0623
0624
0625
0626
0627

0628
0629
0630
Q901
Q902

0903
Q904
0905

Location

E-2
E-2
E-2
E-2

,

-4

,

-4

H-4
H-4
H-B
H-B

H-9

H-l0

H-l0

J-7
J-7

J·-7

J-,
J-,

J - B
J

-,

J - B

H-13
H

-13

0-13

D ~ 14

0-5
0-5
C-9
C 9

C--g

C-9
C - 9
C - 9

B - 13
B - 13

B

-14
B - 14
G

-10

F-'
F-'

G-B
F 7
G-,

5-2. PRINTED WIRING BOARDS

",,~,------,-~,,------,~,-~,----,--~,-----;,--~-,-----,c~--,-----c;.------,------.,------,~,,-------,--

2 3 4 5 6 7 8 9

A

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BOARDJ(COMPONENT~'='O:'~'

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Jr-------~----::-----~---r-~--------r

9

o 0

B

c

ooeo

000

o

E

F

G

H

000
0000

-~~-~

10

11

12

uJ

13

14

15

16

17

18

c--------{~r--------,

W901

®_'HL

19

I,oj

20

21

22

23

J

1~4

rl

UNg~~~TCED

~!

m

Ii]

24

".

rl

UNj~(~,:c:c

h

m

OJ

25

26

27

28

29

[ENCODER

BOA.RD

30

J

or

TRANSFORMER

31

32

33

34

35

36

37

o

o

-'

[ VOL

BOARD

1

[ill

SIDE)

RVj01

~-u

R\'10'

jOL"PVf]

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(CONDUCTOR

Note:

:

Through

o

: Pattern from the side

(The

Caution:

Pattern

face
(Conductor
Parts face
(Component

• Abbreviation
CND : Canadian
AUS

side.

: Australian

hole.

other

side:

Side)

side)

Parts
the pattern face

layers' patterns are

Parts
purls

which

on

the pattern face side seen

the

are

are

parts

Indicated.

on

fuoo

28

enables

not

indicated.

face

side

--

seeing.

indicated)

seen from

from

the

J

K

II

II

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BOARD]

00

(COMPONENT

SIDE)

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1 (COMPONENT

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a

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29

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-

30

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31

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1-,,,"-691-

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CD

IP.288MHz

2.0Vp-p IOMHz 5.24Vp-p

IC905<!j)

IC614@

32.768kHz

IC613

0.48Vp-p

<Z)

48.6MHz

IC914@

4,/2Vp_p

Note:

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50WV

or

less

are

not

indicated

except

for

tantalums.

• All resistors

specified.

•

1::.

·

rn±J

•

IB

• Voltage and waveforms
no-signal

are

in Q and

: internal component.

;

B+

Line

- I : B -

line

(detuned

) conditions,

Y4W

or

are

de with respect to ground under

electrolytics and

less unless otherwise

pF:

DPS-V77

I.J.

1.1

F

• Voltages are taken with a YOM

Voltage

variations may be noted

tolerances.

•

Waveforms

Voltage variations may be noted

tolerances.

• Circled numbers refer to waveforms.

are taken

with

(Input

impedance 10M

due

to normal production

a oscillo$l;:ope.

due

to normal production

Q).

5-3. SCHEMATIC DIAGRAM (1/2)

1 2

A

B

c

o

E

• Refer to page 43 for

345

Ie

Block Diagrams.

6

7 8 9

10

11

12 13

14

15

16

17

18

19

20

21

22

23

25

26 27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

OUTPUT

BALANCEil

F

G

H

J

I(

__

1..!.2.L......

INPUT

UNBALANCEil .

I

j I 04

OUTPUT

UNBIoLl<NCEil

I

L

M

N

o

p

~r;s~1

1!i15lTAL

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36-

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DPS-V77

5·4. SCHEMATIC DIAGRAM (2/2)

123

A

B

c~

MAlN

~UAR~

(1/2)

~

Note:

• All capacitors are in
50WV

or

less are not indicated except for electrolytics

tantalulTls.

• All resistors are

speCified.

Note:

The

components

fied by mark

ted line with mark
are critical
Replace
number

for

only

specified,

in

Q and WW

identi-

Lh

arda!-

,&

safety.

with part

1.1

F unless otherwise noted. pF:

or

less unless otherwise

Note:

Les

composa~ts

une

marque

pour

la securite.

Ne

les rempJacer

piece

portant

fie,

identifies

ffi

sont critiques

que

Ie

numero

par

!J !J

par

une

sped-

and

F

·

rn±J

: B+ LIne

·

EJ:8

• Voltage and waveforms

no-signal

•

Voltages

Voltage

tolerances.

• Waveforms are taken with a oscilloscope.
Voltage variations may be noted

tolerances.

• Circled

- Line

(delUned

are taken with a YOM

variations

numbers

) conditions.

may

be

reler

to

are

waveforms.

de with respect to ground under

(Input

due

due

impedance

to

to

noted

10M

normal

normal production

Q).

production

• Abbreviation

eND:

Canadian

AUS . Australian

43

MA

[N

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fl/21

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MAIN

BUARIJ

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c

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SN74HC153ANS

INPUTS

G

A

H

X X

L

L L
L

L
L

H

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H H

8

H

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Y

L

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C1
C2
C3

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SECTION 6

EXPLODED

VIEWS

NOTE:

• -XX,

• The construction parts

6-1. FRONT PANEL

-X

they may have some difference from the

original one.
part are indicated with a collation

number

mean standardized parts, so

of

an assembled

in

the remark column.

SECTION

• Items

• The mechanical parts with no reference

• Hardware (

marked"
they are seldom required for routine
service. Some delay should be
pated when ordering these items .

number
supplied.

and packing materials are given
last

of

this parts list.

* "are not stocked since

in

the exploded views are not

:;I:

mark) list and accessories

antici-

in

the

The components identified by

~

or

mark

~

Replace only with part number
specified.

Les composants identifies par une
marque
securite.
Ne les remplacer que par une
piece portant

dotted line with mark

are critical for safety.

it

sont critiques pour

Ie

numero specifie.

Ia

Ref.

1

2

3

4

5

6
7

8

9

10

*

11

No.

Part

4-973-987-01
4-973-995-02
4-973-986-01
4-961-104-01
4-973-988-01

4-973-991-01
4-969-961-01
4-973-985-01
4-973-989-01

X-4946-025-1

4-916-327-01

No.

Description
KNOB

(B)
STOPPER
KNOB
BOLT,
PLATE

PLATE,
EMBLEM
PANEL,
PLATE
BASE

SHEET,

(B)

(A)

HEXAGON

(A),

ORNAMENTAL

(NO.4),

FRONT

(B),

ASSY,

INSULATING

SOCKET

INDICATION

SONY

INDICATION

PANEL

Remark

-

48-

Ref.

No.

12

*

1"3

14

*

15
16

*

17

*

18

*

19

*

20

LCD501

Part

No.

4-973-990-01
1-656-691-11
4-951-620-01
4-916-305-01
4-916-342-32

1-656-692-11
1-656-693-11
4-916-320-11
4-907-980-01
1-810-771-11

Description
FILTER

LED

BOARD

SCREW

(2.6x8),

+BVTP
REINFORCEMENT
CASE

10

KEY

BOARD
ENCODER
PLATE,

BOARD

BOTTOM
FOOT
DISPLAY

PANEL,

LIQUID

Remark

CRYSTAL

6-2. CHASSIS SECTION

BB2

BB1

IC607

AEP. Australian model

,------,

I

~-)

~

1~'~581

~------1

I

..-1'-

.

'.

1,,' .

