Developing Measurement and Analysis Systems 2013 Joint Seminar MATLAB

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WHAT IS THE SEMINAR ABOUT

Today's engineers working in communications, consumer electronics and aerospace-defense are faced with increasingly complex measurement challenges and rapidly changing technology. Modern measurement hardware and flexible tools are needed to meet today's design and testing challenges. Come to this seminar and learn how to acquire and analyze data, build applications, generate reports, and automate measurements. Learn how to configure and control hardware with MATLAB to test and verify your designs. This seminar will improve your understanding of basic RF and digital measurements so you can be more efficient and effective, whether you are in R&D or manufacturing test.

WHO SHOULD ATTEND

This half-day seminar is geared towards experienced R&D and test engineers in or transitioning to RF or digital, technicians and engineers involved in manufacturing test, and recent engineering graduates.

DATES AND LOCATIONS

AGENDA

 8:00 AM: Registration, Product Fair & Continental Breakfast
 8:30 AM: Acquiring and analyzing data with Agilent instruments
10:00 AM: Break & Product Fair
10:15 AM: Digital signal measurement, analysis, and automation with oscilloscopes
10:45AM: Communications and RF measurement, analysis, and automation with signal generators, spectrum analyzers, and modular hardware
11:45 AM: Live question and answer session

DRAW

Come and enter the drawing for the new microwave component measurement handbook, a perfect reference for R&D and Test Engineers.

PRESENTATIONS and LIVE DEMONSTRATIONS

During these three technical presentation, we will show you – with live demonstrations – how to use Agilent instruments together with application software such as MATLAB (now available from Agilent) to develop custom measurement and analysis systems to meet your design and testing needs. Through these demonstrations, learn more about using instruments to:

• Generate complex signals including multi-tone, pulsed radar, and multi-carrier
• Pre-distort waveforms to compensate for hardware imperfections
• Utilize MATLAB software with Agilent instruments for data acquisition and analysis, instrument automation, and application development
• Create and analyze modulation schemes for proprietary communications signals
• Capture IQ data with a signal analyzer and apply your own measurement routines
• Create advanced 2-D and 3-D visualizations of live wireless signals
• Acquire, filter, and analyze live oscilloscope signals using GUI-based applications
• Create and execute your own custom analysis functions using N8806A user-defined function

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