Used TEKTRONIX TDS 6154C #9187875 for sale

TEKTRONIX TDS 6154C is a four-channel digital phosphor oscilloscope with 1 GHz bandwidth designed for efficient debugging and troubleshooting of digital and mixed-signal designs. This oscilloscope features 600 ps bandwidth and a 5 GS/s sampling rate that captures signals accurately. TDS 6154C also has a 20Mpts deep memory, CHIRP-based pulse measurements, fully automated serial compliance testing, FFT, automated glitching detection, automatic mask testing, and more. TEKTRONIX TDS 6154C offers multiple interfaces, such as GPIB, LAN, VGA, and USB, that allow for communication and control of the instrument. It also has an easy-to-use touch screen, allowing users to access menus, controls, and settings in a single tap. The oscilloscope further includes an onboard signal generator, arb waveforms, and signal analysis tools to perform various signal tests with consistent results. With the built-in spectrum analysis and the ability to make measurements across 8 bits, TDS 6154C features the fastest test speeds with highest accuracy of any 4-channel scope on the market. It also features a wide variety of response options, including parametric, peak voltage, rise/fall times, overshoot and noise. This allows users to quickly diagnose and troubleshoot digital and mixed-signal designs. TEKTRONIX TDS 6154C also includes advanced debug capabilities such as Sequence Sweep, glitching detection, and advanced decoding of serial standards. The Sequence Sweep mode allows users to quickly explore a large design and find any signal discrepancies, while the glitching detection features alert users to any unexplained transitions in logic or power signals. The advanced decoding of serial standards further helps to quickly debug and trace communication errors. Overall, TDS 6154C digital phosphor oscilloscope is an ideal test and measurement tool for digital and mixed-signal designs. With its high bandwidth, deep memory, and advanced debug capabilities, this oscilloscope helps engineers to quickly identify and debug any signal discrepancies.