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General| Brand | Agilent Technologies |
|---|---|
| Model | E4417A |
| Category | Measuring Instruments |
| Language | English |
Information on hazards, procedures, and potential damage or injury.
Details on material, workmanship, and warranty terms.
Conditions under which the warranty does not apply.
Defines the buyer's sole and exclusive remedies for warranty claims.
Steps for safely packaging equipment for return to Agilent.
Covers power meter specifications, ranges, and characteristics.
Details procedures for verifying power meter performance and accuracy.
Explains calibration and adjustment procedures for optimal performance.
Provides guidance and flowcharts for diagnosing common faults.
Lists key electrical and functional specifications of the power meter.
Details absolute and relative accuracy specifications under various conditions.
Specifications for the internal 1 mW power reference output.
Details measurement types, averaging, and speed capabilities.
Information on trigger sources, resolution, latency, and outputs.
Information on interface standards, command language, and compatibility.
Conformance to safety standards and directives.
Verifies zero set, drift, and noise accounting for power meter calibration.
Verifies normal path accuracy by calculating linear error over samples.
Verifies accuracy for various power inputs using two methods.
Procedure for indication-only accuracy test, suitable for low power levels.
Procedure for accuracy test with lower measurement uncertainty.
Verifies accuracy of the internal 50 MHz power reference oscillator.
Verifies the power meter can download sensor calibration data from EEPROM.
Measures the accuracy of the power meter's time base frequency.
Measures the SWR of the 50 MHz 1 mW output connector.
Warnings about applying power and removing covers during adjustments.
Procedure to adjust the output frequency of the power reference oscillator.
Procedure to adjust the power level accuracy of the internal oscillator.
Flowchart for diagnosing issues with TTL output signal 1.
Flowchart for diagnosing issues with TTL output signal 2.
Flowchart for diagnosing issues with TTL input signals.
Flowchart for diagnosing serial interface (RS232/422) and GPIB issues.
