Brüel & kjær 4911 Operating instructions

BROEL

&

KJJfR

Ncerum -Denmark

Consisting of:

Removal of Metal Case

Service Instructions

Motion

Analyzer

Block Diagram 4911 .1

Electronic Section 4911 .2

Position of Components 4911.3

Parts List 4911.4

Circuit Diagram 4911 .5

4911

After removing the

two

threaded retainers

at

the

back of

the

instrument, it

is

possible

to

slide

the

chassis and the front panel

out

of the case.

Trouble Shooting

If any problems should occur with this instrument, then first check the

DC

working voltages from the Power Supply. Then use

the

Block Diagram

in

order

to

localize the trouble

to

be located

in

one specific circuit.

When a fault has been found and corrected,

the

voltages and adjustment which are influenzed by the correctiO(l must be

rechecked, and the instrument controlled to see

if

all basic functions are fulfilled.

The tolerances stated

in

the instructions can only be used

as

a guide for adjustment and control.

Any deviations must

not

be corrected without being sure,

that

the tolerances, of the instruments used for making the adjustment,

are so small

as

to

have

no

influence on

the

measurements.

The instructions

in

this Manual are given purely as a guide

to

the service of the equipment. Some faults e.g. small deviations

in

tolerances, require special control equipment and extensive experience

to

correct.

For

these cases the instrument must be sent

to

the

factory.

Voltages

at

various points throughout

the

apparatus are indicated on the circuit diagram and the simplified diagram

in

the

service

instruction. These voltages are typical nominals only and, with the exception

of

stabilized power supply voltages, may vary

considerably from apparatus

to

apparatus.

Attention

All

main capacitors C 1 - C 6 should be discharged by shorting directly across

the

tags rather than

to

the

chassis, because this

would cause a breakdown

of

V 112 and V

113

.

Spare Parts

Please state type and serial number

of

apparatus when spare parts are ordered.

4911-6.78

•

BROEL

&

KJ.ER

Ncerum

-

Denmark

@r-

-

----,

I I

Block

Diagram

valid

from

serial

no.

297843

Input

/

IV

··

t l r r

1;J~V

'

JV

+

I

'

[:

r r

1v

I

!+-.1t

::

t

10V

+

~

:

I

' r r

1v

+

I

10V

+

4911.1

r r r r r r

r r r r r r r

r r

See item

2.3

Technical Description

--A....-1

--.-'-rl

___

l

-rl'--l

~~

.._,!

l~l

l

,

~.

T

~·~

..

~

II

T

~"{

__

_

Flash

4911.

1-5.70

BROEL

&

KJ.ER

Ncerum

-

Denmark

2.

1. Power Supply

ON

-OFF:

"On"

~

FUNCTION

SELECTOR:

"Ext.

Sync."

direction

of

rotation

Syncronous

Motor

2.3.

Slow Motion

4911.2-

6.78

Electronic

Section

4911.2

valid

from

serial

no.

748404

The

voltage

on measuring point k should

be

+28 V.

If

not adjust P

601

• (XC 0376)

Adjust P 602 for min.

hum

on point k (below 2

mV

RMS)

When P 602 has been adjusted readjust P

601

(+28

V)

Remove

circuits

Nos.

3

and

4.

Input

signal:

1 V, 1000

Hz.

sheet

1

Output

Signal

•••

••

Connect an oscilloscope to

"Output"

socket

and

check

the

output

signal.

Va:y

the

frequency from5-12500

Hz

and

check

that

the

output

voltage

is still

constant

within±

0.05

V.

If

the

lower

voltage

limit(+

6

V)

i~

outside the

tolerance

at

12.5

kHz put in

one

more transistor V

201.

The

rise time

of

the sawtooth should

be:

1•5

fJSeC.

at

1000 Hz.

Disconnect

the

input and

see

that

the sawtooth frequency

is

2-4Hz.

faults

in the sawtooth shape

at

low frequencies

can

be

caused by the pulse

shape

of

circuit

1 or noise from

tra~istors

in

circuit

2.

us

0005

4911

In

order to make

the

fallowing·

checks

and adjustments

it

will

be

necessary

to

have a syncronous motor. A motor running

at

3000

RPM

on a mains frequency

of

50

Hz

will

give

the

fundamental measuring

res4lts.

If the motor

is

r!Jlning

at

1500

RPM

a mark on

the

motor will

appear

twice.

continued

CD

Ll

f

®

® Q

@

clear

f

-.df

Technical Description

In order

to

obtain a

"Slow

Motion"

effect

we

have

to

decrease

the number

of

pulses,

so

that the specimen

will

have

moved a

little

more than one cycle, before

we

see

it

in the next flash. This

is

done

by

subtracting from the signal sawtooth a variable low

frequency sawtooth called 6

f.

In Picture 1 the

two

sawtooth signals coming from the f

and

6 f sawtooth generators

are

applied

to

the voltage comparator

V 401,

and

the resulting output

is

shown in Picture

2.

However,

we

cannot

use

these

impulses

to

trigger the ignition circuit,

because

we

would

have

one impulse

too

many every time the low frequency sawtooth

goes

down. To avoid this, a

Pulse

Gate

is

used

to

remove this unwanted extra pulse

and

the function

is

as

follows:

In voltage comparator V 402 the 6 f sawtooth

is

compared

to

a

DC

voltage (Picture

3)

and

the resulting

output

which

is

applied

to

a type D Flip·Fiop

is

shown in picture

4.

A positive impulse on the

"Clock"

input

of

the Flip·Fiop

will

transfer the

information present on the

"D"

·terminal

to

the

"0"

output

("D"

is

always positive when

not

connected). The

NAND

Gate

connected

to

"Q"

acts

as

on ordinary inverter

and

thus the

"Clear"

terminal

will

get a negative going

signal

(picture 6). 1.5 pSec.

later C 403

will

be

discharged

to

a voltage sufficient

to

make a

"Clear"

function which

will

reset the

"0"

output

to

zero

as

in

picture

5.

