The complementary metal oxide semiconductor (CMOS) technique is widely used in modern
manufacturing processes for the high compatibility. A novel metaheuristic with deep learning …

Time domain complementary metal-oxide-semiconductor (CMOS) temperature sensors
estimate the temperature of a sensory device by measuring the frequency, period and/or …

Accepted: 8 February 2023 The research presents a unique approach to the iterative pixel
compression method for pixel optimization by reducing noise with a motion-guided …

With the development of the times in recent years, people's requirements for vision are no
longer limited to the original foundation. As the core of research in this field, organic …

In visual navigation, image sensors need to operate continuously, and the heat generated
by the electronic components will cause the camera's temperature to rise. This phenomenon …

In this letter, we introduce a groundbreaking thermal current gain enhancement approach
through a first-of-its-kind Darlington pair circuit employing three-port high-speed Light …

Portable wavelength detection systems have been developed for various environmental and
biochemical applications. Conventional systems have some limitations as they are unable to …

In this letter, a temperature-sensing chip with a built-in photovoltaic (PV) energy harvesting
circuit is proposed. The temperature-sensing circuit includes a bipolar-junction-transistor …

介绍一种基于55 nm CMOS 工艺实现的温度传感器. 该温度传感器包括温度传感电路与SAR
ADC 两个部分. 温度传感电路产生与温度正相关的模拟电压, 通过SAR ADC 进行模数转换 …

This letter presents an 840 µm2 557nW temperature sensor front-end designed for system
on chip (SoC) thermal monitoring. The circuit is implemented using MOS transistors …