An efficient self-powered synchronous electric charge extraction CMOS interface circuit
dedicated to piezoelectric harvesters is proposed in this paper. Self-powered peak detection …

This letter presents a dual-band (0.902 and 2.45 GHz) radio frequency (RF)-dc CMOS
converter employing the internal threshold voltage cancelation (IVC) technique to harvest …

This paper proposed a high efficiency boost converter targeting thermoelectric generator
energy harvesting. The proposed converter adopts the critical conduction mode rather than …

Harvesting ambient vibration energy using piezoelectric elements is a popular energy
harvesting technique. Energy harvesting efficiency is the research focus. Using synchronous …

This paper presents two Internal Threshold Voltage (IVC) cancellation schemes for rectifiers
used in RF energy harvesting: N-stage IVC based rectifier and IVC based rectifier with Self …

RF harvesting has attracted the attention to be used as a power source for low-power
systems like IoT, wireless sensor nodes, and wearable devices. The RF rectifier has been …

This paper presents a fully differential wake-up receiver (WuRX) with ultra-low power and
high sensitivity. Implementing the fully differential framework achieves differential signal …

This letter presents a threshold-compensated UHF rectifier with a local self-calibrator in a
0.18-μm CMOS process. The self-calibrator compensates the intrinsic-Vth voltage for a …

With the escalating demand for Radio Frequency Identification (RFID) technology and the
Internet of Things (IoT), there is a growing need for sustainable and autonomous power …

Converter-less supply architecture is promising for energy harvesting sensor nodes, due to
their high conversion efficiency, low cost, and easy integration. However, lack of a dc-dc …