This

means

that every time the sawtooth

crosses

the

DC

level in a negative direction on the

input

of

V 402, a positive

1.5pSec. impulse

will

be

present on

"0".

Picture 7 shows the

same

impulse

but

inverted on "

0"

output.

The actual

Pulse

Gate function

is

obtained in the upper D type Flip·Fiop where the

"Clock"

input

has

the inverted signal

from

V

401

including the extra unwanted impulse shown in Picture

B.

However, at the moment when this unwanted positive going

impulse

is

applied

to

the

"Clock"

input, there

will

be

a zero on the

"D"

terminal

and

thus nothing

will

happen on the

"0"

output

.

So

the

"0"

output

can

only

follow

the

"Clock"

information when the

"D"

information

is

positive. The resetting

of

this

upper Flip·Fiop

is

done

by

a

NAND

Gate which

gives

a zero

only

when both inputs

are

positive. Picture 9 shows

that

the

Flip·Fiop

output

"Q"

remains positive

until

the signal shown in Picture 2 becomes positive

as

well. Then the negative

"Clear"

information

is

given

to

the Flip·Fiop (Picture 10)

and

"0"

is

reset

to

zero, ready

to

accept the next positive

"Clock"

information.

From

"Q"

(Picture

9)

the

signal

is

inverted

and

applied

to

the BMV

II.

The additional signals

are

shown on the Block Diagram in

4911.1.

4911.2-5

.70

•

BROEL

&

KJ.ER

Ncerum

-

Denmark

2.

1. Power Supply

ON-

OFF:

"On"

2.2.

Pulse

FUNCTION SELECTOR:

"E

xt

.

Sync."

direction

of

rotation

Syncronous

Motor

2.3.

Slow Motion

4911 .

2-

6.

78

Electronic

Section

4911.2

valid

from

serial

no.

748404

The

voltage

on measuring point k should

be

+28 V.

If

not

adjust

P

601.

(XC 0376)

Adjust P 602 for

min.

hum

on point k {below 2 mV

RMS)

When P 602 has

been

adjusted

readjust P

601

(+28

V)

Re

move

circui

ts

Nos.

3

and

4.

lnputsignal:1

V,

1000Hz

.

sheet

1

Connect

an

oscilloscope

to

"Output"

socket

and

check

the

output

signal.

Vary the frequency fromS-12500

Hz

and

check

that

the

output

voltage

is

still

constant

within ±

0.05

V.

If

the lower

voltage

limit(

+ 6

V)

i5

outside

the

tolerance

at

12.5

kHz put in

one

more transistor V

201

.

The

rise time

of

the

sawtooth should

be:

1.5

fJSec.

at

1000Hz

.

Disconnect

the

input

and

see

that

the

sawtooth frequency

is

2-

4

Hz.

Faults

in

the

sawtooth shape

at

low

frequencie

can

be

caused

by the pulse

shape

of

circuit

1 or noise

from

transistors in

circuit

2.

us

0005

4911

In

order to make

the

following-

checks

and

adjustmenh

it

will

be

necessary to

have a syncronous motor. A motor running

at

3000

RPM

on a mains frequency

of

50

Hz

will

give

the

fundamental mea5uring

reulh.

If

the motor

is

running

at

1500

RPM

a mark on

the

motor will

appear

twice.

continued

<D

Ll

f

®

DC====-======

Lit

clock

u

Q

fJJSec

.

clear

-==lJ2JJSec.

u

u-

L_

I

@

clear

f -.df

Technical Description

In

order

to

obtain a

"Slow

Motion" effect we have

to

decrease

the

number

of

pulses, so

that

the

specimen will have moved a

little more

than

one

cycle, before we see it

in

the

is

done

by

subtracting from

the

signal

sawtooth

a variable low

frequency

sawtooth

called

b.

f.

In

Picture 1

the

two

sawtooth

signals coming from

the

f and

b.

f

sawtooth

generators are applied

to

the

voltage

comparator

V

401,

and

the

resulting

output

is

shown

in

Picture 2. However, we

cannot

use these impulses

to

trigger

the

ignition circuit,

because we would have

one

impulse

too

many

every time

the

low frequency

sawtooth

goes

down

.

To

avoid this, a Pulse Gate

is

used

to

remove this unwanted extra pulse and

the

function

is

as follows:

In

voltage

comparator

V

402

the

b.

f

sawtooth

is

compared

to

a

DC

voltage (Picture 3) and

the

resulting

output

which

is

applied

to

a

type

D Flip-Flop

is

shown

in

picture 4. A positive impulse

on

the

"Clock"

input

of

the

Flip-Flop will transfer

the

information present

on

the

"D

"·terminal

to

the

"

0"

output

("D"

is

always positive when

not

connected).

The

NAND Gate

connected

to

"0"

acts

as

on ordinary inverter and

thus

the

"Clear"

terminal will get a negative going signal (picture 6). 1.51JSec.

later C

403

will be discharged

to

a voltage sufficient

to

make a

"Clear"

function

which will reset

the

"0"

output

to

zero as

in

picture 5. This means

that

every time

the

sawtooth

crosses

the

DC

level

in

a negative direction on

the

input

of

V

402,

a positive

1.51JSec. impulse will be present

on

"0".

Picture 7 shows

the

same impulse

but

inverted on

"0"

output

.

The

actual Pulse Gate function

is

obtained

in

the

upper

D

type

Flip-Flop where

the

"Clock"

input

has

the

inverted signal from

V 401 including

the

extra

unwanted impulse shown

in

Picture 8. However,

at

the

moment

when this

unwanted

positive going

impulse

is

applied

to

the

"Clock"

input,

there

will be a zero on

the

"D"

terminal and

thus

nothing will happen

on

the

"0"

output.