~

#5

.-

#5

~

#6

~~~

./

'-

--

~

I~-'

~

I~--'~I

L'.~

____

US.

Canadian model

#7

#1

#5

.

:~~~~~#1

',--/

~??'

:

/~~~~

>'

><S~

l7

••

.J7..u.~_

62

#1

t:::\

#3

~

5~

CNJ1

I

Ref.

51
52
53

*

54

A\55

56

*

57

A\58
A\58

59

*

60
61

*

62

*

63

*

64

*

65

*

66

*

67
68

*

BB1

*

BB2

No.

Part
4-941-142-01

4-941-136-01
4-922-921-21
1-656-694-11
1-762-363-11

1-537-770-21
4-875-327-01
1-551-812-11
1-590-910-11
1-533-293-11

A-4377-982-A
4-886-821-01
4-973-996-01
1-690-057-11
4-870-539-00

1-656-690-11
4-916-303-01
3-531-576-51
1-500-278-11

1-580-302-11
1-566-940-11

No.

Description
KNOB

(A)

KNOB

(B)

BUTTON

(POWER)

VOL

BOARD

SWITCH,

TERMINAL
HEAT
CORD,
CORD
FUSE

MAIN

SCREW, S TIGHT,

PANEL,
LEAD
PLATE,

PRIMARY

SHEET,

RIVET
FILTER,

BAR,
BUS

POWER

BOARD,

SINK

POWER

(US,Canadian)

SET,

POWER

HOLDER
BOARD,

COMPLETE

BACK

(WITH

CONNECTOR)

GROUND

BOARD

INSULATING

CLAMP

BUS

4P

BAR

6P

(POWER)

(FERRITE

GROUND

(AEP,Australian)

+PTTWH

3 X 6

(2

CORE)

CORE)

(US,Canadian)

Remark

The

components

mark

it

it

are
Replace
specified.

Ref.

*

BB3
A\CNJ1
A\F801

A\F801
A\F802

A\F802
A\F803
A\F803
A\F804
A\F804

IC607
ICS607

A\S2

A\T1
A\T1

or

dotted

critical

only

No.

identified

line

with

for

safety.

with

part

number

Part

No.

1-580-302-11
1-580-375-21
1-532-215-00

1-532-739-11
1-532-215-00

1-532-739-11
1-532-215-00
1-532-739-11
1-532-215-00
1-532-739-11

8-759-350-85
1-540-107-11
1-570-173-11

1-429-097-11
1-429-098-11

Les

by

mark

Description
BAR,

INLET

FUSE,
FUSE,
FUSE,

FUSE,
FUSE,
FUSE,
FUSE,
FUSE,

IC

TMS27C040-V77-E1
SOCKET,
SELECTOR,

TRANSFORMER,
TRANSFORMER,

composants
marque
securite.
Ne

les

piece

portant

BUS

4P

3P

(AC

IN~)

TIME-LAG
GLASS

TUBE

TIME-LAG

GLASS

TUBE
TIME-LAG
GLASS

TUBE
TIME-LAG

GLASS

TUBE

IC

32P

POWER

POWER
POWER

it

rem

(TO.8A

(TO.8A

(TO.

(TO.

identifies

sont

critiques

placer

que

Ie

numero

250V)

(AEP,Australian)

(0.8A

125V)

(US,Canadian)

250V)

(AEP,Australian)

(0.8A

125V)

(US,Canadian)

8A

250V)

(AEP,Australian)

(0.8A

125V)

(US,Canadian)

8A

250V)

(AEP,Australian)

(0.

8A

125V)

(US,Canadian)

VOLTAGE

(VOLTAGE
(US,Canadian)
(AEP,Australian)

par

une

pour

la

par

une

specifie.

Remark

SELECTOR)

-

49-

ELECTRICAL

110

KEVIIENCOOERIILEOIIMAINI

SECTION 7

PARTS LIST

NOTE:

• Due to standardization, replacements in
the parts list may be different from the
parts specified in the diagrams or the
components used on the set.

• -XX,

• RESISTORS

Ref.

*

-X
they may have some difference from
the original one.

All resistors are in ohms
METAL:
METAL
F : nonflammable

No.

mean standardized parts, so

Metal-film resistor

OXIDE:

Part

1-656-692-11

Metal oxide-film resistor

No.

Description

10

KEY

BOARD

************

<

DIODE>

D903-917

S904
S905
S906
S907
S908

8-719-016-74

1-762-400-11
1-762-400-11
1-762-400-11
1-762-400-11
1-762-400-11

DIODE

<

SWITCH

SWITCH
SWITCH
SWITCH
SWITCH
SWITCH

1SS352

>

(1)

(4)

(7)

(2)
(5)

• Items

marked"
they are seldom required for routine
service. Some delay should be antici­pated when ordering these items.

•

SEMICONDUCTORS

In

each case,

uA .... : /.l A .... , uP A .... : /.l PA .. ..

uPB .... : /.l PB .... , uPC .... : /.l

uPD .... : /.l PO ... .

• CAPACITORS

uF:

/.l F

• COILS

uH: /.l H

Remark

* "are not stocked since

u:

/.l , for

example:

PC

Ref.

No.

Part

S901

1-762-400-11

S902

1-762-400-11

... .

************************************************************

BA601

A-4377-982-A

1-537-770-21
1-533-293-11

1-550-414-21

*

No.

The components identified by

~

or

mark

dotted line with mark

.6 are critical for safety.

Replace only with part number
specified.

Les composants identifies par une
marque
securite.
Ne les remplacer que par une
piece portant

When indicating parts by refer­ence· number, please include the
board.

~.

sont critiques pour la

Ie

numero specifie.

Description

<

SWITCH

>

SWITCH

(BANK)

SWITCH

(BYPASS)

MAIN

BOARD,

COMPLETE

********************

TERMINAL
FUSE

<

HOLDER,

BOARD,

HOLDER

BATTERY

HOLDER

BATTERY

GROUND

>

Remark

1-762-400-11

S909
S910

1-762-400-11

S911

1-762-400-11

S912

1-762-400-11

S913

1-762-400-11

S914

1-762-400-11

S915

1-762-400-11
1-762-400-11

S916

1-762-400-11

S917
S918

1-762-400-11

************************************************************

1-656-693-11

S903

1-473-124-11

************************************************************

0901
0902
NDU901

1-656-691-11

8-719-053-62
8-719-053-62
8-719-018-45

*

SWITCH

(8)
(3)

SWITCH

(6)

SWITCH
SWITCH

(9)

( . )

SWITCH
SWITCH

(+/-)

SWITCH

(0)

SWITCH

(SAVE)

SWITCH

(SYSTEM)

SWITCH

(ENTER)

ENCODER

BOARD

*************

<

SWITCH>

ENCODER,

LED

ROTARY

BOARD

(-~~+)

