Tektronix 2445B Technical Manual - User Manual

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T.O.

33K3-4-2S90-1

TECHNICAL MANUAL

CALIBRATION PROCEDURE

FOR

OSCILLOSCOPE

2445B

(TEKT ONIXj

CALlBRA.TION LAB

INSTRUCTiON MANUAL FOR

Model

Cal Tech:

DISTRIBUTION WITHIN GIDEP IS AUTHORIZED BY

PEPARTMENT OF THE AIR FORCE,HQ AEROSPACE

GUIDANCE AND METROLOGY CENTER (AFMC) NEWARK

AFB OHIO, LETTER DATED

AUGUST

1992

Distribution Statement· Distribution authorized to U.S. Government agencies and their contractors for
official use or

for

administrative or operational purposes only,

April

1990.

Other requests for this

document shall be referred to AGMC/MLEP, Newark AFB OH

43057-5475.

15 APRIL 1994

CHANGE 2

30 SEPTEMBER 1995

T.O. 33K3-4-2590-1

LIST OF EFFECTIVE PAGES

INSERT LATEST

HANGED PAGES. DESTROY SUPERSEDED PAGES.

linll in the lluterJlUl1'!:'ins of the page, Changea toilluutrationo are

indies.ted by miniature pointing handa. Changes to wiring

diagramll

are

indlcated by shoded areas.

Dates of issue for original and changed pages are:

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1994

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1994

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September

1995

TOTAL NUMBER OF PAGES

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USAF

OSCILLOSCOPE

2445B

(TEKTRONIX)

Test Instrument

(TI)

Characteristics

Calibrator

Vertical

Deflection

Delta Volts

Trigger Level

Rea dout

Vertical Ban dwi dth

Channell an d 2

compare d

Chaonel 3 and 4

Triggering
(A&B)

Table 1.

Performance

Range: .4 V p-p into 1 M Q

stander d voltage

Accuracy: ±1 %

Range:

2 m V to 5 Vl div, CH 1

and CH 2; .1 V an d .5 V/ div,
CH3an d CH4

Accuracy:

±2%, CH 1 an d CH 2;

±10% , CH 3 an d CH 4

Range:

Vl div setting

Accuracy: ± ( 1.25% ofr dg +0.03 div)

Range:

Vl div setting

Accuracy: ± (3% ofr dg + 3% of p -p

sigoai +0.2 div +0.5 m

+ (0.5 m VXProbe attenuation factor)

Range: DC to 150

MHz

(200 MHz,

SIN

B 030000 and above)

frequency. Vertical

Accuracy:

50 Q, Down not more than 3 dB;

1 M

Down not more than 4.7 dB

Range: DC to 150 MHz

(200

MHz, SIN

B 030000 an d above)

Accnracy: Down not more than 4.7 dB

without Probe ; 3.0

with Probe

Range:

INT,

1.5 div

250 MHz;

0.75 div

250 MHz, CH 3 and CH 4

Accuracy:

Minimum

T .O . 33K3-4-2590-l

Test

Method

Compare d against a

Checke d with a stan dard
voltage

Apply a constant amplitu de

sigoai while changing

deflection

against deflection at a

reference d frequency

Apply mininonm signals an d

check for stable display

•

T.O.33K3-4-2590-1

Test Instrument (TI)

Characteristics

Sweep Time

(A&B)

Delta Time

X-y

agalnst

reference d

Parametric
Measurements

Table 1 (Cant.)

Performance

Range:
A,

sec/div

ns to

msl div

Accuracy: A:

:t1.5%

Accuracy: B:

:t1.8%

Magnifier:

XlO

Accuracy:

:t2.0%

Range:

:tl0

X A sec!div

Accuracy:

:t(0.5%

of time interval

:to.3% of

full

scale)

Sensitivity Range:

m V to

V/ div

Accuracy:

:t2%

Test
Method

Checke d with s tan dar d
Time Mark signals

Checke d with a stan dar d

voltage

Apply a constan t ampli tu de

Ban dwi dth Range: DC

MHz

signal while changiog

frequency. Horizon tal

Accuracy: Down not more than 3 dB

deflection compare d

Period Range:

100

IDS

Accuracy:

0.5% + 0.5

Frequency Range:

