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时间-数字
相关语句
  time-to-digital
     Model I Time-to-Digital Converter
     I型时间-数字变换器
短句来源
     Design and Implementation of High Resolution Time-to-Digital Converter
     高分辨率时间-数字变换器(TDC)的设计实现
     A MULTIPLE HIT TIME-TO-DIGITAL CONVERTER
     一个多次击中的时间-数字变换线路
短句来源
     The Time-to-Digital Converter is the central component which can make a time interval measurement with high-resolution.
     时间-数字变换器(TDC)则是实现高分辨率时间间隔测量的关键部件。
  “时间-数字”译为未确定词的双语例句
     CAMAC QUAD TDC
     CAMAC四路时间-数字变换器
短句来源
  相似匹配句对
     Model I Time-to-Digital Converter
     I型时间-数字变换器
短句来源
     Time
     时间
短句来源
     DIGIT
     数字
短句来源
     Time is...
     时间
短句来源
     Digital
     数字
短句来源
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  time-to-digital
Sub-nanosecond multi-channel time-to-digital converter for the 2-D position-sensitive neutron detectors at TriCS and AMOR
      
We have developed an ultra-fast multi-channel time-to-digital converter (mC-TDC).
      
Integrated Time-to-Digital Converters Based on Interpolation
      
The main features of two time-to-digital convertersbased on interpolation are presented, together with some measurementresults.
      
An Integrated Digital CMOS Time-to-Digital Converter with Sub-Gate-Delay Resolution
      
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The principle of using monostable flip-flop to measure the capacitance by means of capacitance-voltage-digital or capacitance-time-digital conversion is discussed briefly in this article. It proposes that the single-chip microprocessor can be used as acontroller of the semiautonmtic insetrumentation for capacitance measurement. The microprocessor is fully utilized for its digital and logic processing function to make the measured results as highly precise as possible and clearly displayed. This kind of instrumentation...

The principle of using monostable flip-flop to measure the capacitance by means of capacitance-voltage-digital or capacitance-time-digital conversion is discussed briefly in this article. It proposes that the single-chip microprocessor can be used as acontroller of the semiautonmtic insetrumentation for capacitance measurement. The microprocessor is fully utilized for its digital and logic processing function to make the measured results as highly precise as possible and clearly displayed. This kind of instrumentation is simple and easy to use with a measuring range of capacitance from 3 pF to 100 μF.

本文扼要讨论使用单稳态触发器进行电容—电压—数字或电容—时间数字转挠,从而实现电容测量的原理。同时提出应用单片微型计算机作为控制器的半自动电容测量仪。它充分利用微机的数字和逻辑处理功能,使测量结果有尽可能高的精度及清晰的显示。这种电容测量仪结构简单,使用方便,适用于3pF—100μF范围内电容测量。

In this paper with 6502 compilation language, the delay subprograms of APPLE- I microcomputer and the theory of seven nixie lights, automatic timing has been brought about and time digitals displayed with capital clock characters.

本文用6502汇编语言,利用APPLE—Ⅱ型微机内延时子程序及七段显示理论,在APPLE—Ⅱ微机上实现了自动计时和大字符显示时间数字

A new intelligint time to digital converter is introduced in this paper, including its operating principle, curcuit design and specificities. Starting a common trigger pulse, it can measure 64 event time intervals,and never loses them, which belong to simuta-neous events. The minimum resolution time is 0. 5 us,channel width range is 1 to 255 times 0. 5 us for programming select, maximum converter range with offset can reach 13 bits. The converter has a capacity of higher automatic control,and specially fits...

A new intelligint time to digital converter is introduced in this paper, including its operating principle, curcuit design and specificities. Starting a common trigger pulse, it can measure 64 event time intervals,and never loses them, which belong to simuta-neous events. The minimum resolution time is 0. 5 us,channel width range is 1 to 255 times 0. 5 us for programming select, maximum converter range with offset can reach 13 bits. The converter has a capacity of higher automatic control,and specially fits such situations that the time spectrum would be obtained under very low background.

介绍一种新型智能化的时间数字变换器的工作原理、电路设计及其主要的性能。它由一个公共触发信号起动变换,可接受64路时间间隔的测量,对于多路同时事件不会造成事件丢失。仪器的最小分辩时间为0.5μs,时间道宽范围(1~255)×0.5μs可程控选择,变换量程加位移最大可达13 bits。仪器具有较高的自动化程度,尤其适用于要求低本底时间谱的测量场合。

 
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