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1972•IEEE Transactions on Instrumentation and MeasurementRequires access

Automatic Plotting Systems for Frequency Stability Curves and Discrete Spectral Density of Frequency Standards

J. Groslambert, M. Olivier, J. Uebersfeld

Open publisher page 1 citations

Abstract

In this paper, the authors describe two automatic systems to analyze the performance of quartz oscillators and especially frequency standards. The first system is the I(τ) plotter used to the frequency stability measurement of oscillators in time domain. The second system draws the discrete spectrum of an oscillator. A computer coupled to the analyzer allows us to do a statistical analysis on the measurement.

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What this paper is about

In this paper, the authors describe two automatic systems to analyze the performance of quartz oscillators and especially frequency standards. The first system is the I(τ) plotter used to the frequency stability measurement of oscillators in time domain. The second system draws the discrete spectrum of an oscillator. A computer coupled to the analyzer allows us to do a statistical analysis on the measurement.

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Available abstract

In this paper, the authors describe two automatic systems to analyze the performance of quartz oscillators and especially frequency standards. The first system is the I(τ) plotter used to the frequency stability measurement of oscillators in time domain. The second system draws the discrete spectrum of an oscillator. A computer coupled to the analyzer allows us to do a statistical analysis on the measurement.

Key concepts: Plotter, Frequency domain, Stability (learning theory), Spectrum analyzer, Frequency standard, Discrete frequency domain, Computer science, Crystal oscillator

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