Calculate d as lIperiod

Accuracy: Same as period

Vol ts Range:

p, POp Average

Average:

of r dg

m V

+0.5

m V

Probe attenuation factor

deflection at a

frequency

Checke d with stan dar d

Time Mark signals

Checke d with a standar d

vol tage

Noun

2.1

CAL IBRATION

Minimum Use

Range:

m V

V POp

Calibration

Tek tronix

Sub
Item

T.O.33K3-4-2590-1

GENERATOR

PG506

Accuracy: ±0.25%

P/O F5030A1

Noun

Minimum

Use

Calibration

Sub-

Item

2.2

LEVELED SINE

Range: 50 kHz

250 MHz

Tektronix

WAVE GENERATOR

SG503

Accuracy: ±5%

P/O F5030A1

2.3

FEEDTHROUGH

Range: 50n

Tektronix

TERMINATION

011-0049-01

Accuracy: N/A

2.4

TERMINATION

ATTENUATOR

Range:

Necessary

Available

Accuracy: N/A

2.5

ATTENUATOR PROBE

Range: XlO

Tektronix

P613lfP6136

Accuracy: N/A

Supplied with TI

2.6

TIME

MARK

Range: 5 ns to .5 s

Tektronix

GENERATOR

TG501

Accuracy: ±0.25%

P/O F5030Al

2.7

METER CALIBRATOR

Range: 0 to .4 VDC

Fluke

5l00B

Accuracy: DC ±0.2%

2.8

PROBE

TIP

TO BNC

Range: N/A

Tektronix

013-0227-00

N/A

3.1 Review and become familiar with the entire procedure before beginning calibration process.

Unless otherwise designated, and prior to beginning the Calibration
Process, ensure that all test equipment voltage and/or current outputs

are

set to zero (0) or turned off, where applicable. Ensure that all

equipment switches are set to the proper position before making
connections or applying power.

3.2 Connect TI and calibration equipment to a 115 VAC/60 Hz power source. Set all POWER switches to
ON and allow a 20 minute warm-up period. After warm-up period, momentarily press and hold both the

CH 1 and CH 2 upper Input Coupling buttons

until

a moving dot display replaces the normal signal.

This performs a DC Balance of CH 1 and CH 2 and the readout indicates "DC BALANCE IN

PROGRESS". The signal and readout will return to normal when complete.

3.3 Unless otherwise specified, TI controls should be set for several cycles of stable display with ample
amplitude.

3.4 Set TI controls as follows:

BW LIMIT

VAR (all)

CH 1 and CH 2 INPUT COUPLING

off

cal (detent)

IMnDC

•

T.O. 33K3-4-2590-1

VERTICAL MODE

CHI

DELTA T

off

DELTA V

off

TRACKIINDEP

INDEP

A TRIGGER MODE

AUTO

SOURCE

VERT

SLOPE

TRIGGER COUPLING

A&BSECIDIV

1 ms

3.5 Use the Calibration Generator positive going, fast rise, output terminated into 50

at TI, set TI and

Generator controls as required and check TI high frequency compensation for abnormal overshoot or
aberrations. Hquestions arise, Bee Maintenance T.O. or Commercial

Manual.

Do not attempt to

optimize High-frequency compenstation adjustments unless the TI has failed bandwidth check.

4 CALIBRATION

NOTE

Unless otherwise specified,

verify

the

results of each test and take corrective action whenever the test

requirement is not met, before proceeding.

4.1.1 Connect TI CALIBRATOR to the CH 1 INPUT.

4.1.2 Adjust TI CH 1 VOLTSIDIV and VAR controls for 4 divisions of vertical display centered on the
CRT.

4.1.3 Disconnect TI CALIBRATOR from the CH 1 INPUT.

4.1.4 Connect the Meter Calibrator OUTPUT to TI CH 1 INPUT.

4.1_5 Set the Meter Calibrator controls as follows:

INTIEXT

OPRJSTDBY

LOCALIREM

CLEAR

INT

STDBY

LOCAL

depress twice

•

4.1.6 Depress the Meter Calibrator switches in the following sequence: 0, V, ENTER, OPR.

4.1.7 Adjust TI position control to align the Sweep on the second graticule below the center horizontal

line.

4.1.8 Depress the Meter Calibrator switches in the following sequence: .4, V, ENTER.

4.1_9 Use the Meter Calibrator EDIT control to adjust the output for 4 divisions of vertical deflection.

