To Next PageTo Next Page
Need help?Do you have a question about the HP 8920B and is the answer not in the manual?
General| Frequency Resolution | 1 Hz |
|---|---|
| RF Generator Resolution | 1 Hz |
| RF Generator Output Level | -127 dBm to +13 dBm |
| RF Generator Output Accuracy | ±1 dB |
| RF Analyzer Resolution | 1 Hz |
| RF Analyzer Accuracy | ±1 dB |
| Audio Generator Frequency Range | 20 Hz to 20 kHz |
| Audio Analyzer Frequency Range | 20 Hz to 20 kHz |
| Receiver Sensitivity | -120 dBm |
| Type | Communication Test Set |
| Modulation Types | AM, FM |
| Power Requirements | 100-240 VAC, 50-60 Hz |
Provides a general overview of the Test Set's capabilities and operational modes.
Introduces HP-IB and its basic capabilities for controlling the Test Set.
Details how the Test Set can be operated remotely via HP-IB.
Explains HP-IB addressing and how to set and display the bus address.
Explains the process of querying measurement results and preventing control program hangs.
Demonstrates a technique for handling measurement timeouts using the ON TIMEOUT command.
Shows how to use the MAV bit for handling measurement timeouts when values are not adequate.
Differentiates between sequential and overlapped commands and explains the Test Set's command processing.
Provides rules and guidelines for controlling the Test Set through HP-IB, including command names and punctuation.
Explains the different sets of units (Display, HP-IB, Attribute) used in the Test Set.
Defines HP-IB units used for sending and receiving numeric data.
Explains attribute units used for MEASure commands.
Details how to programmatically turn measurements, instrument functions, and data functions ON or OFF.
Provides a listing of HP-IB command syntax diagrams for various instruments and functions.
Describes the syntax for ACP measurements.
Details the HP-IB commands for configuring and using the AF Analyzer.
Explains HP-IB commands for AF Generator 1 settings.
Describes commands for configuring pre-modulation filters for AF Generator 2.
Details HP-IB commands for AF Generator 2 and its encoder functions.
Explains HP-IB commands related to CDCSs and DTMF functions.
Details HP-IB commands for DPAGing functions.
Explains HP-IB commands for FGENerator and TSEQuential functions.
Details HP-IB commands for NMT functions.
Explains HP-IB commands for LTR functions.
Details HP-IB commands for EDACs functions.
Explains HP-IB commands for MPT1327 functions.
Details HP-IB commands for configuring system settings and I/O.
Discusses methods to optimize measurement speed and increase throughput.
Explains the time taken to change and update screens, and how to lock/unlock the display.
Describes the status reporting structure, registers, and common commands.
Describes how to configure the Test Set to request service using the Service Request (SRQ) function.
Discusses methods available to initialize the Test Set to a known state.
Explains how communications on the HP-IB bus are managed and control is passed.
Provides an overview of internal and external mass storage devices available in the Test Set.
Details the Test Set's default file system (DOS) and support for LIF format.
Explains how to initialize media for DOS or LIF file systems using the Test Set.
Lists the file types supported by the Test Set file system.
Describes IBASIC commands SAVE and STORE for program code storage.
Provides information on Test Procedures stored on the internal ROM disk.
Explains the use of OTP and SRAM memory cards for removable storage.
Identifies the default mass storage locations for IBASIC Controller and Save/Recall registers.
Details how to select mass storage locations using IBASIC commands.
Introduces the IBASIC controller and its role in programming the Test Set.
Describes the dedicated screen for interfacing with the built-in IBASIC controller.
Provides key considerations for designing and writing IBASIC programs for the Test Set.
Outlines three recommended approaches for developing IBASIC programs.
Details the process of developing programs using an external BASIC language computer.
Provides steps for configuring a PC for HP BASIC development.
Outlines the procedure for developing and downloading programs to the Test Set.
Details the commands used to download IBASIC programs via HP-IB.
Explains how to upload IBASIC programs from the Test Set to an external controller.
Describes using serial ports for input/output with IBASIC programs.
Details the configuration settings for Serial Port 9.
Provides information and default settings for Serial Port 10.
Introduces the PROGram Subsystem for generating and controlling IBASIC programs.
Lists SCPI commands not supported by the Test Set.
Explains the notation and syntax rules for PROGram Subsystem commands.
Describes commands that access the IBASIC program resident in the Test Set.
Details the command to delete all IBASIC programs from the Test Set.
Explains how to execute IBASIC program commands from an external controller.
Describes how to set numeric variables or arrays in an IBASIC program.
Explains how to set string variables or arrays in an IBASIC program.
Details how to set the execution state of an IBASIC program.
Explains how to query the current execution state of an IBASIC program.
Describes how the :WAIT command stops command execution until the IBASIC program state changes.
Introduces controlling the Call Processing Subsystem using its remote user interface.
Outlines the components of the remote user interface for the Call Processing Subsystem.
Explains how the Test Set simulates a cellular base station for call processing.
Illustrates the primary call processing states and transitions.
Details how to use the remote user interface for call processing functions.
Explains how to access various Call Processing Subsystem screens.
Details the programming commands and syntax for the Call Processing Subsystem.
Provides recommended steps for setting up the Test Set for call processing.
Lists HP-IB error messages specific to the Call Processing Subsystem.
Explains how to retrieve error messages from the Error Message Queue.
Describes the Call Processing Status Register Group for monitoring subsystem states.
Discusses the pros and cons of using polling for state determination.
Discusses the pros and cons of using service requests for state notification.
Guides on when to query data messages after state transitions are complete.
Details the primary screen for controlling call processing functions.
