Revox Broadcast 16 Operation And Service Instructions Manual

Mixing

Console

Broadcast

1

Bedienungs-

Operation

and

und

Serviceanleitung

Service

instructions

R^OX

Behandlung von

MOS-Bauteilen

besonders

MOS-Bausteine

elektrostatische

sind

Ladungen.

beachten:

-

Elektrostatisch

empfindliche

Schutzverpakungen

-

Jeder

elektrostatisch

dingt

zu

-

Anschlusse

Kontakt der

vermeiden.

Elementanschlusse

aufladbaren

durfen nur beriihrt

Handgelenk geerdet ist.

-

-

Arbeitsunterlage ist eine

Als

Matte zu

Printkarten nicht unter

verwenden.

Oder einstecken.

Handling MOS

components are extremely

MOS

charges. Please

regulations:

-

Components

and shipped in

package

-

Avoid any

components

observe therefore the

sensitive to static

protective packaging.

will find the

you

contact of

packages and foil made

package

-

Don't touch

grounded with

-

Use a

sensitive

-

Never

material.

the connector

grounded

components.

plug or

unplug PCB's

a conducting

conducting

components when the set is

empfindlich

Folgendes

Bauteile

gelagert und

Materialen

werden,

geerdete,

Spannung

sensitive to

symbol

connector

similar

of

if your

pins

wristlet.

mat

containing

switched on.

daher

ist

warden in

transportiert.

mit

ist unbe-

wenn

leitende

herausziehen

following

charges

are stored

On the

shown

pins with

chargeable

wrist

working

when

sensitive

auf

zu

das

static

above.

foam

is not

with

D1

MIXING

CONSOLE

BROADCAST

MB16

REVOX

MB16

Order

No.

R^l/bx'

1S003

Operating

Deutsch

Allgemeine

1 .

Bedienungselemente,

2.

Spezifikationen

3.

Abgleich

4.

English

General

1 .

Operating

2.

Specifications

3.

Alignments

4.

Schematic

5.

service

and

Hinweise

information

elements,

diagrams,

instructions

Funktionen,

functions,

connectors

pcbs,

Anschlusse

parts

R^^/bx°

Inhalt

MB16

D2

Allgemeine

1 .

Bedienungselemente,

2.

(nach

2.1 INPUT

2.2 INPUT UNIT

2.3

2.4 MASTER

2.5 CONTROL

2.6

2.7

2.8 POWER

2.9

3. Spezifil«tionen

3.1 Baugmppen

3.2

3.3

3.4 Technische

3.5

4. Abgleich

Hinweise

Baugrupper>

INPUT

STUDIO UNIT

METER

INTERFACES

Allgemeines zur MB16

Ausbaubarkeit und

Abmessungen

geordnet)

UNIT MIC

LINE

TELEPHONE

UNIT

UNIT

ROOM

PANEL

SUPPLY

Daten

Funktionen,

UNIT

UNIT

Konstruklion

Optionen

D3

AnschlQsse D4

D5
D7
D8

DIO

D1

D13
D15
D17
D17

D18

D18

D19
D19

D20

D21

D22

Votbereitungen

4.1

Messgerate

4.2

4.3 Allgemeines zum

4.4 Entmagnetisieren der

Summen-Einheit

4.5

Spannungseinsteliung

4.5.1

Summenklirrfaktor

4.5.2

Eingangseinheiten

4.6

Eingangspegel

4.6.1

Eingangsklirr

4.6.2

Eingangspegel

4.6.3

Eingangsklirr

4.6.4

Eingangspegel

4.6.5

Eingangsklirr

4.6.6

Anzeige-Einheit

4.7

Aussteuerungsanzeige

4.8

Aussteuerungsanzeige

4.9

5. Schematic diagrams,

Abgleich

Mikrofon-Eingangsubertrager

Flachbahnregler

Master

Monitor

pcbs, parts

1 .775.860

1.775.800..

INPUT 1.775.800/1.775.810

LINE

INPUT 1 .775.800 / 1

LINE

TELEPHONE 1.775.820

TELEPHONE 1.775.820

INPUT 1.775.830/1.775.840

MIC

MIC INPUT

1.775.830/1.775.840

.1.775.840

.775.81

D22
D22

D23
D23
D25
D25

D25

D25
D25
D25
D26
D26
D26
D26

D27
D27

D27

D3

MB16

R^OX

1. Allgemeine

Lokalisierung

die

Ihnen

Um

Bedienungselementen

Anieitung

enthalt

tern,

Obersichtszeichnungen

mit

Dort Sind

bezeichnet,

Beschreibung

finden.

Blockschaltbild

Ein

-listen

und

diese

die

unter

finden

Einheiten

dem Sie

mit Grafik

sowie

Sie im

Hinweise

von

AnschlOssen

und

eine

MB16.

des

jeweiligen

dem

mit

eine

dann

entsprechenden

der

Schema,

Kapitel

5.

erleich-

zu

ausklappbare

detaillierte

Seite

Kapitel

Einheit

Bestuckungsplane

Schema.

R^OX»

MB16

D4

Bedienungselemente,

2.

S

Q

n

n

n

Funktionen,

Anschliisse

D5

INPUT UNIT MIC

2.1

Bedienungselemente

MB16

R^UbX'

INPUT

-MIC

LINE-

o

0 dB

GAIN

:D-

HF

BALANCE

INPUT

gain

HF

LF

SELECTOR

Eingangswahlschalter

Hochpegeleingang

LINE:

Umschaltung

Die

STEREO

UNBAL

Jumpers JP1

Symmetrischer,

MIC:

Trittschallfilter

Das

JP2 auf den

zwischen

(asymmetrisch)

auf den

(Bass cut) kann intern

INPUT

warden.

Vorsicht: Es

quellen und

Eingangspegelregler

Pegels der

Skala

der

Kanal in Stellung

Stellung 0 dB

Hohenregler:

Beeinflussung

keine

Bassregler: ± 15

Beeinflussung

durfen nicht

Stereo-HiFi-Signalquellen

verschiedenen

kennzeichnet

LINE des

Fader

der

± 15dB

dB bei 20

Frequenzganges.

des

fur die

folgenden

MONO

BAL

erfoigt intern durch die

INPUT UNITS MIC 1

erdfreier

UNITs

mit Rast bei 0 dB

0 dB

INPUT

des

Mikrofoneingang.

.775.830/.840

MIC 1

gleichzeitig

Signalquellen.

Verstarkung

Eingangswahlschalters und

MASTER.

und

bei 20 kHz, in

Frequenzganges.

Mittelstellung

Hz, in

Eingange:

(symmetrisch) und

.775.830/.840.

durch die Jumper

aktiviert

Hochpegel-Signal-

angeschlossen

zur Anpassung

Die Eichmarke

den ganzen

uber

Mittelstellung

Rast keine

sein!

des

auf

Rast

-70

ON

PFL

INPUT 3

AUX

/

PAN

FADER

ON

PFL

BALANCE

AUX-Bus

Pegelregler

schalter,

gedruckl:

gezogen:

fur

After-Fader

Pre-Fader.

Panoramapotentiometer

lung des

Balanceregler

Kanalregler

Rote, rastende

Taste

unabhangig

Taste

des Faders.

der Kanal stumm;
Aufziehen

leuchtet

Die ON-Taste

brucke

Grune

Mono-Signals

fur

(Stereo)

Leuchttaste.

gedruckt:

nicht

von der

gedruckt:

Falls der

Faders

des

hell.

lasst

desaktivieren

rastende

Leuchttaste

Stereo-Signale.

mit Bereich

Stellung

Der

Fader

Lamps

die

sich

(PFL

(Mono)

mit

auf

Der

umschaltbar mit Zug-

,

Mittelrast

fur MIC,

den linken und

0 dB...-70 dB.

+^

Kanal wird stummgeschaltet,

des Faders (Lamps dunkel).

abhangig von der

ist

Kanal

unteren

am

leuchtet

der Audiokanal aktiv;

wird

durch Aufschneiden

Unit 1

.775.850,

Pre-Fader-Listening

fur

Anschlag steht, ist

schwach.

LINE (Vertei-

rechten Kanal).

Stellung

Durch das

die Lamps

einer Draht-

x W1 ...W8).

2

(Mono).

R^k/bx'

MB16

D6

2.1

SEND

INPUT

RETURN

INSERTS

UNIT

MIC

Anschlussfeld

INSERT

SEND

MIC

LINE

STEREO

MONO

RETURN

/

MONO

L /

Ausgang

Symmetrischer

Einschlaufen

Symmetrisch

Symmetrischer

R

Asymmetrischer

Stereo-HiFi-Quellen

Ein-/

Limiters.

eines

erdfreier

Hochpegeleingang

Mikrofoneingang

Hochpegeleingang

(Cinch).

mm

(6,3

(XLR-female)

(XLR-female).

fur den Anschluss

von

zum

Jack)

RESTART

STOP

WATCH

switches

Dip

MONITOR

CR

STUDIO

CUT

RESTART

WATCH

CUT

MONITOR

STOP

Programmierung

Sammelschiene

Drahtbrucke

die

Wird

durchgetrennt,

immer

Achtung!

Programmierung

akliv, auch

Ruckkopplungsgefahr.

Sammelschiene

Programmierung

Faders.

des

Stummschaltung

zur

aufgezogenem

bei

W1

ist der

so

gesetztem

bei

Stummschaltung

zur

aufgezogenem

bei

Starten

zum

(Speaker

im MB16

eingebaute

CR

der Stopuhr beim

Monitor-

der

Mikrofon-Fader.

Unit 1

.775.890)

Lautsprecher

monitor cut.

Studio-

der

Mikrofon-Fader.

Aufziehen

D7

MB16

R^UbX'

INPUT UNIT

2.2

LINE

-STEREO

MONO-

o

OOB

:;a;

HF

iD-

LF

BALANCE

LINE

Bedienungselemente

MODE

GAIN,

AUX,

FADER,

SELECTOR

HF,

PAN /

ON,

LF,

BALANCE,

PFL

Mono / Stereo-

MONO:

STEREO:

auf die

Siehe 2.1

Anschlussfeld

Stereosignale

Stereosignale

beiden

INPUT

LEFT

RIGHT

Umschalter:

werden auf

UNIT

geschaltet.

MIC.

Kanale

MONO umgeschaltet.

werden

Symmetrischer

gang

(XLR-female).

Symmetrischer

gang

(XLR-female).

links und rechts getrennt

fur das linke

das rechte

fur

Hochpegelein-

Stereo-Signal

Hochpegelein-

Stereo-Signal

_

...

n_

switches

-20

-30

—

-40

-BO

-70

ON

PFL

ON

BIIIIIIB

OFF

16 15 14 13

INPUT

RESTART

STOP

12

WATCH

11 10 0

Dip

RESTART

STOP WATCH

Siehe

2.1 Input Unit

MIC.

INPUT 13

R^^/bx^

MB16

D8

2.3

&

INPUT

OdB

GAIN

AUX

BALANCE

UNIT

TELEPHONE

Bedienungselemente

GAIN,

PAN /

FADER,

MF

Bedienungselemente

CALL

CR

HOLD

AUX,

BALANCE,

ON,

CUT

MON

PFL

INPUT

2.1

Siehe

Mittenregler: ±

Beeinflussung

keine

Meterpanel

dem

auf

Meldeleuchte

Kontakte

der

TELEPHONE

Funktionsanzeige

Mikrofones.

MONITOR

Beleuchtete

Telefon-Hybriden

nen

PHONE.

wird der N-1

gefuhrt.

Die Linie

MIC.

UNIT

bei 2

15 dB

Frequenzganges.

des

ankommendes

fur

(rot)

gefuhrt.

fur den

(24V)

Die

Lampe

Programmierung

CUT.

Rasttaste

Mix auf

zur

uberdie

Anrufers

des

die Buchse

in Mittelstellung

kHz,

elefongesprach.

T

sind

auf den

D-Stecker

Ansteuerung erfoigt

aufgezogenen

mit dem

Anwahl

Buchse

wird

Fader des DJ

switch CR

dip

extern

des

REMOTE TELE-

gehalten.

TO TEL HYB

Hast und

Die

REMOTE

von extern.

angeschlosse-

Gleichzeitig

male)

(XLR

Verbindung

CONFERENCE

10

+

0

-10

-20

-60

-70

ON

TALK

BACK

HYB 1

TEL

CALL

HOLD

CONFERENCE

Beleuchtete

Anrufer.

Konferenz

Beleuchtete

dem

abgesenkten

TEL HYB

2

CALL

HOLD

Anrufer.

Rasttaste

Mit TALK

einschaiten.

Rasttaste

Der

Monitorlautsprechern

CR MON

CUT

zur

BACK 1

zur

DJ hort

und 2

Verbindung des

Anrufer

den

der beiden

sich der DJ in die

kann

DJ-Mikrofons

in den urn 20 dB

Oder im

externen

mit

Kopfhorer.

PFL

INPUT 1

TALK BACK

TALK BACK

D9

MB16

R^Vbx'

2.3

INPUT

REMOTE

TELEPHONE

UNIT

TELEPHONE

Anschlussfeld

REMOTE

TELEPHONE

TEL HYB

TO TEL

HYB

Femsteuer-Kontakte

D-Type,

Symmetrischer

Symmetrischer

Summensignal

und

(N-1

female).

dem extern

Mix).

Hochpegeleingang (XLR-female).

Hochpegelausgang

(MASTER) wird der eigene Kanal

angeschlossenen Telefon-Hybrid

fur

Telefon-Hybrid 1 und

den

(XLR-male). Dem

(9-pol

2

subtrahiert

zugefuhrt

INPUT

N.C

N.C.

SELECTOR

076 5

OJMIC

4 3

switches

Dip

DJ MIC

SELECTOR Dip-Switch

Verbindung des Disk

zum Anwahlen

Jockeys mit den Anrufern 1 und

des DJ-Mikrofons fur die

2.

R^i/bX'

MB16

D10

MASTER

2.4

UNIT

Bedienungselemente

AIR

ON

RETURN

AUX

SEND

AUX

FADER

Beleuchtete,

gedruckter

Einfluss

aktiv.

aiie

mit

Taste

auf das

die

ist

TRANSMiTTER

Ausgange

die

auf

asymmetrischen

Pegeiregier

Pegeiregier

Summenregler

Wirkt nur

dB.

Anschlussfeld

des

des

bei

Rasttaste (rot).

des

Die

wird der

(trafoiess)

die

ausgeiost,

abgeschaitet;

LOGGiNG

TO

verriegelte

Stellung

Klappe

hat

Ausgangssignal.

Taste

(trafo)

Ausgang.

RETURN-Hiifseinganges

AUX-Bus

Summensignals

MASTER

nicht

(Stereo)

gedruckter

fur

mit

ON AIR

Bei

Faders keinen

Masterausgange

Ausgang

der Fader

wirkt jetzt

und

(Stereo).

(Mono).

Bereich +10 dB...-70

Taste.

sind

TO

den

-

MASTER

R

TRANSMITTER

TO

-

MASTER • L

R

LOGGING

TO

MASTER

TRANSMITTER

-

MASTER

LOGGING

AUX SEND

AUX

TO

TO

L / R

RETURN L

L

/ R

Symmetrisch

/ R

des

male).

Symmetrischer

Summensignals

Die

Jumpers

Unit 1 .775.860

Symmetrischer

AUS-Bus

Symmetrische

auf die

erdfreier

Summensignals

Ausgang

(XLR-male).

konnen mit

Pegel

auf

JP1 ,2

gesetzt werden.

Ausgang

(XLR-nrele).

Hilfseingange

linke und

rechte

Ausgang

(XLR-

den

dem

des

Master

des

Sum-

men-Sammelschiene

(XLR-female).

-

RETURN

AUX

R

-

MASTER

R

UNBALANCED

-

L

UNBALANCED

-

L

L / R

Asymmetrischer Ausgang

Summensignals

(Phono-Plug).

des

D11

MB16

R^k/bx'

CONTROL

2.5

Qair

O

OeXT2

O

O

o

O

D:

VOLUME

MONITOR

CR

o

DISPLAY

AUX

RETURN

AUX

SEND

MASTER

AUTO

PEL

MONO

ROOM

MONITOR

UNIT

Bedienungselemente

AIR,

AUX

EXT1,

RETURN,

EXT2,

AUX SEND,

MASTER

Gegenseitig

Durchschattung

'

AUTO

PFL

Monitor-Sammelschiene.

Drucktaste;

Sammelschiene

tet, sobald

gedruckt wird.

auslosende,

des

gedruckter

bei

automatisch

Leuchttaste

die

rastende Drucktasten zur

entsprechenden Signals auf die

Taste wird die Monitor-

auf den PFL-Bus umgeschal-

Eingangskanales

eines

PFL

VOLUME

MONITOR

CR

DISPLAY

MONO

Potentiometer

Monitor-Ausganges.

rastende

Nicht

Mono zur

Signales.

zur

Drucktaste

Kontrolle der

Pegeleinstellung

schaltet

Mono-Kompatibilitat eines Stereo-

des linken und

das Monitor-Display auf

rechten

:Q;

MIC

VOLUME

MIC

TALK BACK

STUDIO

o

AUX

O

iQ

VOLUME

DJ

PHONES

TALK

MIC

VOLUME

STUDIO

AUX

PHONES

DJ

VOLUME

PHONES

MIC

BACK

Empfindlichkeitsregler

die

Aufsprechen

Aufsprechen

Lautstarkeeinstellung

Stereo-Klinkenbuchse

auf

auf die

darunter eingebaute

das

fur

Studio-Sammelschiene.

Hilfs-Sammelschiene.

des Kopfhorers.

zum Anschluss eines

Mikrofon.

Kopfhorers.

MONITOR

CR

R^k/bx'

MB16

D12

CONTROL

2.5

r

-

CR MONITOR

R

R-EXT1

-L

ROOM

-

L

MONITOR

Anschlussfeld

MONITOR

CR

L / R

OUT

EXT

AIR,

EXT 2 L

1,

/

UNIT

Symmetrische

Ausgange

Sammelschiene

Lautstarkeregler

dem

bar.

Ausgange

Diese

MONITOR

CR

stummgeschaltet.

Symmetrische,

rechte

Monitor-Sammelschiene

CUT

der linken und rechten Abhor-

(XLR-male).

Der Ausgangspegel ist mil

VOLUME CR

werden durch

programmierte Signal

externe

Eingange auf die linke

MONITOR

das mit den

(XLR-female).

dip

einstell-

switches

und

R-EXT2-L

D13

MB16

R^^/bX'

STUDIO

2.6

O

MASTER

ID.

jca.

MONITOR

o

STUDIO

OFF

d:.

VOLUME

STUDIO MONITOR

MONITOR

UNIT

Bedienungselemente

MASTER /

CR

MONITOR

STUDIO

MONITOR

OFF

VOLUME

STUDIO

MONITOR

Rastende

bei gedruckter Taste

Sammelschiene

LED,

Studio-Monitor

der

Potentiometer zur

Studio-Ausganges.

Drucktaste;

leuchtet,

geschaltet.

wenn durch aufgezogenen

bei geldster Taste wird der Master,

CR Monitor zur

der

abgeschaltet wird.

Pegeleinstellung des

Studio-

Mikrofon-Fader

linken und

rechten

STUDIO

o

GUEST

PHONES

MONITOR

GUEST

VOLUME

PHONES

PHONES

Lautstarkeeinstellung

Stereo-Klinkenbuchse

des Kopfborers.

zum Anschluss

eines

Kopfhorers.

R^i/bx-

MB16

D14

2.6

STUDIO

UNIT

Anschlussfeld

STUDIO

MONITOR

L/R

STUDIO

PHONES

L/R

TALK

FROM

BACK

STUDIO

Symmetrische

StudioSammelschiene

mil dem

ist

MONITOR

Ausgange

Diese

switches

Signal

Symmetrische

StudioSammelschiene

werden

Symmetrischer,

Monitor.

im

OR

ist.

abgesenkte

stummgeschaltet.

Studio)

Monitor

Der linke

Ausgange

Lautstarkeregler

einstellbar.

werden

STUDIO

MONITOR

Ausgange

stummgeschaltet.

nicht

externer

externer,

Ein

OR

CR

das

falls

Monitor

Monitor

schaltet

Kanal,

linken

der

(XLR-male).

VOLUME

durch

CUT

linken und

der

pCLR-male).

Eingang

erdfreier

Back

Talk

MIC

DJ

der

Kanal

Signal

und

Der

das mit

programmierte

Diese

vom

Kontakt

Signal

Fader

das

erhalt

D-Type,

(9-pol

rechten

Ausgangspegel

STUDIO

den dip

rechten

Ausgange

Studio zum

(Talk Back

auf den

geschlossen

urn

Taste

rechten

20 dB

female).

OR

D15

MB16

R^^/bx«

2.7

MASTER

METER

PANEL

MONITOR

Bedienungs- und Anzeige-Elemente

PPM MASTER
PPM MONITOR

LED

Peak

LED

Peak Meter zur

Meter

zur

Anzeige des

Anzeige des

Master-Signales.

Monitor-Signales.

STOP

WATCH

AUTO RESTART

RESET

START STOP

COUNTDOWN

Drucktaste; bei Betatigung der

Taste

LED oberhalb der Taste auf, somit

Zeitmessung bei

wird.

Drucktaste, zur Ruckstellung der

Drucktaste zur Zeitnahme mit

Gestartet wird mit dem ersten

zweiten

wird die laufende Uhr wieder

Drucktaste;

erscheint

“00:00”,

sobald

ein Fader

Uhr

ELAPSED-TIME.

Tastendruck,

die

Zwischenzeit,

angezeigt.

bei Betatigung der Taste

LED oberhalb der Taste auf, mittels

wird die Count Down Zeit eingestellt

weiteres betatigen der Taste

Potentiometer zur einstellung der

gestartet.

leuchtet

startet die

auf

die rote

aufgezogen

“00:00”.

mit dem

und mit dem dritten

leuchtet

SET

und dutch

COUNT

die

rote

Potentiometer

ein

DOWN

Zeit.

R^i/bx'

MB16

D16

2.7

METER

PANEL

o

MASTER

Q.

am. MONITOR

D;

MONITOR

SPEAKER

Bedienungsdemente

MONITOR

MASTER

SPEAKER

/CR

MONITOR

VOLUME

Eingebauter

Abhoren

Sammelschiene.

Rastende

wird

Taste

druckter

Monitor

zum

Potentiometer

Lautstarkeeinstellung

Monitor-Lautsprechers.

Lautsprecher

Monitor-

der

Drucktaste;

Master, bei ge-

der

der

Taste

Speaker

zur

CR

zum

Master-

Oder

geloster

bei

Monitor

geschaltet.

des

D17

MB16

POWER

2.8

D

D

POWER 230V- POWER

AC

INTERFACES

2.9

\ 7

SUPPLY

UNIT

O

PHANTOM

POWER 48V

Anschlussfeld

FADER

INPUT

START

1-8

Bedienungselemente

OFF

POWER

ON /

V

(25-pol

..8

ON /

230 V-

POWER

OFF

D-Type,

POWER

AC

PHANTOM

48

Faderstart-Kontakle

ten 1

auf dem Anschlussfeld

Netzschalter.

Netzstecker dreipolig.

Rastende

Aktivierung

Drucktaste zur

der

Phantomspeisung aller

Mikrofoneingange fur Konden-

sator-Mikrofone.

(Umschalter) der

female).

Eingangs-Einhei-

\ 7

o

:

----- -

r

^

:

^

2frP0U>TYPE

9-16

f

'

START

D-TYPE

1S-POL

^

D-TYPE

1S-POL

^

Faderstart-Kontakle

(25-pol D-Type,

9..

ten

16

CONTROL

'

•

'

•

VCA

INPUT

(Option)

1-8

(Umschalter) der

female).

Verstarkungssteuerung der

Eingangs-Einheiten 1 .. 8.

Steuerspannung:

Regler ganz geoffnet

0 V;

=

V

0 dB,

Eingangs-Einhei-

FADER

INPUT

2S-PCXD-TYPC

^

2S-P0LD-TYPE

'

^

5 V: Regler ganz geschlossen

=

v

-100dB

(15-pol D-Type, male).

CONTROL

VCA

INPUT

(Option)

9-16

Verstarkungssteuerung der

Eingangs-Einheiten

gelten dieselben Steuer-

Es

.16.

9.

spannungen wie fur

INPUT 1.. 8.

Zusatzlich

Kopfhorerbuchsen

sind zwei

vorhanden. Weitere Buchsen fur

Spezialanwendungen

ebenfalls

Platz.

Bohrungen fur das Anbringen von

(z.B. 25-pol Buchsen) finden

R^^/bx^

Spezifikationen

3.

Baugruppen

3.1

Mischpult

Das

FunWionsgruppen:

Eingangseinheiten

-

Telefon

-

Line-Mikrofon

-

Line-Mikrofon

-

-

-

-

-

-

den

Auf

mit

nen

Bass cut

Desaktivierung

Stereo

Line
Line ohne

Ausgangsei

Belegung:

XLR

Master:

-

Ausgangsspannung

BALANCED:

UNBALANCED:

-

Ausgange

UNIT

-

-

Monitor

CR

Studio

gliedert

Prasenzregler

mit

Line-Mic

Jumper

fur

unbalanced

mit Bass-

Bass-

nheiten

mit

PCB 1

Monitor

mit Bass-

ohne

Mikrofon

und

Jumper

.775.860

elektrisch in

sich

Hohensteller

und

und

Bass-

Einheiten

sind

programmierbar:

INSERT

und

[^=^1

MONO

Line

fur

Hohensteller

Hohensteller

1

2

3

Jumper

mit

+6dBu

+10dBu
+14dBu

OdBu

+4dBu
+8dBu

auf

JP1

Mono

auf

folgende

Hohensteller

folgende

=
=

=

Schirm

a-Ader
b-Ader

umsteckbar:

=

1,55

=

2,45

=

3,88

=

0,775

=

1,23

=

1,95

MASTER

dem

steckbar.

Funklio-

Veff
Veff
Veff

Veff

Veff
Veff

MB16

Unit

PFL

-

Taik

-

und

PFL

Printbaugruppe

einer

Back

Diese

Funklion

Back

Speaker

-

Kleinlautsprecher

Abhohren

Tasten

ON

Unit

Baugruppe

Unit

Master-

der

mit

Monitorsammelschiene.

Meter

-

Netzteii

-

Unit

Master

den

Fur

Monitor

den

PEAK-METER

Stufen

18

Pegel

die

benzieher

Monitor

Funktionsanzeige

Stromversorgung

Die

rechts

Ringkerntransformator

Netzspannung

Die

Bereiche

Stabilisierte

+1 5 V

-1

V / 1 A

5

/

V

+6

eingesetzt:

mit 2

grun,

beide

fur

der

von

enthalt

Meter

eingebaut

V ± 1

1 1 5

Sekundarspannungen:

doppelt

/ 1 A

doppelt
doppelt

1 A

Lampen

+48

V

fur

jeweils

fur

sind

zusammengefasst.

Tasten

enthalt

wir

die

beiden

den

Volumesteller

mit

Oder

dasselbe

Telefoneinheiten.

CR-

Instrument

LED-Ketten

Die

Stufen

6

PFL,

und

rot.

Leuchtfeld

ein

sind

Kanale

Frontplatte

AUX

im

ist

besteht

dem

und

intern

ist

und 230

0%

vorhanden

vorhanden

vorhanden

mit

aus

SEND

Instrumentenaufsatz

aus

umsteckbar

V ± 1

fur
fur Audio
fur

Phantomspeisung.

Kanale

8

die Talk

fur

zum

Segmenten

zu 24

Helligkeit

einem

einstellbar.

zur

(nur

einem

Power

Supply.

0%.

Audio

Logik

auf

fur

wie

sowie

Schrau-

mono).

VA

200

fur die

und

D18

Das

Anschlusseinheiten

Mic

die

die

die

Studio

Unit

Anschlusse

Line

Unit

Anschlusse

Master

Unit

Anschlusse

Monitor

Connection

-

enthalt

Telefoneinheiten

Connection

-

enthalt

Connection

-

enthalt

und

und die

Einheit.

beiden

die

fur

Line-Mic

6

Line-Einheiten.

fur 8

Master-

die

fur

Einheiten.

Monitor-

CR

D19

MB16

Allgemeines

3.2

tragende

Die

Stahiblechwanne.

einer

mehrere

Frontplatte

klappbar.

Struktur

Eingangseinheiten

ist

Die

Schweissbolzen

Instrumentenaufsatz

Der

Baugruppen

Frontplatten.

9"

Baugruppentrager

1

Europakarten

kann

Ruckwand

Die

Frontplatten

Frints mit den

auf

Ein nicht zum

unterteilt.

mittels

Eingangseinheiten

XLR-Buchsen.

zur MB16

der Frontplatte

auf

im

40,64

aufnehmen.

ebenfalls in

ist

Die Verkabelung erfoigt

und dem

Die Seitenteile

innen am Gehause

3.3

-

MICRO MATCH

sowie das

befestigt.

