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Brand | Agilent Technologies |
---|---|
Model | 6622A |
Category | Power Supply |
Language | English |
Describes the hardware and software warranty terms and conditions.
Details conditions under which warranty does not apply, including maintenance and misuse.
Outlines the sole and exclusive remedies for warranty claims and liability limitations.
Information on obtaining customer support and additional service programs.
Essential safety precaution for electrical grounding to prevent shock.
Critical safety advice for personnel to avoid electrical hazards.
Explains hazard and instruction symbols used in the manual for user safety.
Defines the manual's content, purpose, and related documents.
General safety information and references to manual sections.
Explains serial number format and identification conventions.
Provides a high-level overview of the power supply's assemblies.
Describes the power input stages, fuse, and voltage selection.
Details the operation of the front panel display and keypad interface.
Describes the structure and types of output boards within the supply.
Details the mechanisms for protecting against output overvoltage.
Lists necessary equipment for performing verification tests.
Comprehensive tests to verify operational specifications.
Specific test procedures for Constant Voltage mode.
Tests the functionality and accuracy of OV protection circuits.
Verifies accuracy for Constant Current mode.
Crucial precautions for handling static-sensitive components.
General procedures for disassembling and replacing parts.
Flowchart for basic fault isolation and board checks.
Details the self-test sequence and error messages for diagnostics.
Specific guidance for diagnosing output board issues.
Lists common issues and their suggested solutions.
Explains the content and organization of the parts list section.
Provides instructions for ordering replacement components.
Explains the different schematic sheets and their coverage.
Guides users to the physical placement of components on boards.
Explains notation used for logic functions and devices.
Describes how interdependencies are shown in circuit diagrams.