*********

<

DIODE>

LED
LED
DIODE

SLA-5651-17
SLA-5651-17
SL1283

(CHI,
(CH2,

PRESET)
USER)

*

BB1

*

BB2

*

BB3

C101
C102
C103
C104
C107-111

Cl13

Cl14
C115
C117

Cl18

C201

C202

C203

C204

C207-211

C213

C214

<

1-580-302-11
1-566-940-11
1-580-302-11

BAR,
BUS
BAR,

<

1-126-851-11
1-126-851-11
1-163-251-11
1-163-251-11

1-126-049-11
1-163-038-91

1-163-038-91
1-136-153-00
1-126-049-11
1-126-049-11

1-126-851-11
1-126-851-11
1-163-251-11
1-163-251-11

1-126~049-11

1-163-038-91
1-163-038-91

ELECT
ELECT
CERAMIC
CERAMIC

ELECT
CERAMIC

CERAMIC
FILM
ELECT
ELECT

ELECT
ELECT
CERAMIC
CERAMIC

ELECT
CERAMIC

CERAMIC

BUS

BAR

>

BUS

4P

BAR

6P

BUS

4P

CAPACITOR

>

CHIP
CHIP

CHIP
CHIP

CHIP
CHIP

CHIP
CHIP

22uF
22uF

100PF
100PF

22uF

O.

luF

O.

luF

O.

01uF
22uF
22uF

22uF
22uF

100PF
100PF

22uF

O.

luF
O.

1uF

20%
20%
5%
5%

20%

5%
20%
20%

20%
20%
5%
5%

20%

35V
35V
50V
50V

25V
25V

25V
50V
25V
25V

35V
35V
50V
50V

25V
25V

25V

-

50-

Ref.

C21S
C217
C218
C301

C302

No.

Part
1-136-1S3-00

1-126-049-11
1-126-049-11
1-136-16S-00
1-136-169-00

No.

Description
FILM

ELECT
ELECT
FILM
FILM

O.

01uF
22uF
22uF
O.

1uF
O.

22uF

S%
20%
20%
S%
S%

Remark

SOV
2SV
2SV
SOV
SOV

Ref.

C402
C403
C408
C409
C412

No.

Part

1-163-2S1-11
1-163-2S1-11
1-110-339-11
1-110-339-11
1-130-47S-00

No.

Description
CERAMIC

CERAMIC
MYLAR
MYLAR
MYLAR

CHIP
CHIP

100PF

100PF
220PF
220PF
O.

0022uF

jMAINI

Remark

5%

SOV

S%

SOV

S%

SOV

S%

SOV

S%

SOV

C303

C304

C30S
C306
C310-313

C314
C31S
C316
C317
C318

C319
C320
C321
C322
C323

C324
C32S
C326-328

C329
C330

C331-333
C334

C335
C336
C337

C338
C339
C340
C341
C342

C343
C344
C34S
C346
C347

1-136-169-00
1-136-16S-00
1-124-443-00
1-124-443-00

1-163-038-91
1-126-012-11

1-126-012-11
1-163-038-91
1-163-038-91
1-124-472-11

1-124-472-11
1-136-16S-00
1-136-16S-00
1-124-472-11
1-126-049-11

1-163-038-91
1-126-049-11

1-163-038-91
1-124-472-11
1-124-443-00

1-163-038-91
1-124-472-11
1-163-038-91
1-163-038-91
1-124-443-00

1-163-038-91
1-163-038-91
1-124-472-11
1-124-478-11
1-163-038-91

1-124-443-00
1-124-478-11
1-163-038-91
1-124-443-00
1-163-239-11

FILM
FILM
ELECT
ELECT

CERAMIC
ELECT

ELECT
CERAMIC
CERAMIC
ELECT

ELECT
FILM
FILM
ELECT
ELECT

CERAMIC
ELECT

CERAMIC
ELECT
ELECT

CERAMIC
ELECT
CERAMIC
CERAMIC
ELECT

CERAMIC
CERAMIC
ELECT
ELECT
CERAMIC

ELECT
ELECT
CERAMIC
ELECT
CERAMIC

CHIP

CHIP
CHIP

CHIP

CHIP

CHIP
CHIP

CHIP

CHIP
CHIP

CHIP

CHIP
CHIP

O.

22uF

O.

1uF
100uF
100uF

O.

1uF

470uF
470uF
O.

1uF

O.

1uF

470uF
470uF

O.

1uF

O.

1uF

470uF
22uF

O.

1uF

22uF
O.

1uF
470uF
100uF

O.luF
470uF
O.

1uF
O.

1uF
lOOuF

O.luF
O.

1uF
470uF
100uF

O.

1uF
100uF

100uF
O.

1uF
100uF
33PF

S%
S%
20%
20%

20%
20%

20%
20%

S%
S%
20%
20%

20%

20%
20%

20%

20%

20%
20%

20%
20%

20%
S%

SOV
SOV

10V
10V

2SV

16V

16V
2SV
2SV

10V
10V

SOV
SOV
10V
2SV

2SV
2SV

2SV

10V

10V

2SV

10V
2SV
2SV

10V
2SV

25V

10V
25V
2SV

10V
2SV
2SV

10V
SOV

C413

1-130-471-00

C416

1-126-049-11

C417

1-126-049-11
1-126-024-11

C422
C423

1-126-024-11

C42S

1-126-049-11

C426

1-126-024-11
1-130-467-00

CS01
CS02

1-163-251-11
1-163-2S1-11

CS03

1-110-339-11

CS08

1-110-339-11

CS09

1-130-47S-00

CS12
CS13

1-130-471-00
1-126-049-11

CS16

1-126-049-11

CS17
CS22

1-126-024-11
1-126-024-11

CS23

1-126-049-11

CS2S

1-126-024-11

CS26

1-163-038-91

CS49

1-126-968-11

C5S0
C5S1

1-163-038-91

CS52

1-163-038-91

C601

1-126-961-11

C602-607

1-163-038-91
1-126-961-11

C608
C609 , 1-126-961-11
C610

1-163-038-91

C611

1-163-038-91

C612

1-126-961-11

C613-621

1-163-038-91

C623-627

1-163-038-91
1-124-907-11

C628
C629

1-163-038-91

MYLAR
ELECT
ELECT
ELECT
ELECT

ELECT
ELECT
MYLAR
CERAMIC
CERAMIC

MYLAR
MYLAR
MYLAR
MYLAR
ELECT

ELECT
ELECT
ELECT
ELECT
ELECT

CERAMIC
ELECT
CERAMIC
CERAMIC
ELECT

CERAMIC
ELECT
ELECT
CERAMIC
CERAMIC

ELECT
CERAMIC
CERAMIC

ELECT
CERAMIC

CHIP
CHIP

CHIP
CHIP

CHIP

CHIP

CHIP
CHIP

CHIP
CHIP
CHIP

O.OOluF
22uF
22uF
220uF
220uF

22uF
220uF

470PF
100PF
100PF

220PF
220PF
O.

0022uF

O.

001uF

22uF
22uF

220uF
220uF
22uF

220uF

O.

1uF

100uF

O.

1uF

O.

1uF

2.

2uF

O.

1uF

2.

2uF

2.

2uF

O.

1uF

O.

1uF

2.

2uF

O.

1uF

O.

1uF
10uF
O.

1uF

S%
20%
20%
20%
20%

20%
20%
S%
5%
S%

S%
S%
S%
S%
20%

20%
20%
20%
20%
20%

20%

20%

20%
20%

20%

20%

SOV
2SV
2SV
16V
16V

2SV
16V
SOV
SOV
SOV

SOV
SOV
SOV
SOV
2SV

2SV
16V
16V
25V
16V

2SV

6.

3V
2SV
2SV
SOV

2SV
SOV
SOV
2SV
2SV

SOV
2SV
2SV

SOV
25V

C348
C349
C350
C3S1
C3S2

C401

1-163-141-00
1-163-239-11
1-163-038-91
1-136-16S-00
1-124-443-00

1-130-467-00

CERAMIC
CERAMIC
CERAMIC
FILM
ELECT

MYLAR

CHIP
CHIP
CHIP

O.

001uF
33PF
O.

1uF

O.

1uF

100uF
470PF

S%
5%

S%
20%

S%

SOV
SOV

25V

SOV

10V

SOV

-51-

C630
C631
C632
C633
C634

C63S

1-124-907-11
1-163-038-91
1-124-907-11
1-126-968-11