Ausbaubarkeit und

Die Ablageflache zwischen

durch 8

Das Netzteil

Line Eingangseinheiten

entsprechend

ist

Konstruktion

des Mischpultes

Frontplatte

Die

zusammen.

Einsteckleiste

werden

enthalt

mm

kann

Diese Flatten

die

Raster

Lieferumfang

eingebaut

Flatten

weitgehend

Steckersystem

Frontpolster

Optionen

Input 8 und 9 kann

ersetzt werden.

ausgelegt.

besteht aus

fasst jeweils

Jede

oben

nach

uber

befestigt.

entsprechenden

unterteilten

gehorender

werden.

Dieser

analog der

tragen direkt die

Flachkabein

mit

von AMF.

werden

von

Pos. #

10

11

12

13

14

15

16

17

18

19

20 10

Pieces

1

2

3

4
5
6

7

8
9

Part no.

2
2
2
2
2
2
2
2

1

1

1

2

2

2

2

2
3

1

1.775.370.32 Knob, 010 mm dark grey

1.775.370.31 Knob, 015 mm dark

42.01.0252

42.01.0254 Cap, 010 mm blue

42.01.0255 Cap, 010 mm yellow

42.01.0257 Cap, 015 mm

42.01.0260

42.01.0261 Cap,

1.011.094.02 Push

1

1.011.094.04 Push button

1.011.094.05 Push button + top green

1.011.094.08 Push

1.911.000.32 Fader

1.911.000.34 Fader knob yellow

1.911.000.35 Fader knob

1.911.000.36 Fader knob

1.911.000.39

51.01.0121

54.42.1050 Mains connector female

51.02.0154 Bi'pin lamp T1

Cap, 010

Cap, 015

Fader

Power

Description

mm

mm

black

light grey

red

015 mm blue

+ top red

button

+

top yellow

button +

top

light grey

knob red

green

blue

knob

fuse 2.5 A

white

slow

grey

-

einen

Fur je

GUEST

bzw.

Ruckwand sowie am

MB1 6

Bohrungen fur

Fins fur die

folgenden

FHONES:

DJ

GUEST FHONES:

-

VCA Unit,

Eingangskanal

-

Rack Kit,

-

Seitenteile,

-

Connector Kit,

Anschluss.

-

Spezielle

fur den

Abmessungen

19"

Seitenteile

Einbau

weiteren

Anschluss

FHONES ist

Kopfhorerbuchsen

Kopfhdrersignale

FCBs:

Einzelbaugruppe

aus dem A779

Baugruppentrager.

versenkten

fur

passender

.775.51

1

des MB1

siehe

6 in einen

unter Kap. 5

von DJ FHONES

vorgesorgt.

An der

Boden wurden je zwei

angebracht. Die

befinden

sich auf

1.775.870 F1...F3

1.775.880

fur jeden

abgeleitet.

F1...F3

Einbau.

Stacker

zu jedem

0.1

Tisch.

Schema.

Pos.

1

2

3
4

5
6

7

8

#Reces

13

38

14

7

2
2
2

2

Cmmrnf

wt

Part no. Description

54.02.0281

54.02.0280 XLR plug

54.02.0601

jack

XLR

Phone jack

REVOX 33042 Stereo cinch cable 2m

54.13.7020 Case

54.02.0180

54.13.7022 Case

54.02.0184

to 9-pole D-type

Plug

9-pole D-type

to 25-pole D-type

Plug 25-pole

D-type

R^^/bx^

MB16

D20

Technische

3.4

Eingange

Impedanz:

MIC:

LINE,

Regelberelch

fOr 0 dB

GAIN MIC:
GAIN

AUX

Eingangspegel

Max.

MIC:

LINE, AUX

Ausgange

Impedanz:

MASTER,

MASTER,

AUX

Ausgangspegel

AUX

MASTER

renntrafo)

(T

MASTER to

(trafolos)

MASTER,

BrOckenstecker

mit

MONITOR,

CR

STUDIO

Ausgangspegel:

Max.

MASTER,
MASTER,

Frequenzgang

Linear (HF, LF in

BASS CUT: 12

(Treble):

HF

LF (Bass):

STEREO,

am

LINE:

RETURN:

(Ktot

RETURN:

symmetrlsch

asymmetrisch

SEND:

bei 0 dB

SEND

TRANSMITTER

to

LOGGING

asymm

PHONES

symnrietrisch

asymr^etrisch

Mittenstellung)

dB/Oktave

Daten

RETURN:

AUX

Peak-Meter:

<

1%):

Anzeige am

einstellbar

STUDIO

Peak-Meter:

MONITOR

20

Elnsatzpunkt:

Elnstellbereich

Elnsatzpunkt:

Elnstellbereich

Hz...20

kHz

+6

+6

-3

dB-Punkl

bei 20

bei

0.775

20 Hz:

kOhm

> l-S

47 kOhm

-60...0

-20...+16dBu

dBu

4...+22 dBu

OdBu

dBu

+26

<

50 Ohm

<

kOhm

1

<

50 Ohm

+

6 dBu

+10 / +14 dBu

/

7+10/ +14 dBu

/

/ 1 .25

2

dBu

max.+16

+

dBu

6

+24 dBu

8

± 1 dB

bei 70 Hz

1 kHz

15 dB

kHz: ±

1 kHz

15

... ±

dB

Storspannungsabstande

Werte

alle

IxMlC:

@

lx

@

MASTER

Klirrfaktor

(-20 dBu

MIC

dBu

0

LINE

(

Ubersprechdampfung

Messwerte

alle

Kanaltrennung

Ausschaltdampfung

MASTER

Anzeigen

Peak-Meter

Stereo

Berelche:

V

Stromversorgung

Spannung

V

115 /

Abnehmbares

Abmessungen

(B

Gewicht

Anderungen

nach

bewertet

-60

dBu

LINE:

Eing.

dBu

0

Fader

Eingang):

Eingang

bei 10

Fader

mit

umschaltbar

V AC

230

T):

H X

X

vorbehatten

A-Kurve

Spannung,

Eing.

Spannung,

geschlossen:

+6 dBu

kHz

STEREO L

24-segment

Qber intemen

Netzkabel,

Abschluss mit

Ausgang):

/ R

INPUT

Bargraph-Kette

3-polig mit

Abschluss mit 200

1 kOhm

< 0.03%

<0.15%

<

0.03%

<0.15%

Fader

+6...+ 1 dB in 1

0...-

6 dB

-7...-18

19...-33 dB in 3 dB

BrQckenstecker

Schutzerdung

Ohm

dB

in 1 dB

in

dB

dB

2

50..60 Hz, max.

192 x 385 x

1

>63

>86 dB

> 100 dB

bei 1kHz

30 HZ...15

bei 1

20 HZ...20

> 50 dB
> 86 dB

>100 dB

Schritten,

Schritten,

Schritten,
Schritten,

730

kg netto

46

200

dB

kHz

kHz

kHz

rot

grOn
grOn

grOn

W

mm

6

R^^AoX'

R^l/bx'

Abgleich

4.

Vorbereitungen

4.1

MB16

D22

-

Das

-

Alle

Klangregler

Mittelstellung,

Stellung

- gemass

-

entsprechenden

Die

vom

Gerat

Flachbahnregler

(Hohen-

LINE

nebenstehender

SchtaubendreherNr.

-

A

-

B

-

C Die

=>

Die

fur den

-

Das Gerat

elektrischen

Ablagebrett

Das

Frontplatten

Die

Frontplatten

Einsteckleisten

Abgleich

wieder an

trennen.

Netz

in die

und

die

und

STEREO

und

Schrauben

8

schieben

Baugruppen

zuganglich.

das Netz

-«>,

Stellung

Tiefenregler)

Eingangswahlschalter

bringen.

Darstellung

mit

losen

die

in

vorgehen

einem

herausnehmen

klappen

oben

nach

die

in

somit

sind

anschliessen.

in die

‘Torx”-

^

A

Messgerate

4.2

-

Digitalvoltmeter

-

-

-

Voltmeter,

NF-

NF-Generator,

Klirrfaktor-Messgerat

Rz(in)

<

Rs

>10

200

kOhm

Ohm

D23

Allgemeines

4.3

Pegeldefinitionen

Pegelangaben

0 dBu

-

Nennpegelangaben

ausschliesslich

Spannungswert als

-

Bezugsgrosse

Die

Spannungspegels

Wertdefinition

in dBu

die Definition

Nennpegel

Vollaussteuerung

bei

-

Nennpegel

Der

Studiopegel

dem

typische Nennpegel

+6 dBu
+10

dBu

+14 dBu

A

Vorsicht:

Elektrisierungsgefahr

Teile im Gerat fuhren

erfolgen in

entspricht 0,775

auf einem

des

ubemommen,

(600

=

Studiopegel

(auch

=
=

=

Abgleich

zum

dBu

Veff

basieren

dBu

in

festgelegten

Bezugsgrosse.

des

V

0,775

in dBu

absoluten

Ohm

bei

2,45
3,88

bei geoffnetem

Netzspannung.

wurde von

Spannungspegels

jedoch

Vollausteuerung.

sind;

1,55

ohne

1 mW).

/

Leitungspegel)

Veff

Veff
Veff

relativen

der

Bindung

entspricht

Gerat!

an

MB16

Entmagnetisierung

4.4

Eingangsubertrager

-

Unerlaubtes

Eingangsquellen,

Massenschluss

Mikrofoneingange

Phantomspeisung,

Sattigung

in die

Magnetisierung

nachteilig

sogenannten

sche

Antippen,

die

Mikrofoneingangen.

-

Remanenz

Betriebsdauer in

-

empfielt sich

Es

periodisch

entmagnetisieren:

Vorgehen:

-

Das

schlossener

-

Am

mit einem

weniger

-

Einspeisepegel

hen.

-

Einspeisepegel

mit stark

Einwirkungen

bewirken eine

Ausgange,

kann sich auch im Laufe

und

Mischpult

Mikrofoneingang

NF-Generator

als 32

Rl^^/bx»

Mikrofon-

der

Anschliessen

Oder unbeabsichtigter

der “a” und “b” Tonadern der

mit

treiben die Eingangsubertrager

und bewirken deren permanente

(Remanenz).

erhohtem

Mikrofonie-Effekt:

auf das Mischpult, z.B. das

auch bei unbenutzten

den Ubertragungen kumulieren.

deshalb, alle Mikrofoneingange

Einmessvorgangen zu

vor

ausschalten (zum Schutz ange-

Lautsprecher)

Hz einspeisen.

sukzessive von 0 V auf 3 V erho-

langsam auf 0

asymmetrischer

zugeschalteter

Dies aussert

Klirrfaktor und

leichte

horbare Modulation

uber

eine Frequenz

Trennkondensator

einen

V zuruckregeln.

mechani-

einer

von

sich

dem

uber

langeren

REVOX gelieferte

Von

Abgleicharbeiten

Ein erneutes

Anderungen an

nach

erforderlich.

einmessung

Mischpulten

in das

Einmessen des

tumusgemasse

Eine

dieser

ist bei

nicht mehr

Wartungsmassnahme

beschriebene

Eingangsubertrager.

gelegentliche

Module

Gerat

konnen

eingesetzt

Mischpultes

den einzelnen

Generation

erforderlich.

nachfolgend

das

bleibt

Entmagnetisieren

ohne

warden.

ist

Modulen

Wartungs-

von

Einzige

nur

der

MB16

D24

iii

igi

D25

MB16

R^^/bX'

Summen-Einheit

4.5

4.5.1

Spannungseinstellung

-

-

-

-

4.5.2

-

Digitalvolltmeter

Das

.775.860.00

1

Gerat

Das

Spannung

Die

auf

RA12

Digitalvoltmeter

Das

.775.860.00

1

Spannung

Die

auf

RA13

an

einschalten.

+340 mV ±

an TP2

-65

mV

Summenkiirrfaktor

-

-

-

-

-

-

-

-

-

4.6

1.775.800...1.

symmetrischen

Am

kHz/+6

Generator

Das

anschliessen.

Den ON AIR

Spannung

Die

Eingangspegelregler

Veff)

Das

anschliessen.

L

Mit dem

Klirr

symmetrischen

Am

Generator

Das

anschliessen.

R

Mit dem

Klirr

len

1

Voltmeter

NF

Schalter

einstellen.

Klirr-Messgerat

Trimmpotentiometer

abgleichen.

1 kHz/+6

Klirr-Messgerat

rimmpotentiometer

T

abgleichen.

Eingangseinheiten

775.840

1.775.860

Flachbahnregler

Summen-Einheit

der

auf

0 V

und

TP1

rimmpotentiometer

T

mittels

mittels dem

am

dem

abgleichen.

1 mV

auf der

± 0.5

Eingang

dBu

am

Transmitterausgang

Summen-Einheit

V

und 0

Trimmpotentiometer

abgleichen.

mV

RETURN

.55

(1

Ausgang

auf ON

RETURN

Ausgang

am

Eingang

dBu

am

RETURN

.55

(1

Ausgang

anschliessen.

anschliessen.

mit

L

einspeisen.

Veff)

TRANSMITTER

stellen.

mittels

auf +6

dBu

TRANSMITTER

minimalen

auf

(RA9)

R mit

einspeisen.

Veff)

TRANSMITTER

(RA1

auf minima-

0)

dem

(1

.55

dem

Trimmpotentiometer

einstellen.

-

-

-

symmetrischen

Am

Voltmeter

NF

1 kHz/+6

Generator

Das

anschliessen.

Spannung

Die

Trimmpotentiometer

einstellen.

-

-

4.6.2

Eingangswahlschalter

Den

bringen.

Spannung

Die

Trimmpotentiometer

einstellen.

Eingangsklirr

(RA1

Eingang

dBu

am

Transmitterausgang

am

(RA12)

Transmitterausgang

am

(RA13)

LINE

auf +6 dBu

1)

LINE

.55 Veff) einspeisen.

(1

Ausgang

auf +6

in Position

auf +3 dBu

INPUT

R

TRANSMITTER

1.775.800/.810

(1

mit dem

mittels

dBu

MONO

mittels

.55 Veff)

.55 Veff)

(1

.1 Veff)

(1

R

L

-

-

-

-

-

-

Eingangswahlschalter

Den

bringen.

Eingangspegelregler

Den

Positionieren.

aklivieren.

Die ON

Den

Am

Generator

Die

Taste

Flachbahnregler

symmetrischen

1 kHz/+6

Ausgangsspanung

Ausgangspotentiometer

Monitor Print).

einstellen

-

Das

anschliessen.

-

Mit dem

Klirr

-

Am

Generator

-

Das

anschliessen.

-

Mit

Klirr

(auf

Klirr-Messgerat

Trimmpotentiometer

abgleichen.

symmetrischen

1 kHz/+6

Klirr-Messgerat

rimmpotentiometer

dem T

abgleichen.

Position

in

dB

auf

0

auf 0 dB

Eingang

dBu

am OR

am

stellen.

LINE L

.55 Veff)

(1

MONITOR L

auf +6 dB

Ausgang

RA3

Eingang LINE

.55 Veff)

dBu

(1

am Ausgang

RA4

STEREO

(mittelrastend)

(mit dem

einspeisen.

mittels

.55 Veff)

(1

MONiTOR L

OR

minimalen

auf

R mit dem

einspeisen.

MONITOR

OR

minimalen

auf

R

Eingangspegel

4.6.1

-

-

-

-

-

Eingangswahlschalter

Den

bringen.

Eingangspegelregler

Den

Positionieren.

Die ON

Flachbahnregler

Den

symmetrischen

Am

Generator

-

Das NF

anschliessen.

-

Den ON

-

Spannung

Die

aklivieren.

Taste

kHz/+6

1

Voltmeter

Schalter

AIR

am

LINE

auf 0 dB

Eingang

dBu

Ausgang

am

auf ON

INPUT

auf

(1

1.775.800/.810

Position

in

(mittelrastend)

0 dB

stellen.

mit dem

L

LINE

einspeisen.

Veff)

.55

TRANSMITTER

stellen.

Transmitterausgang

STEREO

L

mittels

Ri^i/bx'

4.6.3

Eingangspegel

-

-

-

-

-

-

-

4.6.4

-

-

-

-

-

4.6.5

-

-

Eingangspegelregler

Den

(mittelrastend)

Taste

ON

Die

Flachbahnregler

Den

symmetrischen

Am

Generator

dem

einspeisen.

Das NF

Voltmeter

TRANSMITTER

AIR

ON

Den

Spannung

Die

Trimmpotentiometer

einstellen.

Veff)

Eingangsklirr

Eingangspegelregler

Den

(mittelrastend)

Taste

ON

Die

Flachbahnregler

Den

symmetrischen

Am

Generator

dem

einspeisen.

Ausgangsspanung

Die

mittels

Veff)

Das

MONITOR

Mit

len

Ausgangspotentiometer

einstellen

Klirr-Messgerat

L

Trimmpotentiometer

dem

abgleichen.

Klirr

Eingangspegel

TELEPHONE

Positionieren.

aktivieren.

0 dB

auf

Eingang

kHz/+6

1

am

anschliessen.

L

Schalter

Transmitterausgang

am

dBu

Ausgang

auf ON

(RA1

TELEPHONE

Positionieren.

aktivieren.

0 dB

auf

Eingang

1 kHz/+6

dBu

am OR

Monitor

(auf

Ausgang

am

anschliessen.

INPUT

MIC

auf

TEL

auf

1 )

auf 0

TEL

Print).

1.775.820

0 dB

stellen.

HYB

Veff)

.55

(1

stellen.

dBu

+6

1.775.820

dB

stellen.

HYB IN

Veff)

.55

(1

MONiTOR

+6

auf

OR

auf

RA3

.775.830/.840

1

mit

IN

mittels

.55

(1

mIt

L

dB

.55

(1

minima-

MB16

-

-

-

-

-

4.6.6

-

-

-

-

-

-

-

-

-

-

-

-

Spannung

Die

Trimmpotentiometer

einstellen.

Jumper

Am

1 kHz/+6

Das NF

anschliessen.

Die

JP1 in

symmetrischen

dBu

Voltmeter

Spannung

Trimmpotentiometer

einstellen.

Eingangsklirr

Jumper

Den
Den

Positionieren.

Die

Den

Am

Generator

Die

JP1

Eingangswahlschalter

Eingangspegelregler

Taste

ON

Flachbahnregler

asymmetrischen

1

Ausgangsspanung

Ausgangspotentiometer

Monitor

(auf

len

Klirr-Messgerat

Das

anschliessen.

Mit dem

abgleichen.

Am

Trimmpotentiometer

asymmetrischen

Generator 1

Klirr-Messgerat

Das

anschliessen.

Trimmpotentiometer

dem

Mit

abgleichen.

Transmitterausgang

am

(RA12)

Position

LINE

Eingang

Veff)

.55

(1

Ausgang

am

Transmitterausgang

am

(RA13)

INPUT

MIC

Position

in

aktivieren.

STEREO

auf

Eingang

dBu

kHz/ 0

(0.775

am

auf

Print).

Ausgang

am

Eingang

0 dBu (0.775

kHz/

Ausgang OR

am

auf +6

stecken.

mit dem

LINE

einspeisen.

TRANSMITTER

+6 dBu

auf

.775.830/.840

1

stecken.

Position

in

auf 0 dB

stellen.

0 dB

STEREO

Veff)

MONITOR L

OR

+6 dB

(1

OR

auf

RA3

STEREO

Veff)

auf

RA4

mittels

Veff)

.55

dBu

(1

Generator

mittels

Veff)

.55

(1

bringen.

LINE

(mittelrastend)

dem

mit

L

einspeisen.

mittels

.55 Veff)

einstel-

MONITOR

minimalen

dem

R mit

einspeisen.

MONITOR R

minimalen

D26

R

L

Klirr

Klirr

-

Jumper

-

Den

bringen.

-

Den

(mittelrastend)

-

Die

-

Den

-

Am

dem

einspeisen.

-

Das

JP1

Eingangswahlschalter

Eingangspegelregler

Taste

ON

Flachbahnregler

asymmetrischen

Generator

Voltmeter

NF

TRANSMITTER

-

-

-

ON AIR

Den

Spannung

Die

Trimmpotentiometer

einstellen.

Veff)

asymmetrischen

Am

Generator

dem

einspeisen.

Das NF

Voltmeter

TRANSMITTER

Position

in

Positionieren.

aktivieren.

STEREO

auf 0

Eingang

kHz/ 0

1

L

Schalter

am

dBu (0.775

Ausgang

am

anschliessen.

auf

Transmitterausgang

(RA1

Eingang

dBu (0.775

1 kHz/

0

Ausgang

am

anschliessen.

R

Position

in

auf 0 dB

stellen.

dB

STEREO

stellen.

ON

+6

auf

1 )

STEREO

stecken.

LINE

L

Veff)

mittels

dBu

R

Veff)

mit

.55

(1

mit

D27

MB16

R^i/bx»

4.7 ANZEIGE

Aussteuerungsanzeige

4.7.1

-

Eingangswahlschalter

Den

STEREO

-

-

-

-

-

-

-

-

Eingangspegelregler

Den

Positionieren.

Die ON Taste aktivieren.

Den Flachbahnregler auf 0 dB stellen.

Am symmetrischen Eingang

Generator 1 kHz/+6 dBu

Das

anschliessen.

Den

Die Spannung am

Eingangspegelregler

einstellen.

Mit dem T

Frontseite zuganglich)

Voltmeter am Ausgang

NF

ON AIR Schalter auf ON

EINHEIT

Master

Kanal16 in Position

bringen.

auf 0 dB (mittelrastend)

STEREO L mit dem

.55 Veff) einspeisen.

(1

TRANSMITTER

stellen.

.55 Veff)

(1

mittels

Transmitterausgang

auf +6 dBu

rimmpotentiometer RA3 (von der

den linken Anzeigebalken

so einstellen, das die 0 dB-LED aufleuchten.

-

Den rechten Balken auf

abgieichen.

-

Die Helligkeit der Anzeige kann mit RA1 eingestellt

gleiche Art mit RA2

die

warden.

L

4.7.2

Aussteuerungsanzeige Monitor

-

Den Eingangswahlschalter Kanal 1 6 in Position

STEREO bringen.

-

Den Eingangspegelregler auf 0 dB (mittelrastend)

Positionieren.

-

Die

-

Den Flachbahnregler

-

Am symmetrischen

Generator 1 kHz/+6 dBu

-

Das NF Voltmeter

anschliessen.

-

Am Monitorselektor die Taste MASTER

und die Taste PFL-AUTO Ausschalten.

-

Die Spannung am Ausgang OR MONITOR mittels

Monitorregler

-

Mit

Frontseite

so einstellen, das die 0 dB-LED

-

Den rechten

abgieichen.

-

Die

werden.

Taste

ON

aktivieren.

auf 0

dB

Eingang STEREO

.55 Veff) einspeisen.

(1

Ausgang OR MONITOR L

am

+6

auf

rimmpotentiometer RA3 (von der

T

dem

zuganglich) den linken

Balken

Helligkeit der Anzeige

auf die gleiche Art

.55 Veff) einstellen.

dBu

(1

kann mit RA1 eingestellt

stellen.

L mit dem

drucken

Anzeigebalken

aufleuchten.

mit

RA2

R^i/bx^

Content

MB16

GB2

.

1

2.

3.

4.

General

Operator

(arranged

2.1

2.2

2.3

2.4

2.5

2.6

2.7

2.8

2.9

Specifications

3.1

3.2

3.3

3.4

3.5

Alignment

information

controls,

by

INPUT
INPUT
INPUT

MASTER

CONTROL

STUDIO

METER

POWER

INTERFACES

Units

The MB1

Expandability

Technicai

Dimensions

functions,

units)

MIC

UNIT

UNIT LINE

TELEPHONE

UNIT

UNIT

ROOM

UNIT

PANEL

SUPPLY

mechanical

6

and

data

connectors

UNIT

UNIT

design

options

GB5
GB7
GB8

GB10

GB1

GB13
GB15

GB17

GB17

GB18

GB1

GB19

GB20
GB20

GB22

Preparation

4.1

Measuring

4.2

General

4.3

Demagnetizing

4.4

Master

4.5

Fader

4.5.1

Master

4.5.2

Input

4.6

Input

4.6.1

Input

4.6.2

Input

4.6.3

Input

4.6.4

Input

4.6.5

Input

4.6.6

Display

4.7

Output

4.8

Output

4.9

Circuit

5.

diagrams,

instruments

alignment

unit

voltage

distortion

units

level

distortion

level

distortion

level

distortion

unit

meter,

meter,

PCBs,

information

microphone

the

alignment

master

monitor

parts

transformer

input

INPUT

LINE

INPUT

LINE

TELEPHONE

TELEPHONE

INPUT

MIC

INPUT

MIC

.775.860

1

.775.800

1

.775.800

1
1 .775.800

1.775.820

1.775.820

.775.830 /

1

1.775.830/

.775.840

/ 1

.775.810

1

/

.775.810

/ 1

.775.840

1

1.775.840

GB22
GB22

GB23

GB23
GB25
GB25
GB25
GB25
GB25
GB25
GB25

GB26
GB26

GB26

GB27

GB27

GB27

GB3

MB16

RI^OX^

1. General

To help you

quickly, this

general

this drawing

On

section number

description

block diagram

A

find

instruction

arrangement

and

component lists

information

contains

identified

are

you

PC

found

controls

of the

in

operator

the

drawing

the units

under

graphs.

well as

as

can be

which

a fold-out

MB16.

find

will

layouts

Section

connectors

and

page with a

the

with

detailed

a

and

Diagrams.

5,

R^ax^

I

MB16

GB‘

Operator

2.

controls,

functions,

connectors

GB5

MB16

Rl^i/bx'

2.1 INPUT

INPUT

-MIC

LINE-

o

UNIT MIC

Operator

INPUT

GAIN

controls

SELECTOR

Selector switch for the

High level input

LINE:

changeover between

The

STEREO

(unbalanced)

jumpers JPT on the

MIC: Balanced

The bass cut filter

jumpers JP2

Caution:

signal sources

Input gain

of the various

designates

scale

when the input

INPUT and

and floating microphone input.

can be activated internally with the

on the INPUT

not

Do

stereo hi-fi signal sources!

and

control with detent at 0 dB for adjusting the level

signal sources.

the 0 dB

selector is in the

MASTER

following inputs;

MONO BAL

takes place internally

INPUT UNITs MIC

UNITs

simultaneously

(balanced) and

1 .775.830/.840.

.775.830/.840.

MIC 1

connect high-level

The calibration

gain

across

fader in the 0 dB position.

the entire channel

LINE

position and the

through the

mark on the

-20

BALANCE

ON

HF

LF

AUX

PAN /

FADER

ON

BALANCE

Treble control:

position no influence on

control

Bass

position

Level

switch,

pressed;

pulled: Before

Panoramic

(distribution to the mono

hand

influence on the

no

control for

potentiometer

channel), balance control

±15 dB at 20 kHz, in the centre detent

the frequency response.

±15 dB

:

AUX bus

After fader

fader

at 20 kHz,

frequency

(mono), selectable

with centre

signal to the

for

the

in

response.

detent

left-hand

stereo signals.

Channel feeder (stereo), range -i-IO dB ...

Red, self-holding

Key not pressed; The

fader setting

Key pressed:

setting. If the

muted; the lamp glows dimly. When the fader

is

channel becomes active; the lamp

audio

the

luminous key.

channel is muted,

off).

(lamp

The channel depends

fader

at the lower stop

is

position, the channel

detent

centre

with push/pull

for MIC,

LINE

and right-

-

70 dB.

regardless of the

on

the fader

is

opened,

glows brightly.

PFL

INPUT

ON

The

wire (PFL

PFL

3

Green, locking key

can be deactivated by cutting

key

unit

1.775.850,

2 x W1...W8).

for pre-fade listening

open

(mono).

a jumper

R^i/bx'

MB16

GB6

2.1 INPUT

SEND RETURN

INSERTS

UNIT MIC

Connector

INSERT

RETURN

SEND

/

MIC

MONO

LINE

STEREO

panel

MONO

L / R

Balanced

Balanced and

Balanced

Unbalanced

sources (cinch).

input/output

high-level

high-level

floating

mm jack) for inserting a

(6.3

microphone input

input (XLR

input for

female)

connecting stereo hi-fi

(XLR

limiter.

female)

RESTART

STOP

WATCH

switches

Dip

MONITOR OUT

CR

STUDIO

MONITOR

CUT

RESTART

WATCH

STOP

Programming for

microphone

If the

1.775.890),

active,

Caution!

fader

jumper

wire W1 is

the

even when CR

Feedback.

Programming for

microphone

fader is open.