4.1.10

The Meter Calibrator output readout must indicate

0.396

0.404.

4.1.11

Set the Meter Calibrator

STDBY and disconnect from TI.

4.1.12

Return TI CH

VOLTSIDIV VAR control

the CAL (detent) position.

T.O.

33K3-4-2590-1

T.O. 33K3-4-2590-1

4.2.1 Connect the Calibration Generator to T I CH 1 INPUT and switch on DELTA VOLTS. BW LIMIT

may be switched on for ease of measurement.

4.2.2 Set TI CH 1 VOLTSIDIV control to the fIrst position listed in the Range col

umn

of Table 2.

4.2.3 Set the Calibration Generator AMPLITUDE control to the fIrst position listed in the Applied

column of Table 2.

4.2.4 Adjust the Calibration Generator VARIABLE (OUT) control for the amount of vertical display

listed in the Deflection col

umn

of Table 2.

4.2.5 The Calibration Generator readout display must indicate within 2%.

4. 2.6 Set the Calibration Generator VARIABLE (OUT) control to the

position.

4.2.7 Adjust TI Delta REF orDLY POS control to align the reference cursor to the bottom of the

applicable waveform on the CRT.

4.2.8 Adjust TI DELTA control to align the delta cursor with the top of the applicable waveform

the

CRT.

4.2.9 The Delta V readout must be within the values listed in the Readout Limits column of Table 2.

4.2.10 Set TI TRIGGER coupling to DC and SLOPE to positive. Adjust TI A TRIGGER LEVEL control

at the most positive voltage that produces a barely triggered jittering display.

4. 2.11 The TI Trigger Level readings must

within the values listed in the

Peak Limits column of

Table 2.

4.2.12 Adjust TI A TRIGGER LEVEL control at the most negative voltage that produces a barely

triggered jittering display.

4.2.13 The TI Trigger Level readings must

within

the

values listed in the - Peak Limits column of

Table 2.

4.2.14 Repeat steps 4.2.2 through 4.2.13 for the remaining values listed in Table 2 .

Thble 2.

Range

Applied

Readout

Trigger Level Readout

Deflection

(Limits)

Peak

·Peak

2 mV

10m

9.81 to 10.2 mV

8.0 to 12.0 m V

+1.7 to -1.7 mV

5 mV

20m

19.6 to 20.4 mV

16.8 to 2 3.2 m V

+2.6 to -2.6 m V

10mV

50m

49.0 to 50.9 mV

44. 0 to 56.0 m V

+4.5 to -4.5 mV

20mV

98.1 to 102.0 mV

89 to 111 mV

+8.0 to -8.0 m V

50mV

196 to 204mV

178 to 222mV

+16.0 to -16.0 mV

490 to 509mV

450 to 550mV

+ 35 to - 35 mV

6 Change 2

•

T.O. 33K3-4-2590-1

Table 2. (Cont)

Range

Applied

Readout

Trigger Level Readout

10m

Deflection

(Limits)

Peak

·Peak

.981

1. 02 V

.9 to 1.1 V

+ 0.07 to - 0.07 V

1.96

2.04 V

1.78 to 2 .22 V

+ 0.16 to - 0.16 V

4.90

5.09 V

4.5 to 5.5 V

+ 0.35

- 0.35 V

9.81 to 10.2 V

9 tollV

+O.7 to - 0.7 V

19. 6

2 0.4 V

17.8 to 22.2 V

+1.6 to -1.6 V

4.2.15 Set the Calibration Generator for a minimum output. Disconnect from TI CH 1 INPUT and
connect to the CH 2 INPUT.

4.2.16 Set TI VERTICAL MODE to CH 2.

4.2.17 Repeat steps 4.2.2 through 4.2.14 utilizing CH 2 controls.

4.2.18 Set the Calibration Generator for a minimum output. Disconnect from TI CH 2 INPUT and
connect to the CH 3 INPUT.

4.2.19 Set TI VERTICAL MODE and SOURCE to CH 3 and VOLTSIDIV (CH 3

CH 4) to .l V.

4.2.20 Set the Calibration Generator AMPLITUDE control to .5 V.

4 .2.21 The TI CRT vertical disp lay must be between 4.5 and 5.5 divisions.

