Why to Use the Power Wave Load Pull Technique for PA Design

The Keysight EDA Power Amplifier (PA) Masterclass Webinar series brings the latest RF-MW-mmWave PA design methodologies from the industry into practical deployment within EDA workflows that you can implement. They are presented by a team of expert PA designers who are passionate about sharing their EDA application knowledge to design PAs that simultaneously meet multi-objective PA specs such as Power, Gain, Efficiency, Linearity, Stability, and EVM performance.


See practical state-of-the-art PA design methodologies you won’t find in theoretical textbooks or technical papers.


Intrinsic techniques enable high-efficiency PA design by shaping the voltage and current waveforms to minimize overlap (hence, minimum power dissipation) at the intrinsic nodes of the power device.


This webinar illustrates how this clever and elegant concept can be implemented as a systematic workflow in your EDA simulation tool, from device evaluation, harmonic impedance targeting, voltage-current waveform verification, and practical extrinsic harmonic impedance matching.


If you design PAs for wireless infrastructure, radars, satellites or any high-powered RF systems, this webinar provides knowledge you won’t want to miss because it is rarely found elsewhere.

Presenters

  • Dr. Nabil Khalid
    Dr. Nabil Khalid obtained his Ph.D. in Electrical and Computer Engineering from the University of Alberta, Canada, in 2023, with a focus on designing battery less RFID-based wireless sensors. His majors are in telecommunications, RF/microwave, and RADARs.

    He specializes in designing industrial-grade power amplifiers and developing the physical layer of THz band wireless communications at multiple international locations: RWR Pvt. Ltd., Islamabad; Next-generation and Wireless Communications Laboratory (NWCL), Istanbul, Turkey; Intelligent Wireless Technology Laboratory (IWT), University of Alberta; Ericsson AB, Ottawa, ON, Canada and Keysight Technologies, Santa Clara, CA, USA.

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Webinar: Why to Use the Power Wave Load Pull Technique for PA Design by DES Marketing