Tektronix TDP7706 TriMode Probe: 6 GHz Bandwidth, 4X/10X Attenuation, FlexChannel

Features and Specifications: Tektronix TDP7706 TriMode Probe, 6 GHz, 4X/10X, 0.4 pF, 12V, 100 kohm, FlexChannel, TDP7000 Series

Product Overview:

The Tektronix TDP7706 TriMode Probe is a versatile and high-performance probe designed for use with oscilloscopes in the TDP7000 Series. It offers exceptional bandwidth, low capacitance, and high input impedance, making it ideal for a wide range of applications, including high-speed digital, analog, and power measurements.

Features:

TriMode technology: Provides three modes of operation – 4X, 10X, and 20X – for maximum flexibility and accuracy.
6 GHz bandwidth: Captures high-frequency signals with precision and clarity.
0.4 pF input capacitance: Minimizes loading effects on the circuit under test.
12V maximum input voltage: Handles high-voltage signals without damage.
100 kohm input impedance: Ensures minimal signal distortion.
FlexChannel technology: Allows for easy and secure probe connection to the oscilloscope.

Specifications:

Bandwidth: 6 GHz
Attenuation: 4X/10X
Input Capacitance: 0.4 pF
Maximum Input Voltage: 12V
Input Impedance: 100 kohm
Probe Tip: 0.5 mm
Cable Length: 1.5 m

TDP7706 TriMode Probe
Ground lead
Probe tip
Calibration certificate

Accurate and reliable measurements across a wide frequency range.
Minimal circuit loading for precise signal analysis.
Versatile operation modes for various measurement scenarios.
Easy and secure probe connection for efficient testing.
Comprehensive calibration certificate ensures accuracy and traceability.

Value to the Customer:

The Tektronix TDP7706 TriMode Probe empowers engineers and technicians with a powerful tool for high-performance signal analysis. Its exceptional features and specifications enable accurate and reliable measurements, while its versatility and ease of use enhance productivity and efficiency. By investing in the TDP7706, customers gain a valuable asset that supports their critical measurement needs and drives innovation in their respective fields.