Programming for

opened.

muting the monitor

is open.

through (speaker unit

cut

speaker built into the

is set.

monitor

muting the

starting the stop

cut

studio bus when

watch when

bus

when

MB16 is

the

always

the

the fader is

GB7

MB16

R^k/bx'

2.2 INPUT

LINE

)0-

-SI

O

GAIN

iQ;

iQ;

LF

—

n

L-

PAN

BALANCE

UNIT

LINE

Operator

MODE

GAIN,

AUX,

FADER,

HF, LF,

PAN /

controls

SELECTOR

BALANCE

PFL

ON,

Mono / stereo

MONO:

STEREO:

2.1 INPUT

See

Connector

panel

LEFT

RIGHT

selector

The
The

and

switch

stereo

stereo

signals are switched to

signais left and right are

connected to the two channels.

UNIT MIC.

Balanced

left-hand stereo signal

female).

Balanced high-level input for the

right-hand stereo

female).

high-level input for the

MONO.

separate

(XLR

signal (XLR

-40

-50

-60

ON

PFL

INPUT 13

ON

llllllll

OFF

16

15

14 13 12

STOP

INRJT

RESTART

WATCH

11 10 S

switches

Dip

RESTART

STOP

WATCH

2.1 Input unit MIC.

See

R^i/bx^

MB16

GB8

2.3

INPUT

UNIT

TELEPHONE

Operator

GAIN,

PAN /

FADER,

MF

Operator

CALL

CR

HOLD

AUX

BALANCE,

ON, PFL

MON CUT

controls

controls

See 2.1

Midrange

no

on the meter

Pilot lamp (red)

contacts

INPUT

influence

panel

(24

TELEPHONE

Pilot lamp

Programming with

Illuminated

connected

socket. The caller’s

same time the N-1 mix

socket (XLR male).

UNIT MIC

control:

signaling

telephone

±15 dB at 2 kHz, in centre detent position

on the

for

are

V)

connector.

self-holding

frequency response.

incoming

connected

that the

the

hybrid via

telephone line is

telephone call.

to the D-type REMOTE

The lamp

is

DJ microphone fader is open.

DIP switch

key for

connected to the TO TEL HYB

is

CR

selecting the externally

the

lamp

The

controlled

MONITOR

externally.

CUT.

REMOTE TELEPHONE

put

on hold. At

the

CONFERENCE

TALK BACK

Illuminated self-holding

external

himself into the

Illuminated self-holding key

microphone to the

caller through the

level that is down by

callers.

With TALK

conference.

key for

calier’s telephone

monitor

20 dB.

connecting

the DJ can connect

BACK

for connecting the DJ

speaker or headphones with a

one of the

line.

The DJ hears the

two

GB9

MB16

R^i/bx'

2.3

INPUT

REMOTE

TELEPHONE

UNIT

TELEPHONE

Connector

REMOTE

TELEPHONE

HYB

TEL

TO TEL

HYB

panel

Remote

(9-pin D-type,

Balance

Balanced

signal the own

externally

control

high-level

high-level

connected

the telephone hybrid 1 and 2

contacts

female).

channel is subtracted and

for

(XLR female).

input

output (XLR male). From the MASTER

added to

telephone hybrid (N-1 mix).

the

ON

llllllll

OFF

INPUT

N.C. N.C.

876

SELECTOR

DJMIC

5 4 3

DIP switches

DJ MIC

SELECTOR DIP switch for

selecting

connecting the disk

the DJ microphone for

jockey with callers 1 and 2.

MB16

GB10

MASTER

2.4

.a

ON

AIR

UNIT

Operator

ON AIR

RETURN

AUX

SEND

AUX

FADER

controls

Illuminated

self-holding

When this key

output

the

on

this key is

When

(transformer)

LOGGING

output.

Level

(stereo).

Level

(mono).

MASTER

effective

Operator

outputs

trimmer

trimmer

fader

when

key

pressed

is

signal.

is

The

released,

disabled;

(transformerless)

potentiometer

potentiometer

(stereo),

the ON

AIR key

controts

protected

(red),

position has no influence

fader

the

master

the

outputs

TO TRANSMITTER output

the

fader now acts on

are all

and the unbalanced

of the AUX

for

range

the

-hIO dB ...

is not pressed.

RETURN

AUX bus

-70

with a cover.

active.

TO

the

inputs

master

dB, only

signal

MASTER TO

Balanced

signal

Balanced

-

MASTER -

R

TRANSMITTER

TO

TRANSMITTER L

MASTER

TO

LOGGING L / R

/ R

(XLR

The levels

jumpers JP1

Unit

-

-

MASTER

LOGGING

L

AUX SEND

AUX

RETURN

L / R

Balanced

male).

Balanced

left-hand

bus (XLR female).

R

TO

-so

-00

-70

and floating master

output (XLR male).

master signal output

male.

can be set with

2 on the

,

1.775.860.

AUX bus output

auxiliary inputs to

and right-hand

Master

(XLR

the

master

MASTER

RETURN-L

R-AUX

-

MASTER

R

UNBALANCED

/ R

UNBALANCED

-

L

Unbalanced master signal

output (phono plug).

GB11

MB16

R^t/bx^

CONTROL

2.5

ROOM

MONITOR

Operator

EXT1,

AIR,

RETURN,

AUX

MASTER

AUTO

VOLUME

CR

DISPLAY

PFL

MONITOR

UNIT

controls

EXT2,

AUX SEND,

MONO

stereo

canceling,

the

button is

PFL

monitor

mono

signal.

Mutually

connecting

When this

automatically

illuminated

Potentiometer

right-hand

Momentary

display to

of a

self-holding

corresponding signal to the monitor bus.

pressed, the monitor bus is

switched

button

for adjusting

action

to the PFL bus as soon as the
of

output.

push button; connects the

mode for

push

buttons for through-

an input channel is

level of the left-hand

the

checking the mono compatibility

pressed.

monitor

and

MIC TALK

VOLUME

STUDIO

MIC

AUX

PHONES

DJ

VOLUME

PHONES

BACK

Sensitivity

Recording

Recording on

control

on the

Headphones

Stereo

jack socket

for the

studio bus.

auxiliary

the

volume

microphone installed below.

bus.

control.

for connecting the headphones.

MB16

GB12

2.5 CONTROL ROOM

MONITOR UNIT

Connector panel

CR MONITOR

OUTL/R

AIR, EXT

EXT 2 L /

1,

Balance outputs of the

bus (XLR male). The output

VOLUME

the

These

the

monitor bus p<LR female).

outputs

CR

Balanced, external inputs to the left-hand

CR MONITOR control.

are muted by the signal

MONITOR CUT DIP switches.

left-hand

level

and right-hand

can be

monitor

adjusted

programmed

and right-hand

with

with

GB13

MB16

Rid/bx»

STUDIO

2.6

O

MASTER

J3L
ja. MONITOR

o

MONITOR

STUDIO

OFF

D:

VOLUME

STUDIO MONITOR

UNIT

Operator

MASTER /

MONITOR

STUDIO

OFF

VOLUME

STUDIO

controls

CR

MONITOR

MONITOR

Self-holding

master is

monitor is

LED,

opened

Potentiometer

right-hand

connected

connected.

lights

microphone

studio

push

if the

for

to the

monitor

fader.

when

studio

button;

studio

adjusting the

output.

this button is

bus, otherwise the CR

is switched off by

level of the left-hand

released

the

the

and

D:

STUDIO

o

GUEST

PHONES

MONITOR

GUEST

VOLUME

PHONES

PHONES

Headphones

Stereo jack

volume

socket

control.

connecting the headphones.

for

R^^/bX'

MB16

GB14

2.6 STUDIO

-

MONITOR

R

STUDIO

TALK BACK FROM STUDIO

UNIT

-

L

Connector

panel

STUDIO MONITOR

L/R

STUDIO PHONES

L/R

TALK BACK

FROM STUDIO

Balanced outputs of the left-hand and

bus (XLR

the VOLUME

male).

The output level can be

STUDIO

MONITOR potentiometer.

These outputs are muted by the signal programmed

the STUDIO

Balanced

MONITOR CUT DIP

outputs of the left-hand and

right-hand

adjusted with

switches.

right-hand

studio

with

studio

bus (XLR male), these outputs are not muted.

Balanced, external input from

external, floating contact (Talkback key in the studio)

connects the Talk Back

monitor channel,

if the DJ MIC fader is

studio

signal to the

to CR monitor. An

right-hand CR

closed.

The left-

hand CR monitor channel contains the CR monitor signal

with a level that is

down by 20 dB

(9-pin D-type

female).

GB15

MB16

R^^/bX'

2.7

r

PROGRAM

PFLIZ]

LCJ IZIR

METER

MASTER

PEAK

METER

—

0

-3

-6

-10

-16

-33

dB

PANEL

MONITOR

PEAK

PROGRAM METER

pflO

IZIR

LD

-

#3

0

-3

-6

-10

-18

-24

•33

dB

1

Operator

MASTER

PPM

MONITOR

PPM

controls

and display

LED peak

LED peak

elements

meter

meter for

indicating the master

for

indicating the monitor signal.

signal.

STOP

AUTO

RESET

START

COUNT

SET

WATCH

RESTART

STOP

DOWN

Push button.

above the key

“00:00”

Push

Push

The

first

the elapsed

lock

Push

above the

the SET

pressing

Potentiometer

soon as the

as

button

button for

measurement

When the

time.

again

is

button;

key

potentiometer,

this key a

When this

lights up.

resetting the

for

measuring the

starts

button is

time is

shown,

displayed.

When this

lights up.

second time.

for setting

key is pressed the

time measurement

The

fader is opened.

to

clock

ELAPSED

this button is pressed the

when

pressed

red LED

“00.00”.

TIME.

second time,

the

and the third time the running

is pressed the red LED

key

The count down time is set

count

and the

the COUNT DOWN

down is started

TIME.

starts

at

with

by

R^^/iOX'

MB16

GB16

2.7

METER

PANEL

MONITOR

Operator controls

MONITOR

SPEAKER

SPEAKER

MASTER / CR

MONITOR

VOLUME

Built-in speaker

monitor or master

Self-holding

this key is released, the master is

connected to the monitor

otherwise

connected.

Potentiometer for adjusting the

monitor speaker

for monitoring

bus.

push button. When

the

CR monitor is

volume.

the

speaker,

GB17

MB16

R^^/bX'

POWER

2.8

INTERFACES

2.9

SUPPLY

UNIT

Connector

FADER

INPUT 1

Operator

POWER

AC

PHANTOM

48 V

panel

START

-8 Fader

(25-pin,

controls

ON

POWER

ON /

start

D-type,

/ OFF

230 V-

POWER

OFF

contacts

female).

on the

(2-way)

connector

Power

AC

Self-holding

activating
of all

capacitor

switch

power

microphone

of the

panel

3-pin.

inlet,

button

push

phantom

the

inputs

microphones.

1 . . .8

units

input

for

supply

for

FADER

INPUT

START

9-16

Faderstart

(25-pin,

CONTROL

VGA

INPUT

(Option)

VGA

input

(Option)

1-8

CONTROL

9-16

contacts

D-type,

(2-way) of

female).

the input

control

Gain

1..8.

units

Control voltage:

Potentiometer

0 V:

=

dB,

V

0

Potentiometer

5 V:

=

-100dB

v

(15-pin,

control for the input

Gain

9..16.

Same

inputs

for

D-type, male)

control voltages as

1.. 8:

units 9...1

input

the

fully

fully

open

closed

units

for

been

two

provided.

(e.g.

addition,

In

have

applications

accommodated.

holes

25-pin

mounting

for

Additional

sockets) can

headphones

sockets

also be

sockets

for special

R^k/bx‘

Specifications

3.

Units

3.1

The mixing

function groups:

Input units:

-

Telephone with

-

Line

-

Line

-

The following

on the line

-

Bass cut for

-

Deactivation of

-

Stereo unbalanced

-

Line with

-

Line without

Output units

XLR

Master:

-

Output

BALANCED:

UNBALANCED:

-

Outputs

the

OR monitor

Studio

console

microphone
microphone

mic

bass

assignment:

voltage

switchable

MASTER

monitor

subdivided

is

presence

bass and

with

without bass

functions

inputs:

microphone

INSERT

for

and treble

bass and

treble

can be set

+6 dBu

+10dBu

14 dBu

+

+4 dBu
+8

mono

to

PCB

UNIT

into

potentiometer

treble

and treble

are jumper

MONO

line

control

control

=

1

=

2

=

3

jumper:

with

=
=
=

OdBu

=

dBu

1.775.860.

=

with

following

the

control

control

programmable

screen

a-wire

b-wire

Veff

0.775

2.45 Veff

Veff

3.88

Veff

1.55

Veff

1.23

1.95 Veff

jumper

JP1 on

MB16

PFL

-

Talk

-

Speaker

-

Meter unit

-

Power

-

unit

PFL and

one

back

This

function

Small

the

For the

the

PEAK

ON

PCB

unit

module

with

unit

speaker

master

master

monitor:

METER

segments

brightness

adjusted

be

can

screwdriver.

a

indicating

for

array

functions.

only)

supply

power

The

in the

side

toroidal

VA

The line

between

Stabilized

voltage

1 1 5

+15V/1 A

-15V/1

+6 V/1

+48 V

A

A

keys

module.

contains the

two telephone

the

with

CR

or

the

with two LED

18 steps

each,

well as

as

from

The

unit

supply

instrument

transformer

can

V ±1 0%

secondary

exists
exists
exists

lamps

phantom

for

for 8

volume

monitor

same

the

the

monitor

PFL,

the

is

unit

bridge

be

and

voltages:

twice

twice
twice for

channels

are combined

keys for the talk

units.

control for

bus.

instrument is

arrays

green, 6 steps

for both

levels

front panel with

meter contains

AUX SEND

installed on the

consists

and

the power

and

V ±1 0%.

audio

logic

switched

and

internally

230

for audio
for

supply

back

monitoring

used as for

with 24

red. The

channels

the

(mono

right-hand

of a 200

pack.

GB18

on

aid of

a LED

Connection

Connection

-

Contains

units and the

Connection

-

Contains

Connection

-

Contains the

monitor

units

Mic

unit

connections for

the

6-line

Line

unit

connections

the

Master

unit

connections

studio

and

units.

mic

monitor

the

8 line

for

for the

unit.

telephone

two

units.

master CR

GB19

3.2 The

The

consists

combines

tilted

panel

The

units on

wide

installed.

The rear

analogous

the

The

and the

The

to the

3.3

-

The

replaced by

can

-

The

additional

connection

as

sockets

headphones

PCBs:

MB16

supporting

of a

several

upward.

means

by

instrument

40.64

panels.

front

This

panel

with

RGBs

cabling

MICRO

panels

side

housing

Expandability

storage

handle

console

at the

mechanical

structure

steel

sheet

input

input

The

welded

of

penthouse

mm

A 1

chassis

is also

front

to the

XLR

the

largely

is

MATCH

as well as

from

surface

8 line

additional

the

has

PHONES

DJ

each. On

bottom, two

been

have

signals

the

of

trough.

Each

units.

are

units

pins.

contains

9"

chassis

accommodates

subdivided

panels.

These

sockets.

implemented

connector

front

the

inside.

the

options

and

between

units.

input

load.

prepared

been

GUEST

or

the MB1

bores

provided.

located

are

design

mixing

front

The

front

fastened

the

(option)

panels,

into

panels

with

system

padding

input 8

power

The

for

rear

6

headphones

for

pins for

The

on

console

panel

can be

panel

front

to the

corresponding

be

can

Eurocards.

support

cables

flat

AMP.

from

are fixed

can be

and 9

supply

one

using

PHONES

as well

panel

the

the following

MB16

Pos.

1

2

3

4

5
6

7

8
9

10

11

12

13

14

15

16

17

18

19

20

Pieces

#

r^^Abc

.775.510.40

parte 1

Spare

no.

Part

2
2
2

2
2
2
2

2

1

1

1

1

2
2
2
2
2
3

1

10

1.775.370.32

1.775.370.31

42.01.0252

42.01.0254 Cap,

42.01.0255

42.01.0257

42.01.0260

42.01.0261

1.011.094.02

1.011.094.04

1.011.094.05

1.011.094.08

1.911.000.32

1.911.000.34

1.911.000.35

1.911.000.36

1.911.000.39

51.01.0121

54.42.1050

51.02.0154

Knob, 010

Knob,

Cap,

Cap, 010

Cap,

Cap, 015

Cap,

Push
Push

Push button

Push button + top light

Fader knob

Fader knob

Fader knob

Fader

Fader knob

Power

Mains

Bi-pin

Description

mm dark grey

015 mm dark

010 mm
010 mm

mm

015 mm

mm

015 mm

+ top

button

+ top

button

+ top

knob

fuse 2.5

connector

lamp

A

black

blue

yellow

light

red

blue

red

yellow

green

red

yellow

green

blue

white

slow

female

T1

grey

grey

grey

-

VGA

derived

-

Rack

-

Side

-

Connector

-

Special

For

For

PHONES:

DJ

unit,

PHONES:

individual

GUEST

from

19"

kit,

panels

kit,

side

installing

dimensions

the A779.

chassis.

recessed

for

matching

panels

MB

the

refer

unit

.775.51

1

1 6

to

1.775.870

1.775.880

each

for

mounting.

connector

0.1

desk.

into a

diagrams

the

input

for

P1...P3
P1...P3

channel,

each

Section 5.

in

socket.

Pos.

1

2

3

4
5
6

7

8

Pieces

#

38

1.175^1041

hit

no.

Part

13

14

7
2
2
2
2

54.02.0281

54.02.0280

54.02.0601

REVOX

54.13.7020

54.02.0180

54.13.7022

54.02.0184

33042

Description

jack

XLR

XLR plug

jack

Phone

cinch

Stereo

9-pole

Case to

9-pole

Plug

25-pole

Case to

25-pole

Plug

cable 2m

D-type

D-type

D-type

D-type

R^l/bx»

3.4 Technical data

MB16

GB20

Inputs

Impedance:

>

MIC

LINE, STEREO, AUX RETURN 47 kohms

Control range

for 0 dB on the peak-nneter:

GAIN MIC

GAIN LINE -20...+16dBu

AUX RETURN

Maximum

input level (THD

<

1%):

l.2kohms

-60...0

-

4...+22

MIC

LINE, AUX RETURN

Outputs

impedance:

+6

+6

0.775 /

<

/ +10 /

7+10/

MASTER, balanced

MASTER,

AUX

Output

level

AUX

MASTER to

(isolation

MASTER

(transformerless)

MASTER, unbalanced

adjustable

CR

unbalanced

SEND <50

at 0 dB on the peak-meter:

.

SEND

TRANSMITTER

transf.)

to LOGGING

with jumper

MONITOR,

STUDIO

MONITOR max. +16

STUDIO PHONES

Maximum output level:

MASTER, balanced

MASTER, unbalanced

Frequency response

Linear

(HF, LF in center position)

BASS

CUT: 12 dB/octave

20 HZ...20 kHz

-3

point

dB

HF (Treble): Attack point

Boost / cut @ 20 kHz ± 15

LF

(Bass): Attack point 1 kHz

Boost / cut @ 20 Hz ± 15

0 dBu

+26

50

ohms

<

1 kohm

ohms

+

6 dBu

+14 dBu

+14

dBu

1 .25 /

dBu

+ 6 dBu

+24

dBu

1

±

® 70 Hz

1 kHz

1 X MIC:

-60

@

ratio

dBu input

voltage

termination

Signai-to-noise

values are weighted “A”

all

lx LINE:

dBu input voltage termination

® 0

dBu

MASTER fader

ctosed:

dBu

(-20

distortion

dBu input):

Harmonic

MIC

dBu

LINE(0 dBu input, +6 dBu

Crosstalk

ail

values @ 10

kHz

Channel separation STEREO

Switch-off attenuatbn INPUT

output): <

L

/ R

MASTER

Indicators

Stereo peak

Ranges: +6..+ 1 dB in

2 V

Power supply

Voltage selectable by

8 V

Dimensions

dB

(W

Weight:

dB

dB

Subject to

meters with 24-segment bargraph

internal jumper

1

/ 230 V AC 50..60

15

Detachable mains

X H X D): 1

lead, 3-prong connector

change

=

=

1 kohms

<

0.03%

<0.15%

0.03%

< 0.15%

-7..-18

19..-33

200 ohms

30Hz...15kHz

@

20 HZ...20

0..-

6 dB in

with protective ground

1

dB steps,

1

dB in

2 dB

dB in

3 dB steps, green

Hz, max. 200 W

192 X 385 x 730 mm

>

63 dB

>86 dB

> 100

@

1kHz

@ 1

kHz

kHz

>

50 dB

> 86 dB

>100dB

dB steps, red

green

steps,

green

46 kg net

dB

R^k/bx'

Alignment

4.

4.1 Preparations

MB16

GB22

-

Disconnect

source.

-

Set aii faders

controis to the center

to the LINEand

-

Proceed

-

Unfasten the

screwdriver

-

Remove

A

B Swing

C Insert the

the plug-in

=>

The electrical modules are

alignment.

-

Reconnected the

source.

mixing

the

the

to

STEREO

according to the

corresponding

No. 8.

the

upthe

front

strips

mixing console to

console

-<»

position, the

position,

position.

iliustration

storage

front panels

surface

panels into

now

from

and the

screws

accessible

power

the

trebie and

selector

input

opposite

‘Torx”

with a

panel

for

the AC power

bass

the

4.2 Measuring

voltmeter

Digital

voltmeter, Rz(in)

AF

generator, Rs

AF

Distortion

instruments

>310

<

200

meter

kohm

ohm

GB23

MB16

REVbX^

General

4.3

definitions

Level

Level specifications

alignment

dBu

in

0 dBu corresponds

-

The nominal level

specifications

based on a fixed voltage

reference.

-

The reference value 0.775 V

voltage

level in dBu has been

value definition of the

dBu, however,

definition

Nominal level

-

The nominal level (also

without being

ohm /

(600

=

studio

corresponds to the studio

=
=

=

levels

1.55

2.45

3.88 Veff

Typical nominal

+6 dBu

+10 dBu
+14 dBu

A Caution:

information

0.755 Veff

to

value as the

of

absolute

tied to

1 mW).

ievel

referred

level at full

are:

Veff

Veff

in dBu

relative

the

derived

voltage

at fuii

to as line

are

from

level in

the

ampiitude

level)

amplitude.

the

Demagnetization of

4.4

input

-

transformer

connection of

Illegal

unintentional

wires at the

audio

phantom

saturation

supply,

and

ground connection of

(remanence). This

distortion

noise;

console

the

-

Remanence

transformers

-

For this reason,

periodically

calibration.

and produces so-called

even light mechanical tapping of

causes modulation via the outputs, even if

microphone inputs are

can also

after prolonged operation.

demagnetized, and in all

Procedure:

-

Switch off the

connected

-

At the

than 32 Hz

capacitor.

-

Gradually

-

Gradually

microphone

mixing console (to protect

speakers).

from

increase the input level from 0 V to 3

decrease

the microphone

unbalanced

microphone

drives the input transfomers into

causes pennanent

strongly increases

accumulate

all microphone inputs

feed a frequency of

input

an AF generator via an

level

the

input sources or

the

inputs with live

magnetization

microphonic

switched

in

0 V.

to

“a” and “b”

the harmonic

the mixing

off.

the

should be

cases prior to

the

isolating

less

V.

Electrical

Certain parts are energized with line

The modules supplied by REVOX

hazard when the equipment is open!

shock

are

aligned and consequently require no

prior

console is only necessary

individual modules have

in regular intervals is no

equipment generation. The

required is

input transformers

installation. Recalibration of

to

after modifications to

been

longer

only

the occasional

as

demagnetization

described below.

made.

necessary in

maintenance

voltage.

factory pre-

alignment

the mixing

Recalibration

this

of

the

Generator:

f<32Hz

U:0V...3

-

capacitor C

-

resistor

V...0V

=

R

=

600

pF / 10 V

1000

ohms is used for

1000

mF

blocks DC components

discharging the capacitor from

DC components

R^i/bx'

RA14

-60

ADJUST

RA3

THD

ADJUST

RA11

GAIN

MB16

dB

GB24

RA14

-60dB

ADJUST

GB25

4.5

Master

unit

1 .775.860

MB16

R^^/bX'

Voltage

4.5.1

-

Connect

1.775.860.00

unit

-

Switch on the

-

Align the

trimmer

-

Connect the

.775.860.00

unit 1

-

Align the

trimmer

4.5.2 Master

-

-

-

-

-

the

From

Veff)

(1.55

Connect

output.

the ON AIR

Set

the

With

voltage on the

Veff).

(1.55

Connect

TRANSMiTTER

-

With trimmer

distortion.

-

From the

Veff)

(1.55

-

Connect

output.

-

4.6

4.6.1 Input

-

-

-

-

-

-

-

-

-

-

-

trimmer

With

minimum

Input

Set the

the input

Set

center

Activate

Set the

position).

fader to 0

From the

Veff) to the

(1.55

Connect the

output.

Set the

trimmer

With

Veff).

(1.55

the

From

Veff) to

Connect

output.

R

trimmer

With

Veff).

(1.55

alignment

digital

the

and

console.

voltage to

potentiometer

digital

and

voltage to

potentiometer

distortion

generator

audio

unbaianced

to the

voltmeter

AF

the

switch to

RETURN

transmitter

distortion

the

L output.

potentiometer

generator feed

audio

unbalanced

to the

the AF

units

level LINE

input

the

audio

ON

audio

the

the AF

voltmeter to

potentiometer

distortion.

1.775.800...

selector

level

key.

ON

dB.

generator

balanced

voltmeter

AF

switch

AIR

potentiometer

generator

balanced

voltmeter

potentiometer

control

of the

voltmeter to

to 0 V.

+340 mV

RA12.

voltmeter

to 0 V.

-65

mV

±0.5

RA13.

feed

to the

the ON

level

input

output to

meter to

(RA9)

(RA10)

INPUT

1.775.800/.810

the

to

to 0 dB

feed

LINE

to

to the ON

(RA1

feed

R

LINE

to

(RA12)

fader

TP1 on

±1 mV

TP2

to

mV

1 kHz/+6

RETURN

the master

with the

the

on

with the

L input.

TRANSMITTER L

position.

control

input

the

1.775.840

STEREO

1 kHz/+6

the

input.

the

adjust the

+6 dBu

the

align for

1 kHz/+6

RETURN R.

TRANSMITTER R

align for

position.

(self-holding

input.

L

TRANSMITTER

position.

align to

1)

1 kHz/+6

TRANSMITTER

align

master

dBu

minimal

dBu

dBu

+6 dBu

dBu

.55

(1

to +6 dBu

-

Set

-

With

voltage

(1.1

Input

4.6.2

-

Set

-

Set

center

-

Activate

-

Set the

-

From

.55 Veff)

(1

-

With

voltage

.55

(1

-

Connect

output.

L

-

With

distortion.

-

From

.55 Veff)

(1

-

Connect the

output.

R

-

With

distortion.

Input

4.6.3

-

Set

center

-

Activate

-

Set the

-

From

.55

(1

-

Connect

output.

-

Set the

-

With

transmitter

input

the

trimmer

at

Veff).

distortion

input

the

input

the

position).

the ON key.

fader to 0

the

output

the

on

Veff)

the

trimmer

the

trimmer

level

input

the

position)

the

fader to 0

the

Veff)

the AF

ON AIR

trimmer

selector to

potentiometer

transmitter

the

selector to the

level

generator feed 1

audio

balanced LINE

to the

potentiometer

the CR

the

(on

distortion

potentiometer (RA3)

generator

audio

balanced LINE R

to the

distortion

potentiometer

TELEPHONE

level

key.

ON

generator feed 1

audio

balanced TEL

to the

voltmeter to the

switch to

potentiometer

output

the MONO position.

the

(RA13)

output to +3 dBu

LiNE iNPUT

STEREO

control to 0 dB (self-holding

align

1.775.800/.810

position.

dB.

kHz/+6 dBu
L input.

the output

align

MONITOR L to

+6 dB

monitor board).

meter to

the

align for

MONITOR

CR

feed 1 kHz/+6 dBu

input.

meter to

(RA4) align

the CR

MONITOR

for

1.775.820

control to 0 dB

(self-holding

dB.

kHz/+6

dBu

HYB IN input.

TRANSMITTER

the ON position.

the

1)

align

(1

.55

Veff).

voltage

(RA1

to +6 dBu

minimal

minimal

L

L

R^i/bx'

4.6.4 Input distortion

TELEPHONE

1.775.820.

MB16

4.6.6

Input

distortion

MIC

INPUT

GB26

1.775.830/.840

-

Activate the ON

-

Set the input

center

-

Set the

-

From the audio

(1

-

With the

position)

.55 Veff)

fader to 0 dB.

output

key.

level control to

generator feed 1

the balanced

to

potentiometer

TEL

MONITOR L output voltage

.55 Veff) (on the

(1

-

Connect the distortion

monitor board).

meter to the

MONITOR L output.

-

With trimmer

minimal distortion.

4.6.5 Input level MIC

-

Plug jumper JP1 to the

-

Set the

-

Set

the

0 dB position.

-

Activate the ON key.

-

Set the fader to 0 dB.

-

From the audio generator feed 1

(0.775

input.

