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SERIAL NUMBERS
This manual applies directly to any swept CW generator with the
model and serial number prefix combination shown below. You
may have to modify this manual so that it applies directly to your
instrument version. Refer to the "Instrument History" chapter.
HP 83623L/3OL/4OL/5OL
3844A and below
HEWLETT
PACKARD
HP Part No. 08380-90134
Printed in USA
February 1999 Supersedes: September 1997
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Chapters
Table of Contents
Related Manuals for HP HP 83650L
Summarization of Contents
Certification
Limitation of Warranty
Conditions under which the warranty does not apply, excluding implied warranties.
Exclusive Remedies
Defines the sole and exclusive remedies available to the buyer.
General Safety Considerations
WARNING
Highlights critical safety points regarding electrical shock and fire hazards.
Preface
Instruments Covered By This Manual
Specifies the instruments to which this manual applies based on serial number prefixes.
User’s Guide Organization
Explains how the manual is organized into major chapters and sections.
HP 8360 L-Series Documentation
Provides context for the documentation and related resources.
1. Getting Started
What Is In This Chapter
Overview of the chapter's content covering basic, advanced, and programming aspects.
How To Use This Chapter
Guidance on effectively using the chapter's information, including menu maps.
Equipment Used In Examples
Lists the recommended equipment used in the chapter's operation examples.
Introducing the HP 8360 L-Series Swept CW Generators
Introduces the instrument's basic features and capabilities for novice users.
Display Area
Describes the instrument's display interface and its components.
Entry Area
Explains the front panel controls for data input and value modification.
CW Operation and Start/Stop Frequency Sweep
Details CW operation and setting start/stop frequencies for swept frequency operation.
Center Frequency/Span Operation
Explains how to establish swept limits using center frequency and span definitions.
Power Level and Sweep Time Operation
Covers setting output power levels and adjusting sweep time parameters.
Continuous, Single, and Manual Sweep Operation
Describes different sweep modes: continuous, single, and manual operation.
Marker Operation
Explains the use of frequency markers for identifying points and measuring differences.
Saving and Recalling an Instrument State
Details how to store and retrieve instrument configurations using registers.
Power Sweep and Power Slope Operation
Covers power sweep functionality and power slope compensation.
Getting Started Advanced
Introduces advanced features and unique capabilities of the generator.
Externally Leveling the Swept CW Generator
Explains how to perform operations using an external sensor for power leveling.
Leveling with Power Meters
Describes the process of leveling power using an external power meter.
Working with Mixers/Reverse Power Effects
Discusses issues and techniques when working with mixers and reverse power effects.
Optimizing Swept CW Generator Performance
Covers techniques for optimizing generator performance, including flatness correction.
Getting Started Programming
Introduces programming the instrument using HP-IB and SCPI languages.
HP-IB General Information
Provides general information about the Hewlett-Packard Interface Bus (HP-IB).
HP-IB Command Statements
Explains fundamental HP-IB command statements, syntax, and structure.
Getting Started with SCPI
Introduces the Standard Commands for Programmable Instruments (SCPI) language.
Definitions of Terms
Defines key terms used throughout the SCPI programming sections.
Standard Notation
Explains the notation conventions used in SCPI command documentation.
Command Mnemonics
Describes the use of long and short forms for SCPI commands.
Angle Brackets
Explains the meaning of words enclosed in angle brackets in syntax diagrams.
How to Use Examples
Provides guidance on understanding and using programming examples.
Command Examples
Shows the format and usage of command examples in SCPI programming.
Response Examples
Illustrates the format and interpretation of response examples in SCPI.
Essentials for Beginners
Covers elementary concepts critical for first-time SCPI users.
Program and Response Messages
Explains the concepts of program and response messages in SCPI communication.
Forgiving Listening and Precise Talking
Discusses SCPI's principles for flexible command acceptance and precise response formats.
Types of Commands
Categorizes SCPI commands into common and subsystem commands.
Subsystem Command Trees
Describes the hierarchical structure of SCPI subsystem commands.
The Command Tree Structure
Explains the structure of subsystem commands as a hierarchical tree.
Paths Through the Command Tree
Details how to navigate through command trees and interpret parser rules.
Subsystem Command Tables
Introduces tabular format for documenting subsystems, listing parameters and data formats.
More About Commands
Discusses query, event, implied commands, and optional parameters.
Program Message Examples
Provides examples of creating complete SCPI program messages.
