Used TEKTRONIX MSO 5204B #9192164 for sale

TEKTRONIX MSO 5204B is an advanced 4-channel digital oscilloscope with a bandwidth of up to 500 MHz. It is designed to help users visualize and analyze the performance of their designs and circuits by performing measurements on all of their signals. It features a 12 bit, 5 GSa/sec sample rate; a 16000 samples deep, MegaZoom II high definition display engine; and a range of stimulus and acquisition modes. MSO 5204B also includes signal fidelity checks with jitter analysis, automated measurements, advanced triggering, and up to 16 Mpts of capture memory for unmatched signal detail. In terms of power supply and temperature measurements, TEKTRONIX MSO 5204B offers an optional intrinsically safe power supply and a built-in temperature probe that measures up to 100 degrees Celsius with no need for extra probes or adapters. The oscilloscope has also been designed for low power consumption, helping save energy and keep users' operating costs low. Its 12-bit, 5 GSa/sec sample rate is the highest of its class and is more than capable of capturing complex signals without sacrificing resolution or sample speed. It also offers up to 16 million points of capture memory for capturing lengthy acquisitions with incredible signal detail. This is especially useful for debugging and troubleshooting more complex designs. MSO 5204B also offers a range of sophisticated triggering settings. It features four dedicated trigger channels in addition to an AND trigger that allows users to set complex trigger conditions without degrading performance. In addition, it offers unlimited hold-off and re-arm triggering to isolate elusive signal behavior, and advanced automatic triggering for quickly recognizing repetitive patterns. TEKTRONIX MSO 5204B provides professional oscilloscope performance at an exceptional value. It is backed by impressive engineering with years of technology experience and customer-centric service. This makes MSO 5204B an ideal choice for successful debugging, troubleshooting and analysis of complex designs and circuits.