-

Connect the AF voltmeter to the

potentiometer

INPUT

1.775.830/.840

STEREO

selector to the LINE

input

input level

Veff) to the unbalanced

control to the

TRANSMITTER L output.

-

Set the ON AIR switch to the ON

-

With

trimmer

transmitter output voltage to +6 dBu

-

From the audio

(0.775

input.

-

Connect the AF voltmeter to the

TRANSMITTER R

-

With the

the transmitter output voltage to

Veff).

(1.55

-

Set jumper JP1 to the LINE

-

From the

.55 Veff)

(1

-

Connect the

TRANSMITTER

-

With trimmer

transmitter output

potentiometer (RA1

generator

Veff) to the unbalanced STEREO

output.

feed 1 kHz/0 dBu

trimmer potentiometer (RA1

audio generator feed 1 kHz/+6

to the balanced LINE

voltmeter to the

AF

output.

R

potentiometer (RA1

voltage to -i-6 dBu

(self-holding

0 dB

kHz/+6 dBu

HYB

align

to +6 dB

(RA3)

position.

position.

self-holding

kHz/0

STEREO

position.

1 )

-i-6

position.

input.

3)

input.

IN

the CR

CR

for

align

dBu

align the

.55 Veff).

(1

adjust

2)

dBu

dBu

align the

.55 Veff).

(1

-

-

-

-

-

-

-

-

-

-

-

-

jumper JP1

Plug

Set the
Set the

position.

Activate the ON key.

Set the

From the

(0.775

With the

MONITOR

on

Connect

output.

With the

distortion.

input
input level

fader

audio generator feed 1 kHz/0 dBu

Veff) to the

output

L output

the monitor

the AF

trimmer

From the audio

.55Veff)

(1

Connect

output.

With

distortion.

to

the AF voltmeter to

trimmer

selector to

to 0 dB.

potentiometer align the CR

board.

voltmeter

generator feed 1 kHz/0 dBu

the unbalanced

potentiometer

STEREO position.

to the

the LINE position.

control

to the self-holding 0 dB

unbalanced

voltage to +6

to the CR MONITOR L

potentiometer

STEREO

the

(RA4) align for minimum

STEREO

dB

align for minimal

input.

L

.55

Veff)

(1

R input.

MONITOR

CR

R

L

R

GB27

MB16

R^k/bx*

4.7 Display

Level

4.7.1

-

Set the

position.

-

Set the input

position.

-

Activate

-

Set

-

From the

(1

-

Connect

L

-

Set the

-

With the

voltage

-

With

the front),

way

-

Align the

-

The

4.7.2 Level

the fader

Veff) to the

.55

output.

trimmer

that the 0

display

input

the

ON AIR

to

unit

meter,

master

selector

level

ON key.

0 dB.

to

generator

audio

the AF

input

right-hand

meter,

voltmeter

switch

control

+6 dBu

potentiometer

adjust the

dB LED

brightness

monitor

channel

control to

balanced

to the

align

.55 Veff).

(1

left-hand

lights up.

analogously

bar

can

1 6 to

self-holding

the

1 kHz/+6

feed

STEREO

to the

ON

transmitter

the

RA3

display

adjusted

be

STEREO

the

0 dB

dBu

input.

L

TRANSMITTER

position.

output

(accessible

bar in

with

from

such

RA2.

with RA1

a

-

Set

position.

-

Set the

position.

-

Activate the

-

Set the

-

From the

.55

(1

-

Connect

output.

-

Set the

-

the

On

switch

-

With

output

-

With

front),

the

way that

-

Align the

-

The

the input

input

fader

audio

Veff)

the AF

ON

monitor

off the

monitor

the

voltage to

trimmer

adjust the

the 0 dB

right-hand

display

selector

control to

level

ON key.

to 0 dB.

generator

balanced

to the

voltmeter

switch to

AIR

select

PFL AUTO

control

+6 dBu

potentiometer

left-hand

LED

bar

brightness

channel

the

feed 1

STEREO

to the CR

the ON

the

press

key.

align the

.55

(1

RA3

lights up.

analogously

be

can

the STEREO

1 6 to

self-holding

kHz/+6 dBu

L input.

MONITOR L

position.

MASTER

CR

Veff).

(accessible

display

with RA2.

adjusted

0 dB

key and

MONITOR

from

such

bar in

with RA1

a

MB16

R^i/bx'

Schematic

5.

Content

Abbreviations

compiete

MB16

Front view

Rear view

Brackets

Biock

Wiring list

D-type

-

-

-

Mains

Power suppiy

Connection
Connection
Connection

Input unit

Input unit iine

Input unit teiephone
input unit

input unit mic

for table

diagram

connectors

start

Fader

Taik back

Remote

transformer

line

mic

(1..8),

from studio

telephone

unit

unit

mic

unit

master

unit

-

equaiizer

-

equalizer

PFL unit

Master unit

Monitor

Studio unit

Speaker

insert unit

Talk back

Display unit

Stop watch led

unit

unit

unit

diagrams,

mounting

(9..

16)

115V/ 230V

pcbs,

parts

1.775.510.00

.775.510.18

1

1.775.510.55

.775.700.00

1
1 .775.720.00

1 .775.730.00

1.775.740.00

.775.750.00

1

1.775.800.00

1.775.810.00

.775.820.00

1

1.775.830.00

.775.840.00

1

1.775.850.00

.775.860.00

1

.775.870.00

1

.775.880.00

1

1 .775.890.00

.775.900.00

1

1.775.910.00

.775.920.00

1

.775.930.20

1

m

o

NOU-16-90

@

^

reVqx

^ 1

HA

CUT

STUDIO

CR

OH

OFF

|

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1

REUOX

OFF

IHPUT

OCT-23-91

MB

HA

16

o

BROADCAST

INPUT

87S5-f3HCHC

MONITOR

o o

BACK PANEL BACK

MIC

DJ

SELECTOR

PAGE 1

OF 1

0P.P01

LINE

L

STEREO

R

LINE/STEREO

UHBAL

BM.

R

L

HIC

BAL

TEL

HYB

L

1

GAIN

LINE

EQUALIZER

TREBLE

BASS r

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-qh-

-0-

^ZZZZP-

/

1h

|>

0

h

,

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UCA H

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11

.

MONITOR

CR

PHANTOM

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;

POUER

AQV

\V

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MIC

TB

UOLUME

TEL

_Q_

--0

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„,EL

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CONFERENCE

TEL

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HYB i:

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MASTER

r

HYB

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BACK

STOP

FADERSTART

^

i'"

,

d-type

/

/

I

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UCA

CONTROL

\

INTERFACES

START

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P

RESET

J3_

WATCH

INTERFACE

F-;

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d--type\

/

I

d~type\

/

FADER

START

STUDIO

ppm

R

L

MONITOR

GUEST

crii

PHONES

GUEST

SC 1

o=i

PHONES

DJ

O

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MONITOR

MASTER

FADER

!

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UCA

t .^.u

BAL

L

MASTER

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1

1

BAL

OUTPUT

R

Ve

(o)

UNBAL

TEL

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@

1

reVox

N-l

TB

TO

HYB

1 1

DJ

HA

CR

MONITOR

CUT

^

N-1

TB DJ

TO

HYB 2

SEP-12~91

O

REUOX

BLOCK

/

MB

DIAGRAM

/

TEL

1

R

AUK

RETURN

UL

BROADCAST

16

O

AUK

SEND

^

CR

MONITOR

STUOIP

STUDIO

MONITOR

CUT

L

R

L

STUDIO

MONITOR PHONES

o

1

OF

1

PAGE

.775.510.00

R

POyER

I

SUPPLY

J2l J3| J4l

UNIT 1.775

J5

J6l J7l

I

.720-00

J8l

J9 I

J10

STUDIO

.775.88Q-00

1

J1

UNIT

J2

I

I

JS"

INSERT

1.775.900-00

UNIT

DISPLAY

. 77S.

2x 1

UNIT

920-00

LED

STOP

1 . 77S .

UATCH

930-20

I

J3^

LED

J1

J2

CONNECTION

M

J4

ui

UNIT

U2

1.775.740-00

MIC

ua.s.?

U4.S.8

(jg

tkiccrDT I

UIRING

LIST

PAGE

UIRLST0P.P01

SC

1

OF

1

FADERSTART
Connection

FADERSTART

Connection

1-8

Unit

9-16

Unit

Mic

Line

P5

P3

IBi

16<

17j

18'

19'

201

21

22

101

23'

11

24

12

25'

13'

2S

14

15

16

17

18

19

20

21

22

10

23

11

24

12

25

13

26

BACK

1

2i

3i

5*

6<

7'

8i

9'

'

M

8

'

A

:

A

NC

NC

R 9

1

R10

M 9

2

M10

A 9

3

A10

Rll

4

R12

Mil

5

M12

All

6

A12
R13

7

R14

M13

8

M14

A13

9

A14

R15

R16

M15

M16

A15

A16

NC

NC

PANEL

Rxx
Axx

Mxx

Rxx

Axx

Mxx

TALKBACK

Connection

TELEPHONE

Talk

Back

FROM

Unit

REMOTE

Unit

(0)

STUDIO

Master

J1

OCT-28-91

1

1

reVox

UL

J9

1

II

TBSON

2* 0US

1

0UA

3

1

4

5*

NC

6i

7

I TBS2

8
9*

101

It

2*
3*

4

I

5t

6*

7*

8

I

9t

101

FEB-06-92

O

MIXING

D-TYPE

NC

NC

0UA

TBS3

NC

TlHKl

T1HK2

T2HK1

T2HK2

TlCKl

T1CK2

T2CK1

T2CK2

NC

NC

CONSOLE

CONNECTOR

UL

MB16

lO

lO

O

PAGE

1.775.B10.55

SC

1

OF

1

LIN

UNIT

.

CON

1191

Ed.

1.775.720.00

..Pos

Ad

59.06.0104

c.. ..1

59.22.6100

c.. ..2

59.22.6100

..3

c..

59.22.6100

..4

c..

59.22.8100

c.. ..5

59.06.0104

c.. ..6

59.06.0104

..7

c..

59.22.6100

c.. ..8

59.22.6100

c.. ..9

59.06.0104

.10

c..

59.22.6100

c.. .11

59.06.0104

.12

c..

59.22.6100

.13

c..

59.06.0104

c.. .14

59.22.6100

.15

c..

59.06.0104

.16

c..

.17 59.06.0104

c..

.18 59.22.8100

c..

59.14.3222

c.. .19

59.06.0104

.20

c..

59.06.0104

c.. .21

59.06.0104

.22

c..

59.06.0104

c.. .23

59.22.6100

.24

c..

59.06.0104

c.. .25

.26 59.14.3104

c..

.27 59.06.0104

c..

59.22.6100

.28

c..

59.22.8102

c.. .29

59.14.3222

.30

c..

59.22.6100

c.. .31

59.22.6100

c.. .32

59.22.4472

c.. .33

59.22.6472

c.. .34

59.22.6472

c.. .35

50.04.0105

D.. ..1

50.04.0105

..2

D..

50.04.0105

D.. ..3

50.04.0105

D.. ..4

..5 50.04.0105

D..

50.04.0105

D.. ..6

50.04.0105

D.. ..7

70.01.0216

..1

DZ.

70.01.0227

DZ. ..2

51.01.0121

..1

F..

50.10.0105

..1

IC.

50.10.0105

IC. ..1

50.10.0105

IC. ..2

50.10.0104

..3

IC.

50.10.0104

..4

IC.

..5 50.10.0104

IC.

50.10.0104

IC. ..6

50.10.0116

IC. ..7

54.14.5520

..1

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54.14.5510

..2

J..

54.14.5508

..3

J..

..4 54.14.5512

J..

54.14.5516

..5

J..

54.25.0008

..6

J..

54.25.0005

..7

J..

54.25.0005

..8

J..

54.14.5510

..9

J..

54.14.5510

.10

J..

54.42.0020

P.. ..1

1.775.720.11

HP. ..1

1.775.720.12

HP. ..1

1.775.720.02

HP. ..2

1.775.720.05

HP. ..3

..4 1.775.720.03

HP.

50.20.2003

..5

HP.

..6 21.38.0354

HP.

28.21.1360

..7

HP.

51.99.0128

HP. ..8

57.11.3241

..1

R..

57.11.3272

R.. ..2

57.11.3241

..3

R..

57.11.3241

..4

R..

57.11.3241

R.. ..5

57.11.3241

..6

R..

57.11.3241

..7

R..

57.11.3272

R.. ..8

57.11.3272

..9

R..

57.11.3272

.10

R..

57.11.3911

.11

R..

57.11.3911

R.. .12

57.11.3241

R.. .13

57.11.3331

.13

R..

57.11.3912

.14

R..

57.11.3123

.14

R..

57.11.3221

.15

R..

57.92.7019

RA. ..1

57.92.7018

RA. ..2

..3 57.92.7018

RA.

MB16

SUPPLY

POWER

Description .

.Ho...

Ref

R-PTC

lOOn 10

-20/+50

lOu

-20/+50

lOu

-20/+50

lOu

-20/-^50

lOu

lOOn
lOOn

-20/+50

lOu

-20/^50

lOu

lOOn

-20/+50

lOu

lOOn

-20/+50

lOu

lOOn

-20/+50

lOu

lOOn
lOOn

-20/+50

lOu

2n2

lOOn
lOOn

lOOn

lOOn

-20/+50

lOu

lOOn
lOOn
lOOn

-20/+50

lOu

-20/+50

lOOOu

2n2

-20/+50

lOu

-20/+50

lOu

-20/+50

4700U

-20/+50

4700U

-20/+50

4700U

1H4004
1H4004
1H4004
1H4004
1H4004
1H4004

1H4004

0.8A

6A

2.5AT Fuse

LH337KC
LH337KC

LH337KC

LH317SP
LH317SP
LH317SP
LH317SP

LH317HV

20-P

10-P

8-P

12-P

16-P

8-P
5-P

5-P

10-P
10-P

3-P

pcs

7

pcs

6

pcs

4

240E

2k7

240E
240E

240E

240E

240E

2k7
2k7
2k7

910E

910E
240E
330E

9kl

12k

220E

0.4A

3.75A

3.75A

63V

%.

35V

%,

35V

%,

35V

%.

63V

%,

63V

10

63V

10

%,

35V

%,

35V

%,

63V

10

%,

35V

%,

63V

10

%,

35V

%,

63V

10

%,

35V

%.

63V

10

%.

63V

10

%,

63V

%,

440V

20

%,

63V

10

63V

10

%.

63V

10

%,

63V

10

%.

35V

%,

63V

10

%,

300V

20

%,

63V

10

%,

35V

%,

63V

440V

20

%,

35V

35V

%,

16V

%,

40V

%,

40V

%,

RECTIFIER

D041,

RECTIFIER

D041,

RECTIFIER

0041,
D041,RECTIFIER

RECTIFIER

D041,

RECTIFIER

D041,
0041,RECTIFIER

140V,DIP06,

400V,BRIDGE

T0220-9,SERIE REG.
T0220-9,SERIE REG.
T0220-9,SERIE REG.

E-REG.

T0220, SERI

T0220,SERIE-REG.

T0220,SERIE-REG.

T0220,SERIE-REG.

T0220-8,V0LTAGE

POWER

POWER SUPPLY

HEAT SIHK

HOLDER

IHSULATIOH

CLIP
SCREW

T(»ULAR

FUSE

VERT,
VERT,
VERT,
VERT,
VERT,

12A,
12A,
12A,

VERT,
VERT,

AHG.,

SUPPLY

PROTECTIOH

1

%,

1

1

1

1

1

1

1

1

%.

1

1

1

%,

1

1

1

%.

1

1

%.

GOV,
50V,

50V,

RIVETS

FEH.,
FEH.,

FEH.,

FEH.,
FEH.,
FEH.,
FEH.,

FEH.,
FEH.,
FEH.,

HALE,

UNIT
UNIT PCB

0.6W,

0.6W,

0.6W,

0.6W,

0.6W,

0.6W,

0.6W,

0.6W,

0.6W,

0.6W,

0.6W,

0.6W,

0.6W,

0.6W,

0.6W,

0.6W,

0.6W,

R-PTC
R-PTC

R-PTC

BRIDGE

RECTIFIER

-1

-1

-1

+1
+1
+1
+1

REG.+l

J-HICRO-HATCH
J-HICRO-HATCH

J-HICRO-HATCH

J-HICRO-HATCH
J-HICRO-HATCH

J-AHP,
J-AHP,

J-AHP,

J-HICRO-HATCH

J-HICRO-HATCH

HAIMS

PCB

RECTIFIER

VERTICAL
VERTICAL

VERTICAL

CONNECTOR

HF
NF
NF
HF
NF
HF
HF

.

NF
HF
NF
NF
HF
NF
HF
HF
NF
NF

...4

RA.

...1

S..

...2

S..

TP. ...1

TP. ...2

TP. ...3

...4

TP.

TP. ...5

...6

TP.

...8

TP.

...9

TP.

..10

TP.

..11

TP.
TP. ..12
TP. ..13
TP. ..14

..15

TP.

..16

TP.

...1

W..

W.. ...2

w.. ...3

...4

w..

w.. ...5

...6

w..

w.. ...7

...8

w..

...9

w..

w.. ..10

..11

w..

..12

w..

w.. ..13

..14

w..

w.. ..15

..16

w..

..17

w..

..20

w..

w.. ..21

w.. ..22

..23

w..

..24

w..

..25

w..

..26

w..

w.. ..27

..28

w..

..29

w..

..30

w..

..31

w..

w.. ..32

...1

X..

...2

X..

KG 91/08/30

00

UL 91/11/04

01

HANUFACTURER:

57.92.7018

55.15.0109

55.03.0286

54.02.0320

54.02.0320

54.02.0320

54.02.0320

54.02.0320

54.02.0320

54.02.0320

54.02.0320

54.02.0320

54.02.0320

54.02.0320

54.02.0320

54.02.0320

54.02.0320

54.02.0320

64.01.0106

64.01.0106

64.01.0106

64.01.0106

64.01.0106

64.01.0106

64.01.0106

64.01.0106

64.01.0106

64.01.0106

64.01.0106

64.01.0106

64.01.0106

64.01.0106

64.01.0106

64.01.0106

64.01.0106

64.01.0106

64.01.0106

64.01.0106

64.01.0106

64.01.0106

64.01.0106

64.01.0108

64.01.0106

64.01.0106

64.01.0106

64.01.0106

64.01.0106

64.01.0106

53.03.0142

53.03.0142

3.75A

15.24n
lO.GOn

15.24m

15.24m

20.32m

20.32m

20.32m

20.32m

15.24m

15.24m

15.24m

15.24m

15.24m

10.60m

20.32m

20.32m

7.62m

20.32m

20.32m

20.32m

15.24m

20.32m

20.32m

17.78m

15.24m

20.32m

20.32m

7.62m

10.60m

10.60m

EL-Electrolytic,C«Ceraiic,

Fill

NFHIetal

Incorparated.HS-Hational

dbx=dbx

RA=Raytheon,SIG=Signetics,TI=Texas

50V,

BUTTON

PUSH

2*U

SWITCH

HAINS

1*A

STR.,

1-P

STR.,

1-P

STR.,

1-P

STR.,

1-P

STR.,

1-P

STR.,

1-P
1-P STR.,

STR.,

1-P

STR.,

1-P

STR., HALE,

1-P

STR.,

1-P

STR.,

1-P

STR.,

1-P

STR.,

1-P

STR.,

1-P

0.60HH,

0.60HH,

0.60HH,

0.60HH,

0.60HH,

0.60HH,

0.60HN,

0.60NH,

0.60NN,

0.60NN,

0.60NH,

0.60NH,

0.60NN,

0.60NN,

0.60HH,

0.60NN, WIRE BRIDGE

0.60HH, WIRE

0.60HN,

0.60HN, WIRE

0.60NH, WIRE

0.60NN, WIRE

0.60NN,

0.60HN,

0.80HN, WIRE

0.60NN,

0.60NH,

0.60NH,

0.60HH,

0.60NN,

0.60NN,

FUSE-CLIP

FUSE-CLIP

PETP'Polyester

SWITCH

FLATPIN 2.
FLATPIN

FWTPIH

FLATPIN
FLATPIN
FLATPIN

FLATPIN

FUTPIN

FLATPIN

FUTPIN
FUTPIN
FUTPIN 2.

FUTPIN
FUTPIN 2.

2.

2.8*0.8

2.8*0.8

2.8*0.8

2.8*0.8

2.8*0.8

2.8*0.8

2.8*0.

2.8*0.8

2.8*0.8

2.8*0.8

2.8*0.8

HALE, FLATPIN

HALE,

HALE,
HALE,
HALE,
HALE,
HALE,
HALE,
HALE,

HALE,
HALE,
HALE,

HALE,
HALE,

BRIDGE

WIRE

BRIDGE

WIRE

BRIDGE

WIRE

BRIDGE

WIRE

BRIDGE

WIRE
WIRE BRIDGE

BRIDGE

WIRE
WIRE BRIDGE

BRIDGE

WIRE

WIRE BRIDGE

BRIDGE

WIRE

WIRE BRIDGE

WIRE BRIDGE

WIRE BRIDGE
WIRE BRIDGE

BRIDGE

WIRE BRIDGE

BRIDGE

BRIDGE
BRIDGE

WIRE BRIDGE

BRIDGE

WIRE

BRIDGE

BRIDGE

WIRE
WIRE BRIDGE
WIRE BRIDGE

BRIDGE

WIRE

BRIDGE

WIRE

BRIDGE

WIRE

Seaiconductor.Not^Notorola

Instruments

8*0.8

8*0.

8*0.

8*0.

Po*.

Channel

Nr.

10

1—8

-

for

80

(Left)

LINE

IN

(<!)2

LEFT

V P3>

LINE y

IN h

RIGHTS

Pos.

Channel

yft>.

iy

1

m 1

)2

937

.

Nr. 110

1-8

R110

1K5

1

1

J-C110

-

1-

1

for

180

(Rioht)

.C12

'680P

.C112

"680P

R13

3K9

R113

3K9

+15U

56P

A/B

LINE-Ll

LINE-L2

LINE-L3
LINE-L4

LINE-L5
LINE-LB

LINE-L7

LINE-L8

LINE-Rl

LINE-R2

LINE-R3

LINE-R4

LINE-R5

LINE-R6

LINE-R7

LINE-R8

8

U

1.

8

U

2.

U

8

3.

U

8

4.

U

8

5.

U

8

6.

U

8

7,

U

8

8,

U

1,14

U

2,14

U

3,14

U

4,14

U

5,14

U

G.14

U

7,14

U

8,14

Pos. Nr. 210

Channel

P 5, XX

A*

5, XX

R* P

M* P 5, XX

RSU

J

8,

J 2,
J

6,

1-8

8

6
6

-

280

RESTART

for

STOP

K210

,

UATCH

.0210

|D210

‘^210

M

M22K

R211

J22K

BC237

’0211

FADER START

TO

CIRCUIT

1-8

:

U

FSl

1,

U

FS2

2,

U

FS3

3,

U

FS4

4,

U

FSB

5.

U B.

FSB

U

FS7

7,

U

FS8

8,

SSPl

J

SSP2

J 4,

SSP3 J

SSP4 J

SSP5 J
SSPB J 4,10
SSP7

J

SSP8 J 4,12

4,

4,

4,

4,

4,11

Rl* 1

MU

2

Alt

3

3

3
3
3

3
3

3

5
B
7

8

9

R2t

M2t
A3t

R3«
M3t

A3* B

R4* 17
M4* 18

A4t

R5* 7

M5*
AS*
RB*
MB* 21
AB* 22

R7* 10

M7* 11

A7*
R8*

M8* 24

A8* 25

20

23

3

14

15
15

4

5

19

8

9

12

U 1,11

PFL-Cl

U

PFL-C2

U 3,11

PFL-C3

U 4,11

PFL-C4

U

PFL-C5

U 6,11

PFL-C6

U 7,11

PFL-C7

U 8,11

PFL-C8

SMC

J

CRC J

J

N-2S

J 1,11

TB-20

+GUA J 7,15

+GUA

J 7,1G

+GUB

J 7,13

+GUB J 7,14

+15A

J

+15AJ7,20

ISA J

ISA

J

2.11

5,11

1.

1.

1.

7,19

7.
7,

c

-t

P 2

PFL-C

PFL-C

—

>

2

5

3

>

4

)

(

<

c

—

< J 3,15

>—

c J G,

H—

< Ul,

<

—

c J

(

J

3.

J

3.

J

3.

J 3,11

1,15

J

J

2,

J

4,

J

2,

J

2,

J

4,
G,

J

J 6,

Ul,

1,19

1,20

J

J 3,19
J 3,20

2

3

4

1

1
1

4

5
2

4

5

U5,

U3,

U3, U5,

J
J

1,

3,

U7. G
U7, 7

1
1

0UA

0UA

0UA

0UREF J

0UREF J

4

P

J 8.

0UA J 8,

J

0UA
0UA J 8.

0UA J

0UA J

0UA J
0UA

J 8,

0UA J

0US p 1

p 3

0US

0US J
0US J

0UD J 7,11

J 7,12

0UD

8.

8,

8,

8,

8,10

7.

7.

1,13

1,14

1

2

3

4

5

6

7
9

7

8

—

)

)

NC

—

—

^

-<

c

Ul,

< Ul,

(

J

( J

J
J 3,18

U3,
U3, US,

1,17

1,18

3,17

V-

5

G

US,

U7, 4

U7,

S

<

c

c

c

c

c

c

c

(

c

c

«

c

c

i

c

1

(

i

<

i

c

1

—

i

c US, 13,

(

(

ALLE IMP.

<

t

<

c

(

c

(

c

c

(

-CUI,

-<

U2, 1,2, IG

-c

U3,

-c

U4,

-<

US, 1,2,1G

-(

UG,

-(

U7,

-<

U8,

Ul, 9,10,12

U2,

10, 12

9,

U3, 9,10,12

U4. 9,10,12

9,10,12

U5.

US, 9,10, 12
U7, 9,10, 12
U8,

9,10, 12

9

J

1,

J 1,10
J 1,12

9

J

3,

J 3,10

12

J 3,

Ul. 13,

U2. 13,
U3,

U4,

US,

U7.
U8,

J 3,13
J 3,14

J 1,1G

J
J
J 3.
JG,2
J G, 3

J4,3

J

IS
IS

IS

13,

IS

13,

IS

13.

IS

IS

13,

IS

13.

2

2.

3

2,

IG

4

4,

1,2, IG

IG

1,2,

IG

1,2,

IG

1,2,

IG

1,2,

IG

1,2,

+1SB J 7,17
+1SB J

-ISB J

-ISB J

7,18

7,

7,10

>

» y

9

>-J

(D

U4, UG.

U2,

U4, UG,

U2,

7

J

1,

8

J

1.

7

J

3.

8

J

3,

<

U2, U4,

U4,

(U2.

—

—

'—c

L-c

JUN-28-91

1 1 1

c J
c J

5

1,

G

1.

5

J

3.

6

J

3,

A.T.

reVox

UG,
UG,

U8,

U8, 7

U8,
U8. 5

G

4

SEP-12-91 UL

O

MIXING

CONSOLE

CONNECTION

lO

MB16

UNIT

0UP

0UP

+48U J

+48U

LINE

J

7,

J

7.

7,

J7,2

5

1—

3

5

4

1

lO

< J

(

c

c

7

2,

J

8

2,

7

J

6.
8

J

6,

9

2,

2,10

9

6,

10

6,

SC

O

PAGE

1

.775.730.00

1

OF

—I

i

1

Jl

R^k/bx’’

MB16

Ed

1191

1.775.730.00

Ref .No...

..Pos

Ad

59.06.0104

..10

c..

59.05.1681

..11

c..

59.05.1681 680

..12

c..

59.34.4560

..13

c..

59.06.0104

..20

c..

59.05.1681 680

c.. ..21

59.05.1681

..22

c..

59.34.4560

..23

c..

59.06.0104

..30

c..

59.05.1681

c.. ..31

59.05.1681

c.. ..32

59.34.4560

c.. ..33

59.06.0104

..40

c..

59.05.1681

..41

c..

59.05.1681

c.. ..42

59.34.4560

..43

c..

59.06.0104

..50

c..

59.05.1681

c.. ..51

59.05.1681

..52

c..

59.34.4560

..53

c..

59.06.0104

c.. ..60

59.05.1681 680

c., ..61

59.05.1681

c., ..62

59.34.4560

c.. ..63

59.06.0104 100

..70

c..

59.05.1681

c., ..71

59.05.1681 680

..72

c..

59.34.4560

c., ..73

59.06.0104

..80

c.,

59.05.1681 680

c., ..81

59.05.1681 680

..82

c.,

59.34.4560

c.. ..83

59.06.0104

.110

c..

59.05.1681 680

c.. .111

59.05.1681 680

c.. .112

59.34.4560

c.. .113

59.06.0104

c.. .120

59.05.1681 680

c.. .121

59.05.1681 680

.122

c..

59.34.4560

.123

c..

59.06.0104

.130

c.,

59.05.1681 680

.131

c..

