Tektronix TDP7704 TriMode Probe: Unparalleled Precision for High-Speed Signal Analysis

Features and Specifications: Tektronix TDP7704 TriMode Probe, 4 GHz, TDP7000 Series Product Overview: The Tektronix TDP7704 TriMode Probe is a versatile and high-performance probe designed for use with oscilloscopes in a wide range of applications. It offers three modes of operation: differential, single-ended, and common mode, providing maximum flexibility and accuracy in signal measurements. Features: TriMode Operation: Differential, single-ended, and common mode measurements 4 GHz Bandwidth: Captures high-frequency signals with precision High Input Impedance: 1 MΩ // 1 pF for minimal loading on the circuit Low Noise: Ensures accurate measurements with minimal distortion Wide Dynamic Range: Accommodates a wide range of signal amplitudes Passive Probe Design: No external power required, ensuring reliability and portability Compact and Lightweight: Easy to handle and use in tight spaces Specifications: Bandwidth: 4 GHz Input Impedance: 1 MΩ // 1 pF Input Voltage Range: ±15 V (differential), ±7.5 V (single-ended), ±30 V (common mode) Rise Time: 87 ps Attenuation: 10:1 Probe Length: 1.5 m What’s in the Box: TDP7704 TriMode Probe Ground Lead Probe Tip Calibration Certificate Benefits: Versatile Measurements: TriMode operation allows for a wide range of measurement scenarios. High Accuracy: High input impedance and low noise ensure precise signal capture. Wide Applicability: 4 GHz bandwidth and wide dynamic range make it suitable for various applications. Ease of Use: Passive design and compact size provide convenience and portability. Reliability: Durable construction and calibration certificate guarantee consistent performance. Value to the Customer: The Tektronix TDP7704 TriMode Probe empowers engineers and technicians with a versatile and high-performance tool for accurate and efficient signal measurements. Its TriMode operation, high bandwidth, and low noise make it an indispensable asset for debugging, troubleshooting, and characterizing electronic circuits.