Low Voltage Charge Pump Circuit with Double Boost Technique

Inverter Based Ultra‐Low Power Demodulation Circuit for AM Receivers

“…The proposed demodulator achieved a peak SNDR of 47.8 dB and a power consumption of 3.36 μW at a carrier frequency of 1 MHz. The achieved power consumption of 3.36 μW can be covered by energy harvesting using an on‐chip photovoltaic cell [8]. In the future, we aim to integrate the on‐chip photovoltaic cell and AM demodulation circuit into a single chip.…”

“…The author wants to reduce the power consumption of the AM receiver circuit to the utmost limit and operate it with energy harvesting as the power source. There is a lot of research on energy harvesting [3][4][5][6][7], and our team is also researching on on-chip power generation [8]. If the AM receiver can be operated using the energy harvest as the power source, it will be convenient because power line and charging will not be required.…”

A CMOS Temperature Sensor with On‐chip Photovoltaic Cells

“…The open circuit voltage of 533 mV is too low to operate electronic circuits. Therefore, it is necessary to raise the voltage using a booster circuit [5] or connect multiple photovoltaic cells in series [6][7][8]. In this article, I adopted a series connection configuration.…”

“…Energy harvesting is attracting attention and many related studies are underway [1][2][3][4][5]. Energy harvesting is a technology for harvesting and using energy that exists around us (light, heat, vibration, etc.).…”