59.05.1681

c., .132

59.34.4560

c., .133

59.06.0104

.140

c..

59.05.1681 680

.141

c..

59.05.1681

.142

c..

59.34.4560

.143

c..

59.06.0104

.150

c.,

59.05.1681 680

.151

c..

59.05.1681

c.. .152

59.34.4560

.153

c..

59.06.0104

.160

c..

59.05.1681 680

.161

c..

59.05.1681 680

.162

c..

59.34.4560

.163

c..

59.06.0104

.170

c.,

59.05.1681 680

.171

c..

59.05.1681 680

.172

c..

59.34.4560

.173

c..

59.06.0104

.180

c.,

59.05.1681

.181

c.,

59.05.1681 680

.182

c..

59.34.4560

.183

c..

50.04.0125

1

D

50.04.0125

2

D

50.04.0125

0 3

50.04.0125

4

D

50.04.0125

D 5

50.04.0125

6

D

50.04.0125

7

D

50.04.0125

8

D

50.04.0125

D...210

50.04.0125

D...220

50.04.0125

D...230

50.04.0125

D...240

50.04.0125

D...250

50.04.0125

D...260

50.04.0125^ 1N4448

D...270

50.04.0125

D...280

50.09.0117

IC...10

50.09.0117

IC...20

50.09.0117

IC...30

50.09.0117

IC...40

50.09.0117

IC...50

50.09.0117

IC...60

50.09.0117

IC...70

50.09.0117

IC...80

54.14.5520

J 1

54.14.5510

J 2

54.14.5520

3

J

J.

54.14.5512

4

J

J.

54.14.5510

6

J

J,

CONNEaiON

Description

100 nF 10%,

pF

680

pF
pF

56

100 nF

pF
pF

680

pF

56

nF

100

pF

680

pF

680

pF

56

nF

100

pF

680

pF

680

pF

56

100 nF

pF

680

pF

680

pF

56

100 nF 10%,

pF
pF

680

pF

56

nF

pF

680

pF
pF

56

nF

100

pF
pF

pF

56

100 nF

pF
pF
pF

56

100 nF

pF

pF

pF

56

100 nF

pF
pF

680

pF

56

nF

100

pF
pF

680

pF

56

nF

100

pF
pF

680

pF

56

nF

100

pF
pF
pF

56

100 nF

pF
pF
pF

56

nF

100

pF

680

pF
pF

56

1N4448

1N4448
1N4448

1N4448
1N4448
1N4448
1N4448

1N4448

1N4448

1N4448
1N4448
1N4448
1N4448
1N4448

1N4448

NC33078
NC33078

NC33078
NC33078
NC33078

NC33078

NC33078
NC33078

UNIT LINE

25V,

25V,

1%,

25V,

1%,

25V,

5%,

25V,

10%,

25V,

1%,

25V,

1%,

25V,

5%,

25V,

10%,

25V,

1%,

25V,

1%,

25V,

5%,

25V,

10%,

25V,

1%,

25V,

1%,

25V, C

5%,

25V,

10%,

25V, C

1%,

25V,

1%,

25V,

5%,

25V,

25V, C

1%,

25V, C

1%,

25V,

5%,

25V,

10%,

25V, C

1%,

25V, C

1%,

25V,

5%,

25V,

10%,

25V, C

1%,

25V, C

1%,

25V,

5%,

25V,

10%,

25V,

1%,

25V, C

1%,

25V,

5%,

25V,

10%,

25V,

1%,

25V, C

1%,

25V,

5%,

25V,

10%,

25V, C

1%,

25V,

1%,

25V,

5%,

25V,

10%,

25V,

1%,

25V, C

1%,

25V,

5%,

25V,

10%,

25V,

1%,

25V,

1%,

25V, C

5%,

25V,

10%,

25V,

1%,

25V,

1%,

25V,

5%,

25V,

10%,

25V, C

1%,

25V,

1%,

25V,

5%,

25V,

10%,

25V,

1%,

25V,

1%,

25V, C

5%,

Diode
Diode
Diode
Diode
Diode
Diode
Diode
Diode
Diode
Diode
Diode
Diode
Diode
Diode
Diode
Diode

AMP 20P

lOP

AMP

20P

ANP

12P

ANP

lOP

ANP

PETP

C

C

C

PETP

C
C
C

PETP

C

C
C

PETP

C
C

PETP

C
C

PETP

C

PETP

C

PETP

C

PETP

C

C

PETP

C

C

PETP

C
C

PETP

C

C

PETP

C
C

PETP

C
C
C

PETP

C
C

PETP

C
C

Micro Natch

Micro Hatdi

Micro Natch
Micro Natch

Micro

Natch

Micro Natch

Index 1

307

BC

237

BC

307

BC

237

BC

307

BC
BC 237

307

BC

237

BC

307

BC

237

BC

307

BC

237

BC

307

BC

237

BC

307

BC

237

BC

KOha

1.5

1.5 KOhi

KOhi

3.9

KOha

3.9

KOha

2.7

KOha

2.7

47

KOha

1.5

KOha

1.5

KOha

3.9

KOha

3.9

KOha

2.7

KOha

2.7

47

KOha

1.5

KOha

1.5

KOha

3.9

KOha

3.9

KOha

2.7

KOha

2.7

47

KOha

1.5

KOha

1.5

3.9 KOha

KOha

3.9

KOha

2.7

KOha

2.7

47 Oha

KOha

1.5

1.5 KOha

KOha

3.9

KOha

3.9

KOha

2.7

2.7 KOha

47 Oha

KOha

1.5

1.5 KOha

KOha

3.9

3.9 KOha

KOha

2.7

KOha

2.7

47

KOha

1.5

KOha

1.5

Oha

Oha

Oha

Oha

AHP 20P

lOP

AMP

Print

Jack

XLR

Print

XLR Jack

Print

Jack

XLR

Print

XLR Jack

Print

XLR Jack

Jack Print

XLR

Jack Print

XLR

Print

Jack

XLR

Print

Jack

XLR

Jack Print

XLR

Jack Print

XLR

Print

Jack

XLR

Jack Print

XLR

Print

Jack

XLR

Print

Jack

XLR

Print

Jack

XLR

6V

Relay

6V

Relay

6V

Relay

6V

Relay

6V

Relay

6V

Relay

6V

Relay

6V

Relay
Connection
Connection

Flatpin

,

Flatpin

,

Flatpin

,

Flatpin

,

Flatcable-Plug

PNP

NPN

PNP

NPN

PNP

NPN

PNP

NPN

PNP

NPN

PNP

NPN

PNP

NPN

PNP

NPN

0.2SU,

U.

0.25M.

1%,

0.25M, MF

1%,

0.25M,

1%,

0.25M,

1%,

0.2SW,

l^,

0.2SH,

5%.

0.2SW,

1%,

0.2SV.

1%,

0.2SU.

1%,

0.2SH, NF

1\.

0.25N,

1%,

0.25M, NF

1%,

0.2SV,

5%,

0.2SH. NF

1%,

0.25H.

1%.

0.2SM, NF

1%.

0.2SN. NF

1%,

Ifi,

0.2SH, NF

0.25N,

1%,

0.25M,

5%,

0.2Stl. NF

1«.

0.2SW.

1%,

0.2SH,

1%.

0.25N,

1%,

0.2SH.

1%.

0.25N,

1%,

0.2SU.

5%,

0.25H,

1%.

0.2SW,

1%,

0.25M,

1%,

0.25N,

1%,

0.2SU,

Ih,

0.2SH.

1%.

0.25U,

5%,

0.25W, NF

1%,

0.2SM. NF

1%.

0.25N.

1\,

0.2SV.

1%.

0.25W, NF

1%,

0.25N,

1%,

0.2SM,

5%.

0.2SU,

1%,

0.2SM. NF

1%.

Natch

Micro

UNIT LINE PCB
UNIT LINE PCB

8*0.

4.

4.8*0.8

4.8*0.8

8*0.

4.

26p

NF

MF

MF

MF
NF

NF Fusible

NF

NF
NF

NF

Fusible Resistor!

NF

NF

NF

NF Fusible

NF

NF

NF
NF
NF
NF Fusible
NF

NF
NF

NF
NF

NF

Fusible Resistor!

NF

NF
NF

NF

Fusible Resistor!

NF

NF

Resistor!

Resistor!

Resistor!

54.14.5520

...7

J..

54.14.5510

...8

J..

54.21.2002

J.. ..10

54.21.2002

J.. ..20

54.21.2002

J.. ..30

54.21.2002

J.. ..40

54.21.2002

..50

J..

54.21.2002

..60

J..

54.21.2002

J.. ..70

54.21.2002

..80

J..

54.21.2002

..11

J..

54.21.2002

J.. .120

54.21.2002

.130

J..

54.21.2002

.140

J..

54.21.2002

J.. .150

54.21.2002

.160

J..

54.21.2002

.170

J..

54.21.2002

.180

J..

56.04.0195

.210

K..

56.04.0195

.220

K..

56.04.0195

.230

K..

56.04.0195

K.. .240

56.04.0195

.250

K..

56.04.0195

.260

K..

56.04.0195

.270

K..

56.04.0195

.280

K..

1.775.730.11

HP. ...1

1.775.730.11

NP. ...1

01

Hot
Not

Not

Not

Not
Not
Not

Hot

P..,...1
P..,...2

P.. ...3

P..,...4

P..,...5

,.210

0..

,.211

Q..

Q..

,.221

Q..

Q..

Q..

,.240

Q..

0..

0..

,.251

Q-.

0-.

,.261

Q..

,.270

Q..

,.271

0..

,.280

0..

,.281

Q..

,..10

R..
R.,,..11

,..12

R..

...13

R.,

...14

R..

R.....15

R.....16

...20

R..

...21

R..

...22

R..

...23

R..

...24

R..

R.....25

...26

R.,

...30

R..

...31

R.

R.,...32

R. ...33

R. ...34

...35

R.

R. ...36

R. ...40

R. ...41

R. ...42

...43

R.

R. ...44

...45

R.

R. ...46

...50

R.

...51

R.

R. ...52

...53

R.

...54

R.

...55

R.

...56

R.

...60

R.

...61

R.

...62

R.

R. ...63

...64

R.

R. ...65

R. ...66

...70

R.

...71

R.

.220

.230

.231

.241

.250

.260

54.33.6100

54.33.6100

54.33.6100

54.33.6100

54.14.2003

50.03.0515

50.03.0436

50.03.0515

50.03.0436

50.03.0515

50.03.0436

50.03.0515

50.03.0436

50.03.0515

50.03.0436

50.03.0515

50.03.0436

50.03.0515

50.03.0436

50.03.0515

50.03.0436

57.11.3152

57.11.3152

57.11.3392

57.11.3392

57.11.3272

57.11.3272

57.19.0470

57.11.3152

57.11.3152

57.11.3392

57.11.3392

57.11.3272

57.11.3272

57.19.0470

57.11.3152

57.11.3152

57.11.3392

57.11.3392

57.11.3272

57.11.3272

57.19.0470

57.11.3152

57.11.3152

57.11.3392

57.11.3392

57.11.3272

57.11.3272

57.19.0470

57.11.3152

57.11.3152

57.11.3392

57.11.3392

57.11.3272

57.11.3272

57.19.0470

57.11.3152

57.11.3152

57.11.3392

57.11.3392

57.11.3272

57.11.3272

57.19.0470

57.11.3152

57.11.3152

1191

Ed.

1.775.730.00

Ref .No...

..Pos

Ad

57.11.3392

R....72

57.11.3392

R....73

57.11.3272

R....74

57.11.3272

R....75

57.19.0470 47

R 76

57.11.3152

R....80

57.11.3152

R....81

57.11.3392

R....82

57.11.3392

R....83

57.11.3272

R....84

57.11.3272

R....85

57.19.0470

R....86

57.11.3152

R...110

57.11.3152 1.5

R...111

57.11.3392

R...112

57.11.3392 3.9

R...113

57.11.3272 2.7

R...114

57.11.3272

R...115

57.19.0470

R...116

57.11.3152 1.5

R...120

57.11.3152 1.5

R...121

57.11.3392

R...122

57.11.3392 3.9

R...123

57.11.3272 2.7

R...124

57.11.3272 2.7

R...125

57.19.0470 47

R...126

R...130 57.11.3152

57.11.3152 1.5

R...131

57.11.3392

R...132

57.11.3392

R...133
R...134 57.11.3272

57.11.3272 2.7

R...135
R...136 57.19.0470

R...140 57.11.3152

57.11.3152 1.5

R...141

R...142 57.11.3392

57.11.3392 3.9

R...143

57.11.3272 2.7

R...144

57.11.3272

R...145

57.19.0470 47

R...146

57.11.3152 1.5

R...150

57.11.3152 1.5

R...151

57.11.3392 3.9

R...152

57.11.3392

R...153

R...154 57.11.3272

57.11.3272 2.7

R...155

57.19.0470 47

R...156

57.11.3152 1.5

R...160

57.11.3152

R...161

57.11.3392 3.9

R...162

57.11.3392 3.9

R...163

57.11.3272

R...164

57.11.3272 2.7

R...165

57.19.0470

R...166

57.11.3152

R...170

57.11.3152

R...171

57.11.3392 3.9

R...172

57.11.3392 3.9

R...173

57.11.3272

R...174

57.11.3272

R...175

57.19.0470

R...176

57.11.3152 1.5

R...180

57.11.3152 1.5

R...181

57.11.3392

R...182

57.11.3392

R...183
R...184 57.11.3272

57.11.3272

R...185

57.19.0470 47

R...186

57.11.3223 22

R...210

57.11.3223 22

R...211

57.11.3223 22

R...212

57.11.3154 150

R...213

57.11.3223 22

R...220

57.11.3223

R...221

57.11.3223

R...222

57.11.3154

R...223

57.11.3223 22

R...230

57.11.3223 22

R...231

57.11.3223

R...232

57.11.3154 150

R...233

57.11.3223

R...240

R...241 57.110223

57.11.3223

R...242

57.11.3154

R...243

57.11.3223

R...250

57.11.3223

R...251

57.11.3223

R...252

57.11.3154

R...253

R...260 57.11.3223

57.11.3223 22

R...261

57.11.^23

R...262

57.11.3154

R...263
R...270 57.11.3223

CONNECTION

Description

KOh*

3.9

Ktta

3.9

2.7 KMb

2.7 KOha

Oha

KOha

1.5
KOha

1.5
KOha

3.9

3.9 KOha

KOha

2.7

2.7 KOha

47 Oha

KOha

1.5

KOha
KOha

3.9

KOha
KOha
KOha

2.7

47 Oha

KOha
KOha
KOha

3.9

KOha
KOha
KOha

Oha

KOha

1.5

KOha
KOha

3.9

KOha

3.9

KOha

2.7

KOha

47 Oha

KOha

1.5

KOha
KOha

3.9

KOha
KOha

2.7 KOha

Oha

KOha
KOha

KOha

3.9 KOha

KOha

2.7

KOha

Oha

KOha U,

1.5 KOha

KOha
KOha
KOha

2.7

KOha

Oha

47

1.5 KOha

1.5 KOha

KOha

KOha

2.7 KOh»

2.7 KOha

47 Oha

KOha
KOha
KOha

3.9

KOha

3.9

2.7 KOha

2.7 KOha

Oha

KOha
KOha
KOha
KOha
KOha
KOha

22

KOha

22

150 KOha

KOha
KOha

KOha

22

KOha
KOha

22

tOm

22

ROKa

22

KOha

150

KOha

22

KOha

22

KOha

22

KOha

150

KOha

22

KOha

KOha

22

KOha

150

KOha

22

1%.

1%,
1%,

1%,

5%,

1%,
1%,

1%,

1%,
1%,

1%,

5%,

1%,
1%,

1%,

1%,

1%,

1%,

5%.

1%.

1%,

1%,
1%,

1%,

1%,

5%,

1%,

14;.

1%,

1%,
1%,
1%,

5%,

1%,
1%,

1%,

1%.
1%,

1%.

5%,

1%,

1%.
1%,
1%,

1%,

1%,

5%,

14;,

14;,

14;,

14;,

14;,

5%,

14;,

14;,

14;,

14;,

1%,

14;,

5%,

14;,

14;,

14;,

14;,

14;,

14;,

54;,

14;,

14;,

14;,

14;,

14;,

14;,

14;,

1%,

1%,

14;,

14;,

14;,

14;,

14;.

«.

14;,

14;,

14;,

14:,

14;,

14;,

14;,

14;,

14;,

14;,

UNIT

0.25W,

0.25W,

0.25M,

0.25H,

0.25N,

0.25H. NF

0.25H, NF

0.25H, HF

0.25W.

0.25H, NF

0.25H, NF

0.25M, NF

0.25M, HF

0.25H, NF

0.25W, NF

0.25H, NF

0.25N, NF

0.25H, NF

0.25H, NF

0.25W. NF

0.25H, NF

0.25H,

0.25H, NF

0.25N, NF

0.25H, NF

0.25H, NF

0.25N, NF

0.25H, HF

0.25N, NF

0.25H,

0.25H,

0.25H, NF

0.25M.

0.25N, NF

0.25N, NF

0.25H,

0.25N.

0.25N,

0.25U. NF

0.25H, NF

0.25H, NF

0.25H, NF

0.25H,

0.2SH. NF

0.25H, NF

0.25H,

0.25H.

0.25U, HF

0.25W, HF

0.25H, HF

0.25N, HF

0.25W,

0.25N,

0.25H,

0.25N,

0.25H, HF

0.25M, HF

0.25H,

0.25N,

0.25N,

0.25N,

0.25H,

0.25M,

0.25N,

0.25N,

0.25H,

0.25N,

0.25N,

0.25M,

0.25N,

0.25N,

0.25H,

0.25H,

0.25N, HF

0.25N,

0.25H,

0.25N, HF

0.25N,

0.25N,

0.25N,

0.25H,

aOS».

0O5N,

0.25V, NF

0.25V,

0.25V, HF

0.25V, HF

0.25V,

0.25V,

0.25V, HF

0.25V,

0.25V, HF

0.25V,

LINE

NF

HF
NF
NF

Fusible

HF

NF

Fusible

Fusible

HF

Fusible

NF
NF

NF Fusible

NF
NF
NF

Fusible Resistor!

NF

NF

Fusible Resistor!

NF

HF
HF

Fusible Resistor!

NF
HF

HF
HF
HF
HF Fusible
NF

NF

HF
HF

HF

NF

HF Fusible
NF
HF

HF

HF
HF

HF
HF

HF
HF

HF

HF
HF

HF

HF

HF
HF

NF

HF

(CONT.)

Resistor!

Resistor!

Resistor!

Resistor!

Resistor!

Resistor!

Resistor!

MB16

R...271

R...272

R...273
R...280

R. . .281

R...282

.283

R. .

S 1

V 1
V 2
V 3

4

V
V 5

6

V

7

V

V 8

00 KG 91/08/28

t)l UL 91/11/04

Left Input

Right Input
Fader Start

HANUFACTURER:

57.11.3223

57.11.3223

57.11.3154

57.11.3223

57.11.3223

57.11.3223

57.11.3154

55.01.0168

1.023.391.36

1.023.391.36

1.023.391.36

1.023.391.36

1.023.391.36

1.023.391.36

1.023.391.36

1.023.391.36

Channel
Channel

Nf>Neta1fi1a

C°Ceraai

Sig«Signetics,

1-8

1-8

1-8

c,

PETP=Pol

KOha 14;,

22

KOha

22

KOha

150

22 KOha 14;,

KOha

22

KOha

22

KOha

150

10..-

HO.

:

110..- 180..

HO.

:

210..-

HO.

;

yester, EL»E1

ST-Studer,

0.25V, NF

0.25V, HF

14;,

0.25V,

14;,

0.25V, HF

0.25V,

1%,

0.25V,

1%,

0.25V,

14;,

DIP-Switch

Flatcable
Flatcable
Flatcable
Flatcable
Flatcable
Flatcable
Flatcable
Flatcable

80..

280..

ectrolyti

Not>Notorola,

HF

HF
HF

HF

8P

16p

16p

16p
16p
16p
16p
16p
16p

c, PP=Polypropy

Ra>Raytheon

R^QX*’

en

1

MACRO

+48U
+48U

A1 P

R1 P

Ml

P

6x

J1.9
J 1,10

3, XX

XX

3,

3, XX

-<

FSl

-c

FS2

-c

FS3

-<

FS4

-<

FSB

-c

FS6

-c

FS7

-c

FS8

SSPl

SSP2 J 4,
SSP3 J

SSP4 J
SSP5 J

SSP6 J

SSP7 J

SSP8 J

3-8

—
—
—

—

—

*—

—

<

—
—

—

y
y

y

y
y

y

y

y8,3

J

:

MIC3
MIC4

MIC5

MIC6

MIC7
MIC8

LINE-R3

c

LINE-R4

c

LINE-RS

c

LINE-R6

(

LINE-R7

c

LINE-R8

<

LINE-L3

LINE-L4

c

LINE-L5

c

c

LINE-L6

LINE-L7

c

(

LINE-L8

3

1,

3

2,

3

3,

3

4,

3

5,

3

6,

3

7,

4,

4,

4,
4,

4,10

4,11

4,12

FADER

U 3,16
U 4,16
U 5,16
U 6,16
U 7,16

U 8,16

14

U

3,

U 4,14

14

W

5,

U

6,14

U 7,14

y

8,14

8

y

3,

8

y

4,

8

y

5

,

y

8

6,

8

y

7.

8

y

8,

J 2,16

J

1,

J

1.

P

1

J 2,13
J 2,14

y

1,15

y

2,15

5
6

7

8

9

p

2

J

2,

J 2,10
J 2,

y

9,

y

9,

y

9,

y

9,

y

9,

y

9.

12

12

15

18

Rl*
Ml,

All

R2i

M2 1 15

A3i
R3, 4
M3*

A3i

R4i 17

M4*

A4,

R5*

M5«

AS,
R6*
M6*

A6*
R7i

M7i

A7*

R8*

M8*

A8«

NC

NC

2

3

—

>—

9

3

3

3

3

3

6

3

9

3

3

3

1—

2-

3-

14—--

16

5-

6-

18—-

19-

7-

8

9—

20-

21

22—-

10

11

12

23

24-

25^

13

26

-1

—

—

_(

—

—

—

—

—

—

....

—

-

—

10

yi 0,

yi0, 11

3

J

4.

4

J

4,

y 3,13+15

y

4,13+15

y 5,13+15

y 6,13+15

y 7,13+15
y 8,13+15

9+10

<

y

1,

9+10

< y

2,

9+10+12

< y

3,

9+10+12

u

4,

9+10+12

c y

5,

9+10+12

< y

6,

9+10+12

( y

7,

9+10+12

c y

8,

0UP

7

J

1,

P3

CONNECTOR

START

-

.C133

220P

-

280...

1-8

MR210

M

22

R211

J22K

BC237

'0211

180...

K

IC130 I

5534AN

for

130...

Nr.

Pos.

Pos.

Nr.

210...

Channel

BC307

^0210

D210

_J

1N4448

!

Channel

tor

-15U A/B

C137

680P

C138

680P IX

_-15_A/B_

START

FADER

8xlN4448

01

—

^

0

TO

CIRCUIT

.8

1.

6xlN4448

D9

^D10

6xlN4448

D25

10

IS-0UT3

IS-0UT4

IS-0UT5
IS-0UT6
IS-0UT7

IS-0UT8

TB-INl

TB-IN2

y

9,17

y

9,13

y

9,11

y

9,

y

9,

y

9,

y 1,14
y

2,14

1

y

IS-0UT3
IS-0UT4

7

5

1

IS-0UT5

IS-0UT6

IS-0UT7

IS-0UT8

3,

I

y

4,

J

y

5,

J

y

6,

1

y

7.

y

1

8,

R^k/bx*'

1.775.740.00

..Pos

Ad

...10

C.

...11

C.

...12

C.

c. ...13

...20

c.

c. ...21

...22 59.05.1681 680

c.

...23

c.

...30

c.

...31

c.

c. ...32

...33

c.

c. ...34

c. ...35

c. ...36

...37

c.

c. ...38

...39

c.

...60 59.06.0104

c.

c. ...61

...62 59.32.2681

c.

c. ...63

...64 59.22.3221

c.

c. ...65

...66 59.34.4151

c.

...67 59.22.5220

c.

...68 59.22.5220

c.

c. ...69

..130 59.05.1102

c.
c. ..131

c. ..132

c.,..133 59.34.4221
c.,..134 59.34.2220
c.,..135 59.34.1100

..136

c.,
c.,..137

..138 59.05.1681

c.,

..140 59.05.1102 1

c.,
c.,..141

..142 59.06.0104

c.,

..143 59.34.4221

c.,

c.,..144

..145 59.34.1100

c.,

..146

c.,
c.,..147

..148

c.,

..150 59.05.1102 1

c.,

c.,..151

..152

c..

c....153

c.,..154

..155

c.,

..156 59.06.0104

c.,

c.,..157

.158 59.05.1681 680

c.,

..160 59.05.1102 1

c..

..161

c..

..162

c..

,.163 59.34.4221

c..
c.. .164

.165

c..

c.. .166

c..,.167
c.. .168

,.170 59.05.1102 1

c..

.171 59.05.1102

c..

.172 59.06.0104

c..

.173 59.34.4221

c..
c.. .174

.175 59.34.1100

c..

.176

c..

,.177

c..

.178

c..

.180 59.05.1102

c..

c.. .181
c.. .182
c.. .183

.184

c..

c.. .185

.186

c..

c.. .187

.188

c..

...1

D..

...2

D..

...3

D..

...4 50.04.0125

D..

,...5 50.04.0125

D..

...6 50.04.0125

D..

,...7

D..

...8

D..

....9 50.04.0125

D..

...10 50.04.0125

D..

...11 50.04.0125

D..

CONNECTION

Ref .No...

59.06.0104

59.05.1681 680

59.05.1681

59.34.4560

59.06.0104

59.05.1681

59.34.4560

59.06.0104 100

59.32.2681

59.32.2681 680

59.22.3221 220

59.22.3221 220

59.34.4271

59.34.4151 15C

59.22.5220 22 uF

59.22.5220

59.22.3101

59.32.2681

59.22.3221

59.34.4271

59.22.3101

59.05.1102 1

59.06.0104

59.06.0104 100

59.05.1681

59.05.1102 1

59.34.2220

59.06.0104 100

59.05.1681

59.05.1681

59.05.1102 1

59.06.0104

59.34.4221

59.34.2220

59.34.1100

59.05.1681

59.05.1102 1

59.06.0104 100

59.34.2220

59.34.1100

59.06.0104

59.05.1681 680

59.05.1681

59.34.2220

59.06.0104 100

59.05.1681

59.05.1681

59.05.1102

59.06.0104 100

59.34.4221

59.34.2220

59.34.1100

59.06.0104

59.05.1681

59.05.1681

50.04.0125

50.04.0125

50.04.0125

50.04.0125 1N4448

50.04.0125

Description

100 nF

pF
pF

680

pF

56

100 nF

pF

680

pF

pF

56

nF

pF

680

pF

uF -20%,
uF -20%,
pF

270

pF

-20%,

22 uF -20%,

-20%, lOV. EL

100 uF
100 nF

pF

680

pF

680

-20%,

220 uF

-20%,

220 uF

pF

270

pF

150

-20%,

22 uF

uF -20%,

22

-20%, lOV, EL

100 uF

nF

1

nF
nF

100

pF

220

pF

22

pF

10

nF
pF

680

pF

680

nF

nF

nF

100

pF

220

pF

22

pF

10

nF

pF

680

pF

680

nF

nF

100 nF

pF

220

pF

22

pF

10

100 nF

pF

680

pF

nF

nF
nF
pF

220

pF

22

pF

10

100 nF

pF

pF

680

nF

1 nF

100 nF

pF

220

pF

22

pF

10

nF

pF

680

pF

680

nF

1

nF

1

nF

pF

220

pF

22

pF

10

100 nF

pF

680

pF

680

1N4448

1N4448
1N4448
1N4448

1N4448

1N4448

1N4448
1N4448 Diode
1N4448

1N4448

10%,

1%,

1%,

5%,

10%,

1%,
1%,

5%,

10%,

10%,

10%,

5%,
5%,

10%,
10%,

10%.

5%,
5%.

