A modified schmitt trigger based relaxation oscillator is used to convert thermistor and hygrometer resistances into a frequency signal.
在前端运用基于施密特触发器为基础的松弛振荡器把温、湿度传感器的电阻值转换为频率的信号，从而把温度和湿度的变化转变为数字电路可以处理的频率信号的变化。
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.
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。
The 25L320N is an optically integrated circuit detector with schmitt trigger buffer output.
该25L320N是一个光学与施密特触发缓冲器输出集成电路探测器。
Superior high-temperature performance is made possible through a noves Schmitt trigger circuit that maintains operate and release point symmetry by compensating for temperature changes in the Hall element.
优越的高温性能，是通过诺沃可能施密特触发电路，它维护操作和释放在霍尔元件的温度变化补偿点对称。
Each Hall effect digital Integrated circuit includes two quadratic Hall effect sensing elements, a voltage regulator, temperature compensating circuitry, low-level amplifier, Schmitt trigger, and an open-collector output driver.
每个霍尔效应数字集成电路包括两个二次霍尔效应传感元件，电压调节器，温度补偿电路，低电平放大器，施密特触发器和一个集电极开路输出驱动器。
PIC16C56A-04/SO Pinout: Each Hall effect digital integrated circuit includes a voltage regulator, two Hall effect sensing elements, temperature compensating circuitry, a low-level ampli- er, band-pass lter, Schmitt trigger, and an output driver.
PIC16C56A-04/SO引脚说明：每个霍尔效应数字集成电路包括一个电压调节器，两个霍尔效应传感元件，温度补偿电路，一个低级别的扩增，费里，带通滤波器，施密特触发器和输出驱动器。
Motion controller composed of general chip series is developed and Quadruple differential circuit utilizing dual monostable multivibrators with Schmitt trigger inputs and dual 4_line to l_line data selectors or multiplexers is put forward.
本论文研制了一种常规芯片系列组成的运动控制器，采用单稳态多谐振荡器和数据选择器的四倍频辨向电路。
The A1101-A1104 and A1106 Hall-effect switches include the following on a single silicon chip: voltage regulator, Hall-voltage generator, small-signal amplifier, Schmitt trigger, and NMOS output transistor.
A1101-A1104 和 A1106 霍尔效应开关在单硅片里包含以下元件：稳压器、霍尔电压发生器、小信号放大器、施米特触发器和 NMOS 输出晶体管。
Each device includes a voltage regulator for operation with supply voltages of 3.5 to 25 volts, reverse battery protection diode, quadratic Hall-voltage generator, temperature compensation circuitry, small-signal amplifier, Schmitt trigger, and a constant-current open-collector output.
每个器件包括一个3.5至25伏特，电池反向保护二极管，二次霍尔电压发生器，温度补偿电路，小信号放大器，施密特触发器和一个恒定电流集电极开路输出的电源电压操作电压调节器。
However, to avoid false switching, the typical implementation uses the well-known Schmitt trigger.
然而，为避免开关误触发，典型应用是使用熟知的Schmitt触发器。
The differential signal is compared with the actual switching level of the internal Schmitt trigger.
差分信号是相对于实际开关内部施密特触发水平。
This together with its schmitt trigger function allows it to be used on line receivers with slow rise/fall input signals.
这与它一起施密特触发功能允许它为讨论与缓慢上升/下降的信号输入线接收器使用。
The threshold detector is similar to a Schmitt Trigger in that it is a latch circuit with a large dead zone.
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。
If a proper RC feedback network is added to a schmitt trigger, we can get a two position (on-off) automatic controller with PID action.
如果在斯密脱触发器上加上一个适当的RC反馈电路，就能得到一个两位式（开关动作）PID调节器。
Pulse shaping circuit utilizes the Schmitt trigger structure to increase the output drive capability.
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。
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。
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.
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。
CCCII ± relaxation oscillator based on the current-mode Schmitt trigger is presented.
提出了一种基于电流模式施密特触发器的CCCII±张弛振荡器。
An OTA & C Relaxation Oscillator Based on the Current-Mode Schmitt Trigger and Its PSPICE Simulation
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
The interface circuit, which is based on the Schmitt trigger, works as a capacitor-frequency converter.
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。