This paper presents a fully integrated, 8.2-MHz relaxation oscillator with a self-threshold-
tracking loop and swing-boosting technique for improving its long-term frequency stability …

The most effective way to reduce phase noise in integrated harmonic oscillators is by rising
the active power in the resonator, ie, scaling down the tank impedance and increasing …

Although Moore's Law reaches its limits, it has never applied to analog and RF circuits. For
example, due to the short channel effect (SCE), drain-induced barrier lowering (DIBL), and …

The LC parallel tank is widely used in oscillators, and its noise optimization techniques are
relatively mature. However, there has always been a bottleneck in phase noise (PN) …

This article presents an ultrasmall area on-chip relaxation oscillator with low-temperature
sensitivity. In this design, a virtual resistor mainly composed of a complementary to absolute …

This work presents the design of a fully integrated startup circuit for energy harvesting. The
startup circuit can provide an output voltage of 520mV and drives 10uW output power for the …

设计了一种应用于中频数字化接收的基于连续/离散时间混合结构带通Σ-ΔADC.
调制器采用六阶带通多比特量化结构, 环路滤波器由两个连续时间谐振器和一个离散时间谐振器 …

In this paper, a CMOS relaxation oscillator with trimming and temperature compensation is
presented for the on-chip multi-sensor systems which need MHz level frequency source. The …

This paper presents a dual-phase RC-based relaxation oscillator (RxO) with low
temperature coefficient (TC) and high power efficiency achieved simultaneously for energy …

This paper develops an integrated concept of a relaxation oscillator to increase system
frequency stability and to provide anti-noise signals at a nominal frequency of 8.2 MHz using …