1%,

1%,

10%,

10%,

10%,
10%,

10%,

1%,

1%,

1%,
1%,

10%,
10%,

10%,
10%,
10%,

1%,

1%,

1%,

1%,

10%,

10%,

10%,
10%,
10%,

1%,

1%,

1%,
1%,

10%,

10%,
10%,
10%,
10%,

1%,
1%,
1%,

1%,

10%,
10%,
10%,
10%,
10%,

1%,

1%,

1%,
1%,

10%,
10%,
10%,
10%,
10%,

1%,

1%,

Diode
Diode

Diode
Diode
Diode

Diode
Diode
Diode

Diode
Diode

UNIT

25V, PETP
25V, C
25V,
25V,
25V,
25V,
25V, C
25V, C
25V,
25V, C
25V, C

lOV, EL

lOV, EL

25V, C
25V, C

lOV, EL

lOV, EL

25V, PETP

25V,
25V, C

lOV, EL

lOV, EL

25V, C

25V, C

lOV,
lOV, EL

25V,
25V,
25V,

25V, C

25V,
25V, C

25V,
25V, C

25V, C

25V,
25V,
25V, PETP
25V, C
25V, C

25V, C

25V, PETP
25V, C
25V,
25V,

25V, PP
25V,
25V,
25V, C
25V, C
25V,

25V,
25V, C

25V,
25V,

25V,
25V, C
25V, C

25V, C
25V,
25V,

25V, C
25V, PP
25V, PP
25V, PETP
25V, C
25V,
25V, C

25V, PETP
25V,

25V,
25V, PP

25V,

25V,

25V, C

25V, C
25V, C
25V,
25V, C
25V, C

MIC

C
C

PETP

C

PETP

C

EL

PP
PP

PETP

C

PETP

PP

PP

C

PP

PETP

C

PETP

C

PP
PP

PETP

PETP

C

C

C
C

PP

PETP

PETP

MB16

0.. ..12

..13

D..

..14

D..

D.. ..15

D.. ..16

..17

D..

D.. ..18

..19

D..

..20

D..

..21

D..

D.. ..22

..23

D..

..24

D..

..25

D..

..26

D..

..27

D..

..28

D..

..29

D..

..30

D..

.210

D..

D.. .220

.230

D..

.240

D..

D.. .250

D.. .260
D.. .270
D.. .280

IC. ..10

..30

IC.
IC. ..60

.130

IC.

.140

IC.

.150

IC.

.160

IC.

.170

IC.

.180

IC.

J.. ...1

...2

J..

...4

J..

..10

J..

..20

J..

J.. ..13

J.. .131

.132

J..

J.. .140

J.. .141

.142

J..

J.. .150

.151

J..
J.. .152

J.. .160

J.. .161
J.. .162

.170

J..

.171

J..

J.. .172
J.. .180
J.. .181

.182

J..

K.. .210
K.. .220
K.. .230
K.. .240

.250

K..

.260

K..
K.. .270

K.. .280

1.022.207.00

.130

L..

1.022.207.00

.140

L..

1.022.207.00

.ISO

L..

1.022.207.00

.160

L..

1.022.207.00

L.. .170

1.022.207.00

.180

L..

1.775.740.11

NP. ...1

1.022.400.03

NP. ...5

...1

P..

P.. ...2

P.. ...3

P.. ..30

P.. ..60

.210

0..

.211

Q-.

.220

Q..

.221

0..

.230

Q..

.231

Q-.

.240

Q..

.241

0-.

.250

0..

.251

0..

.260

Q..

.261

0..

.270 50.03.0515

0..

50.04.0125

50.04.0125

50.04.0125

50.04.0125

50.04.0125

50.04.0125

50.04.0125

50.04.0125

50.04.0125

50.04.0125

50.04.0125

50.04.0125

50.04.0125

50.04.0125

50.04.0125

50.04.0125

50.04.0125

50.04.0125

50.04.0125

50.04.0125

50.04.0125

50.04.0125

50.04.0125

50.04.0125

50.04.0125

50.04.0125

50.04.0125

50.09.0107

50.09.0107

50.09.0107

50.05.0244

50.05.0244

50.05.0244

50.05.0244

50.05.0244

50.05.0244

54.14.5510

54.14.5520

54.14.5512

54.21.2002

54.21.2002

54.21.2002

54.21.2002

54.21.2012

54.21.2002

54.21.2002

54.21.2012

54.21.2002

54.21.2002

54.21.2012

54.21.2002

54.21.2002

54.21.2012

54.21.2002

54.21.2002

54.21.2012

54.21.2002

54.21.2002

54.21.2012

56.04.0195

56.04.0195

56.04.0195

56.04.0195

56.04.0195

56.04.0195

56.04.0195

56.04.0195

54.33.6100

54.33.6100

54.14.2003

54.21.2001

54.21.2001

50.03.0515

50.03.0436

50.03.0515

50.03.0436

50.03.0515

50.03.0436

50.03.0515

50.03.0436

50.03.0515

50.03.0436

50.03.0515

50.03.0436

Diode

1N4448

Diode

1N4448

Diode

1N4448

Diode

1N4448

Diode

1N4448

Diode

1N4448

Diode

1N4448

Diode

1N4448

Diode

1N4448

Diode

1N4448

Diode

1N4448

Diode

1N4448

Diode

1N4448

Diode

1N4448

Diode

1N4448

Diode

1N4448

Diode

1N4448

Diode

1N4448

Diode

1N4448

Diode

1N4448

Diode

1N4448

Diode

1N4448

Diode

1N4448

Diode

1N4448

Diode

1N4448

Diode

1N4448

Diode

1N4448

RC4559
RC4559

RC4559
NE5S34A

NE5534A
NE5534A

NE5534A
NE5534A
NE5534A

ANP
ANP 20P
ANP 12P

XLR

XLR Jack

XLR

XLR

Pin Jacks

2-Pole

XLR
XLR

Pin Jacks

2-Po1e

XLR

XLR

Pin

2-Pole

XLR
XLR

Pin Jacks

2-Pole

XLR
XLR

Pin

2-Pole

XLR
XLR

Pin

2-Pole

Relay
Relay
Relay
Relay
Relay
Relay
Relay
Relay

Coil
Coil
Coil
Coil
Coil
Coil

Connection

Pad

pcs

6

Faston
Faston Connector 4,taaxO,8H

Flatkable-Comector

XLR Plug
XLR

307

BC

237

BC

307

BC

237

BC

307

BC

237

BC

PNP

307

BC

NPN

237

BC

PNP

307

BC

NPN

BC 237

PNP

307

BC

NPN

237

BC

307

BC

Nicro Natch

lOP

Jack

Jack Print

Jack

Jack Print

Jack Print

Jack Print
Jack

Jacks

Jack Print
Jack Print

Jack
Jack Print

Jacks

Jack Print
Jack Print

Jacks

Transformer

Plug

Natch

Nicro
Nicro Natch

Print

Print

Print

Print

Print

6V
6V

6V

6V

6V

6V
6V
6V

Unit Nic

Connector 4,8MxO,8ai

Print
Print

1191

Ed

sig

Sig

Sig

Sig

Sig
Sig

ST

ST
ST
ST
ST

PCB

ST

26p

!

1191

Ed.

1.775.740.00

...Ref.Flo...

..Pos..

Ad

.271 50.

Q..

.280 50.

Q..

.281 50.03.

0..

57.

...1

R..

57.,11.,3103

...2

R..

...3 57.

R..

57. 11.,3103

...4

R..

57.

...5

R..

57.

...6

R..

57. 11.

R.. ..10

57.

..11

R..

57. 11.

..12

R..

57.

..13

R..

57.,11.

..14

R..

57.,11.

..15

R..

57.,11,

..20

R..

57..11..3152

..21

R..

57,.11..3392

R.. ..22

57.,11,

R.. ..23

R.. ..24 57,

57.

R.. ..25

R.. ..30 57.

..31 57,

R..

57,

..32

R..

57,.11

R.. ..33

..34 57,

R..

R.. ..35 57.

57,.11

..36

R..

..37 57,

R..

57,.11

..38

R..

57,

..39

R..

..40 57,

R..

..41 57,

R..

..42 57,

R..

57,

..43

R..

57,.11

..44

R..

57,.11 .3302

..45

R..

57,.11

..46

R..

57,.11 .3302

R.. ..47

57,.11 .3302

R.. ..48

57,

..49

R..

57,

..50

R..

..51 57,.11

R..

..52 57,.11

R..

57,.11

R.. ..53

57,.11

R.. ..60

57,.11 .3689

..61

R..

57,

R.. ..62

57,.11 .3302

..63

R..

57,

..64

R..

57,.11 .3302

R.. ..65

57,

..66

R..

57,

..67

R..

57,.11

R.. ..68

..69 57 .11

R..

..70 57 .11

R..

57 .11

R.. ..71

57 .11

R.. ..72

..73 57 .11

R..

57 .11

..74

R..

57 .11

..75

R..

57 .11

..76

R..

57 .11

..77

R..

57 .11

..78

R..

..79 57 .11

R..

...80 57

R..

57 .11 .3302

...81

R..

57 .11

R.....82

...83 57 .11

R..

57 .99

R.. .130

57 .99

.131

R..

57 .11

R..,.132

57 .11

,.133

R..

.134 57 .11

R..

,.135 57 .11

R..

57

.136

R..

.137 57 .11

R.,

,.138 57 .11

R..

,.140 57

R..

57 .99

,.141

R..

57 .11 .3103

,.142

R..

57

,.143

R..

57 .11 .3123

..144

R..

57

..145

R..

..146 57 .11

R..

..147 57 .11

R..

57 .11

R....148

..150 57 .99

R..

..151 57

R..

..152 57 .11 .3103

R..

57 .11

R....153

57 .11 .3123

.154

R.,

..155 57 .11

R.,

CONNECTION

,0436

03.

,0515

03.

,0436
,3103

11.

11.,3103

,11.,3103
,11.,3103

,3152

,11.,3152

,3392
,3392

,11.

,3272
.3272
.3152

.3392 3.9

,11,.3272
,11,.3272
,11,.3689
.11,.3689

.3302

.11

.3302
.3302

.11

.3302

.11

.3302 3
.3302 3

.11

.3150 15
.3302

.11

.11,.3302

.11 .3150

.3474 470

.11

.11,

.3302
.3474

.3302

.3474 470

.11

.3302

.11

.3302
.3302

.3474

.3689

.3302

.11

.3302

.11

.3302

.11

.3302 3

.11

.3150
.3302

.3302
.3150
.3474

.3302

.3474

.3302
.3302

.3302
.3302
.3474

.11 .3302

.3302

.3474
.0250

.0250 6.8

.3103
.3103
.3123 12

.3561

.3271

.11

.3102
.3102

.99 .0250

.0250

.3103

.11

.3561

.11

.3271

.3102 1

.3102 1
.0250

.99 .0250

.3103

.3561

Description

237

BC

307

BC

237

BC

KOha

10

KOha

10

KOha 1%.

10

KOha 1%,

10

KOha

10
10 KMia 1%,

1.5 KOha 1%.

KOha

1.5

3.9 KOha

3.9 KOha 1%,

KOha

2.7

KOha

2.7
KOha

1.5

KOha

1.5

KOha 1%.

3.9

KOha
KOha 1%.

2.7

KOha 1%,

2.7

6.8 Oha 1%,

6.8 Oha 1%.

KOha

3

KOha 1%.

3

KOha

3

KOha

3

KOha
KOha

Oha

KOha

3

KOha

3

Oha

15

KOha
KOha

3

470 KOha

KOha

3

3 KOha 1%.

KOha

3

KOha

3

KOha

KOha

3

KOha

3

KOha

3

KOha

470

Oha

6.8

Oha

6.8

KOha

3

KOha 1%.

3

KOha

3

3 KOha 1%,

KOha

3

KOha

Oha

15

KOha 1%.

3

KOha 1%.

3

Oha 1%.

15

KOha

470

KOha

3

470 KOha 1%,

KOha

3

KOha

3

KOha

3

KOha

3

KOha

470

KOha

3

KOha

3

KOha

3

KOha

470

KOha 0.1%,

6.8

KOha 0.1%,
KOha

10

KOha

10

KOha

Oha 1%,

560

Oha

270

KOha

1

KOha

1

KOha 0.1%,

6.8

KOha 0.1%,

6.8

KOha

10

KOha 1%,

10

KOha 1%,

12

Oha

560

Oha

270

KOha 1%,
KOha
KOha 0.1%,

6.8

KOha 0.1%,

6.8

KOha

10

KOha

10

KOha

12

Oha 1%.

560

NPN

PHP

NPN

UNIT

1%,
1%,

1%.

1%,

1%,

1%,
1%.

1%.

1%,

1%,

1%.

1%,
1%.
1%,
1%.
1%,

1%,
1%,
1%,
1%.
1%.

1%,

1%.

1%,
1%.
1%,

1%,
1%.
1%,
1%.

1%,

1%,
1%.

1%,

1%.

1%,
1%,

1%,
1%,

1%,
1%,

1%.

1%,

1%.

1%.
1%,
1%.

1%,

1%,

1%.
1%,

1%.
1%,

1%.

1%,

1%,

1%,

1%,

1%,
1%,

1%.

0.25V, HF

0.25V, HF

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V, HF

0.25V,

0.25V,

0.25V,

0.25V, HF

0.25V,

0.25V,

0.25V, HF

0.25V,

0.25V,

0.25V,

0.25V,

0.25V, HF

0.25V,

0.25V,

0.25V, HF

0.25V, HF

0.25V,

0.25V, HF

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.2SV,

0.25V,

0.25V,

0.25V, HF

0.25V,

0.25V,

0.25V,

0.25V, NF

0.25V,

0.25V, HF

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V, NF

0.25V, HF

0.25V,

0.25V,

0.25V,

0.25V, HF

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V, HF

0.25V,

0.25V,

0.25V, HF

0.25V,

0.25V, HF

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V, HF

0.25V,

0.25V,

0.25V,

0.25V,

0.25V, NF

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V, HF

0.25V,

0.25V, NF

0.25V,

0.25V,

0.25V, NF

0.25V,

MIC

HF
HF
HF

HF

HF
HF
HF

HF
HF

HF

HF
HF

HF
HF
HF

HF

HF
HF

HF

HF

HF

HF
HF
HF
HF
HF
HF

HF

HF

NF

HF

HF

HF
HF
HF
HF
HF

NF

NF

NF

NF
HF
NF
HF
HF

NF
HF

NF

NF

NF
NF
NF

NF

NF

HF

NF

HF

HF

NF

HF
NF

HF

NF

HF

NF

NF

NF

(CONT.)

MB16

R.. .156

R..
R..
R.. .160
R.. .161
R.. .162
R.. .163

R.. .164
R..
R..
R..
R..
R..
R..
R..
R..
R..
R..
R..

R..

R..

R.. .180

R..

R..

R..
R..
R..
R.. .186

R..

R..

R..

R..

R..

R..

R..

R.,

R..

R....223

R.,

R.,

R. ..232

R.

R.
R.

R.
R.
R.
R.
R.
R. ..253

R.

R.

R.
R. ..263
R.

R.
R.

R. ..273
R.
R.
R.
R.

S.
S.

S.
S.

T.

T.
T. ..150

T. ..160

T.

T.

V. ....1

V. ....2

01 V.

KG

00

01 UL

Input

Telephon

HfHleUlfila

HANUFACTURER: Sig>Signetics,

END

.157

.158

.165
.166

.167

.168

.170

.171

.172
.173

,.174

,.175

.176

.177

.178

.181

.182

.183

.184

.185

..187

.188

..210

..211

..212
..213

..220

..221

..222

..230

..231

..233

..240

..241

..242
..243
..250

..251

..252

..260

..261

..262

..270

..271

..272

..280

..281

..282
..283

....1

....2

....3

....4

..130
..140

..170

..180

....2

....3

....4

....5

....6

....7

....8

....9

...10

91/08/30
91/11/04

Channel

Channel

57.11.3271

57.11.3102

57.11.3102

57.99.0250

57.99.0250

57.11.3103

57.11.3103

57.11.3123

57.11.3561

57.11.3271

57.11.3102

57.11.3102

57.99.0250

57.99.0250

57.11.3103

57.11.3103

57.11.3123

57.11.3561

57.11.3271

57.11.3102

57.11.3102

57.99.0250

57.99.0250

57.11.3103

57.11.3103

57.11.3123

57.11.3561

57.11.3271

57.11.3102

57.11.3102

57.11.3223

57.11.3223

57.11.3223

1.022.417.00

1.022.417.00

1.022.417.00

1.022.417.00

1.022.417.00

1.022.417.00

1.023.392.36

1.023.393.36

1.023.392.36

1.023.391.36

1.023.391.36

1.023.391.36

1.023.391.36

1.023.391.36

1.023.391.36

1.023.392.45

1.023.391.37

,

270

6.8

6.8

560
270

6.8

6.8

560

270 Oha

6.8 KOha

6.8 KOha

560
270

NO.

:

: HO.

150

150

150

150

150

150

150

150

130..- 180..

1..-

57.11.3154

57.11.3223

57.11.3223

57.11.3223

57.11.3154

57.11.3223

57.11.3223

57.11.3223

57.11.3154

57.11.3223

57.11.3223

57.11.3223

57.11.3154

57.11.3223

57.11.3223

57.11.3223

57.11.3154

57.11.3223

57.11.3223

57.11.3223

57.11.3154

57.11.3223

57.11.3223

57.11.3223

57.11.3154

57.11.3223

57.11.3223

57.11.3223

57.11.3154

55.01.0168

55.01.0168

55.01.0168

55.01.0168

3-8

C=Ceraaic,PETP=Po1yester,EL=Electrolytic,PP-Polypropylen

KOha

1

KOha

1

KOha

KOha
KOha

10

KOha

10
12

1

1

10
10
12

1

1

10 KOha

10
12

1

1

22

22
22

22

22

22

22

22

22

22
22

22

22

22
22

22
22
22

22

22
22

22
22
22

3.16

1:

3.16

1:

3.16

1:

3.16

1:

3.16

1:

3.16

1:

KOha

KOha

KOha
KOha
KOha

KOha
KOha
KOha

KOha
KOha

KOha
KOha

KOha

KOha

KOha
KOha
KOha

KOha

KOha
KOha
KOha
KOha

KOha

KOha
KOha
KOha
KOha

KOha
KOha

KOha

KOha

KOha
KOha
KOha

KOha
KOha
KOha

KOha
KOha
KOha
KOha
KOha

KOha
KOha
KOha
KOha

2

Oha

Oha

Oha

Oha
Oha

1%,

0.25H.

1%,

0.25«,

1%,

0.25W,

0.1%,

0.2SV,

0.1%.

0.25H,

1%.

0.25H,

1%.

0.25«.

1%,

0.25H,

1%,

0.2SU, HF

1%.

0.25U,

1%.

0.25W,

1%,

0.25K.

0.1%,

0.2SV.

0.1%,

0.25M, HF

1%,

0.25W.

1%,

0.25W, HF

1%,

0.25H,

1%,

0.25H, HF

1%,

0.25W,

1%.

0.25«,

1%.

0.2M,

0.1%,

0.25H,

0.1%,

0.25W,

1%,

0.25H, HF

1%,

0.25H,

1%,

0.25U,

1%.

0.25W,

1%.

0.2SV,

1%,

0.25M,

1%,

0.2M,

1%,

0.25H,

1%,

0.25W,

1%,

0.25M,

1%,

0.25V.

1%,

0.25W, HF

1%,

0.25V, HF

1%,

0.2SV, HF

1%,

0.25V,

1%,

0.25V,

1%,

0.25V,

1%.

0.25V,

1%,

0.25V,

1%,

0.25V,

1%,

0.25V,

1%,

0.25V,

1%,

0.25V,

1%,

0.25V,

1%.

0.25V,

1%,

0.25V,

1%,

0.25V,

1%,

0.25V, HF

1%,

0.25V, HF

1%,

0.25V, HF

1%,

0.25V,

1%,

0.2SV.

1%,

0.25V,

1%,

0.25V,

1%,

0.25V,

1%.

0.25V, HF

1%.

0.25V,

1%.

0.25V,

1%.

DlP'Switch

DIP-Switch
DIP-Switch

DIP-Switch

Input-TransfonMr

Input-Transforaer

Input-Transforaer

Input-Transfoner

Input-Transforaer
Input-Transfoiaer

Flatcable

Flatcable

Flatcable
Flatcable
Flatcable
Flatcable
Flatcable

Flatcable
Flatcable

Flatcable
Flatcable

0.26«.

Oha

ST>Studer

R^i/bx’’

HF
HF

HF

HF
HF
HF

HF
HF

HF

HF
HF

HF

HF

HF

HF

HF
HF

HF

HF
HF

HF
HF
HF

HF
HF
HF

HF
HF

HF
HF

HF

HF
HF
HF

HF
HF
HF
HF
HF

HF

HF
HF
HF

HF

HF
HF
HF
HF

HF

HF
8P

8P

8P
8P

20p
20p

20p

16p
16p

16p

16p

16p

16p

20p

12p

ST

ST
ST
ST

ST

ST

U2

TO

MASTER

UNIT

U6

TO

STUDIO

UNIT

AUX

RETURN

AUX

SEND

Pll

MASTER

TO

LOGGING

LEFT PP

VT

TO TRANSMITTER

RIGHT

PI

(Xa®

V f3>

RIGHT

MASTER

„,<4^

4

^

^

—

Rill

^8E8

C118

lOON

R112

R81

“CIZH

C88

1O0N

R82

_6E8^

R71

6E8

R72

6E8

*

1

C28

R22

8E8

CZH

R12

6E8

^122

R85

3K9^

.C83

880P

.C84

‘880P

3K9

R75 R77

-C73

880P

.C74

'880P

—I

3K9

Lcill

"

"580P

J

_C112

580P

’

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^580P

_C82

rSGOP

1 /

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Lc71

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=

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^_C21

‘S60P

T

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=

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580P

Lcii

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=

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1

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R87

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C85

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2,18

2,20

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2.12

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2.
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+15U

+15U

~15U

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OUS
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OUA

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4,

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8, 2

U

3

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6.

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6.

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3

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C108

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yi TO INTERCONNECTION UNIT

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y

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~15UA

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+15UB

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OUA

OUA
OUA

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OUD

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PFL-C y

SMC
CRC

N-2S

TB-20

1,

y

8

1,

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1,17

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1,18

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1,

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2

1,

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3

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4

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0©

©
©

I

1.775.750.00

Ref

..Pos

Ad

59.06.0104

C 1

59.06.0104

..2

c...

59.45.5561 560

.11

c...

59.45.5561 560

.12

c...

59.05.1681 680

.13

c...

59.05.1681 680

.14

c...

59.34.4560 56

.15

c...

59.45.5561

.21

c...

59.45.5561 560

.22

c...

59.05.1681 680

.23

c...

59.05.1681

.24

c...

59.34.4560

.25

c...

59.06.0104

.26

c...

59.06.0104

.27

c...

59.45.5561 560

.31

c...

59.45.5561 560

.32

c...

59.05.1681 680

.33

c...

59.05.1681 680

.34

c...

59.34.4560 56

.35

c...

59.45.5561

.41

c...

59.45.5561 560

.42

c...

59.05.1681

,.43

c...

59.05.1681

,.44

c...

59.34.4560 56

.45

c...

59.06.0104

..46

c...

59.06.0104

..47

c...

59.45.5561 560

..51

c...

59.45.5561

..52

c...

59.05.1681

..53

c...

59.05.1681

..54

c...

59.34.4560 56

..55

c...

59.45.5561

..61

c...

59.45.5561 560

..62

c...

59.05.1681

..63

c...

59.05.1681

..64

c...

59.34.4560 56

..65

c..,

59.06.0104

..66

c..

59.06.0104

..67

c..

59.45.5561 560

c.. ..71

59.45.5561 560

..72

c..

59.05.1681

..73

c..

59.05.1681 680

..74

c..

59.34.4560

..75

c..

59.45.5561 560

..81

c..

59.45.5561 560

..82

c..

59.05.1681 680

..83

c..

59.05.1681 680

..84

c..

59.34.4560 56

..85

c..

59.06.0104

..86

c..

59.06.0104

..87

c..

59.45.5561

..91

c..

59.45.5561 560

..92

c..

59.05.1681 680

..93

c..

59.05.1681 680

..94

c..

59.34.4560 56

..95

c..

59.45.5561 560

.101

c..

59.45.5561 560

.102

c..

59.06.0104

.106

c..

59.45.55§1 560

.111

c..

59.45.5561 560

.112

c..

59.06.0104

.116

c..

59.45.5561

.121

c..

59.45.5561 560

.122

c..

50.04.0105

...1

D..

50.04.0105

...2

D..

50.04.0105

...3

D..

50.04.0105

...4

0..

50.09.0107

...1

IC.

50.09.0107

...2

IC.

50.09.0107

...3

IC.

50.09.0107

...4

IC.

50.09.0107

...5

IC.

54.21.2002

...1

J..

54.21.2002

...2

J..

54.21.2002

...3

J..

54.21.2002

...4

J..

54.21.2002

...5

J..

54.21.2002

...6

J..

54.21.2002

...7

J..

54.21.2002

...8

J..

54.14.5510

...9

J..

56.21.2012

i..

..U)

ljr75J56.ll

m,,.A

1.775.750.11

...1

HP

54.21.2001

p. ...1

54.21.2001

...2

p.

54.21.2001

...3

p.

54.21.2001

p. ...4

54.21.2001

...5

p.

54.21.2001

...6

p.

54.21.2001

...7

p.

54.21.2001

...8

p.

54.21.2001

...9

p.

54.21.2001

p. ..10

54.21.2001

..11

p.

CONNECTION

Description

.Ho...

nF 10%,

100

nF 10%,

100

pF 5%,

pF 5%,

pF
pF 1%,

pF 5%,

pF 5%,

560

pF

pF 1%,
pF 1%,

680

pF 5%,

56

100 nF

nF

100

pF 5%,
pF

pF
pF 1%,
pF
pF 5%,

560

pF 5%,
pF

680

pF

680

pF 5%,
nF 10%,

100

nF 10%,

100

pF
pF

560

pF

680

pF

680

pF

pF 5%,

560

pF 5%,

pF

680

pF

680

pF
nF 10%,

100

nF 10%,

100

pF
pF 5%,
pF

680

pF

pF 5%,

56

pF

pF
pF
pF

pF
nF 10%,

100

nF

100

pF 5%,

560

pF

pF
pF

pF

pF
pF

nF 10%,

100

pF 5%,
pF
nF

100

pF 5%,

560

pF
1N4004
1N4004
1N4004
1N4004

RC4559
RC4559
RC4559

RC4559
RC4559

Index 1

UNIT

25V,
25V,
63V,
63V, C

25V,

1%,

25V,
25V,
63V,
63V, C

5%,

25V, C
25V, C

25V,
25V,

10%,

25V,

10%,

63V,

63V, C

5%,

25V, C

1%,

25V,
25V,

5%,

63V,

63V,
25V, C

1%,

25V,

1%,

25V,

25V,
25V,
63V,

5%,

63V, C

5%,

25V,

1%,

25V,

1%,

25V, C

5%,

63V, C
63V,
25V, C

1%,

25V, C

1%,

25V, C

5%,

25V,
25V,

63V, C

5%,

63V,
25V, C

1%,

25V, C

1%,

25V, C

63V,

5%,

63V, C

5%,

25V,

1%,

25V, C

1%,

25V,

5%,

25V,

25V,

10%,

63V,
63V,

5%,

25V,

1%,

25V, C

1%,

25V, C

5%,

63V,

5%,

63V,

5%,

25V,

63V,

63V,

5%,

25V,

10%,

63V,

63V,

5%,

RECTIFIER

0041,

RECTIFIER

D041,

D041,RECTIFIER
D041.RECTIFIER

Jack

XLR

Jack

XLR

Jack

XLR

Jack

XLR

Jack

XLR

Jack

XLR

XLR Jack

Jack

XLR

lOP

AMP

Jack 2

Cindr

Conmetion

Connection

XLR Plug

Plug

XLR

Plug
Plug

XLR

Plug

XLR

Plug

XLR

Plug

XLR

Plug

XLR

Plug

XLR

Plug

XLR

Plug

XLR

HASTEN

PETP
PETP

C

C

C
C

C

C

PETP

PETP

C

C
C
C

C

C
C

PETP

PETP

C

C
C

C

PETP
PETP

C

C

C

C

PETP
PETP

C

C

C

C

C

PETP

C

C

PETP

C
C

Print

Print

Print

Print

Print

Print

Print
Print

Hicro

p

UNIT

UNIT

Print

Print
Print
Print

Print

Print
Print

Print

Print
Print

Print

Hatch

IKS
MASTER

1191

MB16

NF

0.25N,

Oha 1%,

57.11.3152

57.11.3152

57.11.3392

57.11.3392

57.11.3272

57.11.3272

57.19.0470

57.11.3689

57.11.3689

57.11.3152

57.11.3152

57.11.3392

57.11.3392

57.11.3272

57.11.3272

57.19.0470

57.11.3689

57.11.3689

57.11.3152

57.11.3152

57.11.3392

57.11.3392

57.11.3272

57.11.3272

57.19.0470

57.11.3689

57.11.3689

57.11.3152

57.11.3152

57.11.3392

57.11.3392

57.11.3272

57.11.3272

57.19.0470

57.11.3689

57.11.3689

57.11.3689

57.11.3689

57.11.3102

57.11.3102

6.8
Oha 1%,

6.8

KOha

1.5

KOha 1%,

1.5

Ktta

3.9

KOha

3.9

KOha

2.7

KOha 1%,

2.7

Oha 5%,

47

Oha 1%,

6.8

Oha

6.8

KOha

1.5

KOha

1.5

KOha 1%,

3.9

KOha

3.9

KOha 1%,

2.7

KOha 1%,

2.7

Oha

47

Oha

6.8
Oha

6.8

KOha

1.5

KOha

1.5

KOha

3.9

KOha

3.9

KOha

2.7

KOha 1%,

2.7

Oha 5%,

47

Oha

6.8
Oha 1%,

6.8

KOha 1%.

