Agilent 81134A Data Sheet

Agilent 81133A/81134A

Performance
Verification

Rev. 2.0, December 2003

Agilent Technologies

Agilent 81133A / 81134A Performance Verification

Introduction

Use these tests if you want to check that the Agilent 81133A / 81134A
Pulse / Pattern Generator is working correctly. Before starting any testing
allow all test equipment to warm up for at least 30 minutes and make
sure that the SELFCAL of the unit was executed.

Test Results Tables

Tables for entering the results of the tests are included at the end of the
tests. The tests are numbered and reference numbers for each Test Result
(TR) are given in a small table at the end of each test. The reference
number shows you where the actual results should be entered in the Test
Results Tables.

Agilent 81133A / 81134A Performance Verification

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Agilent 81133A / 81134A Performance Verification

Power Splitter

m) Adaptor

1159

1700

20dB

Recommended Test Equipment and
Accessories

The following tables list the recommended test equipment you need to
perform all the tests. You can use alternative instruments if they meet the
critical specifications given. The test set-ups and procedures assume you
are using the recommended equipment.

Test Equipment Model Critical Specifications

Table 1

Oscilloscope
or
DCA Agilent 86100B with

Counter Agilent 53132A

Digital Voltmeter Agilent 3458A
Delay Line Agilent 54008A 22 ns (for 54120 series)

Accessories Model Critical Specifications

Digitizing Oscilloscopes Accessories
Attenuators

SMS/SMA (m­SMA(f)/BNC(m) Adaptor
SMA Cable

Agilent 54121T or
Agilent 54123 T

86112A channel

#010, 030

20 GHz / 34 GHz, 10 bit vertical
resolution, Histogram

Frequency measurements up to

3.35 GHz, High-Stability Timebase

8493C#020
8493C#006
11667B
1250­1250­8120-4948

6 dB

4

50 Ω Feedthrough Termination 10100C or

better (see
Figure)

Agilent 81133A / 81134A Performance Verification, December 2003

2 W, 1%
10 W, 0.1 %

Agilent 81133A / 81134A Performance Verification

Accessories Model Critical Specifications

Adaptor 1251-2277 BNC to Banana
Cable Assemblies, BNC 8120-1839
Torque Wrench 8710-1582 5/16 in, 5 lb-in (56 Ncm)

Important:

When you connect the test equipment for the first time, and whenever
you change the setup during the course of these tests, always switch off
the 81133A/81134A' s outputs.

Use the 8710 - 1582 torque wrench to tighten and loosen SMA connectors.
This will ensure that the connectors are at the correct tightness and give
the best signal transfer.

Agilent 81133A / 81134A Performance Verification, December 2003

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Agilent 81133A / 81134A Performance Verification

50 Ohm, 0.1%, 10 W Feedthrough Termination

The following figure provides a schematic and a parts list except for the
case. The case must provide shielding and maintain grounding integrity.

50 Ohm, 0.1%, 10W Feedthrough Termination

The following parts are required:

• R1 = 53.6 Ω, 1%, 10 W

• R2 = 200 Ω, 10%, 0.5 W, Variable Trimmer

• R3 = 681 Ω, 1%, 0.5 W

• Connectors: BNC male, BNC female

Agilent 81133A / 81134A Performance Verification, December 2003

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Agilent 81133A / 81134A Performance Verification

Test Specifications

Equipment Needed

Procedure

Test 1: Frequency

Range: 15 MHz to 3.35 GHz

Resolution: 1 Hz

Accuracy: 50 ppm

Counter

Cable 50 Ω, SMA

1 Connect the 81133A/81134A Trigger Output to the Counter Channel 1

Input
2 Reset the 81133A/81134A to default settings
3 Select the [Aux] screen on the 81133A/81134A and set up the unit as

follows:

Agilent 81133A / 81134A Performance Verification, December 2003

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Agilent 81133A / 81134A Performance Verification

4 Switch on the trigger output and set the counter to measure the

frequency at Channel 1

5 Check the frequency at the following settings:

Frequency Acceptable Measured Frequency TR Entry

15 MHz 14.99925 MHz to 15.00075 MHz 1-1
50 MHz 49.9975 MHz to 50.0025 MHz 1-2
100 MHz 99.995 MHz to 100.005 MHz 1-3
200 MHz 199.990 MHz to 200.010 MHz 1-4

6 Connect the 81133A/81134A Trigger Output to the Counter Channel 3

input.

