Advanced Radar Measurements

Modern Radar must gather more information and make decisions faster than ever before. This can be accomplished by transmitting modulated pulses. Advanced Radars often use chirp modulation and ever increasing bandwidth to increase the range resolution, as well as to determine more information about the target, or even multiple targets. These pulses present difficult measurement challenges, as even small phase errors can introduce false targets.

The seminar on "Advanced Radar Measurements" will discuss some of the latest measurements for chirped Radar, Hopped Radar and very wideband Radars. We will discuss the measurement problems that need to be solved, and the solutions for these problems. Measurement results will be shown for pulses with 10 to 100 MHz width, as well as extremely wideband chirps 2 GHz wide.

You will learn in the webcast:

Measurements which are important to characterize the linearity of chirped pulses.
Measurements to characterize frequency-hopped pulses.
Techniques for discovering interference to, or time varying defects within, pulses.

	Moderator Rick Nelson, Chief Editor, Test & Measurement World
	Speaker Thomas C. Hill, Principal Engineer, Tektronix

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