1.5

KOha 1%,

1.5

KOha

3.9

KOha

3.9

KOha

2.7

KOha

2.7

Oha

47

Oha

6.8
Oha

6.8

KOha

1.5

KOha

1.5

KOha

3.9

KOha

3.9

KOha 1%,

2.7

KOha

2.7

Oha

47

Oha

6.8

Oha

6.8

KOha 1%,

1.5

KOha 1%,

1.5

KOha

3.9

KOha

3.9

KOha

2.7

KOha

2.7

Oha 5%,

47

Oha

6.8
Oha

6.8

KOha 1%,

1.5

KOha

1.5

KOha 1%,

3.9

KOha 1%,

3.9

KOha

2.7

KOha

2.7

Oha

47

Oha

6.8

Oha

6.8

KOha

1.5

KOha

1.5

KOha

3.9

KOha

3.9

KOha

2.7

KOha

2.7

Oha 5%,

47

Oha 1%,

6.8
Oha 1%,

6.8

KOha 1%,

1.5

KOha

1.5

3.9 KOha 1%,

KOha

3.9

KOha

2.7

KOha 1%,

2.7

Oha

47

Oha

6.8

Oha

6.8

Oha

6.8

Oha 1%.

6.8

KOha

1

KOha

1

pol

20

pol

20

pol

10

pol

pol

10

pol

16

pol

10

ST»Studer

0.25H,

0.25H,

1%,

0.25N,

0.25N,

1%,

0.25H,

1%,

0.25H,

1%,

0.25N,

1%,

1%,
1%,

1%,

5%,

1%,
1%,

1%,
1%,
1%,

1%,

1%,

1%,

1%,

1%,
1%,
1%,

5%,

1%,

1%,

1%,
1%,

1%,

1%,

1%,

5%,

1%,
1%,

1%,

1%,

1%,

1%,

1%,

1%,

1%,

1%,
1%,

5%,

1%,

1%,

1%,

1%,

1%,

1%,
1%,
1%,

1%,

1%,
1%,

5%,

1%,

1%,

1%,

1%,
1%,

Flatcable
Flatcable

Flatcable

Flatcable
Flatcable

Flatcable

Flatcable

0.25H,

0.25N,

0.25N,

0.25H,

0.25M,

0.25N,

0.25N,

0.25H,

0.25U,

0.25H,

0.25H,

0.25H,

0.25N,

0.25N,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.2SV,

0.25V, NF

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,
0,25V,

0.25V,
0,25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.2SV,

0.25V,

0.25V,

0.25V,

0.2SV,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

0.25V,

NF

NF

NF

NF
NF
NF

NF

Resistor!

Fusible

NF
NF
NF

NF

NF
NF

NF

NF
NF

Resistor!

Fusible

NF

NF
NF
NF

NF

NF

NF
NF

NF

Resistor!

Fusible

NF

NF

NF
NF

NF
NF

NF
NF

Resistor!

Fusible

NF

NF

NF
NF
NF

NF
NF

NF

NF

Resistor!

Fusible

NF

NF
NF
NF

NF

NF

NF
NF
NF

Resistor!

Fusible

NF

NF

NF
NF

NF
NF

NF

NF

NF

Resistor!

Fusible

NF
NF

NF
NF

NF

NF

NF
NF

NF

Resistor!

Fusible

NF

NF
NF

NF

NF
NF
NF
NF

NF

Resistor!

Fusible

NF
NF

NF
NF

NF
NF

NF

57.11.3689

.11

R...

57.11.3689

.12

R...

57.11.3152

.13

R...

57.11.3152

.14

R...

57.11.3392

.15

R...

57.11.3392

.16

R...

57.11.3272

.17

R...

57.11.3272

.18

R...

57.19.0470

.19

R...

57.11.3689

.21

R...

57.11.3689

R....22

57.11.3152

.23

R...

57.11.3152

.24

R...

57.11.3392

.25

R...

57.11.3392

.26

R...

57.11.3272

.27

R...

57.11.3272

.28

R...

57.19.0470

,.29

R...

57.11.3689

,.31

R...

57.11.3689

.32

R...

57.11.3152

,.33

R...

57.11.3152

.34

R...

57.11.3392

..35

R...

57.11.3392

..36

R...

57.11.3272

..37

R...

57.11.3272

..38

R...

57.19.0470

..39

R...

57.11.3689

..41

R...

57.11.3689

..42

R...

57.11.3152

..43

R..

57.11.3152

..44

R..

57.11.3392

R.. ..45

57.11.3392

..46

R..

57.11.3272

..47

R..

57.11.3272

..48

R..

57.19.0470

..49

R..

57.11.3689

..51

R..

57.11.3689

..52

R..

57.11.3152

..53

R..

57.11.3152

..54

R..

57.11.3392

..55

R..

57.11.3392

..56

R..

57.11.3272

..57

R..

57.11.3272

..58

R..

57.19.0470

..59

R..

57.11.3689

..61

R..

57.11.3689

..62

R..

..63

R..

..64

R..

..65

R..

..66

R..

..67

R..

..68

R..

..69

R..

..71

R..

..72

R..

..73

R..

..74

R..

..75

R..

..76

R..

..77

R..

..78

R..

..79

R..

..81

R..

..82

R..

..83

R..

R....84

..85

R..

..86

R..

..87

R..

R....88

R....89

..91

R..

..92

R..

..93

R..

..94

R..

..95

R..

..96

R..

..97

R..

..98

R..

..99

R..

.101

R..

R...102

..111

R..

R...112

..121

R..

..122

R..

1.023.392.10

M.....1

1.023.392.36

....2

PCH

TER

PCB

V.

V

....4

V.

....5

H.

....6

H.

....7

H.

KG 91/08/27

00

91/11/04

UL

01

Hf=NeUlfilB,

HAHUFACTURER:

EHD

1.023.390.36

3

1.023.391.36 16

1.023.390.36

1.023.391.36

1.023.390.36

C=Ceraiic,PETP*Polyester,EL-Electrolytic,PP=Polypropylen

Sig»Signetics,

Ed.

3K

+15U-J2/6+7

-15U-J2/5+4

0U-S-J2/13+15

0U-A-J2/9+10+12

J_C61

iff/-"

RA20

J2/11

-15U

CG2

IB^

AA,j

100U

JL.

RAll

LEFT

GAIH

+111

C23

10U

C26ii68p

R30

'

1

1

G80K

—

1

1191

Ed.

1.775.800.00

Ref

..Pos

Ad

59.22.3101

..2

c...

59.22.3101

.11

c...

59.06.5103

.12

c...

59.06.5103

.13

c...

59.06.5224

.14

c...

59.22.3101

.15

c...

59.22.3101

.16

c...

59.06.5103

.17

c...

59.06.5103

.18

c...

59.06.5224

c... .19

59.34.1150

.20

c...

59.34.1150

.21

c...

59.22.6100

.22

c...

59.22.6100

c... .23

59.22.6100

.24

c...

59.34.4680

.26

c...

59.34.4680

.27

c...

59.22.6100

.28

c...

59.22.3101

.29

c...

59.22.3101

.30

c...

59.22.3101

.31

c...

59.34.4151

.32

c...

59.34.4151 150

c... .33

59.22.3101

.39

c...

59.22.3101

.40

c...

59.22.3101

.42

c...

59.22.3101

.43

c...

59.06.0222

.44

c...

59.34.4151 150

.45

c...

59.34.4151 150

.46

c...

59.34.4101

.47

c...

59.06.0222

.48

c...

59.34.4101

.49

c...

59.22.3101

.50

c...

59.22.3101

.51

c...

59.06.5224

.52

c...

59.22.3101

.53

c...

59.22.3101

.54

c...

59.06.0104

.60

c...

59.06.0104

.61

c...

59.22.5101

.62

c...

59.22.5101

.63

c...

50.04.0125

..1

0...

50.04.0125

..5

D...

50.04.0523

..6

D...

50.09.0117

IC.. ..1

50.09.0117

IC.. ..2

50.09.0107

..3

IC..

50.09.0107

..4

IC..

50.09.0107

IC.....5

50.09.0107

...7

IC..

50.09.0107

...8

IC..

50.09.0101

...9

IC..

50.11.0140

,.10

IC..

50.11.0140

..11

IC..

54.14.5532

...1

J...

54.14.5516

...2

J...

54.14.5508

...3

J...

1.775.800.11

...1

HP.,

1.775.800.12

HP.....1

21.38.1352

HP.,...4

21.38.1352

...5

HP..

21.38.1352

HP.....6

1.775.370.20

...7

HP.

50.03.0350

...2

0...

50.03.0350

...3

Q..

50.03.0436

...4

0..

50.03.0350

...5

Q..

50.03.0350

...7

Q..

50.03.0350

...8

Q..

50.03.0350

...9

0..

50.03.0350

..10

Q..

50.03.0350

..11

Q..

57.11.3684

...2

R..

57.11.3104

...3

R..

57.11.3104

...4

R..

57.11.3561

...8

R..

57.11.5106

..13

R..

57.11.5106

..14

R..

57.11.3102

..18

R..

57.11.3561

R.. ..19

57.11.3302

..20

R..

57.11.3332

..21

R..

57.11.3684

..22

R..

57.11.3302

..23

R..

57.11.3684

..24

R..

57.11.3561

..25

R..

57.11.3332

..26

R..

57.11.3561

..27

R..

57.11.3684

..28

R..

57.11.3684

..29

R..

57.11.3684

..30

R..

57.11.3102

..31

R..

.Ho...

INPUT

Description

uF

100

uF

100

nF

10

nF

10

nF

220

100 uF

uF

100

nF 10%,

10

nF 10%,

10

220 nF 10%,

pF

15

pF 10%,

15

uF

10

uF

10

10 uF

pF 10%,

68

pF

68

uF

10

uF

100
100 uF

uF

100

pF

150

pF

uF -20%,

100

100 uF
100 uF

100 uF

nF 10%,

2.2

pF
pF

pF 10%,

100

nF 10%,

2.2

pF 10%,

100

uF

100
100 uF

220

100 uF

100 uF
100 nF 10%,

100 nF 10%,

100 uF
100 uF

4448

IN

4448

IN

BAT

HC33078P
HC33078P

RC4559

RC4559

RC4559

RC4559
RC4559

TL072CP

dbx2150A

dbx2150A

12-Pole

16-Pole

8-Pole

J 112
J 112

237

BC

J 112

112

J

112

J

112

J

112

J

112

J

680

100

100

560

10
10 HOta 5%,

1

560 Ota

3

3.3 KOta

680 KOta

3

680

560

3.3

560

680
680 KOta

680

1

UNIT

-20%,

-20%,

10%,

10%,

10%,

-20%,

-20%,

10%,

-20%,

-20%,

-20%,

10%,

-20%,

-20%,

-20%,

-20%,

10%,
10%,

-20%,

-20%,

-20%,

10%,
10%,

-20%,

-20%,

nF 10%,

-20%,

-20%,

-20%,

-20%,

any
any

Schottky-Diode

81

VCA

VCA

Hi

Buchsenstecker
Buchsenstecker

INPUT
INPUT

Screw
Screw
Screw

U-Profile

FET
FET

NPN

FET
FET

FET

KOhi
KOhi
KOhi

Ota

NOta

KOta

KOta

KOta
KOta

Ota

KOta

Ota

KOta

KOta
KOta

LIME

lOV,
lOV,

25V,

25V,
25V,

lOV,

lOV,

25V,
25V,
25V,
25V,
25V,

lOV,
lOV,
lOV,

25V,

25V, C

lOV,
lOV,
lOV,
lOV,

25V,
25V,

lOV,
lOV, EL
lOV,
lOV, EL

25V,
25V, C

25V, C
25V, C

25V,

25V,

lOV,
lOV,

25V,

lOV,
lOV,

25V,

25V,

25V,
25V,

buchsensteckerPri

nkel

PCB
PCB

FET
FET
FET

0.25H,

1%,

0.25H,

1%,

0.25H,

1%,

0.25H,

1%,

0.25H,

1%,

0.25U.

0.2SM,

1%,

0.25H,

1%,

0.25H,

1%,

0.26H,

1%,

0.25H,

1%,

0.25H, HF

1%,

0.25H,

1%,

0.25H,

1%,

0.25H,

1%.

0.25H,

1%,

0.25H,

1%,

0.25H.

1%.

0.25H,

1%,

0.25y,

1%,

EQUALIZER

EL
EL

PETP
PETP
PETP

EL

EL

PETP

PETP

PETP

C
C
EL

EL
EL

C

EL
EL
EL
EL

C
C
EL

EL

PETP

PETP

C

EL
EL

PETP

EL

EL

PETP
PETP

EL
EL

HF
HF
HF

HF

HF
HF
HF
HF
HF

HF
HF

HF

HF
HF

HF
HF

HF

HF

HF

MB16

HF

0.25H,

KOta

10

57.11.3103

.33

R...

57.11.3103

.34

R...

57.11.3103

.35

R...

57.11.3222

.36

R...

57.11.3222

.37

R...

57.11.3222

.38

R...

57.11.3104

.39

R...

57.11.3104

.40

R...

57.11.3684

.44

R...

57.11.3104

.45

R...

57.11.3104

.54

R...

57.11.3104

.55

R...

57.11.3104

.56

R...

57.11.3103

.57

R...

57.11.3103

.58

R...

57.11.3123

.59

R...

57.11.3272

.60

R...

57.11.3512

.61

R...

57.11.3123

.62

R...

57.11.3103

.63

R...

57.11.3474

.64

R...

57.11.3103

.65

R...

57.11.3510

.66

R...

57.11.3392

.67

R...

57.11.3474

.68

R...

57.11.3104

.69

R...

57.11.3103

.70

R...

57.11.3510

.71

R...

57.11.3104

.72

R...

57.11.3392

.73

R...

57.11.5106

.74

R...

57.11.5106

.75

R...

57.11.5106

.76

R...

57.11.5106

,.77

R...

57.11.3103

,.78

R...

57.11.3223

.79

R...

57.11.3223

.80

R...

57.11.3103

.81

R...

57.11.3102

.82

R...

57.11.3272

..83

R...

57.11.3272

..84

R...

..85

R...

..86

R...

..87

R...

..88

R...

00

01

R....89

..90

R..

..91

R..

..92

R..

..93

R..

..94

R..

..96

R..

..97

R..

..98

R..

..99

R..

.100

R..

.210

R..

R...211

.220

R..

R...221

R.. .222

R..

R..
RA.
RA.

RA.

RA.
RA.
RA.
RA.
RA.
RA.
RA.
RA.

RA...14

RA.

RA.
S..

X..

X..
X..

KG

UL

.223
.224
...3
...4

...5

...6

...7

...8
...9

..10

..11

..12

..13

..20

..21
...1
...1

...2
...3

91/08/22

91/11/04

1.775.800.02

1.775.800.03

1.775.800.04

1.369.150.03

1.775.330.06

1.775.330.07

1.775.800.01

Hot
Hot

Ra
Ra

Ra

Ra
Ra

TI

dbx
dbx

Hicro-H

nt

Hicro-H

Hicro-H

Not

Not

Not
Not

Not

Not

Not

Hot
Not

57.11.3682

57.11.3104

57.11.3104

57.11.3102

57.11.3162

57.11.3473

57.11.3513

57.11.5106

57.11.3223

57.11.3271

57.11.3223

57.11.3104

57.11.3104

57.11.5106

57.11.5106

57.11.3103

57.11.3223

57.11.3473

57.11.3473

57.11.3102

57.11.3102

57.11.3102

58.01.9503

58.01.9503

58.01.9202

58.01.9202

58.01.9502

58.01.9501

57.92.7012

57.92.7012

53.03.0218

53.03.0218

53.03.0218

2.2

2.2

2.2

100
100

680

100 KOta 1%,
100
100
100

2.7

5.1

470

EL“Electrolytic,C-Cer»ic,

Fill

HFHteUl

Incorparated,HS=Hational

HAHUFACTURER:

dbx=dbx

RA=Raytheon,SIG=Signetics,TI-Texas

END

KOta 1%,

10

KOta 1%,

10

KOta
KOta 1%,

KOta 1%,
KOta 1%,

KOta

KOta 1%,

KOta

KOta
KOta
KOta

10

KOta

10

KOta 1%,

12

KOta
KOta
KOta

12

KOta

10

KOta 1%,
KOta

10

Ota 1%,

51

KOta 1%,

3.9

KOta

470

100 KOta

10 KOta 1%,

Ota 1%,

51

kOta

100

KOta 1%,

3.9

NOta 5%,

10

HOta

10

NOta 5%,

10

NOta

10

10 KOta 1%,

KOta

22

KOta

22

KOta 1%,

10

KOta 1%,

1

KOta

2.7

KOta 1%,

2.7

KOta

6.8

KOta

100

KOta

100

KOta

1

KOta 1%,

1.6

KOta 1%,

47

KOta 1%,

51

HOta

10

KOta 1%.

22

Ota 1%,

270

KOta 1%,

22

KOta 1%,

100

KOta

100

NOta

10

NOta 5%,

10

KOta

10

KOta

22

KOta

47

KOta

47

KOta 1%,

1

KOta

1

KOta

1

KOta 10%,

50

KOta

50

2*47

KOta

2*4.7K0ta

2*

22K0ta

1*

lOKOta

l*4.7K0ta

1*

lOKOta

KOta 10%,

2

KOta 10%,

2

KOta 10%,

5

Ota

500

300

PTC

300

PTC

Switch

4-po1e
4-po1e

l-po1e

1%,

HF

0.25H,

HF

0.25H,

HF

0.25H,

1%,

HF

0.25H,

HF

0.25H,

HF

0.25H,

HF

0.25H,

1%,

HF

0.25H,

0.25H, HF

HF

0.25H,

1%,

HF

0.25H,

1%,

HF

0.25H,

1%,

HF

0.25M,

1%,

HF

0.25H,

1%,

NF

0.25U,

HF

0.25H,

1%,

HF

0.25H,

1%,

HF

0.25H,

1%,

NF

0.25H,

1%,

HF

0.25H,

HF

0.25H,

1%,

HF

0.25H,

NF

0.25H,

HF

0.25H,

1%,

HF

0.25H,

1%,

NF

0.25U,

NF

0.25V,

0.25V, HF

1%,

0.25V, NF
HF

0.25V,

NF

0.25V,

5%,

NF

0.25V,

NF

0.25V,

5%,

HF

0.25V,

HF

0.25V,

1%,

NF

0.25V,

1%,

HF

0.25V,

HF

0.25V,

HF

0.25V,

1%,

HF

0.25V,

HF

0.25V,

1%,

HF

0.25V,

1%,

HF

0.25V,

1%,

0.25V, HF

1%,

NF

0.25V,

HF

0.25V,

HF

0.25V,

NF

0.25V,

5%,

HF

0.25V,

HF

0.25V,

NF

0.25V,

HF

0.25V,

HF

0.25V,

1%,

NF

0.25V,

5%,

HF

0.25V,

HF

0.25V,

1%,

HF

0.25V,

1%,

HF

0.25V,

1%,

HF

0.2SV,

1%,

NF

0.25V,

NF

0.25V,

1%,

NF

0.25V,

1%,

0.50V, C

0.50V, C

10%,

log

pos.

lin.

lin.

Switch

pos. log

lin.

Fader

lin.

C

0.50V.

C

0.50V,

0.50V, C

C

0.50V,

10%,

60V

A

60V

A

lStep/2Pos.

Socket
Socket
Socket

PETP-Polyester

Se»iconductor,Hot=llotorola

InstnmenU

l*2u

C50

R82

IK

R83
2K7

^

Jl/9,

Jl/12

10,

JUL-08-91

(D

reVox

MJ

SEP-12-91

O

MIXING CONSOLE MB16

UL

INPUT UNIT LINE

|0

PAGE

1

OF

1

(ur;

-Warnschild

FobriKationsmuster.

nach

INPUT

1

1

EHkelt# / ESE

Nr.

aufgeMicbt

Hotm-H,.-.

ZugWKtog* UnMwgw:

PL :l

Enatz

snjoEPi

iil.. 1

=.

S 1

ff*mttuo>nn

Er»«zi

UNIT LINE

M«ri«uo;

j

2-1

i

owc-i

ESE

?'

JI%lU

^|17.6.9<

G«.

Oaium

i

KooatOr

1

!

i

1.775.810-00

j

h

<3m.

G«r.

R^i/iQX*

1.775.810.00

INPUT

UNIT

LINE

MB16

Ed.

1191

..Pos..

Ad

c...
c...

c... .15

c...

c...

c...

c...
c...
c...
c...
c...
c...
c...

c... .30

c...
c...
c...
c...
c...
c...
c...
c...
c...

c...
c...

c...

c...
c...
c...
c...

c... .53

c...

c...

c... .61

c...
c...
D...

D...
D...

IC..
IC..

IC..
IC..
IC..
IC..

IC..

IC..
IC..

IC..

J...
J...

J... ..3

HP..
HP..

01

HP..

HP.....5

HP..

HP..

Q...

0...

0...
Q...

0...

Q...
Q...
Q...
Q...

R......2

R......3

R...

R...
R...

R...
R...

R.....22

R...

R...

R.....28

R.....29

R...

R.....31

R.....33

R...

R.....35

R...

R.....37

R...

R...

R..
R..

R..

R..
R..

...Ref.Ho...

59.22.3101

..2

59.22.3101

.11

59.22.3101

59.22.3101

.16

59.34.1150 15

.20

59.34.1150

.21

59.22.6100

.22

59.22.6100

.23

59.22.6100

.24

59.34.4680

.26

59.34.4680

.27

59.22.6100

.28

59.22.3101

.29

59.22.3101

59.22.3101

.31

59.34.4151 150

.32

59.34.4151 150

.33

59.22.3101

.39

59.22.3101

.40

59.22.3101

.42

59.22.3101

.43

59.06.0222

.44

59.34.4151 150

.45

59.34.4151 150

.46

59.34.4101 100

.47

59.06.0222

.48

59.34.4101 100

.49

59.22.3101

.50

59.22.3101

.51

59.06.5224

.52

59.22.3101

59.22.3101

.54

59.06.0104

.60

59.06.0104

59.22.5101

.62

59.22.5101

.63

50.04.0125

..1

50.04.0125

..5

50.04.0523

..6

50.09.0117

..1

50.09.0117

..2

50.09.0107

..3

50.09.0107

..4

50.09.0107 RC4559

..5

50.09.0107

..7

50.09.0107

..8

50.09.0101

..9

50.11.0140

.10

50.11.0140

.11

54.14.5532

..1

54.14.5516

..2

54.14.5508

1.775.800.11

..1

1.775.800.12

...1

21.38.1352

...4

21.38.1352

21.38.1352

...6

1.775.370.20

...7

50.03.0350

...2

50.03.0350

...3

50.03.0436

...4

50.03.0350

...5

50.03.0350

...7

50.03.0350

...8

50.03.0350

...9

50.03.0350

.10

50.03.0350

..11

57.11.3684

57.11.3104

...4 57.11.3104

57.11.3561

...8

57.11.5106

..13

57.11.5106 10

..14

57.11.3102

.18

57.11.3103

57.11.3103

.24

57.11.3561

..27

57.11.3684

57.11.3684

57.11.3103

,.30

57.11.3102

57.11.3103

57.11.3103

..34

57.11.3103

57.11.3222

..36

57.11.3222

57.11.3222

..38

57.11.3104

..39

57.11.3104

..40

57.11.3103

..44

57.11.3104 100

..45

57.11.3104

..54

57.11.3104

..55

Description

uF

100
100 uF

uF

100

uF

100

pF
pF 10%,

15

10 uF

uF

10

uF

10

pF 10%,

68

pF

68

10 uF

uF

100

100 uF
100 uF

pF 10%,
pF

100 uF

uF

100

uF

100

uF -20%,

100

nF

2.2

pF
pF

pF

nF

2.2

pF

100 uF
100 uF

220 nF 10%,

uF -20%,

100
100 uF
100 nF
100 nF

uF -20%,

100

uF -20%,

100

4448

IN

4448 any

IN

BAT 81

NC33078P
NC33078P

RC4559
RC4559

RC4559
RC4559

TL072CP

dbx2150A

dbx2150A

12-Pole

16-Pole

8-Pole

112

J

112

J

237

BC

J 112
J 112
J 112
J 112
J 112
J 112

KOha

680

KOhi

100

KOha

100

Oha

560

NOha

10

NOha

KOha

1

KOha

10

KOha

10

Oha

560
680 KOha

KOha

680

KOha

10

KOha

1

KOha

10

KOha

10

KOha

10

KOha

2.2

KOha

2.2

KOha

2.2

100 KOha
100 KOha

10 KOha

KOha

KOha

100

KOha

100

lOV, EL

-20%,

lOV,

-20%,

lOV,

-20%,

lOV,

-20%,

25V, C

10%,

25V, C

lOV,

-20%,

lOV,

-20%,

lOV,

-20%,

25V, C
25V,

10%,

lOV,

-20%,

lOV,

-20%,

lOV,

-20%,

lOV,

-20%,

25V, C
25V, C

10%,

lOV,

-20%,

lOV,

-20%,

lOV,

-20%,

lOV, EL

25V,

10%,

25V,

10%,

25V, C

10%,

25V, C

10%,

25V,

10%,

25V, C

10%,

lOV, EL

-20%,

lOV,

-20%,

25V,

lOV,
lOV,

-20%,

25V,

10%,

25V,

10%,

25V, EL

25V, EL

any

Schottky-Diode

VCA

VCA

buchsensteckerf

Hi nkel

Buchsenstecker

Buchsenstecker

INPUT PCB

INPUT PCB

Screw

Screw
Screw

U-Profile

FET

FET

NPN

FET
FET
FET

FET

FET

FET

0.25H,

1%,

0.25H,

1%,

0.25H,

1%,

0.25H,

1%,

0.2SH,

1%.

0.2SH,

5%,

0.25H,

1%,

0.25H,

1%,

0.25H,

1%,

0.25H,

1%,

0.25H, NF

1%,

0.25H, NF

1%,

0.25H,

1%,

0.25H, NF

1%,

0.25H, NF

1%,

0.25H,

1%,

0.2SH,

1%,

0.25H,

1%,

0.25H,

1%,

0.25H, NF

1%,

0.25H,

1%.

0.25H,

1%,

0.2SH,

1%,

0.25H, NF

1%,

0.25H, NF

1%,

0.25H,

1%,

EL
EL
EL

EL

EL
EL

C

EL
EL

C

EL

EL

EL
EL
EL

PETP

PETP

EL

PETP

EL
EL

PETP
PETP

NF

1%,

Oha

Oha

Oha

KOha 10%,
KOha 10%,

KOha

KOha 10%,
KOha
KOha

Oha 10%,

300 aA

aA

300

0.25H,

1%,

NF

0.25H,

NF

0.25H,

1%,

NF

0.25H,

1%,

NF

0.25H,

1%,

NF

0.25H,

1%,

NF

0.25H,

1%,

NF

0.25H,

1%,

NF

0.25H,

1%,

NF

0.25H,

NF

0.25H,

1%,

NF

0.25H,

1%,

NF

0.25H,

1%,

NF

0.25H,

1%,

NF

0.25H,

1%,

NF

0.25V,

1%,

NF

0.25H,

1%,

NF

0.25H,

1%,

NF

0.25H,

5%,

NF

0.25H,

5%,

NF

0.25U,

5%,

NF

0.25H,

5%,

NF

0.25H,

1%,

NF

0.25H,

1%,

NF

0.25H,

1%,

NF

0.25H,

1%,

NF

0.25H,

1%,

NF

0.25H,

1%,

0.2SH, NF

1%,

NF

0.25H,

1%,

NF

0.25H,

1%,

NF

0.25H,

1%,

NF

0.25H,

1%,

NF

0.25H,

1%,

NF

0.25H,

1%,

NF

0.25U,

1%,

0.25H, NF

5%,

NF

0.25H,

1%,

NF

0.25H,

1%,

NF

0.25H,

1%.

NF

0.25W,

1%,

NF

0.25H,

1%,

NF

0.25V,

NF

0.25V,

5%,

NF

0.25V,

1%,

NF

0.25V,

1%,

0.25H, NF

1%,

0.25V, NF

1%,

NF

0.25V,

1%,

NF

0.25V,

1%,

NF

0.25V,

1%,

0.50V, C

0.50H, C

pos. log

+

Switch

pos. log

lin.

Fader

lin.

C

0.50V,

0.50H, C

10%,

0.50H, C

10%,

0.50V, C

60V
60V

lStep/2Pos.

