Digital Filter Design for Integrated RF Transceivers

Digital Filter Design for Integrated RF Transceivers

 

Available On Demand
Duration 60min
Speakers
 
Robin Getz
Engineering manager
Analog Devices
Robin Getz
Robin has spent 20 years in the semiconductor industry, and held positions ranging from factory applications engineer to field applications engineer to engineering manager. He has worked on a variety of systems in the analog, digital, and software domains and with large direct customers and smaller customers served by distribution. Robin has been with ADI for 15 years and is the engineering manager for ADI's Global Alliances organization, where he works creating HDL interfaces and device drivers for ADI's mixed-signal IC products. He holds four patents and a BSc (EE) from the University of Saskatchewan.

Overview:
This Webinar introduces how MATLAB from MathWorks can be used for complicated filter design in wireless SDR systems and components. We will create a model of the Analog Devices AD9361 and AD9364 RF Transceiver, as integrated on the AD-FMCOMMS2-EBZ and AD-FMCOMMS4-EBZ SDR development platforms. We will use that model to design a filter for the internal FIR filters using the generated coefficient in an example system design. You will also learn to use the AD9361/4 MATLAB Filter Design wizard, and use the output for developing algorithms in MATLAB and Simulink for wireless and mixed-signal systems, as well as for this hardware.

Who should attend:
RF Design Engineers, System Architects, Communications and Wireless Systems Developers.

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