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Agilent Technologies 8133A Pulse Generator Technical Specifications
Standard Pulse Generator Technology Features Frequency <100 transition times pulse jitter ±0.5% Width Accuracy ±100 Width Accuracy ±150 Delay Accuracy Output Channels 23-1 PRBS Generation SCPI Programming Commands Agilent Technologies 8133A Pulse Generator
need pulse generation fundamental device characterization task. ability emulate pulse conditions which device will subjected essential. This emulation should include both typical worst case conditions. Such accurate emulation requires superlative signal integrity timing performance.
Setting Standards
Agilent 8133A Pulse Generator provides pulses with programmable period from full pulse capability channels. pulse width programmed too, along with delay interchannel delay. these frequency ranges transition time performance becomes critical; less than specified, less than typical, excellent signal integrity assured. last least, typical jitter creates precise accurate timing conditions.
Pulse Data Functionality
8133A standard configuration includes pulse channel. second channel added. This either: pulse/data channel (option 002) pulse channel (option 003) Option allows bit, digital pattern generation (50%duty cycle) mode. Pulse/data channel also programmed provide pseudorandom binary~sequence (PRBS) data,a PRBS 23-1 which conforms CCITT 0.151.PRBS generation capability finds particular application,in allowing instrument used data source diagram measurements.
Human Interface
will particularly appreciate interactive human interface when operating Agilent 8133A bench. easy access parameters helps concentrate measurement task react immediately unexpected problems. constant vernier steps parameters allow increment decrement through entire parameter range with fixed stepsize,using only key, which especially helpful when doing margin testing. immediate error-guidance lets know what wrong,with messages like "width> Period it,with arrows indicating that parameter should increased decreased. quickly recall last valid setting prefer.
Agilent 8133A available four different configurations. differences timing capabilities number channels with different functionality.
8133A Channel Channel Width Delay with Square
Option Delay also Width Mode
Option Delay also Width Mode 32-bit data PRBS 223-1 Divided Square
Option Delay also Width Mode Second Pulse Channel with Width Delay with Square
Note: option contain option
Specifications
Specifications describe instrument's warranted performance. Non-warranted values described typical. specifications apply after minute warm-up phase with source/load resistance separate channels. specifications valid from 55°C ambient temperature.
Timing Characteristics
Measured amplitude fastest transitions continuous mode source impedance.
Mainframe Output module Frequency Range Period Range Timing resolution Jitter (period, delay, width) Agilent 8133A Pulse Channel 33.0 3.0000 30.303 digits, best case less than typical) 0.5% 0.1% typical) (period maximum 10.000 typical)
Delay Pulse Channel Option
Pulse Channel Option
Pulse/Data Channel Option
GHz: 5ps)
Accuracy Width range Resolution Accuracy Duty Cycle Resolution
100% 0.1%, best case Pulse mode: Pulse mode: -5.000 5.000ns Square mode: -5.000 15.000
Pulse mode:
Add. Variable delay Channel Channel Delay Resolution Accuracy Phase
Square mode: 0.000 10.000
Square mode: 0.000 10.000 Pulse mode: -5.000 5.000 Square mode: -5.000 15.000
typical)
-3600° 3600° -3600° 3600°
3600° 0.1°, best case
-3600° 3600°
Resolution Skew[8]
Notes:
width only varied Pulse mode. square mode duty cycle fixed Width duty cycle mutually exclusive. Duty Cycle settings limits subject same specifications settings Width. Delay variation Channel Channel interchannel delay between Channel Channel programmed delay Channel parameter variation Only delay variation Delay Phase mutually exclusive. Phase settings limits subject same specifications settings Delay Phase, plus Skew must within Delay Range
Repeatability: typ. four times better
than accuracy.
External Clock
external input signal determines timebase instrument. external period frequency measured displayed, allowing correct setting Duty Cycle Phase also External Clock mode.
External Frequency Counter Period Range: 30.303 (300
typical) Resolution: Accuracy:
Internal Clock Generation
internal clock frequency period mode
ZERO-DELAY REFERENCE
TIMEBASE External Input TRIGGER Output PULSE Channel Output OPTION PULSE Channel Output (Option 001)
Divide mode (divide Divide mode (divide PULSE mode SQUARE mode PULSE mode SQUARE mode
24.8 typical Variable Width 0.15 Fixed Duty-cycle Variable Width 0.15 Fixed Duty-cycle
typical Variable Delay Variable Delay Variable Delay
OPTION (includes Option 001) PULSE/DATA Channel SQUARE mode (divide Output (Option 002) PULSE/DATA Channel DATA mode Output (Option 002) PULSE/DATA Channel DATA mode Output (Option 002) Output mode TRIGGER Output (Option only) OPTION (includes Option 001) PULSE Channel PULSE mode Output SQUARE
Fixed Duty-cycle
typical Variable Delay
Variable Width 0.15 Fixed Duty-cycle
Interchannel Timing Diagram
Frequency Range: 33.0 3.0000
3.33 typical) Resolution: Accuracy:
PULSE CHANNEL
Delay Delay period limitations. Fixed delay between TRIGGER Output CHANNEL Outputs: 18.8 nominal trigger output divide
Divide
Square mode frequency CHANNEL divided. Divide (1), meet timing specifications, internal (CHANNEL frequency MHz.
