Used ROHDE & SCHWARZ CMW 500 #9268920 for sale

ROHDE & SCHWARZ CMW 500
ID: 9268920
Wideband radio communication tester.
ROHDE & SCHWARZ CMW 500 is an advanced, direct access, multi-channel ARB (arbitrary/function generator) from the CMW test equipment range manufactured by ROHDE & SCHWARZ. It is designed to generate test signals for development, production, and service applications. CMW 500 can be used to emulate digital and analog signals, as well as perform vector signal measurements. ROHDE & SCHWARZ CMW 500 uses multiple internal components, such as multiple channel signal generators, SSA analyzers, pulse generator/sampler, frequency synthesizers, and power monitor. The versatile CMW 500 offers a wide range of features and capabilities, including a 5 MHz single channel bandwidth, 10 MHz signal generator frequency range, a wide range of internal and external connector types and multiple function units. It also includes up to 4 independent arbitrary waveform generator channels, along with up to 17 GSa/s or 141 Ms/s sampling rates. The newly-developed intuitive ROHDE & SCHWARZ CMW 500 Signal Studio software makes signal creation with CMW 500 faster and simpler. Signal Studio GUI supports a number of emulator types, including communications, radar, Wi-Fi, Bluetooth, and GPS, making it easy to generate signals for evaluation and testing. ROHDE & SCHWARZ CMW 500 comes with multiple operating modes such as single and multi-channel generators, vector signal analyzer and power monitoring. It also includes a number of additional features, like the built-in frequency counter, trigger/route options, convenient navigation through menus, and a problem database. CMW 500 is also customizable, making it suitable for a variety of applications. ROHDE & SCHWARZ also offers a number of options and equipment such as the CMW Extender box, EMI receiver, DUT adapters, VSA software, and flexible options for automated test systems. In short, the feature-rich ROHDE & SCHWARZ CMW 500 is an ideal solution for testing and troubleshooting numerous applications, and can effectively meet automation requirements.
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