差分输入

该芯片采用差分输入、桥式输出结构。

This chip adopts a structure of differential inputs and H-bridge outputs .

这款器件可配置为两路差分输入或四路伪差分输入。

The device can be configured to have two differential inputs or four pseudo differential inputs .

从输入HI到输入LO的隔离通常被认为是差分输入隔离。

The isolation from input HI to input LO is usually referred to as differential input isolation .

该放大器利用工作在亚阈值区的CMOS基准源，在此基础上运用了PMOS差分输入级，以及CMOS推挽输出级结构。

The circuit was based on CMOS reference operating in subthreshold region , using PMOS differential input and push-pull CMOS output stage mode .

采用电平移位控制的互补差分输入级，实现了Rail-to-Rail的共模输入范围；

It reaches rail-to-rail common mode input range , for it adopt a complementary input differential pairs which is controlled by a level shifter .

具体对运放的共模差分输入级、输入级线性跨导控制电路、电流和电路、浮动AB类输出级电路、运放的偏置电路和带隙参考电流源电路进行分析设计。

Specifically analysed and presented the common-mode differential input stage , linear transconductance control circuit of input stage , current sum circuit , floating AB-class control output stage , the bias circuit of OP Amps and the bandgap reference current source circuit .

AD7747针对一块极板接地的单端或差分输入电容传感器设计。

The AD7747 is designed for single-ended or differential capacitive sensors with one plate connected to ground .

利用AD7811和AD7812的控制寄存器，可以将输入通道配置为单端或伪差分输入。

The control registers of the AD7811 and AD7812 allow the input channels to be configured as single-ended or pseudo differential .

这是单端和差分输入时钟模式的情况。

The input and output are single-ended , and their characteristics are programmable .

本文基于开关电容基本原理提出、设计并实现了一种差分输入形式的电容-电压转换传感器接口电路体系结构。

An interface capacitor-voltage converter circuitry based on switched-capacitor circuit ( SC ) is proposed .

差分输入由模拟调制器以最高40MS/s的采样速率进行采样。

The differential input is sampled at up to40 MS / s by an analog modulator .

真差分输入结构使单端输入和差分输入接口均支持各种输入范围。

A truly differential input structure allows for both single-ended and differential input interfaces of varying input spans .

在差分输入端，采用正反馈电路结构，以提高开启和关断速度，并降低功耗。

In the differential input , positive feedback circuit was used to increase the switching speed and attain low power .

这种类型的干扰一并来到两个差分输入端，因而出现一个共模信号。

This type of interference is induced equally into both differential inputs , and therefore appears as a common-mode signal .

基于以上不足，本文采用差分输入输出结构以及对输出端引入交叉耦合的反馈形式，用来减弱由于以上这些非理想性而导致的功率放大器性能的退化。

Based on the previous discussion , the full differential circuit with cross - coupled feedback is used to improve the power amplifier performance .

两个模拟输入可以配置成两个单端输入，一个标准差分输入（对）或一个准差分输入。

The two analog inputs can be configured as two single-ended inputs , one true differential input pair , or one pseudo differential input .

在数据采集方面，采用差分输入，在数据处理中采用数字滤波，线性拟合技术。

When collecting the data , the difference input stream is adopted . When dealing with data , skills of digital filter wave and linear are adopted .

为此，采用了新的差分输入级，使共模范围增大，同时尽量不减少差分输入级的增益。

For this , I adopt the new differential input stage to make input common mode range enlarged , and as far as possible not reduce its gain .

相比较低转速输出强劲动力在较低转速既可达到最大动力输出在差分输入端，采用正反馈电路结构，以提高开启和关断速度，并降低功耗。

This engine can produce powerful torque power with relative low speed . In the differential input , positive feedback circuit was used to increase the switching speed and attain low power .

本文对一种共源-共栅串接差分输入级运算放大器的等效输入噪声电压、失调电压温漂、共模抑制比和电源电压抑制比等参数进行了详细的分析。

The equivalent input noise voltage , offset voltage drift , common mode rejection , power source rejection and other characteristics of a common source-common grid cascade amplifier is analysed in detail .

AD7730双通道全差分模拟输入可直接和传感器输入信号相连。

The inputs of the analog signals of AD7730 with the double channels of whole difference is directly linked to output of sensor .

完全差分模拟输入级。

Fully differential analog input stage .

设计了一种高线性度的宽带CMOS全差分放大器，输入级采用带有电阻共模负反馈的差分电路，输出级则由推挽跨导运算放大器及其反馈环路组成。

A highly linear CMOS wideband fully-differential amplifier is developed , the input stage is the basic differential pair with resistor common-mode feedback and the output stage consists of an push-pull OTA and its feedback network .

两款器件都有一个标准电压输入，当与差分基准电压输入结合使用时，可方便地与一个外部温度传感器（如RTD、热敏电阻或二极管等）接口。

The parts have a standard voltage input , which together with the differential reference input allows easy interface to an external temperature sensor , such as an RTD , thermistor , or diode .

差分基准电压输入具有“无基准电压”检测功能。

The differential reference input features " No Reference " detect capability .

在定制比率应用器件时，差分基准电压输入还能提供极大的灵活性。

Differential reference inputs also allow maximum flexibility in tailoring the device for use in ratiometric applications .

用户可以选择各种输入范围和偏移，并可通过单端或差分方式驱动输入。

The user can select a variety of input ranges and offsets and can drive the input either single-ended or differentially .

通过一种数字自动校准技术，可以校准差分运放及其输入信号所产生的失调电压。

A digital automatic calibration technique is developed to trim the differential OPAMP 's input-referred and its former output stage offset voltages .

每个ADC均具有宽带宽、差分采样保持模拟输入放大器，支持用户可选的各种输入范围。

Each ADC features wide bandwidth differential sample-and-hold analog input amplifiers supporting a variety of user-selectable input ranges .

计算天线阻抗时，在频率很低接近零时阻抗值的严重失真，使得应用时域有限差分法计算天线输入阻抗变得更加快捷适用。

The method makes it easy to calculate antenna input impedance .