External Input Divide
external supplied frequency divided. Divide (1), internal available frequency ensure that specifications met. instrument will perform functions down MHz, except functions PULSE/DATA/ CHANNEL2.
PULSE/DATA CHANNEL 002)
Delay
Fixed delay from TRIGGER Output CHANNEL Outputs. Trigger pulse: 18.8ns nominal trigger output divide
programmable data selectable.
PRBS
PRBS: -1,CCITT 0.151Norm
Trigger before
nominal
Sets data Return Zero/ Return Zero mode. fixed duty cycle: nominal
External Input Range: Interface: ac-coupled Impedance: nominal Minimum Swing
Pulse: duty cycle, Sine: Maximum amplitude: Vpp,
Data
Selects Data mode. Further selection between 32bit programmable data PRBS required.
PULSE CHANNEL 003)
Divide
Pulse Square modes, frequency Channel divided minimum Channel frequency MHz.
Level/Pulse Performance Characteristics
Mainframe Amplitude Level window Level Accuracy Resolution Output connectors Source Impedance Skew between differntial outputs Max. external voltage Short circuit current Tranisition Times (10/90) Tranisition Times(20/80) Settiling time Overshoot/preshoot/ringing Agilent 8133A 0.30 3.00 typical) amplitude setting Connectors front panel nominal nominal -120 max. nominal typical) typical) amplitude Differential Outputs
output voltage amplitude/offset high-/low level mode. Levels double when driving into open circuits.
Limit
Maximum high levels into limited protect device under test. Pushing limit declares present levels limits which then cannot exceeded long this mode active.
Complement (not #002 PULSE/ DATA CHANNEL Normal/complement selectable Data (only #002 PULSE/DATA
CHANNEL2) Provides logical complement data
Disable
Relays connect/disconnect outputs
Connector Type
outputs inputs
TRIGGER Output
Conditions: fout 33MHz
(PULSE/DATA CHANNEL only)
trigger output synchronized word data mode. It's square wave signal divided with respect timebase frequency.
GP-IB Capabilities
modes parameters programmable. Operates according IEEE standard 488.1 488.2, 1987. Conforms Standard Commands Programmable Instruments (SCPI) 1992.0.
Trigger Channel Output
output voltage amplitude/offset high- level mode Amplitude: (0.20 typical) 0.50 1.80 nominal Level Window: -4.00 +4.00 Resolution: Format: fixed Duty Cycle nominal
Rearpanel Connectors
Agilent8133A: CHANNEL Output, CHANNEL Input Option 002: CHANNEL Output, CHANNEL Input, Start/Stop Input Option 003: CHANNEL Output, CHANNEL Input CHANNEL Output amplitude: Vpp, ac-coupled CHANNEL Input amplitude: max. Vpp, ac-coupled, min. Vpp, ac-coupled duty cycle proper operation CHANNEL Outputs Inputs have connected through supplied rigid coaxial links.
Prop. delay External Input Trigger Channel Output: nominal
trigger output divide Maximum external voltage:
General Information Environmental Storage temperature: -40°C +70°C Operating temperature: 55°C Humidity R.H. Power
110-120/220-240Vrms, 10%, 25OVA max., 47-63Hz
Transition Times amplitude:
typical)
Weight
Net: 21.5 Shipping: 29.0
Disable
relay connects/disconnects trigger output
Dimensions
(HxWxD) (5.7 16.75 20.65
Divide
trigger output frequency divided. Divide (1),
Start/Stop Input
Interface: dc-coupled Impedance: nominal Transitions: Start level: (default) Stop level: Start/Stop Input used PULSE/DATA CHANNEL hold data stream setup data pattern start data generation specific bit.
Minimum output frequency:
typical)
Additional Features
Non-volatile Memory Current settings saved powerdown. Additionally complete settings stored.
Ordering Information
Agilent 8133A Pulse Generator
Agilent 8120-4948 Cable,
(m-m)
Option Delay CHANNEL Option PULSE/DATA CHANNEL
Agilent 8710-1582 Torque Wrench
in/lbs
Agilent 8493A Series Attenuators Option PULSE CHANNEL Agilent 11667B Power Splitter Option Standard Instrument Agilent 15435A Transition Time Note: Option Option contain Option Converter
Agilent 15432B Transition Time Accessories Agilent 1250-1462 Adapter
Converter
Agilent 15433B Transition Time
Converter
Agilent 15434B Transition Time
Converter 1000
Agilent 15438A Transition Time
Converter 2000
Related Agilent Literature
Agilent Family Pulse/Pattern Generators, brochure, 5980-0489E
more information, please visit
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Copyright 2000 Agilent Technologies Printed Germany 28th November 2002 5980-1214E
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