7 Check the frequency at the following settings:

Frequency Acceptable Measured Frequency TR Entry

500 MHz 499.975 MHz to 500.025 MHz 1-5

1.0 GHz 999.950 MHz to 1.00005 GHz 1-6

2.0 GHZ 1.9999 GHz to 2.0001 GHz 1-7

3.0 GHz 2.99985 GHz to 3.00015 GHz 1-8

3.35 GHz 3.34983 GHz to 3.35016 GHz 1-9

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Agilent 81133A / 81134A Performance Verification

Test Specifications

Equiopment Needed

Procedure

Test 2: Width

Range: 100 ps to (period - 100 ps)

Resolution: 1 ps

Accuracy: ± 40 ps after autocal within a temperature range of ± 10°

Digitizing Oscilloscope with Accessories

Cables 50 Ω, SMA

1 Connect the 81133A/81134A Trigger Output to the Oscilloscope

Trigger Input, using a 20 dB attenuator
2 Connect the 81133A/81134A Channel 1 Output to the Oscilloscope

Channel 4 Input, using a 20 dB attenuator
3 Set up the Pulse Generator as follows:

Agilent 81133A / 81134A Performance Verification, December 2003

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Agilent 81133A / 81134A Performance Verification

4 Set up the [Channel] screen as follows:

On the 81134A set up both channels and switch on only the channel
that is being tested.

5 Set the Digitizing Oscilloscope Agilent 54121T:

• Press [AUTOSCALE]

• Select the Display menu and set the Number of Averages to 32

• Select the Delta V menu and switch the voltage markers on

• Set the preset levels to 50% - 50% and press [AUTO LEVEL SET]

• Select the Delta T menu and switch the time markers on

• Set START ON EDGE = POS 1 and STOP ON EDGE = NEG 1

6 Change the oscilloscope timebase to 100 ps/div
7 Change the Agilent 81133A/81134A Width to 100 ps
8 Center the pulse in the oscilloscope display
9 Press the [PRECISE EDGE FIND] key for each new width setting

10

Agilent 81133A / 81134A Performance Verification, December 2003

Agilent 81133A / 81134A Performance Verification

10 Check the Agilent 81133A/81134A pulse width at the following

settings:

Oscilloscope
Timebase

100 ps/div 100 ps 60 ps to 140 ps 2-1
100 ps/div 500 ps 460 ps to 540 ps 2-2
500 ps/div 1 ns 960 ps to 1.040 ns 2-3
500 ps/div 2 ns 1.96 ns to 2.04 ns 2-4

Larger pulse widths are generated with counted delays. The performance
is guaranteed by the design and does not need to be verified.

For the 81134A repeat the test for the second channel.

Width Acceptable Range TR Entry

Agilent 81133A / 81134A Performance Verification, December 2003

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Agilent 81133A / 81134A Performance Verification

Test Specifications

Equipment Needed

Procedure

81134A Pulse Generator

54120 Frontend

Test 3: Delay

Range: Variable Delay - 5 ns to + 230 ns

Resolution: 1 ps

Accuracy: ± 20 ps after autocal within a temperature range of ± 10°

Digitizing Osccilloscope with Accessories

Power Splitter

Cables 50 Ω, SMA

1 Connect the 81133A/81134A to the oscilloscope as shown:

Trig Out

Channel 2 Channel 1

Output

20 dB Attenuator

Input 1 2 3 4 TRIG

SMA-SMA Adaptor

Power Splitter

12

Agilent 81133A / 81134A Performance Verification, December 2003

Agilent 81133A / 81134A Performance Verification

2 Set up the Pulse Generator as follows and switch on the trigger and

the output channel

On the 81134A set up both channels and switch on only the channel

that is being tested.

