Used TEKTRONIX TDS 5104B #9204942 for sale

TEKTRONIX TDS 5104B is a high performance, four-channel digital oscilloscope with advanced performance in a portable format. It is designed to rapidly capture and analyze waveforms from even the most complex electrical and electronic systems. TEKTRONIX TDS5104B provides benchmark performance, innovative features, and proven TEKTRONIX quality while being both powerful and intuitive to operate. TDS 5104B has a maximum real-time sample rate of 2.5 GS/s and a maximum equivalent-time sample rate of 5 GS/s. It also offers an extended memory depth of up to 1 Mpts for maximum capture resolution. With TDS5104B's sampling technology, aliasing or loss-of-resolution artifacts can be virtually eliminated. TEKTRONIX TDS 5104B supports a variety of probing systems including 50/50Ω and 1 MΩ passive, active, differential probes as well as specialised TekProbe-IS probes. Users can choose from two trigger systems: advanced trigger for automation, R&D and production or a simplified mode for basic applications. TEKTRONIX TDS5104B features a 7 inch touchscreen display for intuitive operation of the easily customisable user interface full with shortcuts for faster navigation. The back panel also includes options for Ethernet, Wi-Fi, and USB connectivity so that users can quickly transfer their data to a PC or transfer data back to the oscilloscope while in the field. TDS 5104B offers capabilities like advanced mask testing, pass/fail criteria, advanced math, serial triggering and analysis, cursor measurements, and power measurements. The included 8, 12 and 16-Bit D/A Conversion module allows users to generate up to 4 different sine, square, or arbitrary waveforms with built-in high speed memory that reduces setup time significantly. TDS5104B provides lab-quality results in a compact, battery-powered form. It is exceptionally reliable and comes with an included 3 year warranty from TEKTRONIX. TEKTRONIX TDS 5104B is an invaluable tool for engineers and technicians to quickly identify, test, and analyze even the most complex signal.