4.2.22 Set TI CH 3 VOLTSIDIV to .5 V.

4.2.23 Set the Calibration Generator AMPLITUDE control to 2 V.

4.2.24 The TI CRT vertical display must be between 3.6 and 4.4 divisions .

4.2.25 Set the Calibration Generator for a minimum outp ut. Disconnect from TI CH 3 INPUT and

connect to CH 4 INPUT.

4.2.26 Set TI VERTICAL MODE and SOURCE to CH 4.

4.2.27 Repeat steps 4.2.20 through 4.2.24 utilizing CH 4 controls.

4.2.28 Set the Calibration Generator for a minimum output, disconnect from TI, and switch oifthe Delta

4.3.1 Set TI VERTICAL MODE to display CH 1 only and

LIMIT to OFF .

•

4.3.2 Set TI VOLTSIDIV (ALL) to .1 V, the INPUT COUPLING (both) to 1 M

DC, and the TRIGGER

SOURCE to VERT.

T.O. 33K3-4-2590-1

4.3.3 Connect the Leveled Sine Wave Generator #1 (2.2) OUTPUT through the 50 n Feedthrough

Termination to TI CH 1 INPUT.

4.3.4 Set the Leveled Sine Wave Generator frequency controls to 50 kHz . Adjust the Output controls for
6 divisions of vertical display centered on TI CRT.

4.3.5 Increase the Leveled Sine Wave Generator frequency controls nntil TI CRT vertical display
decreases to 3.5 divisions.

4.3.6 The Leveled Sine Wave Generator frequency controls must indicate 150 MHz or more. (200 MHz
or more for SIN B030000 or more)

4.3.7 Remove the 50 n Feedthrough Termination from the hook -up and set TI CH 1 INPUT C OUPLING
to 50nDC.

4.3.8 Repeat step 4.3.4.

4.3.9 Increase the Leveled Sine Wave Generator frequency controls until TI CRT vertical display

decreases to 4.2 divisions.

3.10 Repeat step 4.3.6.

4.3.11 Disconnect the Leveled Sine Wave Generator from TI CH 1 INPUT connector and connect to TI

CH 2 INPUT connector through the 50 n Feedthrough Termination.

4.3.12 Set

VERTICAL MODE to display CH 2 only.

4.3.13 Repeat steps 4.3.4 through 4.3.10 utili zing CH 2 controls.

4.3.14 Disconnect the Leveled Sine Wave Generator from TI.

4.3.15 Set TI VERTICAL M ODE to display CH 3 only.

NOTE

Use TI Calibration output to verify that the Probe compensation,

supplied with TI, is properly adjusted.

4_3.16 Remove the Grabber tip and plastic barrel from the XlO Attenuator Probe. Use the Probe Tip to

BNC Adapter and connect the X10 Attenuator Probe to the Leveled Sine Wave Generator OUTPUT.

Connect

the

XlO Probe to the TI CH 3 INPUT.

NOTE

If the XI0

not available as required in step 4.3.16, then connect the

Generator OUTPUT to the Attenuator (as required). Connect the

Attenuator to TI CH 3 INPUT through the 50 n Feedthrough

Termination.

4.3.17 Set the Leveled Sine Wave Generator frequancy controls to 50 kHz and adjust the Output controls

for 4 divisions of verticai display centered on TI CRT.

4.3.18 Increase the Leveled Sine Wave Generator frequency control. until TI CRT vertical display
decreases to 2.8 divisions. (2.3 divisions

the X10 Attenuator Probe is not available).

4.3.19 The Leveled Sine Wave Generator frequency control must indicate 150 MHz or more.

8 Change 2

T.O. 33K3-4-2590-1

4.3.20 Disconnect the Leveled Sine Wave Generator from TI CH 3 INPUT and connect to TI CH 4

INPUT.

4.3.21 Set TI VERTICAL MODE to display CH 4 only.

4.3.22 Repeat steps 4.3.17 through 4.3.19 using the appropriate CH 4 contTol

•.

4.3.23 Set TI VOLTSiDIV (all) to 0.5 V CH

1 &

2 to 50

DC, and the TRIGGER SOURCE to VERT.

4.3.24 Remove the X10 Attenuator Probe and Probe to BNC adapter. Connect the Leveled Sine Wave

Generator to the Attenuator (as required). Connect the Attenuator through the 50

Feedthrough

Termination to TI CH 4 INPUT.

