Titlebook: Energy-Efficient Smart Temperature Sensors in CMOS Technology; Kamran Souri,Kofi A.A. Makinwa Book 2018 Springer International Publishing

Fatten

John O’M. Bockris,Shahed U. M. Khanissipation scales linearly with sampling frequency, then simply decreasing its conversion time will translate into a proportional increase in power dissipation; i.e. the ADC’s energy consumption per conversion remains unchanged. Improving an ADC’s energy-efficiency, thus, calls for architecture-level solutions.

Panther

I. A. Vitkin,C. Christofides,A. Mandelis energy efficiency and low cost are critical requirements. In the following, first the main findings of this research are discussed. The other applications of the developed techniques are then presented, followed by some proposals for the future improvements.

进取心

Energy-Efficient BJT Readout,issipation scales linearly with sampling frequency, then simply decreasing its conversion time will translate into a proportional increase in power dissipation; i.e. the ADC’s energy consumption per conversion remains unchanged. Improving an ADC’s energy-efficiency, thus, calls for architecture-level solutions.

GLUE

Femish

altruism

exostosis

esoteric

Surface Crystallographic Information Servicehas been devoted to the development of compact, low-cost temperature sensors with co-integrated readout circuitry, thus providing temperature information in a digital format. Such . temperature sensors (see Fig. 1.1) are conventional products nowadays [3–7].

ferment

Atomic Scale Machining of Surfaces,ile employing a 2.-order zoom-ADC and a faster sampling scheme. Finally, a third prototype for sensing very high temperatures ( > 150.C) is presented, which uses robust techniques to overcome the different sources of temperature sensing errors at such temperatures.

Breach