So

the

"0"

output

can only follow

the

"Clock"

information when

the

"D"

information

is

positive.

The

resetting

of

this

upper

Flip-Flop

is

done

by

a NAND Gate which gives a zero

only

when

both

inputs are positive. Picture 9 shows

that

the

Flip-Flop

output

"0"

remains positive until

the

signal shown

in

Picture 2 becomes positive as well. Then

the

negative

"Clear"

information

is

given

to

the

Flip-Flop (Picture 10) and

"0"

is

reset

to

zero, ready

to

accept

the

"Clock"

information.

From

"0"

(Picture 9)

the

signal

is

inverted and applied

to

the

BMV

II.

The

additional signals are shown on

the

Block Diagram

in

4911.1.

4911.2-5.70

•

BROEL

&

KJ.ER

Nrerum -Denmark

f.

Voltage

Comperator

Llf

o----....---1

Comparators

DC

Adjustment

Electronic

Section

4911.2

valid from serial no.

748404

sheet 2

Pulse

Gate

t=1.51JSec.

to

BMV

II

®

Flip-Flop

a. FUNCTION SELECTOR:

"Ext

. Sync. Minus

1:!.

f"

Apply exactly 51

Hz

to

the

input

of

4911

1:!.

f Hz:

"1"

b. Slow Motion

1:!.

f

Hz

to

"5"

Slow Motion

1:!.

f

Hz

to

"1"

2.4 Phase Deviation

a. FUNCTION SELECTOR:

"Line

Sync."

b. PHASE DEVIATION

:"

3600

"

c. PHASE DEVIATION

to

"()0"

4911.

2-6.71

View

the

syncronous

motor

in

the

light

of

the

stroboscope and check

that

the

motor

is

visually stopped.

If

necessary adjust P

303

(1

Hz

Adj.

on

XC

0373).

Change

the

input frequency

to

exactly

55

Hz

and check

that

the

picture

is

stopped.

If

necessary adjust P

302

(5

Hz

Adj. on

XC

0373).

The adjustments influence each ·

other,

so

the

adjustments should

be

repeated

untiI

both

frequencies are correct.

Change

the

input frequency

to

exactly

51

Hz and check

that

the

picture

remains steady

without

phase shifts.

If

necessary make

the

following adjustments on

XC

0714

:

Set

the

adjustment screw of P 401 (

!:!.

f Adj.)

to

a position 4 mm from fully

clockwise.

Then adjust P 401 and

402

to

min. phase shift (best picture).

When very little

or

no phase shift

is

present P 301 (Lin. Adj.)

on

XC

0373

should be adjusted

to

min. "gliding phase"

(that

is

a very smooth movement).

Use

a syncronous

motor

as

in

item 2.3. (clockwise running).

Check

that

PHASE DEVIATION can

turn

a mark on the

motor

3600

± 0.

1°

corresponding

to

the

scale.

If

adjustment

is

necessary check items b and c.

Adjust P

405

(3600 Adj.)

to

a position

~ere

the

adjustment no longer moves

the

mark

in

a clockwise direction.

Adjust P

406

(0° Adj.)

to

a position where

the

adjustment no longer moves

the

mark in counter-clockwise direction.

continued

2.5 Freauency Divider

.FUNCTION SELECTOR:

"Ext

. Sync."

PHASE

DEVIATION

:

"1800

"

PHOTO·STANDARD: "Standard"

b. PHOTO-

STANDARD

to

"Photo"

c.

TRIGGER

LEVEL

: "

Fully

clockwise"

2.6 Internal Generator

a. FUNCTION SELECTOR: "

Int

.

Gen

."

INTERNAL

GENERATOR: "

5Hz

"

b.

INTERNAL

GENERATOR: "

100Hz

"

4911 .

2-6

.

78

Connect the Frequency Oscillator to the "Input" socket of Type

4911

Input

signal: Approx. 1 V,

100Hz.

Increase the frequency

and

see

that the first flash dividing takes place at

112Hz

.

When

decreasing the frequency the dividing should stop

again

at 108-110 Hz.

If

necessary

adjust P 404

(Pulse

Adj.) on XC 0714.

(Left

turn

causes

higher

dividing frequency).

The first flash dividing

sh

ould now take place at app. 34

Hz

.

At

an

input si

gnal

of

25 rr.V, 50

Hz

Sin

e the lamp should light regularly

without

any dropouts.

The ignition circuit

can

be

checked alone

by

shorting the f

~

6 f

output,

where

a flash should appear

for

each

shortmg.

Connect a frequency counter

to

"

Output

f"

socket and check that

th

e

output

frequency

is

5

Hz

.

If

not adjust P

501

on XC 0435 (5

Hz

Adj

.).

The

output

fr

equency should be 100

Hz

on "Output f"

soc

ket.

If

not

adjust P 502 on

XC

0435 (100

Hz

Adj

.

).

•

BRUEL

&

KJ.ER

Nc:erum

-

Denmark

f.

Voltage

Comperator

Lito---.....--~

DC

Adjustment

Electronic

Section

4911.2

valid from serial no. 748404

sheet

2

Pulse

Gate

D ®

01---=--

..

Flip-Flop

FUNCTION SELECTOR:

"Ext

. Sync. Minus 6

f"

Apply

exactly

51

Hz

to

the

input

of

4911

6 f Hz: " l "

b. Slow

Motion

6 f

Hz

to

"5"

Slow

Motion

6 f

Hz

to

"

1"

2.4

Phase

Deviation

a. FUNCTION SELECTOR:

"Line

Sync."

b. PHASE

DEVIATION

:

"3600"

c. PHASE

DEVIATION

to

"00"

4911 .

2-6.71

View the syncronous

motor

in the light

of

the stroboscope and check that the

motor

is

visually stopped.

If

necessary

adjust P303

(1

Hz

Adj. on

XC

0373).

