Author
Branko Leskovar
Bio: Branko Leskovar is an academic researcher. The author has contributed to research in topics: Detector. The author has an hindex of 1, co-authored 1 publications receiving 7 citations.
Topics: Detector
Papers
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01 Jan 1967
7 citations
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01 Apr 1973
TL;DR: A literature search was conducted in an effort to collect and compile as many references on the phase-locked loop as possible, and a comprehensive listing of approximately 800 references covering the past two decades of work reported throughout the world are presented.
Abstract: A literature search was conducted in an effort to collect and compile as many references on the phase-locked loop as possible. Although not all inclusive, a comprehensive listing of approximately 800 references covering the past two decades of work reported throughout the world are presented. The compilation is given in two parts: first by categories, and then alphabetically by authors.
77 citations
TL;DR: In this article, the average lattice parameter of a low-temperature californium sesquioxide was found to exhibit the cubic, Mn 2 O 3 -type structure with the average parameter a = 10·838±0·020 A.
19 citations
TL;DR: Conversion of Varian E−3 spectrometer to 1−MHz magnetic field modulation is described, and the system has an overall response time jof approximately 2 μsec, and has senstivity comparable to the 100−kHz receiver under similar conditions.
Abstract: Conversion of Varian E−3 spectrometer to 1−MHz magnetic field modulation is described. The Normal 100−kHz mode of operation of the instrument is not affected by the modifications. The system has an overall response time jof approximately 2 μsec, and has senstivity comparable to the 100−kHz receiver under similar conditions.
15 citations
TL;DR: In this paper, the effect of essential nonlinearity of phase-sensitive detector characteristics is studied and determined theoretically in detail, assuming that the input signal is a sine wave in the presence of additive narrow-band Gaussian noise.
Abstract: The effect of essential nonlinearity of phase-sensitive detector characteristics is studied and determined theoretically in detail, assuming that the input signal is a sine wave in the presence of additive narrow-band Gaussian noise. Minimum, maximum, and limiting values of nonlinearities of detector characteristics as functions of the input signal-to-noise ratio and the phase angle between the input signal and the reference wave are determined by means of computer-aided analysis. A set of curves that can be used to evaluate in detail the essential nonlinearities of detector performance and characteristics over a wide range of operating conditions and significant parameters is presented. Particular emphasis is placed on the determination of optimum detector operating conditions for minimum essential nonlinearities in wide-band Fourier-transform high-resolution nuclear magnetic-resonance and electron-spin-resonance spectrometers.
4 citations
TL;DR: A new generalized analysis is presented of operating characteristics of phase-sensitive detector circuits, assuming that the input signal and the reference wave are in the presence of independent, stationary, and additive Gaussian noise.
Abstract: A new generalized analysis is presented of operating characteristics of phase-sensitive detector circuits, assuming that the input signal and the reference wave are in the presence of independent, stationary, and additive Gaussian noise The generalized criteria are determined for the detector optimum operating conditions and for minimization of the detector characteristic essential nonlinearities by means of computer-aided analysis, using high-density discrete value calculations The results of the analysis are given in normalized form and can be directly applied to evaluate in detail the detector-circuit performance and characteristic essential nonlinearities over a wide dynamic range of operating conditions Furthermore, particular emphasis is laid on the determination of optimum detector-circuit operating conditions in contemporary instrumentation systems
4 citations