Agilent Technologies 16750A manuals

Lawn and Garden > Weather Radio

When we buy new device such as Agilent Technologies 16750A we often through away most of the documentation but the warranty. Very often issues with Agilent Technologies 16750A begin only after the warranty period ends and you may want to find how to repair it or just do some service work. Even oftener it is hard to remember what does each function in Weather Radio Agilent Technologies 16750A is responsible for and what options to choose for expected result. Fortunately you can find all manuals for Weather Radio on our side using links below.

Agilent Technologies 16750A 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

Also you can find more Agilent Technologies manuals or manuals for other Lawn and Garden.