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General| Brand | HP |
|---|---|
| Model | 4145A |
| Category | Measuring Instruments |
| Language | English |
Provides an overview of the manual's scope and purpose.
Details the instrument's functions, applications, and key features.
Lists the performance standards and technical specifications of the analyzer.
Outlines essential safety information and precautions for operating the instrument.
Explains how serial numbers identify instrument applicability to the manual.
Describes optional modifications to the instrument for special requirements.
Lists the accessories that are included with the instrument.
Lists optional accessories that can be purchased separately.
Details warranty limitations for purchased accessories.
Overview of the installation procedures and information.
Procedures for inspecting the instrument upon receipt for damage and completeness.
Steps required to prepare the instrument for operation.
Specifies the electrical power requirements for the instrument.
Guidance on selecting the correct line voltage and fuses for the instrument.
Instructions for setting the line frequency filter to reduce noise.
Information on power cable grounding and selection for safe operation.
Specifies the recommended temperature and humidity ranges for operation.
Procedures for installing the instrument on a bench or in a rack mount.
Details on installing optional handle and rack flange kits.
Guidelines and precautions for storing and shipping the instrument.
Overview of the operation section's content and purpose.
Description of the instrument's front and rear panel controls, indicators, and connectors.
Procedures and precautions for handling and storing flexible discs.
Information about the instrument's CRT display and its adjustable features.
Details the automatic self-diagnostic function for confirming instrument operation.
Explains error messages and codes displayed by the instrument and their meanings.
Describes the instrument's default settings upon power-up.
Procedures for saving and recalling measurement setups and data.
Describes the arithmetic operators and functions available for calculations.
Describes the instrument's SMU, Vs, and Vm channels and their functions.
Details the modes, voltage, and current output capabilities of SMU channels.
Specifies the output ranges, resolution, and accuracy for Vs and Vm channels.
Explains the protection limits for voltage and current output to prevent damage.
Details the procedures for performing linear and logarithmic sweep measurements.
Configuration for time domain measurement parameters like wait time and interval.
Explains how to select integration time for noise reduction.
Describes the auto-calibration function for maintaining accuracy.
Introduces the various display pages available on the instrument.
Explains the function of the page control keys for navigation.
Details the initial menu displayed upon instrument power-on.
Page for assigning names, modes, and functions to instrument channels.
Page for configuring source parameters like sweep mode, start, stop, and step.
Page for selecting measurement modes and display types like Graphics, List, Matrix, Schmoo.
Page used for displaying graphical measurement results and analysis.
Page for displaying measurement results in a tabular list format.
Page for displaying measurement results in a matrix format.
Page for displaying measurement results in a Schmoo plot format.
Page for programming and setting up automated measurement sequences.
Page to specify the order of source channel output during measurements.
Page displaying a catalog of user-created files stored on the disc.
Page providing basic operating instructions and guidance.
Page for running system diagnostics and tests.
Explains the softkey prompts displayed on the CRT and their functions.
Information about system messages, instructions, and error notifications.
Procedures for connecting the Device Under Test (DUT) to the instrument.
Specific instructions for connecting the DUT using the 16058A test fixture.
Instructions for connecting the DUT using the provided connector plate.
Guidelines for performing floating measurements and associated safety precautions.
Explains the guarding technique to minimize measurement errors.
Describes pre-defined application setups for common semiconductor devices.
Information about the instrument's HP-IB interface and its capabilities.
Steps for connecting the instrument to an HP-IB controller.
Explains the meaning of the HP-IB status indicator LEDs on the front panel.
Describes the function of the LOCAL key for controlling the instrument locally.
Details on setting the HP-IB address, data format, and interface capability.
Lists the various capabilities offered by the HP-IB interface.
Explains the different control modes available via HP-IB.
How to control the CRT display using HP-GL commands.
Guide to remote programming codes and parameter settings.
A reference for HP-GL commands used with the instrument.
Command for clearing device status.
Describes the data output formats in System and User modes.
Explains the meaning of the Service Request Status Byte bits.
Provides guidance on programming the 4145A instrument.
Describes the PLOT function for sending data to a plotter.
Describes the PRINT function for sending data to a printer.
Instructions for connecting an external display to the instrument.
Procedure for copying files from one disc to another.
Procedure for cleaning the flexible disc drive read/write head.
Safety warning regarding protection against hazardous voltages.
Using an HP-IB controller for PLOT and PRINT operations.
Details the measurement ranges and resolution for SMU and VM channels.
Explains data resolution and formatting for display and output.
Overview of the performance testing section.
Lists all necessary equipment for performing performance tests.
Provides a template for recording test results and observations.
Recommends the frequency for periodic instrument calibration.
Procedure to visually check and adjust GDU intensity and focus.
Verifies the functionality of page navigation and softkeys.
Tests the accuracy of the SMU channels for voltage and current measurements.
Tests the accuracy of the Voltage Source (Vs) channels.
Tests the accuracy of the Voltage Monitor (Vm) channels.
Verifies the proper output of the external CRT X-Y-Z signal.
Tests the instrument's HP-IB interface capabilities and communication.
Overview of the adjustment procedures and their purpose.
Critical safety precautions to follow during instrument adjustments.
Lists the necessary test equipment and tools for performing adjustments.
Explains how different adjustments may affect each other.
Identifies the physical locations of adjustment components on the circuit boards.
Steps to follow for initial operation before performing adjustments.
Preliminary checks to ensure the instrument is ready for adjustments.
Procedure for safely removing the instrument's top cover.
Procedure for safely removing the instrument's bottom cover.
Steps to access the A3 board for performing adjustments.
Adjusting the intensity and focus of the Graphics Display Unit.
Adjusting the regulated power supply output voltage for all sections.
Adjusting the AC offset generated by the Sample Hold Switch.
Eliminating AC noise generated by the demultiplexer.
Adjusting the gain of the D-A converter for analog output.
Adjusting the gain of the A-D converter for accurate readings.
Adjusting the gain of the Voltage Monitor (Vm) channels.
Testing the functionality of the Mass Storage Unit (MSU).
Procedures for accessing and removing the flexible disc drive.
Visual inspection of the flexible disc for defects.
Procedures for checking and adjusting the flexible disc drive's read/write capability.
Specific checks and adjustments for the flexible disc drive's operation.
Operating the MSU in diagnostics mode for troubleshooting.
Testing the read capability of the flexible disc drive (FDD).
Testing the write capability of the flexible disc drive (FDD).
Using the MSU exerciser for performing checks and adjustments.
Checking and adjusting the drive belt tension for optimal read/write capability.
Checking and adjusting the index timing for correct sector selection.
Verifying and setting track alignment to prevent access errors.
Checking and adjusting the track zero switch for proper switching timing.
Observing and minimizing jitter in the read data signal for accurate sampling.
Checking and adjusting index detector alignment for correct sector selection.
