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SW version 2.0 and above. This is the application help file for the RADAR plug-in for use with the SourceXpress application and the AWG70000 and AWG5200 series arbitrary waveform generators.

SW version 3.1.x and above. This Radar Signals Programmer manual provides the information you need to use commands to remotely control the software.

Tektronix offers a wide range of hardware and software built to help you design and test mission-critical RF systems, such as military comms, radar and electronic warfare—from algorithm prototyping to testing to ongoing maintenance. Our products are choreographed to work together seamlessly to help you design and validate systems more efficiently. Explore a selection of our Aerospace and Defense products, including ultra-wide bandwidth arbitrary waveform generators as well as real-time spectrum analyzers and oscilloscopes that display time-correlated measurements.

The Tektronix Radar plug-in waveform creation tool can be used to create pulsed RADAR signals. This plug-in lets you:- Define multiple pulse trains that can be assigned to different channels for applications like simulating phase array radars and …

The Tektronix Radar plug-in waveform creation tool can be used to create pulsed RADAR signals. This plug-in lets you:- Define multiple pulse trains that can be assigned to different channels for applications like simulating phase array radars and …

SW version 2.0 and above. This is the application help file for the RADAR plug-in for use with the SourceXpress application and the AWG70000A and AWG5200 series arbitrary waveform generators.

Application Engineer Alan Wolke shows basic vector signal properties of a 10.5 GHz pulse Doppler radar, such as spectrums over time, frequency deviation over time, and amplitude deviation over time. He also covers quantitative measurements of pulse …

Many radar systems use very wide bandwidths and complex modulation which cannot be simulated by modulated analog RF signal generators. Numerous tests on radar systems require precise timing in the low nanosecond range which can only be generated …

While radar technology was initially focused on military and commercial aviation applications, today there are many commercial applications. This application note covers the basics of modern radar applications from military to commercial use in …

When making radar measurements, it is critical to have  synchronous measurements by a single digitizer. Watch our short video in which Alex Krauska, Solutions Engineer, demonstrates making four simultaneous radar measurements on four synchronous …