Change

the

input

frequency

to

exactly 55

Hz

and

check that the picture

is

stopped.

If

nece

ssary adjust P302

(5

Hz

Adj. on

XC

0373).

The adjustments influence e

ach

·other,

so

the adjustments should

be

repeated

until

both frequencies

are

correct.

Change

the

input

frequency to exac

tly

51

Hz

and

ch

ec

k that the

pictur

e

remains steady

without

phase

shifts.

If

necessary

make the following adjustments on

XC

0714:

Set the adjustment screw

of

P401 (6 f

Adj

.)

to

a position 4 mm from

fully

clockwise.

Then adjust P 401 and 402

to

min.

phase

shift

(best picture).

When very

little

or

no

phase

shift

is

present P 301 (Lin. Adj.) on

XC

0373

should

be

adjusted

to

min. "gliding phase" (that

is

a very smooth movement).

Use

a syncronous

motor

as

in item 2.3. (clockwise running).

Check

that

PHASE

DEVIATION

can

turn

a mark on the

motor

3600

±0

.

1°

corresponding

to

the

scale

.

If

adjustment

is

necessary

check items b and c.

Adjust P 405 (3600

Adj

.)

to

a position

~ere

the adjustment no longer moves

the mark in a clockwise direction.

Adjust P 406 (0° Adj.)

to

a position where the adjustment no longer

mov~

the mark in counter·clockwise direction.

continued

2.5 Frequency Divider

.FUNCTION SELECTOR:

"Ext.

Sync."

PHASE

DEVIATION:

"1800"

PHOTO-STANDARD: "Standard"

b. PHOTO

--

STANDARD

to

"Photo"

c. TRIGGER

LEVEL:

"Fully

clockwise"

2.6 Internal Generator

a. FUNCTION SELECTOR:

"Int

.

Gen

."

INTERNAL

GENERATOR:

"5Hz"

b.

INTERNAL

GENERATOR:

"100Hz"

4911.2-6

.

78

Connect

the

Frequency

Oscillator

to

the

''

Input"" socket

of

Type

4911

.

Input signal:

Approx

. 1 V,

100Hz

.

Increase the frequency

and

see

that the first flash dividing takes place at

112Hz

.

When

decreasing the frequency the dividing should stop

again

at

108-110

Hz

.

If

necessary

adjust P 404

(Pulse

Adj

.) on XC 0714.

(Left

turn

causes

higher

dividing frequency).

The first flash dividing should now take place at app.

34Hz

.

At

an

input

signal

of

25 mV, 50

Hz

Sine the lamp should light regularly

without

any dropouts.

The ignition circuit

can

be

checked.alone

by

shorting the f

~

6 f

output

, where

a flash should appear

for

each

shortmg.

•

Connect a frequency counter

to

"Output

f"

socket and check that the

output

•

frequency

is

5

Hz

.

If

not

adjust P

501

on XC 0435

(5

Hz

Adj.).

The

output

frequency should

be

100

Hz

on

"Output

f"

socket.

If

not adjust P 502 on

XC

0435 (100

Hz

Adj.).

•

BROEL

&

KJ..ER

Nc:erum

-

Denmark

4911.3-5

.70

pI,

p 1

N 1

p 2

0 2

0 3

p 3

Position

of

Components

valid

from

seriol

no.

297843

Circuit

no. 1

Circuit

no. 2

P301

Circuit

no. 3

Circuit

no.

I,

T 1 0

8

8o

8 P601

Circuitno

. 6 PS02

[0]

Circuit

no.

5

Top

View

4911.3

;,11eet

1

spore

fuse

XC

0431

XC

0432

XC

0373

XC

0714

XC

0376

XC

0435

spore

fuse

continued

Printed

Circuit

XC

Q/,31

L__

ll

Printed

Circuit

XC

~32

•

4911

.3- 5.70

BROEL

&

KJJER

Ncerum -Denmark

L--

4911.3- 6.71

Position

of

Components

valid

from

serial

no

. 352378

XC0373

_:L

Printed

Circuit

XC 0373

Print~

Circuit

XC

0714

I

-~

4911.3

s

heet

2

continued

•

Printed

Circuit

XC

0435

•

Printea

Circuit

XC

0376 •

4911

.3-

6.

71

BROEL

&

KJJfR

Ne2rum

-

Denmark

CIRCUIT COMPONENT TYPE

DIAGRAM

REF.

CAPACITORS:

COOl

C002

C003

c 004,005

C006

C007

c 101

c

102

,1

03

c

104

c105

c

106

c 107

c

108

c 109

C110

c 111,112

C113

,

114

c 115

c

116

c 117

c

118

C201

C202

C203

C204

C205

C206

C301

c 302

c

303

c

304,305

C306

C401

C402

C403

C404

C405

C406

C407

C408,409

C501

C502

C503

C504,505

C506

C507

C508

C509

C510

C511

C512

C513

C514

C601

C602

RESISTORS:

Paper

Electrolytic

Polycarbonate

Polyester

Polystyrene

Polyester

Polystyrene

Polyester

Polystyrene

Polyester

Polycarbona

te

Polystyrene

Polyester

Polystyrene

Electrolytic

Polycarbonate

Polyester

Electrolytic

Polyester

Electrolytic

Polystyrene

Electrolytic

Polyester

Electrolytic

Polystyrene

Polyester

Polystyrene

Polyester

Electrolytic

Polyester

Electrolytic

Paper

Electrolytic

Polyester

Polystyrene

Electrolytic

A001 ,

002

Wire

A 003 Carbon

A101

A102

A

103

4911.4-6,78

25W

1/3W

1W

0.561!FI1000 V

lllF/1000

V

0.561!FI1000 V

50

~!F/500

V

1600

~!F/

64

V

22

nF/250

V

lllF/250

V

400

pF/125

V

100

pF/500

V

O.

lllF/250

V

400

pF/125

V

O.

lllF/250

V

600

pF/500

V

0.11!F/250V

11!F/100V

400

pF/

125

V

O.lllF/250

V

10

nF/250

V

O.

lllF/250

V

400

pF/125

V

10

nF/250

V

100

pF/500

V

99

nF/

63 V

681!F/ 63 V

lllF/lOOV

0.

