采用嵌入式微机测控技术，在信号处理方面采用先进的全数字采样与调理技术，精度高，抗干扰能力强。
Adopt push-in type microcomputer technology, and adopt advanced full digital sampling and adjustment technology in the signal treatment aspect high precision and strong antijamming.
描述了硬件电路的各个功能模块的使用，包含信号的调理、采集、处理和释放动作执行机构等。
The functional modules of the hardware circuits, including the conditioning, sampling and processing of the signals are given as well as the releasing actions in executive machines.
该系统由水泵试验台、传感器、信号调理电路、数据采集卡、计算机处理几个部分组成。
This system consists of: pump test bed, sensors, signal processing circuit, data-collecting card, computer processing.
重量传感器输出的信号经信号调理电路输入6024E的模拟通道，经计算机分析处理；
The signal output from the weight sensor is transmitted to one of the analog channels of PCI-6024E board by conditioning circuit.
为将接收二极管上的微弱信号送到A／D转换器处理，采用锁定放大原理设计接收信号的调理电路。
We use the principle of lock - in amplifier to amplify the weak singal and send it to A/ D conversion properly.
信号采集处理模块采集声发射信号，对其进行调理、AD转换成计算机可以处理的数字信号。
Signal collection handling modular collection AE signal, optimizing it, the AD Converter changing AE signal to the digital signal.
随后，本文还简要介绍了信号调理器、保护屏蔽接地与电源、计算机接口、信号处理等。
Then it came the signal debug device, protecting shield and power source, computer connection, signal process.
测量模块主要完成待测信号的调理和模数转换，整个过程在微处理器的控制下完成。
Measurement module mainly completes the signal under test conditioning and analog-digital conversion, which is controlled by the microprocessor.
重点研究了加速度计信号调理和信号处理方案，并设计一种新型引信算法。
The objective of this study was to contrive a scheme of accelerometer signal modulation and signal process, and to carry out a new fuze algorithm.
介绍一种高保真的音频信号处理系统，给出了前端音频信号调理电路设计，实现了DSP芯片TMS320VC5410与语音转换芯片TLC320AD50C的硬件接口设计，并通过FIR算法实现了对音频信号的处理。
The design gives the signal conditioning circuit, accomplishes the hardware interface design of DSP chip TMS320VC5410 and chip -to-speech TLC320AD50C, and processes audio signal by FIR arithmetic.
本文介绍了便携式激光准直仪的工作原理，分析了激光器、PS D信号调理电路及数据采集处理系统的设计。
The principle of portable laser collimator is introduced in this paper and its laser device, PSD signal processing circuits data acquisition are analysed in detail.
包括信号传感电路、信号调理电路、数据处理电路、人机接口及通信接口电路等。
This system is expanded with signal sensor, signal regulating circuit, data sampling circuit, communication module and human-machine interface.
包括信号传感电路、信号调理电路、数据处理电路、人机接口及通信接口电路等。
This system is expanded with signal sensor, signal regulating circuit, data sampling circuit, communication module and human-machine interface.
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