基于 https://github.com/chenzc24/t28-ioring, 分析该库的内容

基于 Tokunaga et al., JSSC 2010, Vol.45, No.6 "An On-Chip CMOS Relaxation Oscillator With Voltage Averaging Feedback", 从论文 14MHz 原型缩放到 50MHz，面向 ±1% 时钟精度目标

开关电容放大器噪声计算(基于Trevor Caldwell提出的计算方法)

简要学习Picorv32基本配置

A major milestone along the way is the demonstration of quantum computational advantage, which is known as quantum supremacy. It is defined by a quantum device that can implement a well-defined task overwhelmingly faster than any classic computer to an extent that no classical computer can complete the task within a reasonable amount of time.

A linear feedback shift register is a combination of series of flip flop and XOR or XNOR logic gates. It is an important component in communication system where, it paly important role in various application such as cryptography application, CRC generator and checker circuit, gold code generator, for generation of pseudorandom sequence, for designing encoder and decoder in different communication channels to ensure network security. [1]

One of the main limitations of the performance of switched-capacitor (SC) circuits is noise. The sources of noise includ

Switch-capacitor circuits take advantage of the fact that the circuit characteristic only depends on capacitance ratios which turn out to be very accurate tanks to the excellent matching of capacitors. They are increasingly used in many more applications like radio frequency (RF) circuits or sensor front-end circuits to perform various analog signal processing operations such as sampling, amplification or filtering.