47

llF/250

V

1001!F/

35V

HXlllF/

35

V

0.151!F/250 V

lllF/250

V

10

nF/250

V

100

~!F/

35

V

100

pF/500

V

100

~!F/

35

V

10

nF/250

V

100

~!F/

35

V

100

pF/500

V

50

pF/500

V

200

pF/500

V

O

.l

llF/250

V

0.47

~!F/250

V

50

pF/500

V

0.

22

llF

/250

V

10

nF/250

V

21!F/

64V

10

nF/250

V

47 nF/250 V

22~tF/100

V

0.251!F

/400

V

100~tF/35V

1~tFI250

V

0.47

~tF/250

V

600

pF/500

V

10

nF/250

V

8~tF/350

V

10%

2.

2k!l

2%

1

k!l

31.5k!l

50k!l

250!2

Parts-List

4911.4

valid

from

serial

no.

748408

sheet 1

STOCK

REF. CIRCUIT COMPONENT TYPE STOCK

REF.

CP

0102

CP

0103

CP

0102

CE

0913

CE

0510

cs

0005

cs

0025

CT

1011

CT

0103

cs

0402

CT

1011

cs 0402

CT0114

cs

0402

cs

0336.

CT

1011

cs 0402

cs

0403

cs 0402

CT

1011

CS0403

CT

0103

CT

1503

CE

0513

cs

0336

cs 0021

CE

0443

CE

0443

cs

0015

cs

0025

cs

0403

CE

0443

CT

0103

CE

0443

cs

0403

CE

0443

CT

0103

CT0101

CT

0107

cs

0402

cs 0021

CT

0101

cs 0017

cs 0403

CE

0401

cs 0403

CS0401

CE

0616

CP

1722

CE

0443

cs

0025

CS0021

CT0114

CS0403

CE

0802

AX

0801

DIAGRAM

REF.

RESISTORS:

R 104,105

R 106

R 107

R

108

R 109

R 110

R

111

·

113

R

114

R

115,116

R117

R

118

A119

R 120·122

A

123

R

124,125

R

126

R 127

R 128-130

R

131

R132,133

R134

A

135

R

136

A 137

R138

R139

R 201

R202

R203

R204

R205

R206

R 207

R208

R209

R210

R2t1

R212

R213

R214

R 215,216

R217

R218

R 219

R 220

R221

R222

R301

R302

R303

R304

R305

R306

R307

R308

R309

R310

R 311 ,

312

R313

A314

R315

R

401,402

R403

R

404-407

Carbon 1

/3

W

1/2W

1/3W

Metal Film

1/2

W

Carbon

1/3W

Metal Film 1/2 W

Carbon

1/3

w

Metal

Film

1

n.

W

Carbon

1/3

W

2%

1/2W

HI%

1/3W

2%

1/2W

1/3W

10k

!l

3.15

kil

5k

.n

2k

il

5k!l

25

k

!l

lk!l

1.25k!l

10k!l

1

k!l

5k

!l

25

k!l

1

k!l

1.

25k

!l

10k

!l

5k

!l

25k

!l

lk!l

1.25k!l

10k!l

2k!l

200!2

5k!l

6M!l

10k!l

500

n

lkil

200

.n

10kil

100

n

10k!l

5k!l

3.

15k!l

5k!l

lkn

l.Bk!l

lk

!l

2k!l

10kil

5k!l

20M!l

1

k!l

10k!l

200k!l

100k!l

lOk

n

315

n

10k!l

400k!l

10% lOM!l

Metal Film

1/2

W

Carbon

1/2W

Metal Film

1/2W

Metal

Carbon

1/3

W

2%

31.5k!l

5k!l

10k!l

2k!l

5k!l

10k!l

100

n

soon

51

k!l

20k!l

6.

3k!l

2k!l

RF

0114

RF

0113

RF

0112

RF

0103

RF

0104

RF

0105

RH

0002

RF

0114

RF

0105

RF

0109

RF 0107

continued

CIRCUIT

COMPONENT TYPE

DIAGRAM

REF.

RESISTORS:

R408

R 409,410

R411,412

R413

R414

R415

R416

R417

R418

R419

R420

R421

R422

R423

R424

R501,502

R503

R504

R505

R506

R507

R508

R 509-

511

R512

R513

R514

R515

R 516,517

R

518

R 519

R

520

R521

R522,523

R524

R601

R 602

R603

R604

R605

R606

R607

R60B

R609

Carbon

Metal

Carbon

1/

2W

1/

3W

1/

2W

1/

3W

1/2W

1/3W

1/2W

1/

3W

2%

10%

2%

at 25°C

NTC

Carbon 1/3 w 2%

Metal

Film

1/2

W

Carbon

1/3W

Metal

Film

1/2

W

Cement 3 W +

2%-

0%

Carbon 1

/3

w

2%

POTENTIOMETERS:

p

001

p 002

p 003

p 004

p

301

p 302

p

303

p 401

p

402

p 404

p

405

p

406

p

501

p 502

p

601

p

602

Trigge<

level

61Hz

Internal Gen.

Phase Deviation

carbon lin.

wire

Gliding

Phase

Adj

. carbon

5.5 Hz

Adj.

wire

0.5 Hz

Adj.

MAdj

.

D.

C.

Adj.

Pulse

Adj.

360"

Adj.

r:E'Adj.

5Hz

Adj

.

100Hz

Adj

.

DC

Adj.

Anti-hum Adj. carbon

SWITCHEs-RELAYS:

N001

01

02

03

0501

4911 .

