Used TEKTRONIX TDS 714 #160175 for sale

TEKTRONIX TDS 714 is a portable, three-channel, digital oscilloscope designed for a wide range of electronic test and measurement needs. It is equipped with a large color display and an intuitive user interface, making it a great tool for any research lab, engineering department, or production facility. TDS 714 boasts 1 GSa/s sample rate on all three channels, with a maximum bandwidth of 60 MHz, making it suitable for capturing high-frequency surges and sags. The oscilloscope also features 1 M sample record length, separate trigger modes for each channel, and a low-noise input architecture, allowing for accurate signal capture. On the user interface, TEKTRONIX TDS 714 provides four user-selectable display modes, including two analog, plus two digital presentation formats. It also offers two types of cursors - manual or automatic - to measure amplitude, frequency, and other parameters. In addition, the oscilloscope's menus and settings can be customized to suit any user's workflow. TDS 714 also supports a wide range of signal sources, including low-frequency sine waves, high-frequency pulses, and step functions. It can capture single events or continuous waveforms, measure signals within specified conditions and over different time intervals, and provides VMAX, Vmin, Vmean, Vrms, and Vpp measurements. TEKTRONIX TDS 714 also features a variety of triggering options, including edge, pulse width, pattern, window, and time-out. Additionally, it features a digital filtering function which helps eliminate unwanted noise from the signal. The oscilloscope also has an autoset function which can be used to quickly optimize settings for the desired signal. Overall, the TEKTONIX TDS 714 oscilloscope is an amazing tool for any laboratory or facility wishing to quickly and accurately capture and measure signals. Its range of features and versatility makes it suitable for use in industrial production lines and research laboratories alike, ensuring that even the most demanding measurements can be reliably captured.