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Agilent Technologies B Manual

231 pages1.94 Mb

2Agilent Technologies 16750A/B Logic Analyzer
- 6To select transitional timing or store qualified 37
- Formatting Labels for Logic Analyzer Probes 57
- Setting Up Triggers and Running Measurements 64
- Displaying Captured Data 88
- 8Importing Netlist and ASCII Files 121
- The Trigger Tab 146
- The Symbols Tab 159
- 9Error Messages 170
- Specifications and Characteristics 186
13Step 1. Connect the logic analyzer to the device under test
14Step 2. Choose the sampling mode
- 16Next: Step 3. Format labels for the probed signals on page17
17Step 3. Format labels for the probed signals
- 19Next: Step 4. Define the trigger condition on page20
20Step 4. Define the trigger condition
21Step 5. Run the measurement
22Step 6. Display the captured data
24For More Information...
26Example: Timing measurement on counter board
28Example: State measurement on counter board
33Probing the Device Under Test
36Choosing the Sampling Mode
- Selecting the Timing Mode (Asynchronous Sampling)
37To select transitional timing or store qualified
- 38More on Store Qualification in Transitional Timin g
- More on Storing Transitions
- 39Transitional Timing Considerations
  - 40To select the timing mode
    - You can also select the timing sampling mode in the Pod Assignment Dialog on page 130.
  - 41To select the full/half channel configuration
  - 42To specify the sample period
    - The sample rate is the inverse of the sample period.
- 43Selecting the State Mode (Synchronous Sampling)
  - 44To select the state mode
    - You can also select the state sampling mode in the Pod Assignment Dialog on page 130.
  - To select the 200 MHz/400 MHz state speed configuration
  - To change the sampling clock mode
  - 46To set up the sampling clock
  - 47To automatically adjust sampling positions
  - 50To manually adjust sampling positions
    - (The actual sampling position is in the middle of the setup/hold window.)
- 52In Either Timing Mode or State Mode
  - In Conventional Timing Mode, when a Run is started, the analyzer will
  - To specify the trigger position
  - 53To set acquisition memory depth
  - To name an analyzer
  - To turn an analyzer off or on
- 54Using 2 GHz Timing Zoom
  - To turn Timing Zoom on or off
  - 55To set the Timing Zoom trigger position
57Formatting Labels for Logic Analyzer Probes
- To assign pods to one or two analyzers
- 58To set pod threshold voltages
- 59To assign probe channels to labels
- 61To change the label polarity
- To reorder bits in a label
- 62To turn labels off or on
64Setting Up Triggers and Running Measurements
- 65Using Trigger Functions
  - To select a trigger function
  - 66To specify a label pattern event
    - Label pattern events let you specify patterns or ranges on a bus.
    - Label edge events let you specify edges and glitches on a bus. Label
  - To specify a label edge event
    - edge events are only available in certain timing mode trigger functions.
  - 67To break down a trigger function
  - 68To create a trigger function library
- 70Using State Mode Trigger Features
  - To count states or time
  - 71To Specify Default Storing
  - To specify whether default storing is initially on or off
- 72Editing the Trigger Sequence
  - 73To insert/replace/delete sequence levels
  - 74To cut/copy-and-paste sequence levels
  - To specify a level's goto or trigger action
  - 75To send e-mail when the trigger occurs
    - the protocol. On the Internet, there are the following TCP/IP protocols:
  - 77To view a picture of the trigger sequence
  - To clear the trigger sequence
- 78Editing Advanced Trigger Functions
  - To specify a duration or occurrence count for events (timing mode)
  - 79To insert a store action (state mode)
  - To insert timer actions/events
  - 80To insert counter actions/events
  - 81To insert flag actions/events
  - 83To insert a "reset occurrence counter" action
  - To group events
    - event list, you can specify their evaluation order by grouping the events.
  - 84To use named events
- 85Saving/Recalling Trigger Setups
  - To save a trigger setup
  - To recall a trigger setup
  - To clear the trigger save/recall list
- 86Running Measurements
  - After you set up a trigger, you're ready to run the logic analyzer measurement.