4.4.1 Set the Leveled Sine Wave Generator frequency controls to 250 MHz. (200 MHz for SIN B030000

and more). Adjust

the

Output controls for 0.75 divisions (0.5 divisions for SIN B030000 and above) of

vertical display on TI CRT.

4.4.2 A stable display on TI CRT must be observed by adjustiug the LEVEL and TIMEIDIV controls.

4.4.3 Disconnect the Leveled Sine Wave Generator from TI CH 4 INPUT and connect to the CH 3

INPUT.

4.4.4 Set TI VERTICAL MODE and SOURCE to CH 3.

4.4.5 Repeat steps 4.4.1 and 4.4.2.

4.4.6 Disconnect the Leveled Sine Wave Generator from TI CH 3 INPUT and remove the 50

load.

Connect the Leveled Sine Wave Generator to the CH 2 INPUT.

4.4.7 Set TI VERTICAL MODE and SOURCE to CH 2.

4.4.8 Adjust the Leveled Sine Wave Generator output controls for 1.5 divisions of vertical display on TI

CRT. (1.0 divisions for SIN B030000 and above)

4.4.9 Repeat step 4.4.2.

4.4.10 Set TI Vertical MODE and SOURCE to CH 1.

4.4.11 Disconnect the Leveled Sine Wave Generator from

CH 2 INPUT and connect to CH 1 INPUT.

4.4.12 Repeat step 4.4.2.

4.4.13 Disconnect the Leveled Sine Wave Generator from TI.

4.5.1 Connect the Time Mark Generator MARKER OUT to

CH 1 INPUT and switch on the DELTA

TIME.

4.5.2 Set TI A

B SECIDIV (knobs locked) to the first position listed in the Range column of Table 3.

4.5.3 Set the Time Mark Generator MARKER control to the first marker listed in the Applied column of

Table 3.

T.O. 33K 3-4-2590-1

4.5.4 Adjust TI hori zontal p osition to align the 2nd marker with the 2nd vertical graticule line.

4.5.5 Adjust the Time Mark Generator VARIABLE (OUT) control and TI horizontal position control for

one marker per division over the center eight divisions on the CRT.

4.5.6 The Time Mark Generator readout must indicate within 1. 5 %.

4.5.7 Push in the Time Mark Generator VARIABLE (OUT) control button.

4.5.8 Adjust TI REF or DLY POS to align the reference cursor with the second time marker.

4.5.9 Adjust TI DELTA control to align the delta cursor with the tenth marker.

4.5.10 The Delta T readout must be within the corresponding

limits

listed in the Limits col

umn

of Table

4.5.11 Repeat steps 4.5.2 through 4.5.10 for the remaining values in Table 3.

A & B SEClDlV

IOns

20ns

50ns

.1 jlS

_2 jlS

.5 jlS

IjlS

2 ""

IlS

10 Ils

2 0 ""

50 ""

.1ms

.2ms

.5ms

Ims

Table 3.

(marker)

IOns

20ns

50ns

.1 ""

.2 ""

.5 jlS

IjlS

2 ""

5""

10 jlS

20 Ils

50 Ils

.1ms

.2 Ils

.5ms

1ms

Limit. (readout)

79. 30 to 80.70 ns

158.6 0 to 16 1.40 ns

396.5 to 403.5 ns

79 3.0 to 807. 0 ns

1586.0 to 1614. 0 ns

3965 to 4035 ns

7 .9 30 to 8.070 Ils

15.86 to 16.14

jlS

39.65 to 40. 35 jlS

79. 30 to 80_70 jlS

158.60 to 161.40 jlS

396.5 to 403.5 Ils

7 9 3.0 to 807.0

IlS

1586.0 to 1614.0 ""

396 5 to 4035 jlS

7 .9 30 to 8 _070

IDS

T .O . 33K3-4-2 590-1

2 ms

5mB

10 IDB

20ms

A & B SeclDiv

50ms

'" .1 s

"'.2 s

. 5 s

A SECIDI V

2 mB

5ms

lOms

20ms

Table 3. (Cant.)

(marker)

50ms

.1 s

. 2 s

.5 s

4. 5.12 Set TI A

& B

SECIDIV to 1 !Ls and switch on the XlO MAG.