4-6.78

Power

On·Off

Power Voltage Selector

Function

Selector

Light

Intensity

SCR

Relay

4k!2

500 kH

1.6

kH

315 n

2so

n

50o

n

315 n

5k!2

1

kH

20

kH

200 n

20k!2

10kH

20

kH

5kH

10kH

315 n

5k!2

500!2

50kU

5kU

40kU

SkU

10kH

2k!2

3.

15k!2

100 n

soon

soo

n

6,3

kH

5oo

n

200

n

20k!2

1

kU

5.1 kH

5kl!

lkl!

3.

6k!!

31

.5

kl!

1

k!!

50kl!

31.5

kl

!

lkH

lOOk!!

50k!2

10kH

50

kH

1MH

25kH

10kH

1

kH

2k!2

5k!2

2kH

20

kH

1kH

lOOk!!

STOCK

REF.

RF

0105

RF

0107

RF

0110

RF 0103

RO

0805

PP4106

PV

3506

PV

3101

PV 3506

PG

5103

PG

3251

PG

3104

PG

3104

PG

2102

PG

2204

PG

2504

PG

2504

PG

2209

PG

3204

PG

2102

PG

4102

NN 0015

JS 0005

OG

2000

NN 0015

OC0016

CIRCUIT

COMPONENT TYPE

DIAGRAM

REF.

DIODES:

0101

.102

0103

0104

0105

0106

,107

0108

0201

0202,203

0204

0401

0402

0403

0404

0501

,502

0503

0601

0602

·

605

0606-607

Silicon

Zener

Silicon

Zener

Silicon

Zener

Silicon

Zener

Silicon

Zener

Silicon

400V

/ 1 A

6.5 V/140

mA

200 V/

40

mA

6.5 V/140

mA

400V

/ 1 A

200

V/

40

mA

6.5 V/140

mA

12V/

77mA

100 V/225

mA

6.5 V/ 140

mA

20 V/

40

mA

12V

/

77mA

20 V/

40mA

1200

V/150

mA

20 V/

40mA

6.8 V/ 50 rnA

1200 V/150 rnA

400

V/ 1 A

TRANSISTORS

:

v

101

·103

V104

V105

V106

V107

V108

V109

V110

V111

V112

V113

V114

V201

V202

V203

V204

v205-

208

V209

.

210

V211

V212

V301

V302

V303

V304

V305

.306

V307

V401,402

V403

V404

V405-407

V501

·504

V505

V506

V507

V601

V602

,

603

Silicon NPN

Germanium

PNP

Silicon

PNP

NPN

Germanium

PNP

Silicon PNP

Germanium

PNP

Silicon

Field

-e

ffect

Silicon

PNP

NPN

PNP

NPN

PNP

NPN

PNP

NPN

PNP

NPN

PNP

BC 107

2 N 1499 8

2 N 4289

BC 107

2 N 1499 B

2 N 4289

2 N 1499 B

2 N

4289

8C

107

2 N 3704

BC

107

2 N 4892

2 N 3053

2 N 4289

BC 0107

2 N 4289

BC 107

2 N 4289

2 N 3457

2 N 4289

2 N 3053

BC 107

2 N 4289

NPN BC 107

PNP

2 N 1671 B

Differential

Ampl.

UA

710

4 x 2

input

NAND-gate

SN

7400 N

2 x

typeD

Flip-Flop

SN 7474 N

Silicon NPN BC 107

Silicon NPN

8C

107

Silicon Controlled Rectifier 2 N 4443

Silicon

PNP

2 N 4289

PNP

2 N 1671 B

NPN

40

363

NPN BC 107

PRINTED

CIRCUITS:

Interconnecting Board

Servicing Adaptor

Input

Amplifier

Sawtooth

Generator

6 I Generator

Voltage Comparator

STOCK

REF.

ov 0237

OV

1354

OV

0022

ov 1354

OV

0237

OV

0022

QV

1354

ov 1313

OV 0213

QV

1354

OV

1320

OV

1313

ov 1320

OV

0025

OV

1320

ov 1106

QV

0025

ov 0237

VB 0032

VB 0048

VB 0049

VB 0032

VB 0048

VB 0049

VB 0048

VB 0049

VB 0032

VB 0028

VB

0032

VB

2000

VB 0251

VB 0049

VB 0032

VB 0049

VB 0032

VB 0049

VB 0503

VB 0049

VB 0251

VB 0032

VB 0049

VB 0032

VB 0016

VE

0001

VD

0002

VD

0018

VB 0032

VB 5103

VB 0049

VB

0016

VB 0255

VB 0032

XC 0300

XC0301

XC 0431

XC 0432

XC 0373

XC 0714

continued

•

BROEL

&

KJ.ER

Ncerum

-

Denmark

CIRCUIT COMPONENT TYPE

DIAGRAM

REF.

CAPACITORS:

COOl

C002

C003

c 004,005

coos

C007

c

101

c102.103

c 104

c 105

c106

c 107

c 108

c 109

c 110

c 111.112

c 113,114

c 115

c 116

c 117

c 118

C201

C202

c 203

c204

c 205

c206

C301

c 302

c 303

c 304,305

c 306

C

401

C

40

2

C40

3

C404

C405

C406

C407

c 408.409

C501

C502

c 503

c 504,505

c 506

c 507

C508

C509

C510

c

511

c 512

c513

c 514

C601

C602

RESISTORS:

R001 ,002

R003

R101

R 102

R 103

4911.4-6,78

Paper

El

ec

tr

olytic

Polycarbonate

Po

lyester

Polystyrene

Polyester

Polystyrene

Polyester

Po

lystyrene

Polyester

Polycarbonate

Polystyrene

Polyester

Polystyrene

Electr

olyt

ic

Polycarbonate

Polyester

El

ectrolytic

Polyester

Electro

lyti

c

Polystyrene

Elect

ro

lytic

Poly

es

ter

El

ec

trolytic

Polys

tyr

e

ne

Polyester

Polystyrene

Polyester

Electrolytic

Polyester

Electrolytic

Paper

Electrolytic

Polyester

Polystyrene

Electrolytic

Wire

Carbon

25W

1/3W

1W

0.

