Results 191 to 200 of about 12,729 (243)

Understanding the regenerative comparator circuit

Proceedings of the IEEE 2014 Custom Integrated Circuits Conference, 2014
The regenerative comparator circuit which lies at the heart of A/D conversion, slicer circuits, and memory sensing, is unstable, time-varying, nonlinear, and with multiple equilibria. That does not mean, as this paper shows, that it cannot be understood with simple equivalent circuits that reveal its dynamics completely, and enable it to be designed to
Asad Abidi, Hao Xu
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An integrated-circuit comparator macromodel

IEEE Journal of Solid-State Circuits, 1976
A macromodel for integrated-circuit comparators, suitable for use with typical present-day (1976) circuit simulators, is presented. The macromodel can provide up to an order of magnitude reduction in CPU time and matrix size for CAD. Good agreement (typically within 10 percent) between experimental and macromodel transient response parameters is ...
I.E. Getreu, A.D. Hadiwidjaja, J.M. Brinch   +2 more
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Simple and accurate comparator circuit

The 2002 45th Midwest Symposium on Circuits and Systems, 2002. MWSCAS-2002., 2003
The novel comparator circuit is proposed. Not only the cross-coupled transistors, but also the load transistors pair block with cross-coupled capacitors contribute to enhancing the latch operation. The mechanism is explained in detail. The load circuit of the input differential stage is designed to reduce the input referred offset deviation.
T. Shima, K. Miyoshi
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Comparative Analysis: Power Reversible Comparator Circuits 90 Nm Technology

2013 7th Asia Modelling Symposium, 2013
In this paper we design GDI and TG based Reversible Comparator circuit using 90 nm Technology. Reversible or information loss less circuits have applications in nanotechnology, digital signal processing, communication, computer graphics and cryptography. They are also a fundamental requirement in the emerging field of quantum computing.
Sumit Khurana, Amit Grover, Neeti Grover
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Some Special-Purpose Comparator Circuits

IETE Journal of Research, 1978
In some measurement and control problems, circuits for some signal-comparisons of complicated nature may be required. The paper describes simple and novel circuits for: (a) comparison between concurrent magnitudes of two signals, (6) window-comparison at a specified instant, and (c) comparison between time-dispersed magnitudes of two signals.
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A Comparator Bridge Circuit

IEEE Transactions on Industrial Electronics and Control Instrumentation, 1969
This paper describes a bridge circuit which was designed to perform a comparison between a temperature which is the controlled variable in a feedback control system, and a reference input or set point value. The feedback system was designed to control a certain heat transfer process.
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Comparing ATPGs for synchronous sequential circuits

[1991] Proceedings, Advanced Computer Technology, Reliable Systems and Applications, 1991
A comparison is made of some of the approaches to sequential automatic test pattern generation (ATPG). The criterion that guided the choice was to select one or more representatives of the topological, simulation-based, or functions- and automata-based methods for which experimental data on the standard benchmark set of F. Brglez et al. (IEEE Int. Symp.
CAMURATI, Paolo Enrico, GILLI, MARCO, MEO, ANGELO RAFFAELE, PRINETTO, Paolo Ernesto, SONZA REORDA, Matteo   +4 more
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Comparator circuit

2020
An aspect of the disclosure includes a comparator circuit comprising: a master latch comprising a first amplifier circuit and a first latch circuit coupled to an output of the first amplifier circuit; a slave latch comprising a second amplifier circuit having an input coupled to the output of the first amplifier circuit, and a second latch circuit ...
Mattia, Oscar Elisio, Guermandi, Davide
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Time-Comparator Neural Circuits of Gymnotiform Electric Fishes

Zoological Science, 2023
Weakly electric fish possess electrosensory neural systems that are dedicated to detect microsecond time differences between sensory signals. Many features of this timing system, such as electroreceptor encoding, time-locked responses, and time-comparator neural circuit, are shared by closely related as well as distantly related electric fishes.
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