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Agilent 81133A / 81134A Performance Verification

3 Set the Digitizing Oscilloscope Agilent 54121T:

• Press [AUTOSCALE]

• Set the Timebase to 5 ns/div

• Adjust the Delay to 25 ns

• Select the Display menu and set the screen function to single; set the

number of averages to 16

• Select the Delta V menu and switch the Volatge Markers on

• Assign Marker 1 to Channel 3 and Marker 2 to Channel 4

• Set the Preset Levels to 50% - 50% and press Auto Level Set

• Select the Delta t menu and switch the time markers on

• Set START ON EDGE = POS 1 and STOP ON EDGE = POS 1

• Press the [Precise Edge Find] key

4 Record the measured value on the Test Record as the Fixed Delay ∆t0

for the Channel under test

5 Set the 81133A/81134A Delay to 5 ns, then press [CLEAR DISPLAY]

and the [Precise Edge Find] key on the scope

6 Check the Delay at the following settings

Oscilloscope
Timebase

200 ps/div 1 ns 980 ps to 1.02 ns 3-1
500 ps/div 1.5 ns 1.48 ns to 1.52 ns 3-2
500 ps/div 2 ns 1.98 ns to 2.02 ns 3-3

Larger delays are generated as counted delay. The performance is
guaranteed by the design and does not need to be verified.

For the 81134A repeat the test for the second channel.

Delay Acceptable Range TR Entry

14

Agilent 81133A / 81134A Performance Verification, December 2003

Agilent 81133A / 81134A Performance Verification

Test Specifications

Equipment Needed

Proceure

81134A Pulse Generator

54120 Frontend

Test 4: Jitter

Random Jitter < 4 ps RMS

Data Jitter < 5 ps RMS

Digitizing Oscilloscope with Accessories

Delay Line

Power Splitter

Cables 50 Ω, SMA

1 Connect the 81133A/81134A to the oscilloscope as shown

54008A Delay Line

Trig Out

Channel 2 Channel 1

Output

Input 1 2 3 4 TRIG

Power Splitter

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Agilent 81133A / 81134A Performance Verification

2 Set up the [Channel] screen as follows and switch on the channel

On the 81134A set up both channels and switch on only the channel that
is being tested.

3 Set up the Digitizing Oscilloscope Agilent 54121T:

• Press [AUTOSCALE]

• Select the Display menu and set the Number of Averages to 64

• Select the Channel menu and set the Attenuation factor of channel 2 to

2

• Set the VOLTS/DIV of channel 2 to 10 mV/div

• Set OFFSET to 500 mV

• Select the Timebase menu and set the TIME/DIV to 10 ps/div

4 Center the second positive edge of the signal
5 Press [MORE] and [HISTOGRAM]

• Select the Window submenu and set:

• Source is channel 2

• Choose the Time Histogram

16

• Press [WINDOW MARKER 1] and set it to 490 mV

• Press [WINDOW MARKER 2] and set it to 500 mV

Agilent 81133A / 81134A Performance Verification, December 2003

Agilent 81133A / 81134A Performance Verification

6 Select the Acquire submenu, set the Number of Samples to 1000 and

press [START ACQUIRING]

7 After the data for the time histogram has been acquired (#Samples =

100 %) select the Result submenu

8 Press [MEAN] and [SIGMA]. Record the values of sigma as the RMS

jitter.

9 Check the jitter at the following frequencies:

Frequency Acceptable Range TR Entry

100 MHZ < 4 ps 4-1
1 GHz < 4 ps 4-2
2 GHz < 4 ps 4-3

10 Set the Channel Frequency Divider of the 81133A/81134A to 2 and

check the clock jitter at 3 GHz. Record the result in TR Entry 4-4.

