Design of thermally aware ultra low power clock generator for moderate speed VLSI chip applications

Rupali Ashok Walunj, Sachin Dattatray Pable, Gajanan Kashiram Kharate
  • Australian Journal of Electrical & Electronics Engineering, June 2018, Taylor & Francis
  • DOI: 10.1080/1448837x.2018.1480305

Ultra Low Power Robust VCO

What is it about?

Sub threshold operation have proven its suitability for design of ultra low power circuits. However exponential variation of drive current to temperatures makes sub threshold circuits highly prone to temperature variations. This paper therefore focuses in design of thermally robust ultra low power subthreshold VCO.

Why is it important?

VCO are basic building blocks in many analog and digital systems.In today's era of miniaturization, power density and hence temperature of chip have increased considerably.Therefore in order to ensure the reliablity of system, it is necessary to design thermally robust circuits.Therefore , this work focuses on thermally robust ultra low power VCO.

Perspectives

Rupali Walunj (Author)
Matoshri Education Society

Writing this article was a great pleasure as it has co-authors with whom I have had long standing collaborations. Also it was really exciting to develop the mathematical modeling and to have simulation results that exactly matched with mathematical modeling.

The following have contributed to this page: Rupali Walunj and sachin Pabale