施密特触发器

动态体效应CMOS施密特触发器

CMOS Schmitt trigger by dynamic body - bias

提出了一种利用MOS管的体偏置技术实现的低电压施密特触发器电路。

The CMOS Schmitt trigger circuit with low voltage by the dynamic body-bias technology was presented .

一种高速低耗全摆幅BiCMOS集成施密特触发器

A High-speed , Low-consumption & Full-swing BiCMOS IC Schmitt Trigger

基于电流模施密特触发器的OTA-C张弛振荡器及其PSPICE仿真研究

An OTA & C Relaxation Oscillator Based on the Current-Mode Schmitt Trigger and Its PSPICE Simulation

提出了一种基于电流模式施密特触发器的CCCII±张弛振荡器。

CCCII ± relaxation oscillator based on the current-mode Schmitt trigger is presented .

硬件处理方法是在RC滤波电路的输出端加施密特触发器，对滤波电路的输出整形，取得前沿很陡的输出信号，并在CPLD中对信号作反相处理。

The hardware processing method includes adding Smiter trigger in RC filter circuit to plastic the output wave of filter circuit , acquiring front steep output signal of and making reverse operation in CPLD .

在A1210-A1214霍尔效应锁存包括一个单一的硅芯片上以下内容：稳压器，霍尔电压发生器，小信号放大器，施密特触发器和NMOS输出晶体管。

The A1210-A1214 Hall-effect latches include the following on a single silicon chip : voltage regulator , Hall-voltage generator , small-signal amplifier , Schmitt trigger , and NMOS output transistor .

本文介绍了一种由双比较器型施密特触发器构成的三角波振荡器电路，它通过对电容恒流充放电产生对称三角波；

A triangular wave oscillator using dual-comparator-type Schmitt trigger is presented .

施密特触发器电路及其改进

Trigger point block Schmitt toggle circuit and improving on it

集成施密特触发器直流传输特性研究

Study for DC Transmission Characteristics of Integrated Schmidt Trigger

另外，本文还提出了一种用模糊控制器来取代传统的施密特触发器的方法。

Moreover , the thesis puts forward the strategy that fuzzy controller replaces Smith flip-flop .

脉冲整形电路采用了施密特触发器结构，将信号整形的同时，增大了输出驱动能力。

Pulse shaping circuit utilizes the Schmitt trigger structure to increase the output drive capability .

在六边形磁链的研究中，本文主要是使用了施密特触发器，通过磁链自控制单元来实现的；

In the researches about hexagon track , SMITH triggers are used , so is flux self-control .

重点分析了它的接口电路，基于施密特触发器构建，实现电容值与频率值的转换。

The interface circuit , which is based on the Schmitt trigger , works as a capacitor-frequency converter .

接收模块包括正交解调器、低通滤波器、基带放大器、比较器和施密特触发器。

Receiving module consists of a quadrature demodulator , low-pass filters , baseband amplifiers , comparators and a Schmitt trigger .

阈值检测器就是一种回差范围较大的锁存电路，与施密特触发器相似。

The threshold detector is similar to a Schmitt Trigger in that it is a latch circuit with a large dead zone .

由温度敏感级、加热级和施密特触发器与在加热级和温敏级间的衬底热通路一起构成一个闭环传感器系统。

It is the integrated vacuum sensor with pulse-width modulated output . It is composed of temperature sensing stage , heating stage , and Schmitt trigger .

利用动态体偏置实现的施密特触发器可以适用于深亚微米芯片，可广泛用于滤除芯片的输入噪声，提高输入信号的信噪比。

This Schmitt trigger circuit can be suited to the deep sub-micron CMOS process and used to get rid of the noise on the input pad of the chip .

采用互相关方法，研究了随机二进制信号和高斯白噪声同时激励施密特触发器时的输出响应。

By the use of cross-correlation measures , the response of a symmetric Schmitt trigger ( ST ) driven by a random binary signal and white Gaussian noise is investigated .

采用模糊控制器取代施密特触发器以实现模糊直接转矩控制，并采用模糊速度调节器，进一步提高了系统的性能。

In this paper , fuzzy direct torque control system is set up through fuzzy controller to replace Smith flip-flop and a fuzzy speed controller is used to improve its performance .

本文提出了由单块第二代电流传输器组成的单限电压比较器、施密特触发器和窗口电压比较器，讨论了它们的性能参数及实验结果。

This paper describes the single-limit voltage comparator , Schmitt trigger and window voltage comparator each of which incorporates only a second-generation current conveyor ( CCII ) . It also discusses their performance parameters and experimental results .

然后，考察了信号幅值和触发器阈值对非周期随机共振的影响，证实了利用施密特触发器中的非周期随机共振效应，可以减小随机信号传输中的噪声水平和改善输出信号质量。

Then , the influence of signal amplitude and the ST threshold on ASR is examined , the applicability of the ST in reducing the noise level of random signal transmission and improving the quality of output signal via ASR effect is illustrated .

本文第三章设计了解码芯片的部分电路模块，包括振荡器电路、上电复位电路、施密特触发器电路、数据检测模块、型号控制逻辑模块、按键防抖动模块以及数据输出逻辑模块。

Chapter 3 principally analyses the key problems in the design of decoder , which includes RC oscillator , POR ( Power-on Reset ), Schmitt trigger , data detect module , model control logic module and data output logic module , then gate simulation is completed by Verilog_XL tool .

文章利用施密特（Schmitt）触发器为核心的状态延迟及转换元件，并采用恒流充放电技术，配合精确的时序控制，实现了一种高稳定的低功耗矩形波振荡电路。

In this paper , Schmitt trigger are used as key element of delay in steady-state transient , and a low power and highly stable pulse OSC waveform are generated by using current source charging and discharging under accurate timing control .