11 Data Jitter

Set up the 81133A/81134A as shown

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Agilent 81133A / 81134A Performance Verification

12 Set up the Digitizing Oscilloscope Agilent 54121T:

• Press [AUTOSCALE]

• Select the Display menu and set the Number of Averages to 64

• Select the Channel menu and set the Attenuation factor of channel 2 to

2

• Set the VOLTS/DIV of channel 2 to 10 mV/div, the OFFSET to 500 mV

• Select the Timebase menu and set the TIME/DIV to 10 ps/div

13 Center a positive edge of the signal
14 Press [MORE] and [HISTOGRAM]

• Select the Window submenu and set:

• Source is channel 2

• Choose the Time Histogram

• Press [WINDOW MARKER 1] and set it to 490 mV

• Press [WINDOW MARKER 2] and set it to 500 mV

15 Select the Acquire submenu, set the Number of Samples to 1000 and

press [START ACQUIRING]

16 After the data for the time histogram has been acquired (#Samples =

100 %) select the Result submenu

17 Press [MEAN] and [SIGMA]. Record the values of sigma as the RMS

jitter.

18 Check the data jitter at the following frequencies:

Frequency Acceptable Range TR Entry

100 MHZ < 4 ps 4-5
1 GHz < 4 ps 4-6
2 GHz < 4 ps 4-7

19 Set the Channel Frequency Divider of the 81133A/81134A to 2 and

check the data jitter at 3 GHz. Record the result in TR Entry 4-8.

18

For the 81134A repeat the tests for channel 2.

Agilent 81133A / 81134A Performance Verification, December 2003

Agilent 81133A / 81134A Performance Verification

Test Specifications

Equipment needed

Procedure

Test 5a: High and Low Levels

Amplitude: 50 mVpp to 2 Vpp

Level Window: -2.00 V to +3.00 V

Level Resolution: 10 mV

Level Accuracy: 2 % of setting ± 20 mV

Digitzing Voltmeter

50 Ω Feedthrough Termination, 0.1 %, 10 W

BNC to Dual Banana plug

SMA Cables 50 Ω, SMA/BNC Adaptor

1 Connect the 50 Ω Feedthrough Termination to the DVM input, using

the BNC to Dual Banana plug
2 Connect the 81133A/81134A channel output to the 50 Ω Feedthrough

Termination, using the SMA/BNC adaptor

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Agilent 81133A / 81134A Performance Verification

3 Set up the 81133A/81134A with a "zero" pattern as follows

On the 81134A set up both channels and switch on only the channel that
is being tested.

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Agilent 81133A / 81134A Performance Verification, December 2003

Agilent 81133A / 81134A Performance Verification

4 Switch on the channels and check the low level at the following

settings (Program the High Level at least 500 mV larger than the Low
Level to be tested)

Low Level Acceptable Range TR Entry

- 2.00 V - 2.06 V to -1.94 V 5-1

-1.00 V - 1.04 V to -0.96 V 5-2
0 V - 20 mV to + 20 mV 5-3

1.00 V 0.96 V to 1.04 V 5-4

2.00 V 1.94 V to 2.06 V 5-5

5 Set up a "HI" pattern as follows:

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Agilent 81133A / 81134A Performance Verification

6 Switch on the channel and check the high level at the following settings

(Program the Low Level at least 500 mV lower than the High Level to
be tested)

High Level Acceptable Range TR Entry

-1.00 V - 1.04 V to -0.96 V 5-6
0 V - 20 mV to +20 mV 5-7

1.00 V 0.96 V to 1.04 V 5-8

2.00 V 1.94 V to 2.06 V 5-9

3.00 V 2.92 V to 3.08 V 5-10

For the 81134A repeat the test for the second channel.

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Agilent 81133A / 81134A Performance Verification, December 2003

Agilent 81133A / 81134A Performance Verification

Test Specifications

Equipment needed

Procedure

Test 5b: Amplitude

Amplitude: 50 mVpp to 2 Vpp

Resolution: 10 mV

Accuracy: 2 % of setting ± 20 mV

Digitzing Voltmeter

50 Ω Feedthrough Termination, 0.1 %, 10 W

BNC to Dual Banana plug

SMA Cables 50 Ω, SMA/BNC Adaptor

1 Connect the 50 Ω Feedthrough Termination to the DVM input, using

the BNC to Dual Banana plug
2 Connect the 81133A/81134A channel output to the 50 Ω Feedthrough

Termination, using the SMA/BNC adaptor.
3 Set up the 81133A/81134A with a "zero pattern" as follows.