56!'F

/1000 V

1!'F

/1000 V

0.56!'F

/1000 V

50 iiF/500 V

1600

~IF

/

64

V

22

nF

/250 V

1!'F

/250 V

400 pF/125 V

100 pF/500 V

O.l!'F

/250 V

400 pF/125 V

O.

l!'F

/250 V

600 pF/500 V

0.1!'F/250

V

1!'F

/

100V

400 pF/125 V

0.

1!'F

/250 V

10

nF

/250 V

0.

1!'F

/250 V

400 pF/125 V

10

nF

/250 V

100 pF/500 V

99 nF/ 63 V

68!'F

/ 63 V

1!'F

/

100V

0.47 iiF/250 V

100

~IF

/

35

V

100

~IF

/

35 V

0.

15!'F

/250 V

1!'F

/250 V

10

nF

/250 V

100 !'F/ 35 V

100

pF

/500 V

100

~IF

/

35

V

10

nF

/250 V

100

~IF

/

35

V

100 pF/500 V

50 pF/500 V

200 pF/500 V

0.

1!'F/250V

0.47 iiF/250 V

50 pF/500 V

0.22

~IF

/250

V

10

nF

/250 V

2!'F

/

64V

10 nF/250 V

47

nF

/250 V

22!'F

/100 V

0.25

~IF

/400 V

100

~IF/

35 V

l!'F/250

V

0.47

~IF

/250 V

600

pF/500

V

10 nF/250 V

8!'F/350

V

10%

2% 2.2

kil

31.5

kil

50k

il

250 n

Parts-List

valid from

ser

i

al

no. 748408

STOCK

REF. CIRCUIT COMPONENT TYPE

CP

0102

CP

0103

CP

0102

CE

0913

CE

0510

cs 0005

cs 0025

CT

1011

CT

0103

cs

0402

CT

1011

cs

0402

CT0114

cs

0402

cs

0336

CT

1011

cs

0402

cs 0403

cs

0402

CT

1011

cs 0403

CT

0103

CT

1503

CE

0513

cs 0336

cs 0021

CE

0443

CE

0443

cs 0015

cs 0025

cs

0403

CE

0443

CT

0103

CE

0443

cs 0403

CE

0443

CT

0103

CT

0101

CT

0107

cs 0402

cs 0021

CT

0101

cs

0017

cs 0403

CE

0401

cs 0403

cs 0401

CE

0616

CP

1722

CE

0443

cs 0025

cs 0021

CT0114

cs 0403

CE

0802

RX

0801

DIAGRAM

REF.

RESISTORS:

R104

,105

R106

R 107

R 108

R 109

R110

R

111

-113

R 114

R 115,116

R 117

R 118

R119

R 120-122

R 123

R124

,125

R126

R 127

R 128-130

R

131

R132

,133

R 134

R 135

R 136

R 137

R 138

R139

R

201

R202

R203

R204

R205

R 206

R

207

R 2

08

R 209

R210

R

211

R212

R 213

R 214

R 215.216

R217

R218

R 219

R 220

R

221

R 222

R

301

R302

R303

R304

R305

R 306

R307

R308

R309

R 310

R

311

,

312

R313

R314

R315

R401,402

R403

R404-407

Carbon 1/

3W

1/

2W

1/

3W

Metal Film 1/2 W

Ca

rbon 1/3 W

Metal Film 1/2 W

Ca

rbon 1/3 W

Metal

Fi

lm 1/2 W

Carbon 1/3 W

1/

2W

1/

3W

1/

2W

1/

3W

MetaiFilm

1/2W

Carbon

1/2W

Metal Film 1/2 W

Metal

Carbon

1/JW

4911.4

2%

10%

2%

1

0k

il

3.

15k

il

5k

il

2k

il

5k

il

25 k

il

1k

il

1.25 k

il

10k

il

1 kn

5k

il

25 k

il

lk

il

1.25 k

il

10k

il

5k

il

25k

il

lk

il

1.25k

il

10k

il

2k

il

200

il

5kil

6M

il

lOk

il

500

n

1k

il

2oo

n

10k

il

100 n

10k

il

5k

il

5k

!1

3.15 k

!1

5k

!1

1k

!1

1.8 k

!1

1k

!1

2k

!1

10 k

!1

5k

!1

20M!1

1 k

!1

10 k!1

200 k!1

100 k!1

10

k !1

315 !1

10 k!1

400k!1

10%

10M

!1

2%

31

.5 k!1

5k!1

10 k!1

2kil

5k

!1

10kil

100 n

500

n

51

k

il

20k

il

6.

3kil

2kil

sheet 1

STOCK

REF.

RF

0114

RF

0113

RF

0112

RF

0103

RF

0104

RF

0105

RH

0002

RF

0114

RF

0105

RF

0109

RF

0107

continued

CIRCUIT COMPONENT TYPE

DIAGRAM

REF.

RESISTORS:

R408

A409,410

R411,412

R413

R414

R415

R416

R417

R41B

A419

A 420

R421

R422

A423

R424

A501,502

A503

A 504

R505

R506

A 507

R508

A 509·

511

R 512

R513

R514

R515

A516,517

A 518

A 519

A 520

A

521

R

522,523

A 524

R601

A 602

A 603

R604

A605

R606

R607

R608

R609

Carbon

Metal

Carbon

NTC

1/

2W

1/

3W

1/

2W

1/

3W

1/

2W

1/

3W

1/2W

1/

3W

2%

10%

2%

at

25

'C

Carbon 1/3 w 2%

Metal Film 1/2 W

Carbon 1/3 W

M

eta

l Film 1/2 W

Cement 3 W +

2%

- 0%

Carbon 1/3 W 2%

POTENTIOMETERS:

p

001

p 002

p 003

p 004

p

301

p 302

P303

p

401

p 402

P404

p 405

p 406

p

501

p 502

p

601

p 602

Trigger Level

6

1Hz

Interna I

Gen

.

