Design and investigation of a very wide dynamic microwave electronic counter entirely intergrated using traditional MOSFET technology (/spl sim/1E4 Hz to 1E11 Hz)

A. El-Hennawy, H. Abd El-Hameed, A. Ramadan, M.A. El-Ftah
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引用次数: 1

Abstract

The paper presents a new MOSFET IC frequency to frequency converter (FFC) which can measure frequency, period, frequency ratio, time interval, event counting, rise and fall time, pulse width, duty cycle and statistical information (repeating mode, software, storage memory). The proposed FFC is based on a new technique of operation comprising transformation from high (upper microwave frequencies) to appropriate easily measurable frequencies (/spl sim/1 Hz to 1 E6 Hz) with excellent resolution (/spl sim/0.1 ppm). It uses a very low level current to frequency converter (CFC) operating in its exponential mode. The FFC is entirely integrated using the standard 2 /spl mu/m MOSFET technology.
完全采用传统MOSFET技术集成的超宽动态微波电子计数器(/spl sim/1E4 Hz至1E11 Hz)的设计与研究
本文提出了一种新型的MOSFET IC频频转换器(FFC),它可以测量频率、周期、频率比、时间间隔、事件计数、上升和下降时间、脉宽、占空比和统计信息(重复模式、软件、存储器)。所提出的FFC基于一种新的操作技术,包括从高(较高的微波频率)转换到适当的易于测量的频率(/spl sim/1 Hz至1 E6 Hz),具有出色的分辨率(/spl sim/0.1 ppm)。它使用一个非常低水平的电流到频率转换器(CFC)在其指数模式下工作。FFC完全集成使用标准的2 /spl mu/m MOSFET技术。
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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