  - To start/stop measurements
  - If nothing happens when you start a measurement
  - 87To view the trigger status
88Displaying Captured Data
- To open Waveform or Listing displays
- 89To display Timing Zoom data
- 90To use other display tools
- 92If the captured data doesn't look correct
- If there are filtered data holes in display memory
- 93To display symbols for data values
- 94To cancel the display processing of captured data
  - You can cancel the processing of captured data if it is taking too long.
95Using Symbols
- 96To load object file symbols
- 97To adjust symbol values for relocated code
- 98To create user-defined symbols
- 99To enter symbolic label values
  - When entering label values in the trigger sequence:
- 100To create an ASCII symbol file
  - General-purpose ASCII symbol files are created with text editing/ processing tools.
- 101To create a readers.ini file
  - If a file only has an ELF section this will have no effect and the ELF
  - This option must be specified in the Nsr section of the Readers.ini file:
104Printing/Exporting Captured Data
106Cross-Triggering
- To cross-trigger between two analyzers
- 107To cross-trigger with another instrument
108Solving Logic Analysis Problems
- To test the logic analyzer hardware
110Saving and Loading Logic Analyzer Configurations
115The Sampling Tab
- 116Timing Mode
  - When you select Timing Mode, the Timing Mode Controls area appears.
- 117State Mode
  - When you select State Mode, the State Mode Controls area appears.
119The Format Tab
121Importing Netlist and ASCII Files
- 123Exporting ASCII Files
- Importing ASCII Files
- 127Mapping Connector Names
- Import the Net List File
- 128Verify Net to Label Mapping
- 130Pod Assignment Dialog
- 131Sampling Positions Dialog
  - 132Eye Finder Option, Setup Tab
  - 134Eye Finder Option, Results Tab
  - 142Eye Finder Option, File Info Tab
  - 144Manual Setup/Hold Option
    - When you select Manual Setup/Hold, the following options appear.
146The Trigger Tab
- 147Trigger Functions Subtab
- 154Settings Subtab
- 155Overview Subtab
  - This tab gives a picture of the trigger sequence.
- 156Default Storing Subtab
- 157Status Subtab
- Save/Recall Subtab
159The Symbols Tab
- 161Symbols Selector Dialog
  - 162Search Pattern
  - Offset By Option
  - Align to x Byte Option
- 163Symbol File Formats
- 164General-Purpose ASCII (GPA) Symbol File Format
  - 165GPA Record Format Summary
    - records.
  - 166SECTIONS
    - Use SECTIONS to define symbols for regions of memory, such as sections, segments, or classes.
  - 167FUNCTIONS
    - Use FUNCTIONS to define symbols for program functions, procedures or subroutines.
  - 168VARIABLES
    - You can specify symbols for variables using:
    - If you specify only the address of a variable, the size is assumed to be 1 byte.
  - SOURCE LINES
    - Use SOURCE LINES to associate addresses with lines in your source files.
  - 169START ADDRESS
  - Comments
170Error Messages
- 171Must assign Pod 1 on the master card to specify actions for flags
- Branch expression is too complex
  - 173If the following sequence does not compile:
  - This one may:
  - 174If the following sequence does not compile:
  - This one may:
- 176Cannot specify range on label with clock bits that span pod pairs
- 177Counter value checked as an event, but no increment action specified
- Goto action specifies an undefined level
- Maximum of 32 Channels Per Label
- 179No more Pattern resources available for this pod pair
- No Trigger action found in the trace specification
- 180Slow or Missing Clock
- Timer value checked as an event, but no start action specified
- 181Trigger function initialization failure
- 182Trigger inhibited during timing prestore
- Trigger Specification is too complex
  - 183Combiner resource allocation guidelines:
- 184Waiting for Trigger
  - Some strategies you can use when verifying or debugging trigger sequence levels are:
- 185Analyzer armed from another module contains no "Arm in from IMB" event
186Specifications and Characteristics
- Agilent 16750A/B Logic Analyzer Specifications
- Agilent 16750A/B Logic Analyzer Characteristics
  - 187187
  - Chapter 3: Reference Specifications and Characteristics
  - 188188
  - Chapter 3: Reference Specifications and Characteristics
- 189What is a Specification?