Socket

Socket
Socket

PETP«Polyester

Se«iconductor,Hot»llotorola

Instni»ents

l*2u

KOha

57.11.3104

R....56

57.11.3103

R....57

57.11.3103

R....58

57.11.3123

R....59

57.11.3272

R....60

57.11.3512

R....61

57.11.3123

R....62

57.11.3103

R....63

57.11.3474

R....64

57.11.3103

R....65

57.11.3510

R....66

57.11.3392

R....67

57.11.3474

R....68

57.11.3104

R....69

57.11.3103

R....70

57.11.3510

R....71

57.11.3104

R....72

57.11.3392

R....73

57.11.5106

R....74

57.11.5106

R....75

57.11.5106

R....76

57.11.5106

R....77

57.11.3103

R....78

57.11.3223

R....79

57.11.3223

R....80

57.11.3103

R....81

57.11.3102

R....82

57.11.3272

R....83

57.11.3272

R....84

57.11.3682

R....85

57.11.3104

R....86

57.11.3104

R....87

57.11.3102

R....88

57.11.3162

R....89

57.11.3473

R....90

57.11.3513

R....91

57.11.5106

R....92

57.11.3223

R....93

57.11.3271

R....94

57.11.3223

Not
Not

Ra
Ra
Ra

Ra

Ra

TI

dbx
dbx

Nicro-N

ri nt

Nicro-N
Nicro-N

Hot
Not

Not
Not
Not

Not
Hot
Hot

NF
NF

NF
NF
NF

NF
NF

NF

NF

NF

Hot

R....%

R....97

R....98

R....99

R...100

R...210

R...211

R...220

R...221

R...222
R...223

R...224

RA....3

RA....4

RA....5

RA....8

RA....9

RA...10

RA...11

RA...12

RA...13

RA...14

RA...20

RA...21

S
X

X
X

KG 91/08/22

00

91/11/04

UL

01

NANUFACTURER:

57.11.3104

57.11.3104

57.11.5106

57.11.5106

57.11.3103

57.11.3223

57.11.3473

57.11.3473

57.11.3102

57.11.3102

57.11.3102

58.01.9503

58.01.9503

1.775.800.02

1.369.150.03

1.775.330.06

1.775.330.07

58.01.9202

58.01.9202

58.01.9502

58.01.9501

57.92.7012

57.92.7012

1.775.800.01

1

53.03.0218

1

53.03.0218

2

53.03.0218

3

EL-Electrolytic,C<erMic,

NF-Metal

dbx-dbx

RA»Raytheon,SIG"SigneticsJI»Texas

100

KOha

10

KOha

10

KOha

12

KOha

2.7

KOha

5.1

KOha

12

KOha

10

KOha

470

KOha 1%,

10

51

KOha

3.9

KOha

470

KOha

100

KOha

10

51

kOha

100

KOha

3.9
NOha

10

NOha

10

NOha

10

10 NOha

KOha

10

KOha

22

KOha

22

KOha

10

KOha

1

KOha

2.7

KOha

2.7

KOha

6.8

KOha

100

KOha

100

KOha

1

KOha

1.6

KOha

47

KOha

51

NOha

10

KOha

22

270

KOha

22

KOha

100

KOha

100

NOha 5%,

10

NOha

10

KOha

10

KOha

22

KOha

47

KOha

47

KOha

1

KOha

1

KOha

1

50

50

2*47

1*

lOKOha

l*4.7K0ha

1*

lOKOha

2
2
5

500

PTC

PTC

Switch

4-po1e

4-po1e

1-pole

Fill

Incorparated.HS-Hational

END

NF

NF

NF
NF

NF

NF
NF
NF

NF

1191

Ed.

1.775.820.00 INPUT

Description

Ref .No...

..Pos

Ad

59.34.4151 150

...1

c..

59.22.3101

...4

c..

59.22.3101

...6

c..

59.22.3101

..11

c..

59.22.3101

..15

c..

59.34.4680

..20

c..

59.34.1150

..21

c..

59.22.6100

..22

c..

59.34.4680

..26

c..

59.34.4680

..27

c..

59.22.6100 10

..28

c..

59.22.3101 100

..29

c..

59.22.3101

..30

c..

59.22.3101

c.. ..31

59.34.4151

..32

c..

59.34.4151

..33

c..

59.22.3101 100

..40

c..

..42 59.22.3101

c..

59.22.3101 100

..43

c..

59.34.4151

c.. ..45

..46 59.34.4151

c..

..48 59.06.0222

c..

..49 59.34.4101 100

c..

59.22.3101

..51

c..

59.06.5224 220

..52

c..

59.22.3101

c.. ..53

59.22.3101

c.. ..54

59.06.0104

..60

c..

59.06.0104

c.. ..61

59.22.5101

c.. ..62

59.22.5101

c.. ..63

59.06.0682

c.. .201

59.06.0103

c.. .202

50.04.0125

...5

D..

50.04.0523

...6

D..

50.04.0523

D.. ..10

50.04.0523

D.. ..11

50.09.0107 RC4559

...2

IC.

50.09.0107 RC4559

...3

IC.

50.09.0107

IC. ...4

50.09.0107

IC. ...6

...7 50.09.0107 RC4559

IC.

...8 50.09.0107

IC.

50.09.0101

IC. ...9

50.11.0140

IC. ..11

...1 54.14.5532

J..

54.14.5520

J.. ...2

...3 54.14.5508

J..

HP. ...1 1.775.800.11

HP. ...4 21.38.1352

21.38.1352

HP. ...5

21.38.1352

HP. ...6

HP. ...7 1.775.370.20

50.03.0350 J 112

...1

Q..

50.03.0350 J 112

...2

Q..

...3 50.03.0350

Q..

50.03.0350 J 112

...9

Q..

50.03.0350 J 112

..10

Q..

..11 50.03.0350

Q..

50.03.0515

..15

Q..

50.03.0436 BC

..16

Q..

...3 57.11.3223

R..

57.11.3223 22

R.. ...4

57.11.3104 100

...5

R..

...5

R..

R.. ...6 57.11.5106

57.11.5106 10

..13

R..

57.11.5106 10

..14

R..

57.11.3472 4.7

R.. ..22

57.11.3472 4.7

..24

R..

57.11.3561 560

R.. ..27

..28 57.11.3472

R..

57.11.3684 680

..29

R..

..30 57.11.3472

R..

57.11.3103

R.. ..33

57.11.3103 .10

..34

R..

57.11.3103 10

R.. ..35

57.11.3472

R.. ..36

57.11.3472 4.7

..37

R..

..38 57.11.3222

R..

57.11.3472

R.. ..44

57.19.0150

..48

R..

57,11.3472

..49

R..

57.11.3472 4.7

..50

R..

57.19.0150

R.. ..51

57.11.3472

R.. ..52

57.11.3472

R.. ..53

..54 57.11.3104

R..

57.11.3104

..55

R..

57.11.3104

R.. ..56

57.11.3472 4.7

..58

R..

..60 57.11.3272

R..

57.11.3472

R.. ..61

100
100
100

100

100
100 uF
150
150

100

150

150

2.2 nF

100 uF -20%,

100 uF
100

100

100
100 uF

100 uF

6.8 nF

IN

BAT 81
BAT 81

BAT 81

RC4559
RC4559

RC4559

TL072CP

dbx2150A

12-

20-Pole

BC 307

4.7

4.7

4.7

2.2

4.7

4.7 KOha

4.7 KOha

4.7 KOha
100 KOha
100
100

2.7

4.7 K(Hai

UNIT

pF
uF -20%,
uF
uF -20%,

uF -20%,

pF

68

pF

15
10 uF

pF

68

pF

68

uF -20%,
uF -20%,
uF -20%,

pF
pF
uF
uF -20%,
uF
pF
pF

pF

nF

uF -20%,
nF
nF

nF

10

4448 any

Pole Hi

8-Pole

J 112

J 112

237

22 KOhi

KOha
KOha

10 HOha

NOha
NOha

KOha
KOha

Oha

KOha

KOha
KOha

10 KOha

KOha
KOha
KOha

KOha

KOha
KOha

15 Oha

KOha

15 Oha

KOha
KOha
KOla
KOha

TELEPHONE

.

25V, C

10%,

lOV,

25V, EL

10%,

lOV,
lOV, EL

25V, C

10%,

25V, C

10%,

lOV, EL

-20%,

25V,

10%,

25V, C

10%,

lOV, EL
lOV, EL
lOV, EL
lOV, EL

-20%,

25V, C

10%,

25V, C

10%,

-20%, lOV,

lOV,

-20%, lOV,

25V, C

10%,

25V,

10%,

25V,

10%,

25V,

10%,

lOV,

25V,

10%,

-20%, lOV, EL

lOV, EL

25V,

10%,

25V,

10%,

25V, EL

10%,

25V, EL

10%,

25V,

10%,

25V, PETP

10%,

Schottky-Diode
Schottky-Diode

Schottky-Diode

VCA

buchsensteckerPri nt

nkel

Buchsenstecker

Buchsenstecker

PCB

INPUT

Screw
Screw

Screw

U-Profile

FET
FET

FET
FET
FET

FET

PNP

NPN

0.25H,

1%,

0.25H, HF

1%,

0.25H,

1%,

0.25H,

5%,

0.25H,

1%,

0.25H, HF

5%,

0.25H,

1%,

0.25H,

1%,

0.25H, HF

1%,

0.25H,

1%,

0.25H, HF

1%,

0.25H,

1%,

0.25H,

1%,

0.25H,

1%,

0.25H,

1%,

0.25H,

1%,

0.25H, HF

1%,

0.25H,

1%,

0.25H,

1%,

0.25H, NF

5%,

0.25H, HF

1%,

0.25H,

1%,

0.25H,

5%,

0.25H,

1%,

0.25H,

1%,

0.25H,

1%,

0.25H, HF

1%,

0.25H, HF

1%,

0.25H,

1%,

0.25H,

1%,

0.25H,

1%,

EL

EL

C

EL
EL
EL

C

PETP

C

EL

PETP

PETP
PETP

PETP

HF

NF

NF
HF

HF
HF

HF

HF

HF
HF
HF

HF

NF
HF

HF
HF
HF

NF
HF

HF
NF
HF

Not Used

Fusible

Fusible

Hicro-N

Hicro-N
Hicro-H

Resistor I

Resistor 1

MB16

Oha

KOha
KOha

KOha

KOha

Oha

300 1lA
300 1lA

0.25M, HF

1%,

0.25H, HF

1%,

0.25K, HF

1%,

0.25M, HF

1%,

0.25H, HF

1%,

0.25H,

1%,

0.25H,

1%,

0.25H, HF

5%,

0.25W, HF

5%,

0.25M, HF

5%,

0.25H, NF

1%,

0.25W,

1%,

0.25W, HF

1%,

0.25H, HF

1%,

0.25H,

1%,

0.25W,

1%,

0.25H,

1%,

0.25M,

1%,

0.25H,

1%,

0.25U,

1%,

0.25W,

1%,

0.25H,

5%,

0.25H,

1%,

0.25M,

1%,

0.25H, NF

1%,

0.25V, NF

1%,

0.25V, NF

1%,

0.25V, HF

1%,

0.25V,

1%,

0.25V, HF

1%,

0.25V,

1%,

0.25V,

1%,

0.25V, HF

1%,

0.25V, HF

1%,

0.25V,

1%,

0.25V,

1%,

0.25V,

1%,

0.25V,

1%,

0.25V,

1%,

0.50V, C

10%,

pos.log

pos.log

lin.

Fader

lin.

0.50V, C

10%,

0.50V, C

10%,

0.50V, C

10%,

60V
60V

Socket

Socket
Socket

PETP=Polyester

,

Seai

JI'Texas

HF
HF

HF

HF
HF
HF
HF
HF
HF
HF
HF
HF
HF

HF

NF

HF

HF
HF
HF
NF

NF

+

Switch

conductor,

Instruaents

l*2u

Not

=Notorol

KOha

57.11.3123

R....62

57.11.3103

R....63

57.11.3474

R....68

57.11.3103

R....70

57.11.3510

R....71

57.11.3104

R....72

57.11.3392

R....73

57.11.5106

R....74

57.11.5106

R....76

57.11.5106

R....77

57.11.3512

R....78

57.11.3223

R....80

57.11.3102

R....82

57.11.3272

R....83

57.11.3272

R....84

57.11.3682

R....85

57.11.3104

R....86

57.11.3102

R....88

57.11.3162

R....89

57.11.3473

R....90

57.11.3513

R....91

57.11.5106

R....92

57.11.3223

R....93

57.11.3271

R....94

57.11.3104

R....98

57.11.3332

R...201

57.11.3513

R...202

57.11.3223

R...211

57.11.3472

R...212

57.11.3472

R...213

57.11.3103

R...214

57.11.3103

R...215

57.11.3473

R...220

57.11.3473

R...221

57.11.3473

. .240

R.

57.11.3224

R...241

57.11.3104

R...242

01

Ra
Ra
Ra
Ra
Ra
Ra

TI

dbx

Not

Not
Not
Not
Not
Not

01 R...243
01 R...244

02

00 KG 91/08/22

01

NANUFACTURER:

END

57.11.3104

57.11.3103

58.01.9503

RA....3

1.775.800.02

RA....5

1.775.330.06

RA....6

1.369.150.03

RA....8

1.775.330.06

RA....9

1.775.330.07

RA...10

58.01.9202

RA...11

58.01.9502

RA...13

58.01.9501

RA...14

57.92.7012

RA...20

57.92.7012

RA...21

53.03.0218

X 1

53.03.0218

2

X

53.03.0218

X 3

UL 91/11/0401

EL“Electrolytic,C<eraaic,

HF>Neta1

dbx=dbx

RA°Raytheon,SIG>Si

12

KOha

10

KOha

470

10 KOha
51

kOha

100

KOha

3.9

HOha

10

HOha

10

HOha

10

KOha

5.1

KOha

22

KOha

1

KOha

2.7

KOha

2.7

6.8 KOha

KOha

100

KOha

1

KOha

1.6

KOha

47

KOha

51

NOha

10

KOha

22

270 Oha

KOha

100

KOha

3.3

KOha

51

KOha

22

KOha

4.7

KOha

4.7

KOha

10

KOha

10

KOha

47

KOha

47

KOha

47

KOha

220

KOha

100
100 KOha

10 KOha

50

2*47

l*4.7K0ha lin

1*

lOKOha

l*4.7K0ha

1*

lOKOha

2

5

500

PTC

PTC

4-po1e

4-po1e

l-po1e

Fila

Incorparated,HS=Hational

gneti cs

R^kAOX”

1.775.830.00

..Pos

Ad

..1

c...

..2

G...

..3

G...

..4

G...

..6

G...

..8

G...

.11

C...

.12

G...

.13

G...

.14

C...

G... .15

G... .16

.17

G...

.18

G...

G... .19

.20

G...

.21

G...

.22

G...

.23

G...

.24

G...

G... .26

.27

G...

G... .28

G... .29

.30

C...

.31

G...

.32

G...

.33

G...

.34

G...

.35

G...

.36

G...

.38

G...

.39

G...

.40

G...

.42

G...

.43

G...

.44

G...

,.45

G...

,.46

G...

,.47

G...

..48

G...

,.49

G...

,.50

G...

,.S1

G...

,.52

G...

,.53

G...

,.54

G...

,.60

G...

,.61

G...

..62

G...

..63

C...

...1

D..

...2

D..

0.. ...5

...6

D..

...1

IG.

IG. ...2

...3

IG.

...4

IG.

...5

IG.

...7

IG.

...8

IG.

...9

IG.

..10

IG.

..11

IG.

...1

J..

...2

J..

...3

J..

JP. ...1

JP. ...2

...3

JP.

...1

NP.

NP. ...1

01

...4

NP.

...5

NP.

NP. ...6

...7

NP.

...1

P..

...2

P..

...3

P..

...1

0..

...2

Q..

...3

0..

...4

Q..

...5

Q..

...6

0..

...7

Q..

...8

Q..

...9

0..

..10

0..

,..11

Q..

,...2

R..

R.. ...3

INPUT

Ref.tto...

59.34.4151 150

59.22.3101

59.22.3101

59.22.3101

59.22.3101

59.34.1150 15

59.22.3101

59.06.5103

59.06.5103

59.06.5224

59.22.3101

59.22.3101

59.06.5103

59.06.5103

59.06.5224

59.34.1150

59.34.1150 15

59.22.6100

59.22.6100

59.22.6100

59.34.4680

59.34.4680 68

59.22.6100

59.22.3101

59.22.3101

59.22.3101

59.34.4151 150

59.34.4151 150

59.06.0105

59.22.3101

59.34.4151 150

59.06.0105

59.22.3101

59.22.3101

59.22.3101

59.22.3101

59.06.0222

59.34.4151 150

59.34.4151 150

59.34.4101 100

59.06.0222

59.34.4101

59.22.3101

59.22.3101

59.06.5224

59.22.3101

59.22.3101

59.06.0104

59.06.0104

59.22.5101

59.22.5101

50.04.0125

50.04.0125

50.04.0125

50.04.0523

50.09.0117

50.09.0117

50.09.0107

50.09.0107

50.09.0107

50.09.0107

50.09.0107

50.09.0101

50.11.0140

50.11.0140

54.14.5532

54.14.5516

54.14.5508

54.11.0128

54.11.0128

54.11.0128

1.775.800.11

1.775.800.12

21.38.1352

21.38.1352

21.38.1352

1.775.370.20

54.01.0020

54.01.0020

54.01.0020

50.03.0350

50.03.0350

50.03.0350

50.03.0436

50.03.0350

50.03.0350

50.03.0350

50.03.0350

50.03.0350

50.03.0350

50.03.0350

57.11.3684

57.11.3104

UNIT

Description

pF
uF

100

uF

100

uF

100

uF

100

pF

uF

100

nF

10

nF

10

nF

220

100 uF

uF

100

10 nF

nF

10

220 nF

pF

15

pF

uF

10

uF

10

uF

10

pF

68

pF
uF

10

uF

100

uF

100

uF

100

pF
pF
uF

1

uF

100

pF

uF

1

uF

100

uF

100

uF

100

uF

100

nF

2.2

pF
pF
pF

nF

2.2

pF

100

100 uF
100 uF

nF

220

uF

100

uF

100

nF

100

nF

100

uF

100

uF

100

4448

IN

4448

IN

4448

IN

81

BAT

NG33078P
NG33078P

RC4559
RG4559
RG4559
RG45S9
RG4559

TL072GP

dbx2150A

dbx21S0A

12-Pole

Pole

16-

8-Pole

Juaper
Juaper
Juaper

112

J

112

J

112

J

237

BG

112

J

112

J

112

J

112

J

J 112

112

J

112

J

KOha

680

KOha

100

EQUALIZER

NIC

G

25V,

lot.

EL

lOV,

-20t,

EL

lOV,

-20%,

EL

lOV,

-20%,

EL

lOV,

-20%,

G

V,

25

10%,

EL

lOV,

-20%,

PETP

25V,

10%,

PETP

25V,

10%,

PETP

V,

25

10%,

EL

-20%, lOV,

EL

-20%, lOV,

PETP

V,

25

10%,

PETP

V,

25

10%,

PETP

V,

25

10%,

G

V,

25

10%,

G

25V,

10%,

EL

lOV,

-20%,

EL

-20%, lOV,

EL

lOV,

-20%,

G

25V,

10%,

G

25V,

10%,

EL

lOV,

-20%,

EL

-20%, lOV,

EL

lOV,

-20%,

EL

lOV,

-20%,

G

25V,

10%,

G

25V,

10%,

PETP

25V,

10%,

EL

-20%, lOV,

G

25V,

10%,

PETP

25V,

10%,

EL

lOV,

-20%,

EL

-20%, lOV,

EL

-20%, lOV,

lOV, EL

-20%,

PETP

25V,

10%,

25V, G

10%,

G

25V,

10%,

G

25V,

10%,

PETP

25V,

10%,

25V, G

10%,

EL

lOV,

-20%,

EL

lOV,

-20%,

PETP

V,

25

10%,

EL

-20%, lOV,

EL

lOV,

-20t,

PETP

25V,

lot,

PETP

25V,

lot,

EL

-20%, 25V,

EL

25V,

-20%,

,

any
any
any

Diode

Schottky-

VGA
VGA

WinkelbuchsensteckerPrint

Buchsenstecker
Buchsenstecker

INPUT PGB

PGB

INPUT

Screw

Screw
Screw
U-Profile

Pin

3

Pin

3

Pin

3

FET
FET
FET

NPN

FET
FET

FET
FET

FET
FET
FET

NF

0.25M,

1%,

NF

0.25M,

1%,

Nicro-N
Nicro-N

Nicro-N

1191

MB16

NF

Oha

Oha

Oha

Oha

KOha

KOha
KOha

KOha

KOha
KOha
KOha
KOha
KOha

NOha

KOha

KOha

KOha
KOha
KOha
KOha
KOha
KOha
KOha

KOha
KOha

KOha

KOha

KOha

KOha

KOha

KOha
KOha
KOha
KOha

kOha

KOha

NOha
NOha

NOha
NOha

KOha

KOha
KOha
KOha
KOha

Oha

Oha

Oha

KOha
KOha

KOha

KOha

KOha

KOha

KOha

KOha

KOha

NOha

KOha

KOha
KOha

KOha

NOha

NOha

KOha

KOha

KOha
KOha

KOha

KOha

0.25R,

1%,

NF

0.25M,

5%,

NF

0.25R,

1%,

NF

0.25W,

1%.

NF

0.25W,

1%,

NF

0.25W,

1%,

NF

0.25R,

1%,

NF

0.25M,

1%,

NF

0.25N,

1%,

NF

0.25W,

5%.

NF

0.25W,

1%.

NF

0.25U.

IH,

NF

0.25R,

1%,

NF

0.25N,

1%,

NF

0.25R,

1%,

NF

0.25N,

1%,

NF

0.25H,

1%,

NF

0.25R,

1%,

NF

0.25W,

1%,

NF

0.25W,

1%,

NF

0.25U.

1%,

NF

0.25M,

1%,

NF

0.25R,

1%,

NF

0.25M,

1%.

NF

0.25W,

1%,

NF

0.25W,

1%,

NF

0.25M,

1%,

NF

0.25N,

1%,

NF

0.25U.

1%.

NF

0.25N,

1%,

0.25R, NF

1%,

NF

0.25W,

1%,

NF

0.25R,

1%,

NF

0.25W,

1%,

NF

0.25W,

1%,

NF

0.25W,

1%,

NF

0.25U.

5%,

NF

0.25M,

1%,

NF

0.25N,

1%,

NF

0.25M,

1%,

NF

0.25R,

1%,

NF

0.25N,

1%,

NF

0.25W,

1%,

NF

0.25W,

1%.

NF

0.25W,

1%,

NF

0.25M,

1%,

NF

0.25U.

1%,

NF

0.25M,

l\,

NF

0.25W,

1%,

NF

0.25N,

1%,

NF

0.25H,

1%,

NF

0.25W,

1%,

NF

0.25U.

1%,

NF

0.25M,

1%,

NF

0.25R,

1%,

NF

0.25N.

1%,

NF

0.25W.

1%,

NF

0.25H,

1%,

NF

0.25U.

IH,

NF

0.25N,

1%,

NF

0.25H,

1%,

NF

0.25W,

5^,

NF

0.25«,

5%,

NF

0.25U.

5%.

NF

St. 0.2SU,

NF

0.2SV,

1%.

NF

0.2SU.

1%.

NF

0.25W,

It,

NF

0.25M,

It,

NF

0.25R,

It,

NF

0.25U,

It,

NF

0.25N,

It,

NF

0.25W,

It,

NF

0.25U,

It,

NF

0.25N,

It,

NF

0.25N,

It,

NF

0.25W,

It,

NF

0.25M,

It,

NF

0.25W,

It,

0.25H, NF

5t,

NF

0.2SU.

It.

NF

0.25W,

It,

Oha

NF

0.2SW,

It,

NF

0.25R,

It,

NF

0.2SV,

It.

NF

0.25W,

5t,

NF

0.25N,

5t,

NF

0.25N,

It,

NF

0.25M,

It,

NF

0.25N,

It,

NF

0.25N,

It,

NF

0.25N,

It,

NF

0.25H,

It,

R

57.11

6

R

57.1]

7

R

57.1]

8

R

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Not

Not

Ra
Ra

Ra

Ra
Ra

TI

Not
Not
Not
Not
Not

Not
Not

Not
Not
Not
Not

..40

..41

..42
..43

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R.

R. ...91

...92

R.

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R.

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R.
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R...211

R...220

R...221

R...230

R...231

. .s

.10

.11

.12
.13

.14

.17

.18

.19

.20

.21

.22
.23
.24
.25
.26

.27

.28

.29

.30

.31

.32
.33
.34

.35

.36

.37

.38
.39

..44
..45
..46

..47

..54
..55
..56

..57

..58

..59
..60

..61

..62

..63

..64

..65
..66

..67

..68

..69

..70

..71

..72

..73

..74

..75

..78
..79

..80

..81

...97

...98

...99
..100
..210

3/

57.11

57.11

57.11

57.11

57.11

57.11

57.11

57.11

57.11

57.11

57.11

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

57.1

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57.1

57.1

57.1

57.1

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57.]

57.]

57.]

57.]

57.]

57.]

57.]

57.]

57.]

57.:

57.:

57.:

57.:

57.

57.

57.

57.

57.

57.

57.

57.

57.

57.

57.

57.

57,

.il

.5106
.3222

.3561

.3362
.3103
.3362

.3684

.5106

.5106

.3102

.3102

.3561

.3302

.3332
.3684

.3302
.3684

.3561

.3332

.3561

.3684

.3684

.3684

.3102
.3102
.3103

.3103

.3103

.3222

.3222
.3222

.3104
.3104

.3162
.3332
.5106

.3684

.3104

[.3103

[.3474

[.3104

1.3104

1.3104

1.3103

1.3103

1.3123

1.3272

1.3512

1.3123

1.3103

1.3474

1.3103

1.3510

1.3392

1.3474

1.3104

1.3103

1.3510

1.3104

1.3392

1.5106

1.5106

1.5106

1.5106

1.3103

1.3223

1.3223

1.3103

1.3102

1.3272

1.3272

1.3682

1.3104

1.3104

1.3102

1.3162

1.3473

1.3513

1.5106

1.3223

1.3271

1.3223

1.3104

3104

I.

[1.5106

[1.5106

3103

II.

11.3223

11.3473

11.3473

3104

LI.

.3104

2.2

560

3.6

3.6

680

560

3.3

680

680

560

3.3

560

10

10

10

680
680
680

2.2

2.2

2.2

100

100

1.6

3.3K

680

100

470

100
100
100

2.7

5.1

470

3.9
470

100

100

3.9

NOhi

KOhi

KOha

KOha

KOha

KOha

NOha

NOha

10

KOha

1

KOha

1

KOha

3

KOha
KOha

KOha

3

KOha

KOha

KOha
KOha
KOha
KOha

1

KOha

1

10

10
10

10

10

10
10
12

12

10

10

51

10
51

10

10
10

10

10

22

22

10

1

2.7

2.7

6.8

100

100

1

1.6

47

51
10

22

270

22

100
100

10
10
10

22

47

47

100

100

KOha

100

.3104

57.1]

5

Ed.

Ed. 1191

MB16

R^OX'

1.775.830.00

.No...

..Ref

58.01.9503

RA.. ..3

..4 58.01.9503

RA..

1.775.830.01

RA.. ..5

1.775.800.03

RA.. ..6

1.775.800.04

RA.. ..7

1.369.150.03

RA.. ..8

..9 1.775.330.06

RA.,

1.775.330.07

.10

RA..

58.01.9202

RA.. .11
RA.. .12 58.01.9202 2

58.01.9502 5

RA., .13

.14 58.01.9501 500

RA..

.20 57.92.7012

RA..

.21 57.92.7012 PTC

RA..

..1 1.775.800.01

S...

53.03.0218

X... ..1

X...

53.03.0218

..2

53.03.0218 l-po1e

X... ..3

00 KG

91/08/22

01 UL 91/11/04

EL“Electrolytic,C'Ceraiic,

NF°KeUl Fils

HANUFACTURER: *x=dbx

END

RA«Raytheon,SIG=Signetics,TI-Texas

KOha

10%,

KOha

10%,

pos.log

KOhi

lin.

22K0ha lin.

pos.log

lOKOha

lin.

lOKOha lin.

KOha

2

10%,

KOha

10%,

KOha

10%,

Oha

10%,

300 aA 60V

lStep/2Pos.

Socket

Socket

PETP=Polyester

NIC

0.50M, C

0.50U, C

Fader

0.50U, C

0.50W, C

0.50U, C

0.50W, C

INPUT UNIT

Description .

50
50

3*47

2*4.7K0ha

2*

1*

l*4.7K0ha

1*

PTC 300 aA 60V

Switch
4-po1e Socket
4-poie

Incorparated,NS=Hational Seii

EQUALIZER

+

Swi

conductor,Not

Instruaents

(CONT.)

=Notorol