Agilent 81133A / 81134A Performance Verification, December 2003

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Agilent 81133A / 81134A Performance Verification

On the 81134A set up both channels and switch on only the channel that
is being tested.

4 Write down the measured voltage for the "zero Volt" level.
5 On the "Channel" screen switch to "Inverted" Levels and measure the

high level.

6 Calculacte the Amplitude from the measured levels and repeat the test

for the following high levels, always measuring additionially the low
level as well

High Level Acceptable Range TR Entry

50 mV 39 mV to 61 mV 5-11

1.00 V 0.97 V to 1.03 V 5-12

2.00 V 1.95 V to 2.05 V 5-13

For the 81134A repeat the test for the second channel.

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Agilent 81133A / 81134A Performance Verification, December 2003

Agilent 81133A / 81134A Performance Verification

Test Specifications

Equipment Needed

Procedure

Test 6: Transition Times

Transition Time 10% - 90% < 90 ps

Transition Time 20% - 80 % < 60 ps

Digitizing Oscilloscope with Accessories

Cable SMA, 50 Ω

1 Connect the 81133A/81134A Trigger Output to the Oscilloscope

Trigger Input, using a 20 dB attenuator
2 Connect the 81133A/81134A Channel Output to the Oscilloscope

Channel 3 input, using 20 dB attenuator
3 Set up the 81133A/81134A as follows and switch on the channel

Agilent 81133A / 81134A Performance Verification, December 2003

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Agilent 81133A / 81134A Performance Verification

On the 81134A set up both channels and switch on only the channel that
is being tested.

4 Rise Time 10% - 90%

On the Oscilloscope:

• Press [AUTOSCALE]

• Center one pulse on the screen

• Select the Display menu and set the Number of Averages to 32, set the

bandwidth to 20 GHz

• Select the Channel menu and set the Attenuation Factor of channel 2
to 10

• Select the Delta V menu and switch on the V markers

• Set the Preset Levels to 10 - 90 % and press Auto Level Set

• Select the Timebase menu and set TIME/DIV = 20 ps/div

• Adjust the delay until a positive edge is centered

• Select the delta t menu and switch on the t markers

• Set START ON EDGE = POS 1 and STOP ON EDGE = POS 1

• Press the Precise Edge Find key

26

5 Check that the Rise Time 10% - 90% is < 90 ps and record the measured

valued in TR entry 6-1

Agilent 81133A / 81134A Performance Verification, December 2003

Agilent 81133A / 81134A Performance Verification

6 Rise Time 20% - 80 %

On the Oscilloscope

• Select the Timebase menu and set TIME/DIV to 5 ns/div

• Select the Delta V menu and set the Preset Levels to 20% - 80%, press

Auto Level Set

• Select the Timebase menu and set TIME/DIV to 20 ps/div

• Adjust the delay until a positive edge is centered

• Select the Delta t menu and press the Precise Edge Find key

7 Check that the Rise Time 20% - 80% is < 60 ps and record the measured

valued in TR entry 6-2

8 Fall Time 20% - 80 %

On the Oscilloscope

• Select the Timebase menu and adjust the delay until a negative edge is
centered

• Select the Delta t menu and set START ON EDGE = NEG 1 and STOP
ON EDGE = NEG 1, press the Precise Edge Find key

9 Check that the Fall Time 20% - 80% is < 60 ps and record the measured

valued in TR entry 6-3

10 Fall Time 10% - 90 %

On the Oscilloscope

• Select the Timebase menu and set TIME/DIV to 5 ns/div

• Select the Delta V menu and change the Preset Levels to 10% - 90%,

press Auto Level Set

• Select the Timebase menu and set TIME/DIV to 20 ps/div

• Select the Delta t menu and press the Precise Edge Find key

11 Check that the Fall Time 10% - 90% is < 90 ps and record the measured

valued in TR entry 6-4

For the 81134A repeat the test for channel 2.

