sampling switch

In this paper, we emphasize on multiplex switch sampling by MCS 51 and multi-chip communication.

本文主要分析单板的多路开关采样和 多芯片 通讯的实现方法.

Typical sub-blocks were analysed emphatically such as Switch Capacitor Sampling/ Holding Block, Brightness Control Block, Oscillator, Thermal Shut Down Circuit, PTAT and Bandgap Reference etc.

重点分析了典型子电路模块：开关电容采样保持电路、亮度控制电路、振荡器、过温保护电路、PTAT和带隙基准电路等。

a novel sampling switch with improved linearity

比栅压自举开关提高了

A new type read out circuit is composed with one dynamic source follower, one capacitance for sampling and holding and one reset switch. This circuit has advantages with simple structure, acquiring related timing easily, single output, and so on.

采用一种新型结构的读出电路，该电路包含一个动态源随器和一个采样保持电容和一个复位开关，结构简单，时序容易实现，并且是单端输出，有着诸多优点。

We also use the bootstrap circuit to boost the clock of NMOS sampling switch.

芯片还采用了自举电路对时钟信号进行提升,使得NMOS采样开关 的栅电压跟随输入信号变化.

a sampling switch arranged on the gun tube can reduce the occurrence of dummy guns, thereby guaranteeing the effect of bird dispersing.

炮管上设置的取样开关还能减少哑炮的出现，从而保证驱鸟的效果。

a novel sampling switch suitable for low-voltage analog-to-digital converters

一种适用于低电压模数转换器的新型采样开关