- What is a Characteristic?
192Understanding Logic Analyzer Triggering
- The Conveyor Belt Analogy
- 194Summary of Triggering Capabilities
- Sequence Levels
- 197Boolean Expressions
- 198Branches
- Edges
- Ranges
- 199Flags
- Occurrence Counters and Global Counters
- 200Timers
- 201Storage Qualification
- 203Strategies for Setting Up Triggers
  - Trigger Functions
  - 206Setting Up Complex Triggers
  - Document Your Trigger Sequences
- 207Conclusions
208Understanding State Mode Sampling Positions

2Notices
- Manual Part Number
- Edition
- Warranty
- Limitation of Warranty
- Exclusive Remedies
- Assistance
- Certification
- ISO 9001 Certification
- Safety Notices CAUTION
- WARNING
3Warning s and No tices
4Agilent Technologies Sales and Service Offices
5In this Manual
- The Structure of this Manual
- Conventions used in this Manual
- 6Related Manuals
  - NOTE
7Ta bl e o f C on te nt s
- Introduction to Programming
  - GPIB Interface
  - Message Queues
  - Programming and Syntax Diagram Conventions
  - Common Commands
  - The Status Model
- 8Specific Commands
- Instrument Setup and Status
- Measurement Operations & Settings
- Mass Storage, Display, and Print Functions
- 9VISA Programming Examples
- The Agilent 816x VXIplug&play In strument Driver
- 10GPIB Command Compatibility List
- Error Codes
- Index
11List of Figures
13List of Tables
151 Introduction to Programming
- 16
- 16GPIB Interface
  - 18Returning the Instrument to Local Control
    - 20
  - 20How the Input Queue Works
    - Clearing the Input Queue
  - 21The Output Queue
  - 22The Error Queue
- 23Programming and Syntax Diagram Conventions
  - 24Short Form and Long Form
  - 25Command and Query Syntax
    - Units
    - 2626
    - Data Types
    - Slot and Channel Numbers
    - 27Laser Selection Numbers
  - 30Common Command Summary
    - Table3 gives a sum mary of the common commands.
    - These commands are described in more detail in IEEE-Common Commands on page56.
  - 31Common Status Information
    - OR
- 33The Status Model
  - Status Registers
  - 35Status System for 8163A/B & 8164A/B
    - Slot 1
    - Status Byte Register Status Summary
  - 36Status System for 8166A/B
    - for Level 0
    - for Level 1
    - Slot 15
    - Status Byte Register Status Summary
    - Status Summary
  - 37Annotations
    - Status Byte Register
    - Standard Event Status Register
    - Operation/Questionable Status Summary
    - 3838
    - Operation/Questionable Status Summary Register
    - Operation/Questionable Slot Status
    - Operation Slot Status Register
    - Questionable Slot Status Register
  - 40Status Command Summary
  - 41Other Commands
- 44Specific Command Summary
  - 53slot n.
553 Instrument Setup and Status
- 57
- Error queue Standard event status register (SESR) Status byte register (STB)
- at power-on, by sending a value of zero.
- 64
- 64Status Reporting The STATus
  - 6666
- 76Interface/Instrument Behaviour Settings The SYSTem
  - the second value is the month, and the third value is the day.
794 Measurement Operations & Settings
- 80Root Layer Command
  - 83page62, to per form a selftest.
- 85Measurement Functions The SENSe Subsystem
  - Agilent 81635A and Agilent 81619A - Master and Slave Channels
    - 86The commands listed in Table6 are independent for both master and slave channels.
    - 90If the reference state is relative, units are dB.