1-126-961-11

1-163-038-91

ELECT
CERAMIC
ELECT
ELECT
ELECT

CERAMIC

CHIP

CHIP

10uF
O.

1uF
10uF
100uF

2.

2uF
O.

1uF

20%
20%

20%
20%

SOV
2SV
SOV

6.

3V

SOV
2SV

IMAINI

Ref.

No.

Part

No.

C636

1-163-239-11

C638

1-163-235-11
1-163-235-11

C639
C640

1-163-038-91

C641-643

1-164-232-11

C645-649

1-163-038-91
1-124-907-11

C650
C651

1-163-038-91

C652

1-163-038-91

C6!;>3

1-163-227-11

C654

1-163-227-11

C655-657

1-124-907-11
1-126-968-11

C658

1-128-549-11

C801
C802

1-128-549-11

C803-806

1-163-038-91
1-126-027-11

C807

1-126-027-11

C808
C809

1-126-946-11
1-163-038-91

C810
C811

1-163-038-91
1-124-999-11

C812

1-126-946-11

C813

C814

1-163-038-91
1-163-038-91

C815

C816

1-124-999-11
1-126-967-11

C817

1-124-477-11

C818

1-163-037-11

C819
C820

1-126-105-11

C821

1-126-105-11

C901

1-163-038-91

C902

1-163-038-91
1-163-251-11

C903
C904

1-163-251-11

Description

CERAMIC
CERAMIC

CERAMIC

CERAMIC
CERAMIC

CERAMIC
ELECT

CERAMIC

CERAMIC
CERAMIC

CERAMIC

ELECT
ELECT
ELECT
ELECT

CERAMIC
ELECT
ELECT
ELECT
CERAMIC

CERAMIC
ELECT
ELECT
CERAMIC
CERAMIC

ELECT
ELECT
ELECT
CERAMIC
ELECT

ELECT

CERAMIC
CERAMIC
CERAMIC

CERAMIC

CHIP
CHIP
CHIP
CHIP

CHIP

CHIP
CHIP

CHIP
CHIP

CHIP

CHIP

CHIP
CHIP

CHIP
CHIP

CHIP

CHIP
CHIP
CHIP
CHIP

33PF
22PF
22PF
O.

1uF

O.

01uF

O.

luF
10uF
O.

1uF

O.

1uF
10PF

10PF
10uF

100uF
3300uF
3300uF

O.

1uF
1000uF
1000uF
6800uF
O.

1uF
O.

1uF
2200uF
6800uF
O.

1uF

O.

1uF

2200uF
47uF
47uF
O.

022uF
1000uF

1000uF
O.

1uF

O.

1uF
100PF
100PF

5%
5%
5%

20%

O.

5PF

O.

5PF

20%
20%
20%
20%

20%
20%
20%

20%
20%

20%
20%
20%

10%

20%
20%

5%
5%

Remark

50V
50V
50V
25V

50V

25V
50V
25V
25V
50V

50V
50V

6.
35V
35V

25V
25V
25V
16V
25V

25V
10V
16V
25V
25V

10V
35V
25V
25V
35V

35V
25V
25V
50V
50V

3V

Ref.

No.

C915
C916
C918
C919
C920

C921
C922
C923
C924
C925

C926
C927
C929
C930
C931

C932
C933
C935
C1002

CNI01
CN103
CN601

*

CN602

*

CN603

*

CN604

*

CN605

*

CN606

*

CN801

*

CN901

D301
D302
D601-605

D606
D607

Part

No.

1-163-038-91
1-163-038-91
1-136-153-00
1-163-249-11

1-163-227-11

1-124-478-11
1-163-227-11
1-163-239-11

1-163-038-91

1-136-157-00
1-163-038-91

1-136-173-00
1-163-038-91
1-163-038-91
1-124-478-11

1-163-038-91
1-1'24-472-11
1-163-038-91
1-163-038-91

1-691-768-11
1-691-768-31
1-750-971-11
1-506-503-11
1-564-341-11

1-564-342-11
1-564-342-61
1-568-839-11
1-560-064-00
1-569-003-11

8-719-420-90
8-719-420-90

8-719-016-74
8-719-800-76
8-719-800-76

Description
CERAMIC

CERAMIC
FILM
CERAMIC
CERAMIC

ELECT
CERAMIC
CERAMIC
CERAMIC
FILM

CERAMIC
FILM
CERAMIC
CERAMIC
ELECT

CERAMIC
ELECT
CERAMIC
CERAMIC

<

PLUG
PLUG
CONNECTOR,
PIN,
PIN,

PIN,
PIN,

SOCKET,

PIN,
SOCKET,

<

DIODE
DIODE

DIODE
DIODE
DIODE

CHIP
CHIP

CHIP

CHIP

CHIP

CHIP

CHIP

CHIP

CHIP
CHIP

CHIP

CHIP
CHIP

CONNECTOR

DIODE>

>

(MICRO

CONNECTOR)

(MICRO

CONNECTOR)

DIN
CONNECTOR
CONNECTOR

CONNECTOR
CONNECTOR

CONNECTOR

CONNECTOR

CONNECTOR

MA8051-M
MA8051-M

lSS352
lSS226
lSS226

O.

luF

O.

luF

O.

01uF
82PF
10PF

100uF
10PF
33PF
O.

1uF
O.

022uF

O.

1uF
O.

47uF
O.

1uF
O.

1uF
100uF

O.luF
470uF
O.

1uF
O.

1uF

5P
9P
7P

8P
8P

23P

6P

8P

6P
6P

(MIDI)

(DIGITAL

5%
5%

O.

5PF

20%

O.

5PF

5%
5%

5%

20%

20%

I/O)

Remark

25V
25V
50V
50V
50V

25V
50V
50V
25V
50V

25V
50V
25V
25V
25V

25V

10V
25V
25V

C905
C906
C907
C908

C909
C910

C911

C912

C913

C914

1-163-038-91
1-163-038-91
1-126-049-11
1-136-161-00
1-163-038-91

1-126-049-11
1-163-038-91
1-163-038-91
1-163-235-11
1-163-235-11

CERAMIC

CERAMIC

ELECT
FILM
CERAMIC

ELECT
CERAMIC
CERAMIC
CERAMIC
CERAMIC

CHIP
CHIP

CHIP

CHIP
CHIP
CHIP
CHIP

O.

1uF

O.

1uF
22uF
O.

047uF
O.

1uF

22uF
O.

1uF

O.

1uF
22PF
22PF

20%
5%

20%

5%
5%

25V
25V
25V
50V
25V

25V
25V
25V
50V
50V

-

D801-808
D809

D810
D811-813

D901
D902

52-

8-719-200-02
8-719-210-33
8-719-210-33

8-719-016-74

8-719-016-74
8-719-928-03

DIODE
DIODE
DIODE

DIODE
DIODE

DIODE

10E2
EClODS2
EC10DS2

lSS352
lSS352

KV1260M

Ref.

No.

Part

No.

Description

Remark

Ref.

No.

Part

No.

Description

Remark

&F801
&F801
&F802
&F802
&F803

&F803
&F804
&F804

IClOI-I07
IC301

IC302
IC303
IC304

IC305
IC306
IC307
IC401-404

IC501-504

1-532-215-00
1-532-739-11
1-532-215-00
1-532-739-11
1-532-215-00

1-532-739-11
1-532-215-00
1-532-739-11

8-759-711-82
8-759-701-56
8-759-701-65

8-759-701-56
8-759-330-53

8-759-196-21
8-759-711-82
8-759-334-75

8-759-711-82
8-759-711-82

<

FUSE

>

FUSE,

TIME-LAG
GLASS

FUSE,

TIME-LAG

FUSE,
FUSE,

GLASS

FUSE,

TIME-LAG

FUSE,

GLASS

FUSE,

TIME-LAG

FUSE,

GLASS

<

IC

>

NJM4580E

IC

NJM78M05FA

IC

NJM79M05FA

IC
IC

NJM78M05FA
CXD8493M-El

IC
IC

CXD8482Q

IC

NJM4580E

IC

CXD8505Q

IC

NJM4580E

IC

NJM4580E

(TO.

TUBE

(TO.

TUBE

(TO.

TUBE

(TO.

TUBE

8A

250V)

(AEP,Australian)

(0.

