调理电路

其中硬件由信号调理电路、A/D转换、ARM处理器三部分组成。

The hardware consists of signal conditioning circuit , A / Dconversion , ARM processor of three parts .

在信号调理电路板中，通过设计模拟电路实现对输入信号的放大滤波和AD变换等处理。

The signal conditioning circuit board achieves the amplification , filtering and AD conversion of the input signal by designing the analog circuits .

给出了DSP和传感器信号调理电路的接口设计；

It applies the design of interface between DSP and sensor signal adjust circuit .

完成了基于PC／104总线的控制保护器的硬件设计，主要包括嵌入式计算机和数据采集板的选型以及信号调理电路的设计。

The data acquisition board and its signal condition circuits , is completed in this project .

设计了信号调理电路和DSP外围接口电路，编写了片内汇编程序。

Signal adjust circuit and DSP peripheral port circuit was designed , and program was compiled .

硬件电路设计主要包括信号调理电路，频率测量电路和CPU外围电路三大模块。

The Hardware circuit design includes signal regulate circuit , frequency measurement circuit and CPU peripheral circuit .

基于数字运算的PSD调理电路设计

The design of PSD , s treatment circuit based on numerical calculation

测试仪的测试系统主要包括以DSP单片机为核心的系统信号采集和信号调理电路。

The hardware of the test instrument comprises the signal gather and signal adjustment circuit use DSP singlechip as the core .

包括设计了三相电压、电流信号采集调理电路，搭建了基于ARM的软件开发平台。

Including the design of the acquisition circuit of three-phase voltage and current signals . Design software development platform based on ARM .

一维PSD信号调理电路及其应用

One Dimension PSD Signal Processing Circuits and Its Applications

温度采集仪调理电路的isp实现技术

Application of isp Technology in Recuperates Electric Circuit of Temperature Gathering Meter

位置敏感探测器（PSD）信号调理电路的改进

Development of Position Sensitive Detector Signal Processing Circuit

为获得人体脑电信息，提出了一种完整的从头皮电极到ADC的脑电信号调理电路。

In order to obtain EEG information , integrated EEG-modulated circuit from scalp electrode to ADC is introduced .

文中详细介绍了放大、滤波等信号调理电路，A/D转换电路，D/A转换电路，LED显示电路和看门狗及其电源监控电路等。

This system includes amplifying regulator and filter circuit , A / D circuit , D / A circuit , LED display circuit , watchdog circuit and so on .

选择了一款ICP振动加速度传感器，并设计了相应的信号调理电路。

An ICP vibration acceleration sensor is chosen , and designs the related signal conditioning circuit . 3 .

还可设置AD转换器、信号调理电路和环境噪声传感器，以便直接监测。

An AD ( analog-digital ) converter , a signal conditioning circuit and an environment noise sensor can also be arranged so as to monitor directly .

重点叙述了控制器的硬件系统构成，包括信号调理电路、脱扣控制电路和GPRS通信模块电路。

Focus on the controller hardware system structure , Including signal regulate circuit , tripping control circuit and GPRS communication module circuit .

在控制电路中主要包括电流电压信号调理电路、IGBT的隔离驱动电路和液晶显示电路等。

In control circuit , there are signal modulating circuit , isolating driver circuit of IGBT and LCD display circuit etc.

MTT实验显示Ad.AD698型LVDT信号调理电路的原理与应用

Principle and application of AD 698 for signal conditioning of LVDT

硬件系统设计是本论文的重点之一，在这部分介绍了信号调理电路、AD转换电路、DSP系统及网络接口电路设计。

The hardware design is ne of the key papers . In these parts , introduced signal circuit knowledge 、 AD converter 、 DSP systems and network interface circuit .

在研究微弱信号检测理论的基础上，分析了MEMS阵列式加速度传感器的信号检测与调理电路的设计方法。

Through studying the technology of the weakness signal detection , the design method of MEMS array accelerometer signal detection and conditioning circuit was given .

系统硬件部分包括FPGA处理芯片，电压调理电路，抗混叠滤波电路，锁相倍频电路，A/D采样电路。

The hardware of the system includes the FPGA chip , the voltage conditioning circuit , anti-aliasing filter circuit , PLL circuit , the A / D sampling circuit .

用DAC芯片程控信号调理电路的放大倍数，提高了系统的测量范围。

By changing the amplification multiple through DAC signals , the measurement range of the system is improved .

BOSCH传感器特性研究及信号调理电路的设计

The Characteristics Study of BOSCH Displacement Sensor and Design of the Signal Adjust Circuit

给出了光伏电池输出电流、电压的检测电路、信号调理电路；用于最大功率点跟踪的DC-DC转换电路；

Sampling and regulating circuits of the photovoltaic array output current and voltage , DC-DC conversion circuit with MPPT are designed .

搭建了针对ip-iq算法的谐波电流硬件检测模块。此模块主要是由DSP外围电路、模拟信号调理电路、AD采样电路、过零检测电路及锁相倍频电路等五部分组成。

The harmonic current detection module is composed of analog signal conditioning circuits , AD sampling circuit , zero-crossing detection circuit and PLL circuit .

系统硬件主要包括PCI9118HG采集卡和调理电路，它们能较好地采集电弧电压和焊接电流信号，实现控制电路和主电路的隔离。

The PCI_9118HG data acquisition card and signal conditioning circuitry can sample welding arc voltage and welding current very well and insulate control circuitry and main circuitry .

通过结合FPGA开发板和信号调理电路实现了任意波形的单路和双路输出，并且巧妙地实现了调频和调相的功能。

The random waveforms , single-channel output or twin-channel output , are implemented by utilizing the FPGA development board and the conditioner circuit . FM and PM functions are skillfully realized .

并据此完成了以电源、最小系统、PWM信号输出电路、传感器及信号调理电路、通信接口电路等为模块的控制器硬件电路设计。

According to the design proposal , The hardware circuit of controller including the minimum system , output circuit of PWM signal and so on was designed . 3 .

整个测试系统包括交流源电路、信号采集与调理电路、LED电子负载电路、ARM处理器控制电路、液晶显示接口电路、开关量接口电路和通信接口电路。

The whole test system includes AC source , signal acquisition and regulate circuit , LED electronic load , ARM control circuit , LCD interface circuit , switching value circuit and communication interface circuit .