Used TEKTRONIX DSA 71604B #9081922 for sale
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ID: 9081922
Oscilloscope, 16GHz, 4-channel, 50GS/s
Digital signal analyzer
Includes options: 2XL, MTH, PTH1, ASM, DJA.
TEKTRONIX DSA 71604B is a highly versatile digital sampling oscilloscope designed for testing high frequency signals. This award-winning scope is the perfect solution for measuring and analyzing the performance of digital and analog components in applications such as radar, broadcast and satellite television. DSA 71604B offers a 960 MHz bandwidth and features a 4- channel input configuration. It has a maximum sampling rate of 5 GSa/s and an innovative Direct Access Trigger System (DATS) which allows users to quickly and accurately trigger an event. Additionally, it offers an class-leading memory depth of 10 Mpts/ch, allowing for comprehensive signal analysis, even at maximum sampling rates. The scope includes a built-in signal processing FFT engine, enabling users to quickly analyze frequency domain signals, and has advanced triggering and signal processing features such as Glitch, Edge, and Audio triggers. In addition, the scope includes a built-in formula parser, allowing users to create their own bespoke formulas to analyze signals. The intuitive and easy-to-use interface allows for exceptional usability and hands-on control, with waveform navigation, zoom, and marker functions allowing users to quickly scan for events and anomalies. The high resolution wide-screen display allows users to view more than one signal at a time, as well as displaying additional measurement, analysis, and setting controls. Connectivity is provided via a USB 2.0 port, which allows the output of waveform data to a PC for further analysis. It also has built-in LAN and GPIB ports, allowing for remote operation and integration into automated test equipment. Perfectly suited for engineers and technicians alike, TEKTRONIX DSA 71604B digital sampling scope offers unrivalled performance and versatility, making it the perfect tool for measuring high frequency and digital signals, and reveals the next wave of development in signal analysis.
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