Titlebook: Ultra-low Voltage Circuit Techniques for Energy Harvesting; Rafael Luciano Radin,Marcio Bender Machado,Marcio Book 2023 The Editor(s) (if

知識(shí)

Cognizance

Analysis of the Inductive Boost Converter for Ultra-Low-Voltage Operation,tion of the extraction and conversion efficiency are presented for the employment of the boost converter in energy-harvesting applications. The converter losses are analyzed to help design the switching frequency and the duty cycle and for the sizing of the boost switches aimed at the optimization o

TATE

Pituitary-Gland

ethereal

勤勉

Rectifier Design,l experiments with ultra-low-voltage oscillators and rectifiers show the feasibility of the circuits for ultra-low voltage conversion. The design methodologies described in this chapter use expressions derived in Chap. . to optimize DC-DC and RF-DC converters for specific applications.

不自然

Encumber

Ultra-Low-Voltage Oscillators,cy, minimum transistor gain, and minimum supply voltage required for oscillations. Design examples and experimental results are presented to validate the theoretical analysis. The main results are summarized and compared at the end of the chapter.

FILTH

Ultra-Low-Voltage Boost Converter for Energy-Harvesting Applications,The prototype provides steady-state operation for input voltages in the range of 7.3–140 mV with end-to-end efficiencies higher than 50% for input voltages above 10.5 mV and peak end-to-end efficiency of 85% at 140 mV.

Nomogram