Colpitts Oscillator: A New Criterion of Energy Saving for High Performance Signal Sources

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This talk is foccussed on new criterion for designing power-efficient signal sources for the application in frequency generating and frequency controlled electronic circuits and systems. 



  Date and Time

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  • Synergy Microwave Corp
  • Paterson, New Jersey
  • United States
  • Building: 201 McLean Boulevard

  • Contact Event Host
  • Ajay Kumar Poddar, Phone: (201)560-3806) (Email: akpoddar@synergymwave.com)

  • Co-sponsored by MTT/AP-S & ED/CAS
  • Starts 01 November 2016 04:00 PM UTC
  • Ends 05 November 2016 02:00 PM UTC
  • No Admission Charge


  Speakers

Anisha M. Apte

Topic:

Colpitts Oscillator: A New Criterion of Energy Saving for High Performance Signal Sources

This talk is foccussed on new criterion for designing power-efficient signal sources for the application in frequency generating and frequency controlled electronic circuits and systems. The novel approach is based on PI (phase-injection) and MC (mode-coupling) techniques for improving the DC-RF conversion efficiency (h) without degrading the PN (phase noise) and FOM (figure-of-merit) performances. Conventionally, Colpitts oscillator topology is known for low PN signal sources. With a systematic approach to the Colpitts oscillator this paper provides information for an optimized design and the resulting phase noise performances for both low quality factor (example: planar  transmission line resonator based energy storing tank circuit) and high quality factor (example: crystal resonator based energy storing devices) based frequency generating sources.

Biography:

Brandenburg Technical University

Cottbus, Germany

Email:

Address:Brandenburg Technical University, , Cottbus, Brandenburg, Germany, 03046

Anisha M. Apte

Topic:

Colpitts Oscillator: A New Criterion of Energy Saving for High Performance Signal Sources

Biography:

Email:

Address:Cottbus, Brandenburg, Germany






Agenda

4:PM-6:00PM: Talk You don't have to be IEEE member to attend the talk.