Advances in technology to support AI and edge computing will likely drive a shift away from quartz timing toward silicon MEMS and precision timing.

Autozero circuit that allows the user to automatically adjust the zero-point virtual ground terminal of the scope with the ...

This paper reports a micro-oven-controlled silicon oscillator with electrostatic tuning for frequency trimming for the first time. The resonator is degenerately doped with phosphorous and micro-oven ...

In this paper we present a high-transimpedance, low-noise and noise-matched pre-amplifier for integrated CMOS-MEMS sensing devices. The thermomechanical noise of a MEMS resonator has been ...

Looking ahead, this study motivates several avenues for advancing MEMS oscillator analysis. First, refining the harmonic balance method through higher-order trial functions or adaptive singularity ...

README TIA-MEMS-Oscillator Use a piezoelectric MEMS as a frequency filter and a TIA to compensate the Motion Resistabnce of the MEMS to make the closed-loop system oscillate to generate a clock signal ...

The global oscillator market is set to grow at a 3.31% CAGR, reaching $6.483 billion by 2030. Key drivers include rising demand in consumer electroni ...

SiTime unveils its first precision timing software suite, now offering a complete end-to-end hardware and software solution ...

The synchronous oscillator (SO) and the coherent phase-locked synchronous oscillator (CPSO) are universal multifunctional networks that track, synchronize, and amplify as much as 80 dB; improve SNR by ...

Technical analysis for the S&P 500 using moving averages, common chart indicators and pivot points levels.