Parameter Types
Explains different types of parameters used in SCPI commands.
Numeric Parameters
Describes the use and format of numeric parameters in SCPI commands.
Extended Numeric Parameters
Details extended numeric parameters for specifying physical quantities.
Discrete Parameters
Explains discrete parameters used for settings with a finite number of values.
Boolean Parameters
Describes Boolean parameters representing a single binary condition.
Response Data Types
Explains the various data types for response messages in SCPI.
Real Response Data
Describes real response data, typically decimal numbers.
Integer Response Data
Describes integer response data, including optional signs.
Discrete Response Data
Explains discrete response data, returning short mnemonic forms.
String Response Data
Describes string response data, using double quotes as delimiters.
Reading Instrument Errors
Describes how to read and display instrument error messages for debugging.
Example Programs
Presents example programs illustrating SCPI programming principles.
Programming the Trigger System
Explains how to program the instrument's trigger system and configurations.
Common Trigger Configurations
Discusses the INIT and TRIG configurations for implementing trigger logic.
Trigger Command Definitions
Provides definitions for keywords used in the trigger system subsection.
Dblr Amp Menu
Accesses softkeys related to doubler amplifier modes.
8360Adrs
Softkey to change the HP-IB address of the swept CW generator.
Fault Menu
Accesses fault information softkeys to diagnose instrument issues.
Global Dwell
Softkey to set a dwell time value for all points in the frequency list array.
HP-IB Address
Instructions on how to set the swept CW generator's HP-IB address.
Leveling
Covers various leveling modes and points for controlling output power accuracy.
MI--M2 Sweep
Sets swept CW generator start/stop frequencies based on marker 1 and marker 2 values.
Peak RF Always
Causes periodic realignment of output filter and oscillator to maximize power.
RECALL
Retrieves a front panel setting previously stored in a SAVE register.
SAVE
Allows storing up to eight different front panel settings in memory registers.
10 MHz Freq Std Auto
Sets the generator to automatically choose its frequency standard.
Uncoupl Atten
Uncouples the attenuator from the ALC system for independent control.
Zero Freq
Enables a security feature that displays zeroes for accessible frequency information.
Error Messages
Lists and explains error messages displayed by the front panel or transmitted over the interface bus.
Front Panel Error Messages in Alphabetical Order
Lists and explains error messages alphabetically for front panel issues.
SCPI Error Messages in Numerical Order
Lists and explains SCPI error messages numerically by error code.
Specifications
Lists the performance specifications for the HP 8360 L-Series Swept CW Generator.
Frequency
Details frequency range, resolution, bands, and modes for CW and manual sweep.
Installation
Provides instructions for installing the HP 8360 L-Series CW generator and its accessories.
Initial Inspection
Guides on inspecting the shipping container and contents for damage or defects.
Equipment Supplied
Lists the basic accessories and rack mount kits shipped with the generator.
Options Available
Refers to descriptive and installation information for available options.
Preparation for Use
Instructions on preparing the instrument for operation, including enclosure and power requirements.
Chassis Kits
Describes rack mount slide kits and their components for installing the instrument.
Storage and Shipment
Provides environmental limits for storing and shipping the instrument.
Package the Swept CW Generator for Shipment
Outlines steps for securely packaging the generator for service shipment.
Operator’s Check and Routine Maintenance
Provides procedures for routine checks and maintenance of the instrument.
Operator’s Checks
Guides the operator through quick checks of the generator's main functions.
Service Information
Advises on contacting service technicians for unresolved problems.
Routine Maintenance
Covers essential maintenance tasks like fuse replacement and cleaning.
How to Replace the Line Fuse
Step-by-step instructions for safely replacing the line fuse.
How to Clean the Fan Filter
Details how to clean the foam filter for the cooling fan.
How to Clean the Cabinet
Instructions for cleaning the instrument's external case parts.
How to Clean the Display Filter
Guidance on cleaning the plastic display filter.
Instrument History
Information on changes and updates to the product over time.
Figures
Lists all figures used throughout the manual with their page numbers.
Externally Leveling the Swept CW Generator
Explains how to perform operations using an external sensor for power leveling.
Leveling with Detectors/Couplers /Splitters
Describes a typical setup for external leveling using detectors or couplers.
External Leveling Used With the Optional Step Attenuator
Details using the step attenuator for low output power in external leveling.
Leveling with Power Meters
Describes leveling power using an external power meter and its setup.
