概述了一个计算机脉冲多道分析器系统。
A multichannel pulse analyzer on the computer system is introduced.
幅度响应是多道分析器测量幅度谱时的主要特性之一。
Amplitude response is one of the main characteristics of multichannel analyzer when measuring amplitude spectrum.
用DD 8000多道分析器和3路计数器的测量验证了它的可靠性。
The experiment reliability is verified by the measurement of DD8000 type multichannel analyser and 3-routes counter.
使用该系统代替多道分析器系统，能够成功地完成各种常规的穆斯堡尔谱实验。
Replacing the standard multichannel analyzer system by this system, we have successfully performed the general Mossbauer experiments with this system.
本文介绍一种用电视摄像机、微型计算机以及一些辅助设备组成的简易光学多道分析器。
A simply constructed optical multichannel analyser is presented. The instrument includes a video camera, a microcomputer and some accessories.
电路内附反符合控制输入和门信号放大器，可实现对多道分析器的堆积拒绝和反符合控制。
Appending a veto control and a gate signal amplifier in the circuit, MCA can be operated in both pile-up rejection mode and anticoincidence mode.
数据采集系统主要由时-幅转换器和多道幅度分析器组成。
The counting system is mainly composed of a time-to-amplitude converter and a multi-channel amplitude analyzer.
作为计算模型的EA - 11型分析器，被证明适合于多道探测的应用。
The EA-11 hemispherical analyser, which we take as a calculation model, is proved to be suitable for the application of multichannel detection.
主要用于多道脉冲幅度分析器的道宽一致性的精确测量。
The generator is mainly used for the accurate measurement of the channelwidth uniform of a multichannel pulse amplitude analyzer.
本文系统地阐述了利用8098单片机实现多道脉冲幅度分析器的基本原理和结构特点。
A practiacal realization of pulse signals analyser using 8098 single chip computer is presented in this paper. The principles of realization, structure and characteristics are introduced.
阐述了利用CPLD对多道脉冲幅度分析器数字电路进行系统集成的设计原理与方法，对系统的特点和设计中的技术要点作了详细的探讨。
The working principle and design methods of this digital circuitry and system integration with CPLD are also introduced. The features and technical points in system designation are discussed as well.
阐述了利用CPLD对多道脉冲幅度分析器数字电路进行系统集成的设计原理与方法，对系统的特点和设计中的技术要点作了详细的探讨。
The working principle and design methods of this digital circuitry and system integration with CPLD are also introduced. The features and technical points in system designation are discussed as well.
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