8A

125V)

8A

250V)

(AEP,Australian)

(0.8A

125V)

8A

250V)

(AEP,Australian)

(0.8A

125V)

8A

250V)

(AEP,Australian)

(0.8A

125V)

(US,Canadian)

(US,Canadian)

(US,

Canadian)

(US,

Canadian)

IC804
IC901
IC902
IC903
IC904

IC905
IC906
IC907
IC908
IC909

IC9I0
IC911
IC913
IC914

ICS607

JI0l
JI02
JI03

JI04
J201

J202
J601

8-759-701-56
8-759-355-06
8-759-330-78
8-759-191-15

8-759-232-74
8-759-269-92

8-759-926-17
8-759-232-74
8-759-232-74
8-759-269-92

8-759-250-81
8-759:"062-66
8-759-031-84
8-759-269-92

1-540-107-11

1-568-006-11
1-568-005-11
1-580-041-11

1-750-973-11
1-568-006-11

1-568-005-11
1-750-973-11

IC

NJM78M05FA
CS8412-CS

IC

CS8402A-CS-E1

IC

IC

M66009FP

IC

TC74HC163AF

IC

SN74HCU04ANS-E20

IC

SN74HC153ANS

IC

TC74HC163AF

IC

TC74HC163AF

IC

SN74HCU04ANS-E20

IC

TC5081AP

IC

TC7S66F

IC

SC7S04F

IC

SN74HCU04ANS-E20

<

SOCKET

>

SOCKET,

<

CONNECTOR,
CONNECTOR,

JACK,
JACK

CONNECTOR,

CONNECTOR,
JACK

JACK

LARGE

(LARGE

(LARGE

>

IC

32P

XLR
XLR

(2

TYPE)

XLR

XLR

TYPE)

TYPE

3P

(INPUT,

TYPE

3P

(OUTPUT,

GANG)

(INPUT,

(2

GANG)

(OUTPUT,

TYPE

3P

(INPUT,

TYPE

3P

(OUTPUT,

(2

GANG)

BALANCED
BALANCED

BALANCED

BALANCED

(CHI»
(CHI»

UNBALANCED)

UNBALANCED)

(CH2»

(CH2»

(PEDAL)

1C601
1C602
IC603
IC604
IC605

IC606
IC607
IC608
IC609
IC610

IC611
IC612
IC613
IC6l4
IC615

IC801

IC802
IC803

8-759-283-51
8-752-362-00
8-759-283-51
8-752-362-00
8-759-995-09

8-759-188-95
8-759-350-85
8-752-337-79
8-752-337-79
8-759-188-96

8-759-336-84
8-759-637-07
8-759-188-93
8-759-283-49
8-759-269-44

8-759-982-36
8-759-701-70
8-759-701-56

IC

M5M44260ATP-7L

IC

CXD2707Q

IC

M5M44260ATP-7L

IC

CXD2707Q
MSM6338RS

IC
IC

CXD8481Q

IC

TMS27C040~V77-E1

CXK58257AM-10LL-T6

IC

CXK58257AM-I0LL-T6

IC
IC

SED1335FOB
LC3564SM-I0-TRM

IC
IC

M62021FP-600C
NJU6355EM-Tl

IC

HD6413002F10

IC
IC

SN74HC151ANS-E20
RC78M15FA

IC

NJM79M15FA

IC
IC

NJM78M05FA

<

COIL

L301

1-410-369-11

L302

1-410-377-31

L601-615

1-410-377-31

L617-620

1-414-235-11

L621

1-410-377-31

L901-908

1-410-377-31

L909

1-410-397-21

L910

1-410-377-31

L911

1-426-850-11

L912-915

1-236-129-11

INDUCTOR
INDUCTOR

INDUCTOR
INDUCTOR,

INDUCTOR

INDUCTOR
FERRITE
INDUCTOR
COIL

ENCAPSULATED

<

PC601

8-749-924-62

The components identified by

Lh

mark

Lh

Replace only with part number
specified.

or dotted line with mark

are critical for safety.

PHOTO

>

CHIP

luH

CHIP

4.7uH

CHIP

4.7uH

FERRITE

CHIP

CHIP

BEAD

CHIP

(RF)

PHOTO

COUPLER

COUPLER

Les composants identifies par une
marque

securite.
Ne les remplacer que par une
piece portant

BEAD

4.7uH

4.7uH

INDUCTOR

4.7uH

COMPONENT

>

PC410

Lt

sont critiques pour la

Ie

numero specifie.

-

53-

IMAINI

Ref.

No.

Part

No.

QI0l

8-729-422-29

QI02

8-729-422-29

Q201

8-729-422-29

Q202

8-729-422-29

Q301

8-729-205-38

Q302

8-729-808-01

Q303

8-729-205-38

Q304

8-729-808-01

Q601-605

8-729-805-65

Q606-614

8-729-805-41

Q615

8-729-120-28

Q616

8-729-422-29

Q617

8-729-422-29

Q618

8-729-805-41

Q619

8-729-805-65

Q620

8-729-805-41

Q621

8-729-805-65

Q622

8-729-805-41

Q623

8-729-805-65

Q624

8-729-805-41

Q625

8-729-805-65
8-729-422-29

Q626
Q627

8-729-805-65

Q628

8-729-120-28

Q629

8-729-120-28

Q630

8-729-805-65

Q901-903

8-729-120-28

Q904

8-729-232-07

Q905

8-729-232-07

R101

1-260-016-11

R102

1-260-016-11

R103-106

1-260-012-11

R107

1-259-999-11
1-260-016-11

RI08

RI09

1-260-016-11

1-260-002-11

RllO
Rlll

1-260-020-11

Rll2

1-260-020-11

Rll3

1-260-008-11

Rll4

1-260-008-11

R1l5

1-260-004-11

Rll6

1-260-008-11

Description

<

TRANSISTOR

TRANSISTOR
TRANSISTOR
TRANSISTOR
TRANSISTOR
TRANSISTOR

TRANSISTOR
TRANSISTOR
TRANSISTOR

TRANSISTOR
TRANSISTOR
TRANSISTOR

TRANSISTOR
TRANSISTOR
TRANSISTOR
TRANSISTOR

TRANSISTOR
TRANSISTOR
TRANSISTOR
TRANSISTOR
TRANSISTOR

TRANSISTOR
TRANSISTOR
TRANSISTOR
TRANSISTOR
TRANSISTOR

TRANSISTOR
TRANSISTOR

TRANSISTOR
TRANSISTOR

<

RESISTOR

CARBON
CARBON

CARBON
CARBON
CARBON

CARBON
CARBON
CARBON
CARBON
CARBON

CARBON
CARBON
CARBON

>

MELF
MELF

MELF
MELF
MELF

MELF
MELF
MELF

MELF

MELF
MELF

MELF
MELF

>

2SD601A-S
2SD601A-S
2SD601A-S
2SD601A-S
2SK208-Y

2SD1622-S
2SK208-Y
2SD1622-S

2SA1344
2SC3398
2SCl623-L5L6

2SD601A-S
2SD601A-S
2SC3398
2SA1344

2SC3398
2SA1344
2SC3398
2SA1344
2SC3398

2SA1344
2SD601A-S
2SA1344
2SCl623-L5L6
2SCl623-L5L6

2SA1344
2SC1623-L5L6

2SK302-Y
2SK302-Y

47K

2%

47K

2%

22K

2%

2.

2K

2%

47K

2%

47K

2%

3.

3K

2%

lOOK

2%

lOOK

2%

10K

2%

10K

2%

4.

7K

2%

10K

2%

Remark

1/8W
1/8W

1/8W
1/8W
1/8W

1/8W
1/8W
1/8W
1/8W
1/8W

1/8W

1/8W
1/8W

Ref.

No.

R1l7
Rll8
R1l9
R120
R121-123

R124
R125
R126
R127
R128

R129
R201
R202
R203-206

R207
R208

R209
R210
R2ll
R212

R213
R214
R215
R216
R217

R218
R219
R220
R221-223

R224
R225

R226
R227
R228