    - 97returns a data array for Logging and Stability Data Acqu isition functions
    - returns the minimum, maximum and curr ent power values for the MinMax Data Acquisition function
- 113Signal Generation The SOURce
  - 130[PM|NM|UM|MM|M]
  - 134c()
  - =
  - ---------------------------------
    - 137<value>|MIN|MAX|DEF|0
- 148Signal Conditioning
  - The commands in this section allow you to control Ag ilent 8156x, and 8157x Attenuator modules
  - The INPut and OUTput commands
  - 159The table of wavelength-dependent offsets
    - 164164
  - 165Compatibility of the 81560A/1A/6A/7A modular attenuator family to the 8156A attenuator
    - Slot Numbers
      - Example1: Setting the attenuation
      - Example2: Setting the output power
    - 166166
    - Command Semantic
    - 167Display and System Commands
    - IEEE Commands
    - 168168
    - Status Commands
    - User Calibration Data
- 169Signal Routing
  - The commands in this section allow you to contr ol Agilent 8159x Optical Switch modules
- 171Triggering - The TRIGger
  - 172
  - :TRIGger:CONFiguration:EXTended on page 179.
  - 174measurements.
  - 177output triggers using power measurements.
  - 179Extended Trigger Configuration
- 180..... .....
- 181.
- ...
  - 182182
  - Extended Trigger Configuration Example
    - the Output Trigger Connector or i ndividual module slots.
- 186Display Operations The DISPlay Subsystem
  - The DISPlay subsystem lets you control what you see on the instruments display.
1896 VISA Programming Examples
- VISA Programming Example s How to Use VISA Calls
- 190How to Use VISA Calls
  - 191How to Use VISA Calls VISA Programming Examples
  - Agilent 8163A/B, 8164A/B & 8166A/B Mainframes, Fifth Edition 191
  - VISA Programming Example s How to Set up a Fixed Laser Sou rce
- 192How to Set up a Fixed Laser Source
  - 193How to Set up a Fixed Laser Source VISA Programming Examples
  - Agilent 8163A/B, 8164A/B & 8166A/B Mainframes, Fifth Edition 193
  - How to Measure Power using FETCh and READ VISA Programming Examples
  - Agilent 8163A/B, 8164A/B & 8166A/B Mainframes, Fifth Edition 195
- 195How to Measure Power using FETCh and READ
  - 196VISA Programming Example s How to Measure Power using FETCh and READ
  - 197How to Measure Power using FETCh and READ VISA Programming Examples
  - Agilent 8163A/B, 8164A/B & 8166A/B Mainframes, Fifth Edition 197
  - How to Co-ordinate Two Modules VISA Programming Examples
  - Agilent 8163A/B, 8164A/B & 8166A/B Mainframes, Fifth Edition 199
- 199How to Co-ordinate Two Modules
  - 200VISA Programming Example s How to Co-ordinate Two Modules
  - 201How to Co-ordinate Two Modules VISA Programming Examples
  - Agilent 8163A/B, 8164A/B & 8166A/B Mainframes, Fifth Edition 201
  - 202VISA Programming Example s How to Co-ordinate Two Modules
  - How Power Varies with Wavelength VISA Programming Examples
  - Agilent 8163A/B, 8164A/B & 8166A/B Mainframes, Fifth Edition 203
- 203How Power Varies with Wavelength
  - 204VISA Programming Example s How Power Varies with Wavelength
  - 205How Power Varies with Wavelength VISA Programming Examples
  - Agilent 8163A/B, 8164A/B & 8166A/B Mainframes, Fifth Edition 205
  - 206VISA Programming Example s How Power Varies with Wavelength
- 207How to Log Results
  - 210VISA Programming Example s How to Log Results
2137 The Agilent 816x VXIplug&play Instrument Driver
- 214Installing the Agilent 816x Instrument Driver
  - 218
- 218Using Visual Programming Environments
  - Getting Started with Agilent VEE
    - GPIB Interfacing in Agilent VEE
  - 221Getting Started with LabView
    - 222that the options are the same as displayed in the figure below:
  - 224Getting Started with LabWindows
- 225Features of the Agilent 816x Instrument Driver