Phase

Deviation

carbon lin.

wire

Gliding

Phase

Adj. carbon

5.5

Hz

Adj. wire

0.5

Hz

Adj.

6f

Adj.

D.C.

Adj.

Pulse

Adj.

3SOO

Adj.

00

Adj.

5Hz

Adj.

100Hz

Adj.

DC

Adj.

Anti-hum Adj. carbon

SWITCHES-RELAYS:

NOOl

01

02

Power On-Off

Power Voltage Selector

Function Selector

0 3 Light Intensity

0

501

SCR

Relay

4911.4-6.78

4k!1

500 k

!l

1

.6

k!!

315 !1

250

!!

500

!!

315

!!

5k

!!

1

k!!

20

k!l

200 !1

20

k!l

10 k

!l

20

k!l

5k

!1

10

k!l

315 !1

5k

!1

500 !1

50 k

!!

5k!!

40 k

!!

5

k!!

10

k!!

2 k

!l

3.

15

k

!l

100 !1

500 !1

500

!1

6,3

k!!

5oo n

200

!!

20

k!1

1k

!!

5.1

kr!

5kll

1

kl!

3

.6

kl!

3

1.

5 k

l!

1 k

l!

50 k

l!

31.5

kll

1k

l!

100

k!!

50

k

!!

10

k

!!

50

k!!

1M

!!

25

k!!

10

k

!!

10

k!!

1

k!!

2

k!!

5k!!

5

k!!

2k!!

20

k!!

lk!!

100

k!!

STOCK

REF

.

RF

0105

RF

0107

RF

0110

RF

0103

RO

0805

PP4106

PV

3506

PV

3101

PV

3506

PG

5103

PG

3251

PG

3104

PG

3104

PG

2102

PG

2204

PG

2504

PG

2504

PG

2209

PG

3204

PG

2102

PG

4102

NN

0015

JS 0005

OG

2000

NN

0015

DC

0016

CIRCUIT COMPONENT TYPE

DIAGRAM

REF

.

DIODES:

0101

,102

0103

0104

0105

0106

,107

0 lOB

0201

0202,203

0204

0401

0402

0403

0404

0501

,502

0503

0601

0602-605

0606-607

Silicon

Zener

Silicon

Zener

Silicon

Zener

Silicon

Zener

Silicon

Zener

Silicon

400 V/ 1 A

6.5 V/140 rnA

200 V/ 40 rnA

6.5 V/140 rnA

400V

/ 1 A

200 V/ 40 rnA

6.5 V/ 140 rnA

12

V/

77

rnA

100 V

/2

25 rnA

6.5 V/140 rnA

20V

/

40mA

12V

/

77mA

20

V/ 40 rnA

1200 V/ 150 rnA

20

V/ 40 rnA

6.8 V/ 50 rnA

1200

V/150mA

400 V/ 1 A

TRANSISTORS:

V101·103

V104

V105

V106

v107

V108

V109

V110

V111

v 112

v

113

V114

V201

V202

V203

V204

V205·20B

V209

,210

V211

V212

V301

V302

V303

V304

v305,306

V307

v401,402

V403

V404

V405

-407

v

501

·504

V505

V506

V507

V601

V602

,603

Silicon NPN

Germanium

PNP

Silicon

PNP

NPN

Germanium

PNP

Silicon

PNP

Germanium

PNP

Silicon

PNP

Field-effect

NPN

PNP

NPN

PNP

NPN

PNP

NPN

PNP

Si

licon PNP

PNP

NPN

PNP

BC

107

2 N 1499 B

2 N

42B9

BC

107

2 N 1499 B

2 N 4289

2 N 1499 B

2 N 42B9

BC

107

2 N 3704

BC

107

2 N 4892

2 N 3053

2 N 42B9

BC

0107

2 N

42B9

BC

107

2 N 4289

2 N 3457

2 N 4289

2 N 3053

BC

107

2 N 4289

NPN

BC

107

PNP

2 N

1671

B

Differential Ampl.

UA

710

4 x 2 input NAND-gate

SN

7400 N

2 x

typeD

Flip-Flop

SN

7474 N

Silicon

NPN

BC

107

Silicon

NPN

BC

107

Silicon Controlled Rectifier 2 N 4443

Silicon

PNP

2 N 4289

PNP

NPN

2 N

1671

B

40

363

BC

107

PRINTED CIRCUITS:

Interconnecting Board

Servicing

Adaptor

Input

Amplifier

Sawtooth Generator

!'>

!Generator

Voltage Comparator

STOCK

REF.

OV 0237

OV 1354

OV 0022

OV 1354

ov 023?

OV 0022

OV 1354

ov 1313

ov 0213

ov 1354

ov 1320

ov 1313

OV 1320

OV 0025

OV 1320

OV 1106

OV 0025

OV 0237

VB

0032

VB

0048

VB

0049

VB

0032

VB

0048

VB

0049

VB

0048

VB

0049

VB

0032

VB

0028

VB

0032

VB

2000

VB

0251

VB

0049

VB

0032

VB

0049

VB

0032

VB

0049

VB

0503

VB

0049

VB

0049

VB

0251

VB

0032

VB

0049

VB

0032

VB

0016

VE

0001

VD 0002

VD 001B

VB

0032

VB

0032

VB

5103

VB

0049

VB

0016

VB

0255

VB

0032

XC

0300

XC

0301

XC

0431

XC

0432

XC

0373

XC

0714

continued

•

Brüel & Kjær 4911 Operating instructions

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