Used TEKTRONIX DSA 70804B #9116111 for sale

TEKTRONIX DSA 70804B is a high-performance digital sampling oscilloscope with a frequency coverage from 10 kHz to 80 GHz. This makes it suitable for a variety of test and measurement applications, including: signal analysis, modulation and demodulation, vector network analysis, and other high-frequency applications. It features a large 8.4-inch widescreen display with a fast refresh rate to provide a clear, detailed picture, a wide range of triggering options, and a sensitive input allowing for highly accurate measurements. DSA 70804B utilizes two analog and four digital input channels, allowing it to accommodate up to 10 active signals at once with an accuracy of up to 100 ps. It supports various types of triggering, including Edge, Pulse, and Video, as well as a Fast Acquisition mode that acquires a signal in as little as 20 ns, making it ideal for studying high speed phenomena. The oscilloscope's high resolution and wide dynamic range allow it to support both low-frequency and RF signals. The oscilloscope also offers a variety of built-in measurements and matrices to provide detailed circuit characteristics. TEKTRONIX DSA 70804B is equipped with a powerful analysis package for analyzing complex signals such as frequency-domain plots for tracking signal characteristics across a range of frequencies. Waveform averaging and various signal analysis tools allow users to quickly analyze and understand the circuit behavior. Additionally, it can be connected to PCs via USB or Ethernet for remote control and streaming data, as well as to other instruments via its GPIB and RS-232 interfaces. DSA 70804B is an ideal choice for advanced analysis and low-noise applications that require a precise, reliable, and high-performance digital oscilloscope. It is suitable for a wide range of applications such as LTE, 4G, WCDMA, S-CDMA, Wireless, Automotive, and Broadcast tests. Thanks to its flexible triggering, excellent signal fidelity, and Ethernet control, TEKTRONIX DSA 70804B makes it easy to analyze complex signals.