- 226Directory Structure
- 227Opening an Instrument Session
- 228Closing an Instrument Session
- 229VISA Data Types and Selected Constant Definitions
- 230Error Handling
- 232Introduction to Programming
  - Example Programs
  - VISA-Specific Information
  - Development Environments
    - 233Microsoft Visual Ba sic 4.0 (or higher)
    - Agilent VEE 5.01 (or higher)
    - LabWindows CVI/ (R) 4.0 (or higher)
- 235Lambda Scan Applications
  - 236236
  - Equally Spaced Datapoints
  - 237How to Perform a Lambda Scan Application
    - The Prepare Lambda Sca n Function
    - 238238
    - The Get Lambda Scan Parameters Function
    - The Execute Lambda Scan Function
  - 239How to Perform a Multi-Frame Lambda Scan Application
    - 240240
    - The Equally Spaced Datapoints Function
    - The Register Mainframe Function
    - The Unregister Mainframe Function
    - 241The Prepare Multi Fram e Lambda Scan Function
    - 242242
    - The Get MF Lambda Scan Parameter s Function
    - The Execute Multi Frame Lambda Scan Function
    - The Get Lambda Scan Result Function
    - 258
- 246GPIB Error Strings
  - downloadable from: http://www.scpiconsortium.org/scpistandard.htm
  - 248260
  - 250262
  - 252264
  - 254266
  - 256268
  - 258270
2598 GPIB Command Compatibility List
- 246
- 260Compatibility Issues
  - GPIB Bus Compatibility
- 263Removed Command
  - Table11 contains d etails of commands that have been re moved without replacement.
  - 250
- 264Obsolete Commands
  - Table12 contains d etails of commands that have bee n directly replaced.
- 265Changed Parameter Syntax and Semantics
  - Table13 details commands whose parameter syntax or semantics have changed.
  - 252
- 266Changed Query Result Values
  - Table14 details queries that respond with different return codes than the old instruments.
- 267Timing Behavior
  - Table15 details the ways in which timing behavior is different.
  - 254
- 268Error Handling
  - Agilent8 163A/B, 8164A/B & 8166A/B Mainfram es, Sixth Edition 271
271Index
- B
- C
- D
- E
- F
- G
- H
- I
- L
- M
- O
- P
- Q
- R
- S
- 272272
  - T
  - U
  - V
  - W

94 pages613.6 Kb

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Agilent Technologies B Service Manual

16 pages175.65 Kb

2Notice
4Warranty
- Certification
- Warranty
- 5Assistance Product maintenance agreements and other customer assistance agreements
  - vi 281A/B Operating And Service Manual
6Service and Support
- By internet, phone, or fax, get assistance with all your test and measurement needs.
- Asia Call Center Numbers
7Safety and Regulatory Information
- WARNING
- Instrument Markings
9Overview
- Description Agilent 281 adapters provide a convenient means of coupling between
10Specifications
11Inspection and Shipping
- Inspection
  - Mechanical Check If external damage to the shipping carton is evident, the carriers agent
  - E l ectrical Check
  - Claims If physical damage is evident, or if the adapter does no t meet electrical
- Shipping
  - Using Original Packaging The same containers and material used in factory packaging can be obtained
  - Using Other Packaging The following general instructions should be used for repackaging with
13Operation
- Protest Flanges Care should be taken to protect the face of the flange from any damage that
- Assemble Carefully When connecting an adapter to a waveguide.
- Connector Types Type N Connectors
  - Precision 7 mm Connectors
- 14Performance Test The maximum SWR for the Adapters are listed in Table1. When making
15Replaceable Parts
- 8281A/B Adapters Operating and Service Manual
- Replaceable Parts
- 16NOTE All 281B adapters should be returned for part replacement.
- Table 2 281A Replaceable Parts

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