NOTE

15. 8 6 to 16.14 mB

39. 65 to 40.35

IDS

7 9.30 to 80.70

IDS

158.60 to 1 61.40

IDS

Limits (readout)

396.5 to 403.5 rns

793.0 to 807 . 0 ms

1578. 0 to 1622.0

IDS

3945 to 4055

rns

Use only that portion of the sweep that is in view after the XI0 MAG has

been set.

4. 5.13 Set the Time Mark Generator MARKER control to .1 !Ls .

4. 5.14 Adjust the Time Mark Generator

ARlABLE (OUT) control and T I horizontal position control for

one marker per division over the center eight divisions on the CRT.

4. 5. 1 5 The Time Mark Generator readout must indicate within 2.0%.

4.5.1 6 Set TI control as follows:

XI0

off

trigger MODE

RUNAFT DLY

4.5.17 Repeat steps 4. 5.2 through 4. 5. 6 utilizing the

SECID IV (knobs unlocked) control for

all

SECIDI V settings listed in the Range column of Table 3 (the Time Mark Generator must indicate

within 1.8 % for

sweep).

4.5.18 Disconneat the Time Mark Generator from T I .

4.6.1 Set T I controls as follows:

CH 2

ALL OTHER CHANNELS

off

T.O. 33K3-4-2590-1

VOLTSIDIV (CH 1)

INPUT (CH

INPUT (CH 2)

A&BSECIDIV

1 MODC

1M GND

X-Y (knobs locked)

4.6.2 Connect the Calibration Generator AMPL OUT to the TI CH

INPUT connector.

4.6.3 Set the Calibration Generator AMPLITUDE control to .5 V. Adjust the VARIABLE ( O UT) control

for 5 divisions of horizontal display centered on TI CRT.

4.6.4 The Calibration Generator Readout display must indicate within 2%.

4.6.5 Disconnect the Calibration Generator from TI.

4.6.6 Conoect the Leveled Sine Wave Generator #1 (2.2) OUTPUT through the 5 00 Feedthrough
Termination to TI CH 1 INPUT connector.

4.6.7 Set the Leveled Sine Wave Generator frequency controls to 50 kHz. Adjust the Output controls for

8 divisions of horizontal display centered on TI CRT.

4.6.8 Increase the Leveled Sine Wave Generator frequency controls to 3 MHz.

4.6.9 The TI CRT horizontal display must be 5.6 divisions or more.

4.6.10 Disconnect the Leveled Sine Wave Generator from TI.

4.7.1 Set

controls as follows:

CH I

ALL OTHER CHANNELS

OFF

CH 1 VOLTSIDIV

200mV

INPUT COUPLING

5 0nDC

A&B SECIDIV

100 ns (knobs locked)

4.7.2 Connect the Time Mark Generator MARKER OUT to the CH 1 INPUT.

4.7.3 Set the Time Mark Generator controls for .1

f1S

markers.

4.7.4 Set TI CH 1 VOLTSIDIV and TI CH 1 VOLTSlDIV VAR for 4 divisions or more of display.

4.7.5 Push the

MEASURE

button.

4.7.6 Select FREQ from the menu.

4.7.7 The TI PERIOD readout must indicate 99.0 to 1 01.0 ns.

T.O. 33K3·4-2590-1

4.7.8 The TI FREQUENCY readout mustmdicate 9.9 5 to 10.05

MHz.

4.7.9 Disconnect the Time Mark Generator from TI CH 1 INPUT.

4.7.10 Set the TI controls as follows:

CH 1 VOLTSIDN

100mV

A&B SECIDN

1ms

CH 1 INPUT COUPLING

1 MODC

4.7.11 Connect the Calibration Generator

TI CH 1 INPUT.

4.7.12 Set the Calibration Generator AMPLITUDE control for . 5 V.

4.7.13 Push TIMEASURE button.

4.7.14 Select VOLTS from the menu.

4.7.1 5 The TI CH 1 p-p readout must mdicate 469. 5

530. 5 mY.

