成功地将超声探伤仪输出的模拟信号数字化。
The analog signals of ultrasonic fault detector are digitalized successfully.
本文利用嵌入式系统实现超声探伤仪来实现信息的实时采集与处理。
Real time acquisition and processing of information are realized by utilizing embedded ultrasonic detector.
提出了一种基于ARM与DSP方案的高性能超声探伤仪，并分析了关键接口电路。
A high-powered ultrasonic testing system based on ARM and DSP was provided, and the circuit conjunction of the main interface was analyzed.
随着数字技术的进步，新型数字式钢轨超声探伤仪将成为我国铁路钢轨检测的主要手段。
Thanks to the rapid development of digital technology, novel digital ultrasonic detector is becoming the main method of rail test.
目前国内生产的超声探伤仪主要是以微处理器为核心，以大规模集成芯片为外围电路的智能化仪器。
Most of the domestic intelligent products of ultrasonic defect detection use microchip computers as the core units and Large Scale Integration (LSI) chips as their peripheral circuits.
本文给出了数字化超声探伤仪的工作原理，指出了该仪器的优点及存在的技术问题，展望了其广泛的应用前景。
This paper presents the working principle of the digital ultrasonic detector, points out its advantages and existent technical problems and takes a look at its wide application perspectives.
材料对超声波的衰减是影响超声波探伤仪检测能力的主要因素之一。
Attenuation of ultrasonic wave by material is one of main factors influencing detection capability of ultrasonic wave defectoscope.
检测结果表明，CTS-2000数字超声波探伤仪能准确测定铝青铜棒内的缺陷。
The results showed that CTS-2000 digital ultrasonic test device can exam accurately defects in it.
我国钢轨的探伤主要采用超声波检测方法，设备主要有大型探伤车和小型探伤仪。
In our country, we mainly use ultrasonic detecting method, the mainly equipments are the big detector train and the rail detector.
为满足用户需求，研制了一种操作简单、智能化高、界面友好的傻瓜型笔记本式数字超声波探伤仪。
To meet the needs of users, a simple and intelligent foolproof notebook ultrasonic detector with friendly interface has been developed.
探讨了利用超声波探伤仪测定或比较耐火材料热震结构损伤的可行性。
This paper studied the feasibility of determining and comparing the thermal shock construction damage of refractory by ultrasonic flaw detector.
该系统采用A型超声波探伤仪产生超声波脉冲，采用一次脉冲反射法检测棒材。
The principle of detector is that the A-Scan flaw instrument of USL32 beams the ultrasonic to detect the bar material with the method of pulse echo once.
该系统采用A型超声波探伤仪产生超声波脉冲，采用一次脉冲反射法检测棒材。
The principle of detector is that the A-Scan flaw instrument of USL32 beams the ultrasonic to detect the bar material with the method of pulse echo once.
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