Agilent 81133A / 81134A Performance Verification, December 2003

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Agilent 81133A / 81134A Performance Verification

Test Specifications

Equipment Needed

Procedure

Test 7: Overshoot and Ringing

Overshoot, Ringing < 10 % ± 10 mV

Digitizing Oscilloscope with Accessories

Cable SMA, 50 Ω

1 Connect the 81133A/81134A Trigger Output to the Oscilloscope

Trigger Input, using a 20 dB attenuator

2 Connect the 81133A/81134A Channel Output to the Oscilloscope

Channel 3 input, using 20 dB attenuator

3 Set up the 81133A/81134A as follows and switch on the channel

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Agilent 81133A / 81134A Performance Verification, December 2003

Agilent 81133A / 81134A Performance Verification

On the 81134A set up both channels and switch on only the channel that
is being tested.

4 On the Oscilloscope:

• Press [AUTOSCALE]

• Select the Display menu and set the Number of Averages to 64

• Select the Timebase menu and set TIME/DIV to 2 ns/div

• Select the Delta V menu and switch on the V markers

• Set the Preset Levels to Variable Levels and set the Variable Levels to

90 % and 110 %

• Press Auto Level Set

• Select the Timebase menu and set the TIME/DIV to 500 ps/div

• Adjust the delay to center the positive edge

• Select the Channels menu and set the channel 3 offset to 0.95 V

• Set VOLTS/DIV to 200 mV/div

5 Check that the Overshoot of the positive edge is within the ± 10 % of

the amplitude limits and record the result in TR Entry 7-1

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Agilent 81133A / 81134A Performance Verification

6 Negative Edge Overshoot

On the Oscilloscope

• Select the Channels menu and set the channel 3 Offset to 0 V and
VOLTS/DIV to 500 mV/div

• Select the Timebase menu and set the Variable Levels to -10% and 10%

• Press Auto Level Set

• Select the Timebase menu and set TIME/DIV to 500 ps7div

• Adjust the delay to center the negative edge

• Select the Channels menu and set the channel 3 offset to - 0.95 V

• Set VOLTS/DIV to 200 mV/div

7 Check that the Overshoot of the negative edge is within the ± 10 % of

the amplitude limits and record the result in TR Entry 7-2

Important

The maximum specified overshoot is actually ± 10 % ± 10 mV which is
± 220 mV for an amplitude of 2 V. If the Overshoot is noth within the
± 10% of amplitude limits, make a precise measurement against the

specification of ± 220 mV.

For the 81134A repeat the test for channel 2.

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Agilent 81133A / 81134A Performance Verification, December 2003

Performance Verification Test Report

Agilent 81133A/81134A

Date: RMA#:
Serial #: Temperature:
Technician #: Humidity:

Frequency:

TR

Entry

1-1
1-2
1-3
1-4
1-5
1-6
1-7
1-8
1-9

Width (Output 1)

TR

Entry

2-1
2-2
2-3
2-4

Width (Output 2) only for 81134A

TR

Entry

2-1
2-2
2-3
2-4

81133A/81134A Performance Test Report

Test Limit

15 MHz

50 MHz
100 MHz
200 MHz
500 MHz

1.0 GHz

2.0 GHz

3.0 GHz

3.35 GHz

Test Limit

100 ps
500 ps

1.0 ns

2.0 ns

Test Limit

100 ps
500 ps

1.0 ns

2.0 ns

14.99925 MHz

49.9975 MHz

99.995 MHz

190.990 MHz

499.975 MHz

999.950 MHz

1.9999 GHz

2.99985 GHz

3.34983 GHz

1.96 ns

1.96 ns

Min.

Min.

60 ps
460 ps
960 ps

Min.

60 ps
460 ps
960 ps

Actual Limit

Max.

Actual Limit

Actual Limit

Page 1 of 5

15.00075 MHz

50.0025 MHz

100.005 MHz

200.010 MHz

500.025 MHz

1.00005 GHz

3.00015 GHz

3.35016 GHz

2.0001 GHz

Max.

