信号调理

基于USB总线技术的ATS信号调理平台硬件设计

Design of Signal-Conditioning Platform for ATS Based on USB bus Technology

基于CPLD的可编程信号调理模块

Programmable signal-conditioning module based on CPLD

包括铂电阻传感器的选择，热电阻信号调理板以及H桥可逆驱动电路的设计。

Such as Pt100 temperature sensor , hot resistance signal conditioning and H bridge reversible driver .

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 .

信号调理IC、万能线性化精密数表的信号处理

Signal Treatment of A Regulative Signal of IC and A Multi-functional Line of Digital Meter

驱动应变桥传感器的信号调理IC

Driving Strain-Gauge Bridge Sensors with Signal-Conditioning

硬件部分主要分析了信号调理，电平转换和双口RAM部分。

The hardware part describes signal conditioning , level convert and dual RAM .

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 .

系统硬件包括脉搏传感器，信号调理，模数转换，USB通信等。

System hardware includes pulse sensor , signal conditioning , analog-digital conversion , USB communications and so on .

一维PSD信号调理电路及其应用

One Dimension PSD Signal Processing Circuits and Its Applications

其中硬件部分主要由三部分组成：信号调理及A/D转换、DSP处理器和PC机接口。

The hardware mainly consists of three parts : signal conditioning and A / D converter , DSP processing and PC computer interface .

故障诊断硬件主要包括信号调理、模数转换、DSP及其外部接口、电源管理等组成部分。

The fault diagnosis hardware includes for five parts : signal adjustment and communication interface , A / D , DSP , power manage .

数据采集是捷联惯导系统设计的关键，本文数据采集由信号调理、A/D转换和FPGA等几部分组成。

In this paper , the data acquisition is composed of signal conditioning , A / D conversion , FPGA and so on .

详细描述了信号调理、A/D转换、DSP接口、数据缓存以及DSP/BIOSⅡ操作系统、局部放电信号的处理。

Details are depicted about the DSP interface , A / D converter , data storage , DSP / BIOS ⅱ, signal process and so on .

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 .

油气管道TPD预警系统信号调理器的设计

Design of Signal Conditioner Based on Oil-gas Pipeline TPD Preventive Detecting System

该平台分为FPGA系统模块、光学器件驱动模块、信号调理模块以及电源模块四个部分。

The platform includes four parts : the FPGA system module , the optical devices driver module , the signal conditioning module and the power module .

该方案实现了信号调理、CPLD数字处理、串行通信以及单片机及外围电路等多个模块。

Multiple modules are realized such as signal commissioning , CPLD digital process , serial communication , singlechip and peripheral circuits .

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 .

在硬件部分，介绍了伺服系统的整体构成，详细讲解了IGBT连接板、IGBT触发板、信号调理板和DSP核心板的设计方法。

It was introduced the design method of IGBT connecting board , IGBT triggering board and signal conditioning board in the hardware design part .

硬件方面采用PCI总线工控机、数据采集卡、信号调理器。

The hardware uses a industry control computer based on PCI bus , a signal converter and DAQ ( Date acquisition card to develop ) .

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 .

基于USB技术，平台接口采用USB接口加实装信号调理设备的交互系统设计方法。

Based on the USB technology , the platform 's interface was designed to use interactive system design method combined USB interface with actual signal coordinating equipment .

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

硬件包括电源、信号调理、RS-485网络、键盘、显示、报警、调试等模块的设计。

Hardware , including power , signal conditioning , RS-485 network , keyboard , display , alarm , debugs modules .

系统使用NI公司的数据采集和信号调理模块，在线监测9台输油泵机组的振动和温度信号。

Using NI data acquiring and signal processing modules , this system can be used to monitor the signals of vibration 、 axial displacement and temperature of the 9 pumps .

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 .