Probemart.com | Probes, current sensors & calibration sources for pulsed-power testing

Bookmark Bookmark
Home > Products > Instruments
Rohde&Schwarz Rohde & Schwarz R&S®RT-ZM1 Rohde & Schwarz Catalog
Rohde&Schwarz Rohde & Schwarz R&S®RT-ZM15 series module probe system high-frequency 1.5 GHz/230ps
  • Rohde&Schwarz Rohde & Schwarz R&S®RT-ZM15 series module probe system high-frequency 1.5 GHz/230ps

Rohde&Schwarz Rohde & Schwarz R&S®RT-ZM15 series module probe system high-frequency 1.5 GHz/230ps

Brand: Rohde & Schwarz

Origin: Germany

R&S®RT-ZM15 series module probe system high-frequency 1.5 GHz/230ps
Overview

The R&S®RT-ZM modular probe system offers precise and easy-to-use solutions that meet today's specialized detection needs. The comprehensive detection solutions cater to requirements for high detection bandwidth and dynamic range, as well as low capacitive load demands. The R&S®RT-ZM probe system includes various probe tip modules that can be used under different measurement tasks and conditions. These probe tip modules can be connected to amplifier modules with bandwidths ranging from 1.5 GHz to 16 GHz.




Key Features

  • Tackles high-speed detection challenges

  • Flexible and configurable connection options

  • Multi-mode functionality for easy switching between different measurement modes

  • Integrated high-precision voltmeter

  • Integrated micro-control button for convenient instrument control


Specifications
R&S® RT-ZM Modular probe System
Model Bandwidth rise time probe Amplifier/Tip Module
R&S®RT-ZM15 >1.5GHz 230ps probe Amplifier module real-time bandwidth >1.5GHz
R&S®RT-ZM30 >3GHz 100ps probe Amplifier Module Real-Time bandwidth >3GHz
R&S®RT-ZM60 >6GHz 75ps probe Amplifier Module Real-Time bandwidth >6GHz
R&S®RT-ZM90 >9GHz 50ps probe Amplifier Module Real-Time bandwidth >9GHz
R&S®RT-ZM130 >13GHz 35ps probe Amplifier Module Real-Time bandwidth >13GHz
R&S®RT-ZM160 >16GHz 28ps probe Amplifier Module Real-Time bandwidth >16GHz


Expand Rohde&Schwarz Rohde & Schwarz R&S®RT-ZM1

* Specifications are subject to change without notice.