4.7.16 Disconnect and secure all equipment.

CA LIBRATION PERFORMANCE TABLE

4.1 CALIBRATOR CALIBRATION:

Limits

.4 V p-p

.4VDC

0 .396

0.404 V p.p

4.2 VERTICAL DEFLECTION CALIBRATION: (both channels)

Range

Applied

Limi ts

!Y:1l:P1

Readout

+ Peak

- Peak

10m

9.81

10.20 mV

8.0 to 12.0 m V

+1.7 to -1.7 mV

5mV

20m

19.6 to 20.4 m V

16.8 to 23.2 mV

+2.6 to ·2.6 m V

10mV

50m

49.0 to 50.9 m V

44.0 to 56.0 m V

+4.5

-4.5 m V

20mV

98.1

102.0 m V

89 to 111 mV

+8.0 to -8.0 m V

50mV

196

204mV

178 to 222 mV

+16 to -16mV

. 5

490

509mV

.450

. 550 V

+.03 5 to -.03 5 V

0.981 to 1.020 V

.90

1 .10 V

+.07 to - .07 V

T.O . 33K3-4-2590-1

1.96

2.04 V

1. 78 to 2.22 V

4.90 to 5.09 V

4.50 to 5.50 V

9.81 to 10.2 V

9.0 to 11.0 V

19.6

20.4 V

17.8 to 22.2 V

CALIBRATION P ERFORMANC E TABLE (Cont)

4.3 VERTICAL BANDWIDTH CALIBRATION:

(both

channels) (Con t)

(50n)

150 MH z (200 MHz,

SIN B030000 and shove)

(MOl

DC to 150 M Hz (200 MHz,

SIN

B030000 and shove)

4.4 TRIGGERING CALIBRATION: (A & B)

CH1&CH2

CH3&CH4

4.5 SWEEP TIME CALIBRATION: (A & B)

IOns

20ns

50ns

JlS

50kHz
150 MHz (200 MHz,

SIN

B030000 and above)

50kHz

150 MHz (200

MHz,

SIN

B030000 and above)

50kHz
150 MHz (200 MHz)

SIN

B030000

and

above)

1.5 div

250 MHz

(1.0 div

200 MH z,

SIN B030000 and above)

0.75 div

250 MH z

(0.5 div

200 MHz,

SIN B030000 and above)

IOns

20n8

50ns

JlS

+.16

.-16 V

+.35

-.35

+0.7 to -0.7 V

+1.6 to -1. 6 V

6 div (referen ce)
4.2 div or more

6 div (reference)

3.5 div or more
CH 1&2

4 div (reference)
2.8 div or more
2.3 without Probe

stable disp lay

stable display

Lim its De lta Time

79.30 to 80.70 n s

158.60

161.40 n s

396.5 t o 403.5 n s

793.0 to 807.0 n s

1586.0 t o 1614.0 n s

3965

4035 ns

1 �s

2 �s

5 �B

10 �s

10/lS

20 fLs

50/lS

CALIBRA TION PER FOR MANCE TABLE (Cont)

4.5 SWEEP TIME CALIBR ATION:

(A &

B) (Cont)

.1ms

.2mB

.5ms

1ms

2ms

5ms

lOms

20mB

50 ros

* .1 s

*.2 s

* .5

1 �sX10

SECID IV only

4.6 X-Y CALIBRA TION:

.1 VIDIV

DC to 3 MHz

.1ms

.2/lS

.5 ms

1mB

2mB

5ms

10ms

20ms

50ms

.1 s

.2 s

.5 B

.1/lS

.5 Vp-p

50kHz

3 MHz

T .O . 33K3-4-2590-1

7.930 to 8.070 �s

15.86 to 16.14 /lS

39.65 to 40.35 �s

79.30 to 80. 70 �B

15.86 to 161.4 /lS

396.5

403.5 /lS

Limits Delta Time

793.0 to 807.0 /lS

1586 to 1614 /lS

3965 to 4035 /lS

7.930 to 8.070

15.86 to 16.14 ms

39.65 to 40.35 ms

79.30 to 80.70 ms

158.6 to 161.4 ms

396.5 to 403.5 ms

793.0 to 807.0 ms

1578

1622 ms

3945 to 4055 ms

784.4

815.6 ns

4.90 to 5.10 div

8 div (reference)

5.6 div or more

T.O. 33K3-4 -2590-1

4.7 PARAMETRIC CALIDRATION:

TIME

FREQ

VOLTS

.1 Ils

.1 JlS

.5 V

Limits

99.0 to 101 ns

9.95 to 10.05

MHz

469.5 to 530.5 m V

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