Used TEKTRONIX DPO 4054 #9149458 for sale

TEKTRONIX DPO 4054 is a 4-channel oscilloscope designed for use by professional researchers and engineers in a wide variety of applications. It offers unprecedented accuracy and resolution, with 1 GHz digital bandwidth and a maximum sample rate of 4Gpts/sec. It also offers a wide range of triggering options and multi-domain analysis tools to view signal behavior across time domain, frequency domain, and eye domain measurements. The DPO 4000 Series oscilloscope has a number of key features that make it a must-have for engineers. It comes with four 5GHz differential inputs, allowing for simultaneous measurements of multiple signals. The scope can acquire and display up to 250,000 waveforms per second with automatic waveform processing capabilities. The vertical resolution is also incredibly high, with a maximum magnification of 20 million points per input, giving users the ability to view even the nuances of complex waveforms. Powerful advanced trigger options are offered in TEKTRONIX DPO4054. It offers an edge trigger that allows users to quickly and accurately capture digital signals, and also a unique window triggering. This feature helps to detect signal behavior even when a signal is only present in a certain phase or voltage range. DPO 4054 also features a range of measurements and analysis tools for signal characterization. It has on-screen markers for measuring pulse widths, rise/fall time, RMS power, and harmonic analysis. With its four inputs, TEKTRONIX scope also offers fast serial data analysis, allowing users to quickly and accurately analyze and decode high-speed serial buses. It also has frequency domain analysis, allowing users to measure and analyze frequency and distortion levels in AC circuits. DPO4054 is a powerful oscilloscope perfect for professional engineers looking for accurate, precise waveform measurements and analysis. With high-resolution, a robust suite of triggering features, and powerful analysis tools, it is the perfect choice for advanced signal characterization and debugging.