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| Time Interval Analysis Measurements for Radar |
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Overview:
How are you measuring pulse width (PW) and pulse repetition interval (PRI) vs. time of fast pulses over a long period of time? How do you determine radar mode changes and characterize radar emissions?
Time Interval Analyzer measurements need to be performed by many design engineers on a variety of applications. You may want to know the PW of a train of pulses that were transmitted or received, or how the pulse repetition interval (PRI) changes over time. Radar system and PLL designers and users need to track frequency steps, PW, PRI, and other parameters. To support this effort a tool is required to capture, measure, and display the data in histogram, trends, or parameter value vs. time.
In this webcast we will discuss fundamentals of TIA measurements applied to pulsed RF signals based on a modular Time-to-Digital Converter (TDC) platform. We will discuss the advantages of the Agilent TDC solution as well as the boundary conditions of this 50ps resolution time measurement system.
We will show a TIA measurement application of a radar signal. The TIA system may be extended using a broadband high-resolution (10-bit) digitizer to perform additional radar measurements including modulation on pulse (FM Chirp-Barker Codes) using the 89600 Series Vector Signal Analysis software.
Before we wrap up the session with your questions we are going to discuss the advantages of our TIA solution for radar measurements and similar applications.
Duration: One hour
Who should view this Webcast:
This webcast is intended for RADAR, Aerospace and Defense Engineers developing and testing pulsed RF systems. This webcast may also be useful for those working on RADAR systems and other time interval applications.
Giveaway:
Registrants who completely fill out the feedback form by July 2, 2008 will be eligible to win one of two $75 Amazon.com gift certificates. Official Rules
Presenter:
 John Meister, Application Engineer, Agilent Technologies
John holds a degree in Electrical Engineering at the University of Colorado. He has worked for Hewlett-Packard and Agilent Technologies for 10 years, as an RF/Microwave Application Engineer in the America's Field Organization. John's focus is primarily in Aerospace & Defense technologies. Prior to Agilent Technologies John worked 8 years for Hughes Aircraft as an Engineer in satellite ground stations and precise time systems. John currently resides in Fort Collins Colorado with his wife Gretchen and 4 children.
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| Agilent Technologies, the premier measurement company, delivers innovative technologies, solutions and services to a wide range of customers in communications, electronics, life sciences and chemical analysis. The breadth and depth of our expertise enable us to offer solutions across our customers' entire product life cycle from research and development to manufacturing to installation and management. With insight gained from this unique and comprehensive perspective, we can help our customers get the best products and services to market quickly and profitably.
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