Used TEKTRONIX DPO 3054 #159456 for sale

TEKTRONIX DPO 3054 is an electronic test equipment for testing and measuring analog and digital signals. This oscilloscope can be used to measure very fast pulse rise times and accurately display examples of signals from analog and digital communications systems. DPO 3054 is designed to take measurements of signals in the frequency range of DC to 500MHz and has a maximum sampling rate of 2.5GS/s and record length up to 20k. This oscilloscope is equipped with two ultimate normal operation digital channels which support both analog and digital triggering with an on board one-shot operation that captures the specific minimum and maximum of the input signal. This oscilloscope also has powerful parse and verify capability that utilizes its high speed digital triggering to take measurements of glitch, jitter and avoidance of digital signals. In addition, it has accurate pass/fail analysis to assess parameters like clock rise-time and setup and hold times or deterministic jitter. TEKTRONIX DPO 3054 also features a customizable front panel with an intuitive user interface for fast and efficient operation. It also has a large 9" widescreen display to show clear and crisp measurements. This oscilloscope also has an advanced up to eight layer display topology with support for multiple viewing options and a multitude of instrument independent measurement constants; it is also possible to customize the trigger and pattern search parameters. In addition, DPO 3054 is equipped with a number of features like the Easy-Zoom function to access any part of the signal for better resolution. The oscilloscope also features automated measurements, Histogram analysis and Digital Pattern triggering. Overall, TEKTRONIX DPO 3054 is a powerful and flexible test equipment for measuring analog and digital signals with its high speed sampling rate, automated measurements and digital triggering capability. This oscilloscope also has a user friendly interface, a large widescreen display and powerful decode capabilities to quickly and accurately measure most signals.