Keysight Technologies 8164A manuals
8164A
Brand: Keysight Technologies | Category: Multimeter
Table of contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- Table Of Contents
- getting started
- Safety Considerations
- Operating Environment
- Input/Output Signals
- Instrument Markings
- Laser Safety Information
- Laser Safety Labels
- A/B Lightwave Mul timeter
- A/B Lightwave Measurement System
- A/B Lightwave Mul tichannel System
- A Description of the User Interface
- Password
- User Interface Features
- How to Navigate/Modify the Display
- How to Change the Value of a Parameter
- How to Make a Small Change to a Continuous Parameter
- How to Change a Discrete Parameter
- How to Set All Parameters to Their Default Values
- A Sample Session
- additional information
- Using the System Utilities
- How to Set the Backlight
- How to Set the Date & Time
- How to Lock/Unlock the High-Power Laser Sources
- How to Set the Trigger Configuration
- How to Configure Startup Applications
- How to Configure your Foot Pedal
- How to Set the GPIB Address
- How to Configure LAN
- How to Set the Speed of the Serial Interface
- How to Update a Module
- How to Select the Printer Type
- How to Change the Password
- How to Get Information About the Mainframe
- How to Connect an External Monitor
- How to Connect a Printer
- power measurement
- How to Measure Power
- How to Set the Power Unit
- How to Set the Calibration Offset
- How to Set the Reference Level
- How to Set the Wavelength
- How to Choose the Range Mode
- How to Set the Range
- How to Set the Averaging Time
- How to Choose the MinMax Mode
- How to Turn Off MinMax Mode
- How to Hold the Screen
- Dual Power Meters - Master and Slave Channels
- laser sources
- How to Use Laser Source Modules
- How to Enable/Disable Laser Output
- How to Set Attenuation
- How to Modulate the Optical Output
- How to Use Triggers
- tunable lasers
- What is a Tunable Laser
- What is Excessive Power
- How to Set the Laser to the Dark Position
- The Analog Output
- How to Set a Relative Wavelength
- How to Perform a Wavelength Sweep
- How to Perform a Sweep
- How to Modulate a Signal
- How to Use External Modulation
- How to Configure the Modulation Output
- How to Use Output Triggering
- How to Use Auxiliary Functions
- How to Perform a Lambda Zero
- Auto Cal Off
- Compact Tunable Laser modules
- How to Use a compact Tunable Laser
- Getting Started With Return Loss
- Equipment required
- How to Choose a Light Source
- Return Loss Modules
- Calibration Measurements
- Return Loss Measurement
- Calibrating the Return Loss Module
- Calibration using the Keysight 81000BR Reference Reflector
- Calibration using the Keysight 81610CC Reference Cable
- How to Measure Return Loss
- Viewing the Calibration Values
- A Background to Return Loss Measurement
- Measuring the Power Transmitted Through the Reflection Reference
- Measuring the Power when there are No Reflections
- Measuring the Reflections from the DUT
- Calculating the Return Loss of the DUT
- Calculating the Front Panel Delta
- Calculating the Insertion Loss of the DUT
- Keysight 8157xA Variable Optical Attenuator modules
- How to Use a Variable Optical Attenuator module
- How to Control the Shutter
- How to Set a Power Level
- Calibrating Test Setups that use an 81570A/71A/73A/78A Attenuator module
- setup
- How to Use the Power Control Feature
- Attenuator Status Indicators
- Keysight 8159xB Optical Switch modules
- How to Use an Optical Switch module
- Dependent and Independent Routing
- How to Toggle the Switch path
- Typical Applications
- Inserting or Bypassing an Optical Component
- Selecting one of several instruments
- Working with Application Graphs
- How to Set Markers
- To Switch the Grid On/Off
- How to Select the Samples Display
- How to Read Curve Values
- The Logging Application
- How to Set Up a Logging Function
- Running a Logging Application
- Analysing a Logging Application
- On-Screen Messages
- The Stability Application
- How to Set Up a Stability Function
- Analysing a Stability Application
- The PACT Application
- How to Measure the Reference
- How to Perform a Loss Measurement
- Analysing a PACT Measurement
- The Pmax Curve
- The Return Loss Application
- User Interface
- Record ing Measurement Resul ts
- Saving Application Measurement Results to Diskette (not available on later units)
- Initial Inspection
- AC Line Power Supply Requirements
- Changing the Battery
- Operating and Storage Environment
- Altitude
- Storage Position
- Carrying the Instrument
- Using Modules
- Adding a Connector Interface
- Input and Output Connectors
- The Remote Interlock (RIL) connector
- GPIB Interface
- GPIB Logic Levels
- Serial Interface
- Output
- Claims and Repackaging
- Instrument and Options - Keysight 8163A/B
- Instrument and Options - Keysight 8164A/B
- Instrument and Options - Keysight 8166A/B
- Modules
- Keysight 81645A Filler Module
- GPIB Cables and Adapters
- A Specifications
- Keysight 8163B Specifications
- Keysight 8164B Specifications
- Keysight 8166B Specifications
- Declarations of Conformity
- Keysight 8163B Lightwave Multimeter
- Keysight 8164A Lightwave Measurement System
- Keysight 8164B Lightwave Measurement System
- Keysight 8166A Lightwave Multichannel System
- Keysight 8166B Lightwave Multichannel System
- Regulations Information
- error messages
- SYST:ERR
- Screen Status Messages
- Mainframes
- Errors appearing on pop-up menus
- Error
- Tunable Laser Sources
- Selftests
- Return Loss Meters
- Power Meters & Interface Modules with Optical Head
- Fixed Laser Sources (Fabry Perot)
- DFB Laser Sources
- Attenuator Modules
- Optical Switch modules
- cleaning instructions
- Safety Precautions
- Why is it important to clean optical devices
- What do I need for proper cleaning
- Additional Cleaning Equipment
- Preserving Connectors
- Cleaning Instrument Housings
- Which Cleaning Procedure should I use
- How to clean connectors
- Preferred Procedure
- An Alternative Procedure
- How to clean connector adapters
- How to clean connector interfaces
- How to clean lenses
- How to clean instruments with a fixed connector interface
- How to clean instruments with an optical glass plate
- How to clean instruments with a physical contact interface
- How to clean instruments with a recessed lens interface
- How to clean optical devices which are sensitive to mechanical stress and pressure
- How to clean metal fil ters or attenuator gratings
- Add itional Cleaning Information
- Other Cleaning Hints
- firmware upgrades