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Tektronix TPP0100, TPP0101, TPP0200, TPP0201 Passive Voltage Probes: Comprehensive Analysis and Application Guide

2024-11-11

Tektronix TPP0100, TPP0101, TPP0200, TPP0201 Passive Voltage Probes: Comprehensive Analysis and Application Guide

1. Product Overview

 

All four probes are 10X passive voltage probes, suitable for relatively low-frequency measurement, low-frequency computer and telecommunication measurement, power supply, low-frequency amplifier and other fields. They work with BNC oscilloscopes with specific inputs to provide users with accurate voltage measurement.

 

2. Features and Benefits

 

1. Attenuation Ratio

    - The attenuation ratio of all four probes is 10X, which can effectively attenuate high-voltage signals to the measurable range of the oscilloscope.

2. Probe Length

    - The length of all four probes is 1.3 m, which facilitates operation in different measurement environments.

 

3. Technical Specification Comparison

 

Technical Specifications

TPP0100

TPP0101

TPP0200

TPP0201

Bandwidth

100MHz (DC to 100MHz)

100MHz (DC to 100MHz)

200MHz (DC to 200MHz)

200MHz (DC to 200MHz)

Compensation Range

8pF - 18pF

15pF - 25pF

8pF - 18pF

15pF - 25pF

Input Resistance

10MΩ

10MΩ

10MΩ

10MΩ

Input Capacitance (Typical)

12pF

12pF

12pF

12pF

Maximum Input Voltage

300V CAT II

300V CAT II

300V CAT II

300V CAT II

The table above clearly shows the differences between these four probes. TPP0100 and TPP0101 have a bandwidth of 100MHz, while TPP0200 and TPP0201 have a bandwidth of 200MHz. In terms of compensation range, TPP0100 and TPP0200 offer 8pF - 18pF, and TPP0101 and TPP0201 offer 15pF - 25pF.

 

IV. Ordering Information

 

1. Probe Packaging

    - TPP0101 - PK10:Package of 10 TPP0101 probes.

    - TPP0101 - PK50:Package of 50 TPP0101 probes.

    - TPP0201 - PK10:Package of 10 TPP0201 probes.

    - TPP0201 - PK50:Package of 50 TPP0201 probes.

 

2. Accessories

    - Standard accessories (same for all four probe models)

        - 013 - 0362 - xx:Retractable hook tip.

        - 016 - 2028 - xx:Long grounding spring.

        - 196 - 3521 - xx:6-inch alligator ground lead.

    - Optional accessories (same for all four probe models)

        - 016 - 2034 - xx:Short grounding spring.

        - 196 - 3512 - xx:12-inch alligator ground lead.

        - 196 - 3198 - xx:6-inch clip ground lead with 0.025" pin socket.

        - 013 - 0363 - xx: Micro hook tip.

        - 206 - 0569 - xx: MicroCKT test tip.

        - 013 - 0366 - xx: IC cap.

        - 013 - 0367 - xx: BNC to probe tip adapter, unterminated.

        - 016 - 2016 - xx: PCB to probe tip adapter, pack of 10.

        - 131 - 4210 - 00: Compact probe tip chassis mount.

 

V. Applications

 

1. Power supply circuit testing

    - Used to measure the output voltage of power supplies, helping evaluate power supply stability and performance.

2. Audio device debugging

    - Enables accurate voltage signal measurement during the development and maintenance of audio amplifiers.

3. Computer hardware testing

    - Measures various voltages on computer motherboards for troubleshooting.

 

VI. Analysis of Advantages and Disadvantages

 

1. Advantages

    - Diverse options: Four different models are available to meet various measurement requirements.

    - High stability: Parameters such as input resistance and input capacitance remain stable, ensuring measurement accuracy.

    - Abundant accessories: A variety of standard and optional accessories are available, adapting to multiple measurement environments.

 

2. Disadvantages

    - Limited high-frequency performance: It may not be competent for some high-frequency measurement scenarios.

    - Relatively narrow compensation range: A wider compensation range may be required for specific complex circuits.

 

In summary, these four passive voltage probes from Tektronix have certain advantages and applicable scenarios in the field of low-frequency measurement. Users should comprehensively consider all parameters and characteristics based on specific measurement requirements when selecting, so as to choose the most suitable model.

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