TELEDYNE LECROY ZD500 PROBE
The Teledyne LeCroy ZD500 probe is engineered to deliver exceptional performance in a compact design, making it an essential tool for modern electronics testing. With its impressive wide dynamic range and outstanding noise and loading characteristics, the ZD500 is perfect for tackling a multitude of probing challenges.
Featuring a remarkably low 1 pF capacitance, the ZD500 is exceptionally effective across all frequencies. It also provides full system bandwidth compatibility for Teledyne LeCroy oscilloscopes rated at 1.5 GHz and below. This specification ensures that your measurement capabilities are maximized, regardless of the complexity of the signals involved.
The integration of the ProBus interface allows the ZD500 to seamlessly communicate with compatible oscilloscopes, making all probe gain and offset controls accessible on the user interface. This intuitive design alleviates uncertainty when setting gain parameters, enabling efficient operation without the need for cumbersome external power supplies.
With transparent probe attenuation options, the ZD500 consistently optimizes signals for the best display readability. The probe’s robust differential specifications include a voltage range of 18 Vp-p, a differential offset of ±8, and a common mode range of ±10 V, ensuring versatility for diverse applications and probing environments.
The ZD500's comprehensive specifications include a wide dynamic range of 16 Vp-p and offset capabilities of ±8, making this probe suitable for various signal types and applications, including Automotive, Serial Data, and general-purpose use. The minimal differential input capacitance of just 1 pF helps to minimize loading distortion, preserving the integrity of high-frequency signals. Coupled with a system noise figure of only 4 mVrms, it provides the precision necessary for accurate measurements of the most subtle signals.
Teledyne LeCroy ZD500 Key Features and Specifications:
- Input Capacitance: 1.0 pF
- Comprehensive range of standard tip accessories included