Leveling with MM-wave Source Modules
Explains leveling procedures when using mm-wave source modules.
Working with Mixers/Reverse Power Effects
Discusses issues and techniques when working with mixers and reverse power.
Working with Spectrum Analyzers/Reverse Power Effects
Addresses issues of reverse power when using spectrum analyzers.
Optimizing Swept CW Generator Performance
Covers techniques for optimizing generator performance, including flatness correction.
Creating and Applying the User Flatness Correction Array
Demonstrates methods for setting up and applying user flatness correction arrays.
Using Detector Calibration
Useful for characterizing and compensating negative diode detectors in external leveling.
Using the Tracking Feature
Covers functions for optimizing output filter and oscillator alignment.
Peaking
Aligns output filter and oscillator to maximize power and spectral purity.
Tracking
Enhances power output and spectral purity by realigning constants.
ALC Bandwidth Selection
Explains how the generator automatically selects ALC bandwidth.
Using Step Sweep
Details how to configure and use the step sweep mode for frequency control.
Creating and Using a Frequency List
Guides on creating and utilizing frequency lists for various operations.
Using the Security Features
Accesses the security menu for controlling instrument access.
Changing the Preset Parameters
Covers how to set up and save custom preset configurations.
Getting Started Programming
Introduces programming the instrument using HP-IB and SCPI.
HP-IB General Information
Provides general information about the Hewlett-Packard Interface Bus (HP-IB).
HP-IB Command Statements
Explains fundamental HP-IB command statements, syntax, and structure.
Getting Started with SCPI
Introduces the Standard Commands for Programmable Instruments (SCPI) language.
Definitions of Terms
Defines key terms used throughout the SCPI programming sections.
HP-IB Instrument Nomenclature
Categorizes HP-IB instruments as listeners, talkers, or controllers.
Programming the Swept CW Generator
Explains controlling the generator via computer using HP-IB command statements.
Abort
Abruptly terminates all bus activity and prepares instruments for new commands.
Remote
Changes instrument to remote control, disabling front panel keys.
Local Lockout
Disables the front panel LOCAL key, requiring controller interaction for local control.
Local
Returns an instrument to local control with an enabled front panel.
Clear
Halts pending operations and resets the parser.
Output
Sends function and data commands from the controller to the addressed instrument.
Enter
Transfers data from the addressed instrument to the controller.
SCPI Conformance Information
Lists the SCPI confirmed commands implemented by the HP 8360 L-Series.
Error Messages
Lists and explains error messages displayed by the front panel or transmitted over the interface bus.
Front Panel Error Messages in Alphabetical Order
Lists and explains error messages alphabetically for front panel issues.
SCPI Error Messages in Numerical Order
Lists and explains SCPI error messages numerically by error code.
Swept CW Generator Specific SCPI Error Messages
Lists SCPI errors specific to the swept CW generator.
Universal SCPI Error Messages
Lists general SCPI errors applicable across instruments.
Menu Maps
Provides visual diagrams of the instrument's menu structure.
Specifications
Lists the performance specifications for the HP 8360 L-Series Swept CW Generator.
Frequency
Details frequency range, resolution, bands, and modes for CW and manual sweep.
Installation
Provides instructions for installing the HP 8360 L-Series CW generator and its accessories.
Initial Inspection
Guides on inspecting the shipping container and contents for damage or defects.
Equipment Supplied
Lists the basic accessories and rack mount kits shipped with the generator.
Options Available
Refers to descriptive and installation information for available options.
Preparation for Use
Instructions on preparing the instrument for operation, including enclosure and power requirements.
Storage and Shipment
Provides environmental limits for storing and shipping the instrument.
Package the Swept CW Generator for Shipment
Outlines steps for securely packaging the generator for service shipment.
Operator’s Check and Routine Maintenance
Provides procedures for routine checks and maintenance of the instrument.
Operator’s Checks
Guides the operator through quick checks of the generator's main functions.
Service Information
Advises on contacting service technicians for unresolved problems.
Routine Maintenance
Covers essential maintenance tasks like fuse replacement and cleaning.
How to Replace the Line Fuse
Step-by-step instructions for safely replacing the line fuse.
How to Clean the Fan Filter
Details how to clean the foam filter for the cooling fan.
How to Clean the Cabinet
Instructions for cleaning the instrument's external case parts.
How to Clean the Display Filter
Guidance on cleaning the plastic display filter.
Instrument History
Information on changes and updates to the product over time.
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