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Details on controlling the instrument's frequency via dial or external voltage.
Step-by-step guide for powering on the instrument, including notes on plug-ins.
Instructions for operating the instrument using the front panel frequency dial.
Procedures for controlling the instrument's frequency externally via voltage.
Steps for applying a DC offset to the output signal using plug-in units.
Front panel procedures to compare the instrument with its specifications.
Steps to check and verify the accuracy of the frequency dial settings.
Procedure for checking the distortion level of the sine wave output.
Steps to check the frequency response across various ranges.
Procedure for checking the maximum output voltage without a load.
Procedure for checking the maximum output voltage with load resistors.
Checks for rise/fall time, sag, overshoot, and symmetry of the square wave.
Adjusts the upper range frequency symmetry.
Introduction to the procedures for adjusting and calibrating the instrument.
Adjusts the current source for frequency accuracy on specific ranges.
Verifies proper frequency control using an external voltage source.
Steps for adjusting the frequency dial to match the actual output frequency.
Procedures for adjusting the power supply voltages to specified levels.
Calibrates the frequency dial for the X1K range.
Checks the ripple voltage on the regulated power supplies.
Adjusts the X1K range setting for accurate frequency output.
Verifies power supply regulation across varying input voltages.
Calibrates the X10K range for accurate frequency output.
Adjusts the sine wave output for minimum distortion.
Adjusts frequency symmetry for both lower and upper ranges.
Procedures to assist in isolating malfunctions based on systematic analysis.
A guide to help isolate malfunctions by following a tree of possible causes.
Provides tables correlating symptoms with possible causes and maintenance steps.
General
