Time‐to‐Pulse‐Height Converter for Measurement of Millimicrosecond Time Intervals

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Time‐to‐Pulse‐Height Converter for Measurement of Millimicrosecond Time Intervals

机译：时间至脉冲高度转换器，用于测量毫秒级时间间隔

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A circuit is described which is designed to measure the time elapsed between a fast‐rising signal from a nuclear detector and the next pulse from a steady source of pulses which are evenly spaced in time and occur at an rf rate. This circuit has been found useful for measuring time intervals in the millimicrosecond range as part of a system of fast‐neutron spectrometry which utilizes a pulsed source of neutrons. The conversion of time to pulse height is linear for time intervals from 10 mμsec to a time which is 20 mμsec shorter than the interval between the rf pulses. The resolution obtainable depends on the characteristics of the detector. The precision of time measurement is about 1 mμsec.

机译：描述了一种电路，该电路旨在测量从核探测器发出的快速上升信号与来自稳定脉冲源的下一个脉冲之间经过的时间，该脉冲源在时间上均匀间隔并且以rf速率发生。已发现该电路可用于测量毫秒级范围内的时间间隔，这是使用脉冲中子源的快速中子光谱系统的一部分。从10毫秒到比RF脉冲之间的间隔短20毫秒的时间间隔，时间到脉冲高度的转换是线性的。可获得的分辨率取决于检测器的特性。时间测量的精度约为1毫秒。

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《Review of Scientific Instruments》 |1956年第3期|共5页
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1. Millimicrosecond Time‐to‐Pulse‐Height Converter Using an rf Vernier [J] . Chase R. L., Higinbotham W. A. Review of Scientific Instruments . 1957,第6期

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2. Digital pulse analyzer for simultaneous measurement of pulse height, pulse width, and interval time on an optical particle counter [J] . Measurement Science & Technology . 2020,第6期

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3. On-Chip Voltage Reference-Based Time-to-Digital Converter for Pulsed Time-of-Flight Laser Radar Measurements [J] . Nissinen I., Kostamovaara J. Instrumentation and Measurement, IEEE Transactions on . 2009,第6期

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5. RELIABLE GENERATION OF PICOSECOND OPTICAL PULSES AND THEIR APPLICATION TOTHE MEASUREMENT OF INTRABAND RELAXATION TIMES IN SEMICONDUCTORS. [D] . WEICHEL, HUGO. 1972

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7. MEASUREMENT OF RADIATIVE LIFETIMES. I. AN APPARATUS FOR MEASUREMENT OF MILLIMICROSECOND RADIATIVE LIFETIMES OF GAS-PHASE MOLECULES. II. THE RADIATIVE LIFETIME OF THE B Ou$sup +$ STATE OF I$sub 2$ BY TWO ABSOLUTE ABSORPTION METHODS (thesis). APPENDIX: DESCRIPTION OF ELECTRONIC SYSTEM [O] . J M Sakai, F E Stafford 1959

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Time‐to‐Pulse‐Height Converter for Measurement of Millimicrosecond Time Intervals

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