R229

R301
R302
R303
R305-3ll

R314
R315

R316
R317
R318
R319

Part

No.

1-260-008-11
1-260-004-11
1-259-979-11
1-259-979-11

1-259-991-11
1-216-057-00

1-216-057-00
1-260-004-11
1-260-004-11
1-260-016-11

1-260-020-11
1-260-016-11
1-260-016-11

1-260-012-11
1-259-999-11

1-260-016-11
1-260-016-11
1-260-002-11
1-260-020-11
1-260-020-11

1-260-008-11
1-260-008-11
1-260-004-11
1-260-008-11
1-260-008-11

1-260-004-11
1-259-979-11
1-259-979-11

1-259-991-11
1-216-057-00

1-216-057-00
1-260-004-11
1-260-004-11
1-260-016-11
1-260-020-11

1-216-049-91
1-216-025-91
1-216-013-00

1-216-041-00
1-216-033-00,

1-216-025-91
1-216-025-91
1-216-033-00
1-216-025-91
1-216-025-91

Description
CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

METAL

CHIP

METAL

CHIP

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

METAL

CHIP

METAL

CHIP

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

METAL

GLAZE

METAL

GLAZE

METAL

CHIP

METAL

CHIP

METAL

CHIP

METAL

GLAZE

METAL

GLAZE

METAL

CHIP

METAL

GLAZE

METAL

GLAZE

10K

4.

7K
47
47

470

2.

2K

2.

2K

4.

7K

4.

7K
47K

lOOK
47K
47K

22K

2.

2K

47K
47K

3.

3K
lOOK
lOOK

10K
10K

4.

7K
10K
10K

4.

7K

47
47

470

2.

2K

2.

2K

4.

7K

4.

7K

47K

lOOK
lK

100

33
470

220

100
100

220
100
100

2%
2%
2%
2%

2%
5%

5%
2%
2%
2%

2%
2%
2%

2%
2%

2%
2%
2%
2%
2%

2%
2%
2%
2%
2%

2%
2%
2%

2%
5%

5%
2%
2%
2%
2%

5%
5%
5%

5%
5%

5%
5%
5%
5%
5%

Remark

1/8W
1/8W
1/8W
1/8W

1/8W
1/l0W

1/10W
1/8W
1/8W
1/8W

1/8W
1/8W
1/8W

1/8W
1/8W

1/8W
1/8W
1/8W
1/8W
1/8W

1/8W
1/8W
1/8W
1/8W
1/8W

1/8W
1/8W
1/8W

1/8W
1/10W

1/10W
1/8W
1/8W
1/8W
1/8W

1/10W
1/10W
1/10W

1/10W
1/10W

1/10W

1/10W
1/10W
1/10W
1/10W

-

54-

Ref.

No.

R320
R322-324

R325
R326
R327

R328
R329
R330
R401-404

R405
R406

R407
R408

R409-412
R414
R415

R416
R417
R418

R419

R420
R421
R422
R423
R424

R425

R426

R427

R428

R429
R430

R431
R432
R433
R434

R435
R436
R501-504

R505
R506

R507
R508
R509-512

R514
R515

Part

No.
1-216-017-91
1-216-041-00

1-216-017-91
1-216-017-91
1-216-041-00

1-216-017-91
1-216-017-91
1-216-121-91

1-249-427-11
1-260-004-11

1-260-004-11
1-260-012-11
1-260-012-11

1-259-999-11
1-259-999-11

1-259-999-11
1-216-254-00
1-260-008-11
1-260-008-11
1-260-004-11

1-260-008-11
1-260-008-11
1-260-004-11
1-260-028-11
1-260-028-11

1-259-991-11
1-259-991-11
1-259-983-11
1-259-983-11
1-260-008-11

1-260-008-11
1-260-016-11
1-260-002-11
1-260-028-11
1-259-991-11

1-259-983-11
1-260-020-11

1-249-427-11
1-260-004-11
1-260-004-11

1-260-012-11
1-260-012-11

1-259-999-11
1-259-999-11
1-259-999-11

Description
METAL

GLAZE

METAL

CHIP

METAL

GLAZE

METAL

GLAZE

METAL

CHIP

METAL

GLAZE

METAL

GLAZE

METAL

GLAZE

CARBON
CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON
CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

47
470

47
47

470
47

47
1M

6.

8K

4.

7K

4.

7K
22K
22K

2.

2K

2.

2K

2.

2K
220K
10K
10K

4.

7K
10K

10K

4.

7K
470K
470K

470
470
100
100
10K

10K
47K

3.

3K
470K
470

100
lOOK

6.

8K

4.

7K

4.

7K
22K

22K

2.

2K

2.

2K

2.

2K

5%
5%

5%
5%
5%

5%
5%
5%

5%
2%

2%
2%
2%

2%
2%

2%
2%
2%
2%
2%

2%
2%
2%
2%
2%

2%
2%
2%
2%
2%

2%
2%
2%
2%
2%

2%
2%

5%
2%
2%

2%
2%

2%
2%
2%

Remark
l/10W
1/10W

1/10W
l/10W
l/10W

l/10W
1/10W
l/10W

1/4W
1/8W

1/8W
1/8W
1/8W

1/8W
1/8W

1/8W
1/8W

l/8W
1/8W

1/8W

l/8W
1/8W
1/8W
1/8W
l/8W

1/8W
1/8W
l/8W
l/8W
1/8W

1/8W
1/8W
1/8W
1/8W
1/8W

1/8W
1/8W

1/4W
1/8W
1/8W

1/8W
1/8W

1/8W
1/8W
1/8W

Ref.

No.

R516
R517

R518
R519
R520

R521
R522
R523
R524
R525

R526
R527
R528
R529
R530

R531
R532
R533
R534
R535

R536
R601
R602
R603
R604-610

R612-616
R617

R618
R619
R620

R621-633
R634

R635-637
R638

R639
R640-643
R644-646
R647

R648
R649

R650-653
R654

R655

Part

No.

1-216-254-00
1-260-008-11
1-260-008-11
1-260-004-11
1-260-008-11

1-260-008-11
1-260-004-11
1-260-028-11
1-260-028-11
1-259-991-11

1-259-991-11
1-259-983-11
1-259-983-11
1-260-008-11
1-260-008-11

-1-260-016-11
1-260-002-11
1-260-028-11
1-259-991-11
1-259-983-11

1-260-020-11
1-216-001-00
1-216-033-00
1-216-033-00

1-216-041-00

1-216-041-00
1-216-065-00
1-216-001-00
1-216-033-00
1-216-033-00

1-216-041-00
1-216-065-00

1-216-049-91
1-216-061-00
1-216-061-00

1-216-037-00
1-216-033-00

1-216-037-00
1-216-073-00
1-216-073-00

1-216-041-00
1-216-049-91
1-216-049-91

Description
CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

CARBON

MELF

METAL

CHIP

METAL

CHIP

METAL

CHIP

METAL

CHIP

METAL

CHIP

METAL

CHIP

METAL

CHIP

METAL

CHIP

METAL

CHIP

METAL

CHIP

METAL

CHIP

METAL

GLAZE

METAL

CHIP

METAL

CHIP

METAL

CHIP

METAL

CHIP

METAL

CHIP

METAL

CHIP

METAL

CHIP

METAL

CHIP

METAL

GLAZE

METAL

GLAZE

220K
10K
10K

4.

7K

10K
10K

4.

7K
470K
470K
470

470
100
100
10K
10K

47K

3.

3K
470K
470
100

lOOK
10
220
220

470

470

4.

7K
10
220