140 ps
540 ps

1.04 ns

2.04 ns

Max.

140 ps
540 ps

1.04 ns

2.04 ns

Pass/Fail

Pass  Fail 
Pass  Fail 
Pass  Fail 
Pass  Fail 
Pass  Fail 
Pass  Fail 
Pass  Fail 
Pass  Fail 
Pass  Fail 

Pass/Fail

Pass  Fail 
Pass  Fail 
Pass  Fail 
Pass  Fail 

Pass/Fail

Pass  Fail 
Pass  Fail 
Pass  Fail 
Pass  Fail 

Delay (Output 1)

TR

Entry

∆to
3-1
3-2
3-3

Test Limit

Min.

0.00 ns

1.00 ns

1.50 ns

2.00 ns

N/A

980 ps

1.48 ns

1.98 ns

Delay (Output 2) only for 81134A

TR

Entry

∆to
3-1
3-2
3-3

Test Limit

Min.

0.00 ns

1.00 ns

1.50 ns

2.00 ns

N/A

980 ps

1.48 ns

1.98 ns

Clock Jitter (Output 1)

TR

Entry

4-1
4-2
4-3
4-4

Test Limit

100 MHz

1.0 GHz

2.0 GHz

3.0 GHz

Min.

N/A
N/A
N/A
N/A

Data Jitter (Output 1)

TR

Entry

4-5
4-6
4-7
4-8

Test Limit

100 MHz

1.0 GHz

2.0 GHz

3.0 GHz

Min.

N/A
N/A
N/A
N/A

Actual Limit

Pass/Fail

Max.

____________

Actual Limit

Fixed Delay

1.02 ns

1.52 ns

2.02 ns

Pass  Fail 
Pass  Fail 
Pass  Fail 

Pass/Fail

Max.

____________

Actual Limit

Fixed Delay

1.02 ns

1.52 ns

2.02 ns

Pass  Fail 
Pass  Fail 
Pass  Fail 

Pass/Fail

Max.

____________
____________

Actual Limit

4 ps RMS
4 ps RMS
4 ps RMS
4 ps RMS

Pass  Fail 
Pass  Fail 
Pass  Fail 
Pass  Fail 

Pass/Fail

Max.

____________
____________

5 ps RMS
5 ps RMS
5 ps RMS
5 ps RMS

Pass  Fail 
Pass  Fail 
Pass  Fail 
Pass  Fail 

81133A/81134A Performance Test Report

Page 2 of 5

Clock Jitter (Output2) only for 81134A

TR

Entry

4-1
4-2
4-3
4-4

Test Limit

100 MHz

1.0 GHz

2.0 GHz

3.0 GHz

Min.

N/A
N/A
N/A
N/A

Data Jitter (Output 2) only for 81134A

TR

Entry

4-5
4-6
4-7
4-8

Test Limit

100 MHz

1.0 GHz

2.0 GHz

3.0 GHz

Min.

N/A
N/A
N/A
N/A

Low Level (Output 1)

TR

Entry

5-1
5-2
5-3
5-4
5-5

Test Limit

-2.00 V

-1.00 V
0 V

+1.00 V
+2.00 V

Min.

-2.06 V

-1.04 V

-20 mV

0.96 V

1.94 V

High Level (Output 1)

TR

Entry

5-6
5-7
5-8
5-9

5-10

Test Limit

-1.00 V
0 V

+1.00 V
+2.00 V
+3.00 V

Min.

-1.04 V

-20 mV

0.96 V

1.94 V

2.92 V

Actual Limit

____________
____________

Actual Limit

____________
____________

Actual Limit

Actual Limit

4 ps RMS
4 ps RMS
4 ps RMS
4 ps RMS

5 ps RMS
5 ps RMS
5 ps RMS
5 ps RMS

-1.94 V

-0.96 V
20 mV

1.04 V

2.06 V

-0.96 V
20 mV

1.04 V

2.06 V

3.08 V

Max.

Max.

Max.

Max.

