Product Overview:

The Tektronix P7513A TriMode Differential Probe is a high-performance probe designed for use with oscilloscopes in the P7500 Series. It offers exceptional bandwidth, accuracy, and versatility, making it ideal for a wide range of applications, including high-speed digital design, power integrity analysis, and RF measurements.

Features:

TriMode Operation: Supports differential, single-ended, and common mode measurements, providing maximum flexibility.
13 GHz Bandwidth: Captures high-frequency signals with exceptional accuracy and detail.
TekConnect Interface: Ensures a secure and reliable connection to P7500 Series oscilloscopes.
High Input Impedance: Minimizes loading effects on the circuit under test.
Low Noise: Delivers clean and precise measurements, even in noisy environments.
Adjustable Attenuation: Allows for optimal signal scaling and measurement accuracy.
Compact and Lightweight: Facilitates easy handling and portability.

Bandwidth: 13 GHz
Input Impedance: 1 MΩ || 1 pF
Attenuation: 1x, 10x, 100x
Input Voltage Range: ±1.5 V (DC + AC peak)
Common Mode Rejection Ratio: >60 dB at 1 GHz
Rise Time: <25 ps
Probe Tip: Grounded, 1.5 mm diameter

What’s in the Box:

P7513A TriMode Differential Probe
Grounding Lead
Probe Tip
Calibration Certificate

Benefits:

Enhanced Measurement Accuracy: High bandwidth and low noise ensure precise and reliable measurements.
Versatile Operation: TriMode operation allows for a wide range of measurement scenarios.
Simplified Setup: TekConnect interface provides a quick and easy connection to oscilloscopes.
Improved Productivity: Compact design and adjustable attenuation streamline the measurement process.
Exceptional Value: Delivers high performance and versatility at an affordable price.

Accurately characterize high-speed digital signals
Analyze power integrity issues with precision
Perform RF measurements with confidence
* Enhance productivity and efficiency in their measurement tasks

Product Overview:

The Tektronix P7713 TriMode Probe is a high-performance probe designed for use with oscilloscopes in the P7700 Series. It offers exceptional bandwidth, accuracy, and versatility, making it ideal for a wide range of applications in electronic design and testing.

Features:

TriMode Technology: Provides three modes of operation – differential, single-ended, and common mode – for maximum flexibility in signal acquisition.
13 GHz Bandwidth: Captures high-frequency signals with exceptional accuracy and detail.
TekFlex Connector: Offers a flexible and durable connection to the oscilloscope, reducing strain on the probe and DUT.
TekConnect Interface: Ensures a secure and reliable connection to the oscilloscope, minimizing signal loss and noise.
High Input Impedance: Minimizes loading effects on the circuit under test, preserving signal integrity.
Low Capacitance: Reduces probe loading and ensures accurate signal measurements.
Compact and Lightweight: Facilitates easy handling and positioning in tight spaces.

Bandwidth: 13 GHz
Input Impedance: 1 MΩ // 1 pF
Input Capacitance: <0.5 pF
Maximum Input Voltage: ±15 V
Probe Attenuation: 10:1
Probe Length: 1.5 m

P7713 TriMode Probe
TekFlex Connector
Ground Lead
Calibration Certificate

Enhanced Signal Acquisition: TriMode technology allows for versatile signal acquisition, capturing both differential and common mode signals.
Exceptional Accuracy: High bandwidth and low capacitance ensure accurate signal measurements, even at high frequencies.
Reliable Connection: TekFlex connector and TekConnect interface provide a secure and reliable connection, minimizing signal loss and noise.
* Increased Productivity: Compact and lightweight design facilitates easy handling and positioning, reducing setup time and improving efficiency.

Value to the Customer:

The Tektronix P7713 TriMode Probe is an essential tool for engineers and technicians who require high-performance signal acquisition in electronic design and testing applications. Its versatility, accuracy, and reliability make it an invaluable asset for troubleshooting, debugging, and characterizing electronic circuits.