220

470

4.

7K
1K

3.

3K

3.

3K

330
220

330
10K
10K

470
1K
1K

IMAINI

Remark

2%

l/8W

2%

l/8W

2%

1/8W

2%

1/8W

2%

1/8W

2%

l/8W

2%

l/8W

2%

1/8W

2%

1/8W

2%

l/8W

2%

1/8W

2%

l/8W

1/8W

2%
2%

1/8W

2%

1/8W

2%

1/8W

2%

l/8W

2%

1/8W

2%

1/8W

2%

l/8W

2%

1/8W
1/10W

5%

1/10W

5%
5%

1/10W
l/10W

5%

l/10W

5%

1/10W

5%

1/10W

5%

l/10W

5%

1/l0W

5%

5%

1/10W

5%

1/10W
1/10W

5%

1/10W

5%

1/10W

5%

1/10W

5%

1/10W

5%

1/10W

5%
5%

1/10W
1/10W

5%

1/10W

5%

1/10W

5%
5%

1/10W

-

55-

IMAINI

Ref.

No.

Part

No.

Description

Remark

Ref.

No.

Part

No.

Description

Remark

R656-682

&R683
&R684

R685-688
R689
R690

R691
R692
R693
R694

R695
R696
R697
R698
R699

R700
R701
R702
R703
R704

R705
R706
R707-709

R710
R711

R712
R713
R714
R720-723

R725
R726

R727
R728
R729
R730

1-216-041-00
1-219-212-11
1-219-212-11

1-216-041-00
1-216-073-00

1-216-017-91
1-216-073-00
1-216-073-00
1-216-089-91
1-216-073-00

1-216-089-91
1-216-073-00
1-216-097-91
1-216-097-91
1-216-121-91

1-216-061-00
1-216-073-00
1-216-065-00
1-216-073-00
1-216-073-00

1-216-065-00
1-216-073-00

1-216-033-00
1-216-049-91
1-216-089-91

1-216-073-00
1-216-089-91
1-216-073-00

1-216-041-00
1-216-073-00

1-216-089-91
1-216-097-91
1-216-121-91
1-216-073-00
1-216-073-00

METAL

CHIP
FUSIBLE
FUSIBLE

METAL

CHIP
METAL

CHIP
METAL

GLAZE
METAL

CHIP
METAL

CHIP
METAL

GLAZE
METAL

CHIP
METAL

GLAZE
METAL

CHIP
METAL

GLAZE
METAL

GLAZE
METAL

GLAZE
METAL

CHIP
METAL

CHIP
METAL

CHIP
METAL

CHIP
METAL

CHIP
METAL

CHIP
METAL

CHIP
METAL

CHIP
METAL

GLAZE

METAL

GLAZE

METAL

CHIP

METAL

GLAZE

METAL

CHIP

METAL

CHIP

METAL

CHIP
METAL

GLAZE
METAL

GLAZE
METAL

GLAZE
METAL

CHIP
METAL

CHIP

470
15
15

470
10K

47
10K
10K
47K
10K

47K
10K
lOOK
lOOK
1M

3.

3K

10K

4.

7K
10K
10K

4.

7K
10K

220
lK
47K

10K
47K
10K

470
10K

47K
lOOK
1M
10K
10K

5%
5%
5%

5%
5%

5%
5%
5%
5%
5%

5%
5%
5%
5%
5%

5%

5%

5%

5%

5%

5%

5%

5%

5%

5%

5%

5%

5%

5%

5%
5%

5%
5%
5%
5%

1/10W
1/8W
1/8W

1/10W
1/10W

1/10W
1/10W
1/10W
1/10W
1/10W

1/10W
1/10W
1/l0W
1/10W
1/10W

1/10W
1/10W
1/10W
1/10W
1/10W

1/10W
1/10W

1/l0W
1/10W
1/10W

1/10W
1/10W
1/10W

1/10W
1/10W

1/10W
1/10W
1/10W
1/10W
1/10W

R906

1-216-017-91

R907
F
F

1-216-033-00

R908

1-216-033-00

R909

1-216-049-91

R915

1-216~033-00

R916

1-216-041-00

R917

1-216-049-91

R918

1-216-017-91

R919

1-216-017-91

R920

1-216-041-00

R921

1-216-049-91

R922

1-216-017-91

R923-925

1-216-041-00

R926

1-216-033-00

R927

1-216-049-91

R928

1-216-121-91

R929

1-216-057-00

R931

1-216-017-91

R932

1-216-017-91
1-216-049-91

R933

R934

1-216-097-91

R935

1-216-097-91

R936

1-216-073-00

R937

1-216-073-00

R938

1-216-097-91

R939-941

1-216-049-91

R942

1-216-121-91

R943

1-216-057-00

R944

1-216-049-91

R945

1-216-017-91

R946

1-216-065-00

R947

1-216-061-00

R948

1-216-033-00

R950

1-216-017-91

R1004

1-216-041-00

METAL

GLAZE

METAL

CHIP

METAL

CHIP

METAL

GLAZE

METAL

CHIP

METAL

CHIP

METAL

GLAZE

METAL

GLAZE

METAL

GLAZE

METAL

CHIP

METAL

GLAZE

METAL

GLAZE

METAL

CHIP

METAL

CHIP

METAL

GLAZE

METAL

GLAZE

METAL

CHIP

METAL

GLAZE

METAL

GLAZE

METAL

GLAZE

METAL

GLAZE

METAL

GLAZE

METAL

CHIP

METAL

CHIP

METAL

GLAZE

METAL

GLAZE

METAL

GLAZE

METAL

CHIP

METAL

GLAZE

METAL

GLAZE

METAL

CHIP

METAL

CHIP

METAL

CHIP

METAL

GLAZE

METAL

CHIP

<

RELAY

>

47
220
220
1K
220

470

1K
47
47
470

1K

4.7
470

220

1K

1M

2.

2K

47
47

1K

lOOK

lOOK

10K

10K

lOOK

1K

1M

2.

2K
1K
47

4.

7K

3.

3K

220
47
470

5%
5%
5%
5%
5%

5%
5%
5%
5%
5%

5%
5%

5%
5%
5%

5%
5%
5%
5%
5%

5%
5%
5%
5%
5%

5%
5%
5%
5%
5%

5%
5%
5%
5%
5%

1/10W
1/10W
1/10W
1/l0W
1/10W

1/l0W
1/10W

1/10W
1/10W
1/10W

1/10W

1/10W
1/10W

1/10W

1/10W

1/10W

1/10W
1/10W
1/10W
1/10W

1/10W
1/10W

1/l0W

1/10W
1/10W

1/10W
1/10W
1/10W
1/10W
1/10W

1/10W
1/10W
1/10W
1/10W
1/10W

R801

1-216-037-00

R802

1-216-029-00

R803

1-216-105-91

R804

1-216-089-91

R805

1-216-089-91

R806

1-216-073-00

R807

1-216-057-00

R808

1-216-025-91

R901-904

1-216-033-00

R905

1-216-017-91

METAL

CHIP

METAL

CHIP

METAL

GLAZE

METAL

GLAZE

METAL

GLAZE

METAL

CHIP

METAL

CHIP

METAL

GLAZE

METAL

CHIP

METAL

GLAZE

330
150
220K
47K
47K

10K

2.

2K

100
220

47

5%
5%
5%
5%
5%

5%
5%
5%

5%
5%

1/10W
1/10W
1/10W
1/10W
1/10W

1/10W
1/10W
1/10W

1/10W
1/10W

RY601-604

1-755-061-11

S101

1-762-175-11

S102

1-762-175-11

T901

1-423-800-11

T902

1-423-800-11

The components identified

mark

£ or dotted line

£

are

Replace

specified.

-

critical

56-

only

with

for

safety.

part number

with

RELAY

<

SWITCH

>

SWITCH,
SWITCH,

<

TRANSFORMER,
TRANSFORMER,

mark

SLIDE
SLIDE

TRANSFORMER

PULSE
PULSE

by

Les

composants identifies par

marque £ sont

securite.

Ne

les

