Tektronix P6021 User Manual

Instruction Manual
P6021
60 MHz Current Probe
070-0947-05
Warning
The servicing instructions are for use by qualified
personnel only. To avoid personal injury, do not
perform any servicing unless you are qualified to
do so. Refer to all safety summaries prior to
performing service.
www.tektronix.com

Tektronix P6021 Specifications

General

Bandwidth	500 MHz
Attenuation Ratio	100:1
Input Impedance	1 MΩ
Maximum Input Voltage	600 V (DC + AC Peak)
Cable Length	1.5 m
Input Resistance	1 MΩ

Summary

Warranty Information

General Safety Summary

Safety Precautions for Use

Guidelines to prevent injury and product damage during operation.

Service Safety Summary

Qualified Personnel and Servicing Guidelines

Emphasizes qualified personnel for service and precautions against solo servicing.

Operating Considerations

Probe Features and Controls

Measurement Techniques and Best Practices

Service Information

Warranted Performance Specifications

Lists the quantifiable performance limits guaranteed for the P6021 Current Probe.

Typical Characteristics

Electrical and Mechanical Performance Data

Performance Verification

Probe Performance Testing Procedures

Outlines the necessary equipment and steps to verify the probe's performance against its specifications.

Adjustment Procedures

Preparation and Calibration Setup

Details the required preparation and initial setup of test equipment for probe adjustments.

Adjust Aberrations

Fast Rise Time and Waveform Aberration Calibration

Guides the user through adjusting the probe for optimal fast rise time and minimal waveform aberrations.

2 mA/mV Sensitivity Adjustment Verification

Details the procedure for verifying and adjusting the termination's 2 mA/mV sensitivity setting.

10 mA/mV Sensitivity Functional Check

Describes how to perform a functional check and adjustment for the 10 mA/mV termination sensitivity.

Check Sensitivity

2 mA/mV Sensitivity Test Procedure

Step-by-step guide to test the probe's sensitivity at the 2 mA/mV setting using a calibration generator.

10 mA/mV Sensitivity Test Procedure

Step-by-step guide to test the probe's sensitivity at the 10 mA/mV setting using a calibration generator.

Check Low Frequency Response

Low Frequency Response Test (2 mA/mV)

Low Frequency Response Test (10 mA/mV)

Maintenance

Cleaning the Probe and its Components

Disassembling the Probe for Servicing

Repairing the Probe

Probe Internal Component Repair

Termination Unit Repair and Replacement