Pass/Fail

Pass  Fail 
Pass  Fail 
Pass  Fail 
Pass  Fail 

Pass/Fail

Pass  Fail 
Pass  Fail 
Pass  Fail 
Pass  Fail 

Pass/Fail

Pass  Fail 
Pass  Fail 
Pass  Fail 
Pass  Fail 
Pass  Fail 

Pass/Fail

Pass  Fail 
Pass  Fail 
Pass  Fail 
Pass  Fail 
Pass  Fail 

81133A/81134A Performance Test Report

Page 3 of 5

Low Level (Output 2) only for 81134A

TR

Entry

5-1
5-2
5-3
5-4
5-5

Test Limit

-2.00 V

-1.00 V
0 V

+1.00 V
+2.00 V

Min.

-2.06 V

-1.04 V

-20 mV

0.96 V

1.94 V

High Level (Output 2) only for 81134A

TR

Entry

5-6
5-7
5-8
5-9

5-10

Test Limit

-1.00 V
0 V

+1.00 V
+2.00 V
+3.00 V

Min.

-1.04 V

-20 mV

0.96 V

1.94 V

2.92 V

Amplitude (Output 1)

TR

Entry

5-11
5-12
5-13

Test Limit

50 mV

1.00 V

2.00 V

Min.

29 mV

0.96 V

1.94 V

Amplitude (Output 2) only for 81134A

TR

Entry

5-11
5-12
5-13

Test Limit

50 mV

1.00 V

2.00 V

Min.

29 mV

0.96 V

1.94 V

Actual Limit

Actual Limit

Actual Limit

Actual Limit

Max.

-1.94 V

-0.96 V
20 mV

1.04 V

2.06 V

Max.

-0.96 V
20 mV

1.04 V

2.06 V

3.08 V

Max.

71 mV

1.04 V

2.06 V

Max.

71 mV

1.043 V

2.06 V

Pass/Fail

Pass  Fail 
Pass  Fail 
Pass  Fail 
Pass  Fail 
Pass  Fail 

Pass/Fail

Pass  Fail 
Pass  Fail 
Pass  Fail 
Pass  Fail 
Pass  Fail 

Pass/Fail

Pass  Fail 
Pass  Fail 
Pass  Fail 

Pass/Fail

Pass  Fail 
Pass  Fail 
Pass  Fail 

81133A/81134A Performance Test Report

Page 4 of 5

Transition Times (Output 1)

TR

Entry

6-1
6-2
6-3
6-4

Test Limit

Rise 10 / 90
Rise 20 / 80

Fall 20 / 80
Fall 10 / 90

Min.

N/A
N/A
N/A
N/A

Actual Limit

____________

Transition Times (Output 2) only for 81134A

TR

Entry

6-1
6-2
6-3
6-4

Test Limit

Rise 10 / 90
Rise 20 / 80

Fall 20 / 80
Fall 10 / 90

Min.

N/A
N/A
N/A
N/A

Actual Limit

____________

Overshoot and Ringing (Output 1)

TR

Entry

7-1

7-2

Test Limit

pos. edge

neg. edge

Actual Limit

Min.

N/A

N/A

Overshoot and Ringing (Output 2) only for 81134A

TR

Entry

7-1

7-2

Test Limit

pos. edge

neg. edge

Actual Limit

Min.

N/A

N/A

Max.

90 ps
60 ps
60 ps
90 ps

Max.

90 ps
60 ps
60 ps
90 ps

Max.

+ 10 % of ampl.

+ 10 mV

+ 10 % of ampl.

+ 10 mV

Max.

+ 10 % of ampl.

+ 10 mV

+ 10 % of ampl.

+ 10 mV

Pass/Fail

Pass  Fail 
Pass  Fail 
Pass  Fail 
Pass  Fail 

Pass/Fail

Pass  Fail 
Pass  Fail 
Pass  Fail 
Pass  Fail 

Pass/Fail

Pass  Fail 
Pass  Fail 

Pass/Fail

Pass  Fail 
Pass  Fail 

81133A/81134A Performance Test Report

Page 5 of 5