piece portant

(LEVEL
(LEVEL

>

remplacer

Ie

numero

dB)
dB)

critiques pour

que

par

specifie.

une

la

une

IMAINllpRIMARVllvOLI

Ref.

No.

Part

X301
X601
X603
X901

No.

1-760-032-11
1-579-358-11
1-567-098-41
1-567-908-11

Description

<

VIBRATOR

VIBRATOR,
VIBLATOR,
VIBRATOR,
VIBRATOR,

CRYSTAL
CRYSTAL
CRYSTAL
CRYSTAL

>

(48.6MHZ)
(10MHZ)
(32.

768KHZ)

(12.

288MHZ)

************************************************************

*

1-656-690-11

PRIMARY

BOARD

*************

<

itC1
itC2
itC3
itC4

itC5

itC6

CN1

*

CN2

1-161-744-51
1-161-742-00
1-161-742-00
1-161-742-00

1-161-742-00

1-161-742-00

1-580-629-11
1-564-687-11

CAPACITOR

CERAMIC
CERAMIC
CERAMIC
CERAMIC

CERAMIC

CERAMIC

<

CONNECTOR

PIN,
PIN,

>

O.
O.
O.
O.

0.0022uF

O.

>

CONNECTOR
CONNECTOR

2P
3P

01uF
0022uF
0022uF
0022uF

0022uF

Remark

20%
20%
20%

(US,Canadian)

20%

(AEP,

Austra1ian)

20%

(AEP,

Australian)

400V
400V
400V
400V

400V

400V

Ref.

No.

it55

56

it58
it58

59

*

63
68

itCNJ1
itF801

itF801

itF802
itF802
itF803
itF803
itF804

Part

No.

1-762-363-11
1-537-770-21
1-551-812-11
1-590-910-11
1-533-293-11

1-690-057-11
1-500-278-11

1-580-375-21
1-532-215-00

1-532-739-11

1-532-215-00
1-532-739-11
1-532-215-00
1-532-739-11
1-532-215-00

Description
MISCELLANEOUS

*************

SWITCH,
TERMINAL

CORD,
CORD
FUSE

LEAD
FILTER,

INLET
FUSE,

FUSE,

FUSE,
FUSE,
FUSE,
FUSE,
FUSE,

POWER

BOARD,

POWER

(US,Canadian)

SET,

POWER

HOLDER

(WITH

CONNECTOR)

CLAMP

3P

(AC

IN"")

TIME-LAG
GLASS

TUBE

TIME-LAG
GLASS

TUBE

TIME-LAG
GLASS

TUBE

TIME-LAG

(POWER)

GROUND

(AEP,Australian)

(2

(FERRITE

(TO.

(TO.8A

(TO.8A

(TO.8A

CORE)

CORE)

8A

250V)

(AEP,Australian)

(0.8A

125V)

250V)

(AEP,Australian)

(0.8A

125V)

250V)

(AEP,Australian)

(0.8A

125V)

250V)

(AEP,Australian)

Remark

(US,Canadian)

(US,Canadian)

(US,Canadian)

(US,Canadian)

<

LINE

FILTER

>

itLF1

itS1
itS2

1-421-915-11

1-762-363-11
1-570-173-11

COIL,

LINE

<

SWITCH

>

SWITCH,
SELECTOR,

POWER

POWER

FILTER

(POWER)

VOLTAGE

(VOLTAGE

SELECTOR)

************************************************************

*

1-656-694-11

VOL

BOARD

*********

<

*

CN102

*

CN104

RV101
RVI02

1-564-522-11
1-564-521-11

1-241-170-11
1-237-306-11

CONNECTOR

PLUG,
PLUG,

<

VARIABLE

RES,
RES,

>

CONNECTOR
CONNECTOR

VAR,
VAR,

7P
6P

RESISTOR

CARBON
CARBON

>

20K/20K
10K/10K

(INPUT)
(OUTPUT)

itF804

itTl
itT!

LCD501

1-532-739-11
1-810-771-11

1-429-097-11
1-429-098-11

FUSE,
DISPLAY

TRANSFORMER,
TRANSFORMER,

************************************************************

ACCESSORIES & PACKING

*******************************

*
*
*

1-551-812-11
1-590-910-11

3-703-450-01
3-798-760-11
3-798-784-11

3-798-785-11
4-941-101-01
4-941-102-01
4-950-766-01

CORD,
CORD

INSTRUCTION
MANUAL,
GUIDE
LIST,

CUSHION
CUSHION
LABEL,

************************************************************

************************************************************

GLASS

TUBE'

(0.

8A

125V)

(US,

PANEL,

LIQUID
POWER
POWER

MATERIALS

POWER

(US,Canadian)

SET,

POWER

(ENGLISH/FRENCH)

INSTRUCTION

(ENGLISH,FRENCH,DANISH)

PRESET

MEMORY

(L)
(R)

FCC

DIGITAL

CRYSTAL
(US,Canadian)
(AEP,

(AEP,Australian)

(ENGLISH,FRENCH,DANISH)

DEVICE

Canadian)

Australian)

(US,Canadian)

(US,Canadian)

The

components identified by

mark

.6

or

.6

Replace only with part number
specified.

-

57-

dotted line with mark

are critical for safety.

Les composants identifies par une
marque
securite.
Ne les rem placer que par une
piece portant

£ sont critiques pour la

Ie

numero specifie.

DPS-V77

Ref.

No.

#1
#2
#3
#4
#5

#6
#7
#8
#9

Part

No.

7-682-547-09
7-682-247-09
7 -682-548-09
7-621-255-35
7-621-284-10

7-621-771-06
7-621-849-00
7-682-661-01
7 -685-646-79

Description

********************

HARDWARE LIST

********************

SCREW

+BV

3 x

+K

3x6

+BVTT

3 x 8

+P

2x5

+P

2.6x5

LOCK
TAPPING

+PS

4x8

+BVTP

3 x 8

6, S TIGHT

(S)

TYPE2

N-S

SCREW
SCREW
SCREW
SCREW

SCREW,
SCREW,
SCREW
SCREW

Remark

9-960-369-11

Sony

Consumer A&V Products Company

Home A&V Products Div.

Corporation

-

58-

English

9510210-1

Printed in Japan

Published by Home A&V Products Div.

Quality Engineering Dept.

©1995.9

DPS-V77

SONY.

SERVICE

~

:

indicates

Page

Ref.

corrected

No.

MANUAL

Correct

portion.

INCORRECT

Part

No.

Description

CORRECTION-1

your

Subject:

service

CORRECTION OF PARTS LIST

manual

as

Part

shown

(RPC-97001)

No.

below.

Description

US Model

Canadian Model

AEPModel

Australian Model

CORRECT

57

X901

1-567-908-11

VIBRATOR,

CRYSTAL

(12.288MHz)

1-567

~

-907

-11

VIBRATOR,

CRYSTAL

(12.288MHz)

9-960-369-91

Sony Corporation

Home A&V Products Company

98A1610-1D

in

Published by General Engineering Dept.

Printed

Japan © 1998.1

(Shibaura)