Used TEKTRONIX TDS 754 #166760 for sale

TEKTRONIX TDS 754 is a digital storage oscilloscope designed for use in dynamic signal testing. It provides a wide range of measurement functions, allowing users to adjust and evaluate the characteristics of complex signals. The oscilloscope has two independent channels and a maximum real-time sampling rate of 1 GS/s. It features a seven-inch WVGA color display with a total of eight input types which can be used to measure a variety of signals. TDS 754 contains several automated measurement functions such as frequency, period, rise time,fall time, and peak-to-peak voltage. It also includes reference, threshold and mask trigger modes. Additionally, the oscilloscope includes a time-based analysis with FFT capabilities and an advanced waveform math capability to analyze real-world signals. The oscilloscope includes an integrated, built-in 32 MB removable CompactFlash and SD Card reader, making it easy to save data, screenshots and documents.TEKTRONIX TDS 754 offers an optional GPIB interface and USB host and device ports. It also has built-in Ethernet 10/100BaseT and Wi-Fi to enable remote control from a Windows PC or over a LAN. The oscilloscope has a bandwidth of up to 400 MHz and real-time sampling rate of up to 1 GS/s and can display data points up to 25,000. The dual channel digital input design and the advanced digital triggering capabilities make it an ideal tool for troubleshooting dynamic signals. TDS 754 is designed for use in a high volume application environment and comes packaged in an ergonomic and user-friendly enclosure. The oscilloscope also features automatic setup and shutown, an automated autoscale function, non-volatile memory and a touchscreen user interface. The device is capable of generating and displaying various waveforms such as sine, square and triangle waves. TEKTRONIX TDS 754 is a powerful and durable digital storage oscilloscope that uses industry standard technology such as USB and GPIB to enable efficient measurements. Its multiple input types, high sampling rate, and wide bandwidth make it an ideal choice for a variety of applications such as testing, troubleshooting, and engineering development.