Teledyne LeCroy DL10-HCM: Precision Differential Probe for High-Speed Signal Analysis

Features and Specifications: Teledyne LeCroy DL10-HCM Differential Probe, 1 GHz, 7.8X/17.5X/70X, 1 pF, 60 V, ProBus, DL-HCM Series

Product Overview:

The Teledyne LeCroy DL10-HCM is a high-performance differential probe designed for precise and reliable measurements in high-speed electronic circuits. With its exceptional bandwidth of 1 GHz and versatile attenuation settings, it empowers engineers to capture and analyze complex signals with ease.

Features:

Wide Bandwidth: 1 GHz bandwidth enables accurate measurements of high-frequency signals.
Versatile Attenuation: 7.8X, 17.5X, and 70X attenuation settings provide flexibility for a wide range of signal amplitudes.
Low Input Capacitance: 1 pF input capacitance minimizes loading effects on the circuit under test.
High Input Impedance: 1 MΩ input impedance ensures minimal signal distortion.
High CMRR: >100 dB common-mode rejection ratio effectively suppresses noise and interference.
ProBus Interface: Compatible with Teledyne LeCroy oscilloscopes for remote control and power supply.

Specifications:

Bandwidth: 1 GHz
Attenuation: 7.8X, 17.5X, 70X
Input Capacitance: 1 pF
Input Impedance: 1 MΩ
CMRR: >100 dB
Maximum Input Voltage: 60 V
Probe Length: 1.5 m

DL10-HCM Differential Probe
Ground Lead
Probe Tip
Calibration Certificate

Precise Measurements: High bandwidth and low input capacitance ensure accurate signal capture.
Versatile Applications: Multiple attenuation settings cater to a wide range of signal amplitudes.
Reduced Circuit Loading: Low input capacitance minimizes impact on the circuit under test.
Enhanced Signal Integrity: High CMRR effectively suppresses noise and interference.
Convenient Operation: ProBus interface allows for remote control and power supply.

Value to the Customer:

The Teledyne LeCroy DL10-HCM Differential Probe empowers engineers with the tools they need to perform precise and reliable measurements in high-speed electronic circuits. Its exceptional performance and versatility make it an indispensable tool for debugging, troubleshooting, and characterizing complex signals.