Timing pulse and sampling programs implemented on a laboratory microcomputer

Lai-Wo Stan Leung
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引用次数: 2

Abstract

This paper presents two programs implemented on a microcomputer for analog-to-digital (A-to-D) conversion of neurophysiological signals. The first program, TIMET, sets flexible pulse trains for the timing of the A-to-D conversions, executed by the second program, ADC8. TIMET contains options for a continuous or a triggered pulse train with variable onset delay. ADC8 allows sampling rates up to 30 kHz for one channel and 9 kHz for the maximum of 7 channels, with about 8 μs lag between channels. The digitized data are displayed with interactive gain control from keyboard input, and selected sweeps can be stored on disk files.

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在实验室微机上实现定时脉冲和采样程序
本文介绍了两个在微机上实现的神经生理信号的模数转换程序。第一个程序TIMET为A-to-D转换的时序设置灵活的脉冲序列,由第二个程序ADC8执行。TIMET包含连续或触发脉冲序列的选项,具有可变的起始延迟。ADC8允许一个通道的采样率高达30 kHz,最多7个通道的采样率为9 kHz,通道之间的延迟约为8 μs。数字化数据显示与交互式增益控制从键盘输入,并选择扫描可以存储在磁盘文件。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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