A semistate description for hysteresis in MOS neural-type cells

A semistate description for hysteresis in MOS neural-type cells

Semistate theory is used to give a new means of viewing the hysteresis developed in an MOS neural-type cell. The current which feeds an RC load is represented in terms of single valued functions within the semistate equations with some node voltages considered as parameters. When these parameters ar...

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Hauptverfasser: Wolodkin, G., El-Leithy, N., de Savigny, M., Tsay, S.W., Newcomb, R.
Format: Tagungsbericht
Sprache:eng
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Circuits
Educational institutions
Feeds
Hysteresis
Intelligent networks
Laboratories
Neural networks
Nonlinear equations
SPICE
Voltage
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container_end_page 292 vol.1
container_issue
container_start_page 289
container_title
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creator Wolodkin, G.
El-Leithy, N.
de Savigny, M.
Tsay, S.W.
Newcomb, R.
description Semistate theory is used to give a new means of viewing the hysteresis developed in an MOS neural-type cell. The current which feeds an RC load is represented in terms of single valued functions within the semistate equations with some node voltages considered as parameters. When these parameters are eliminated, via equations or SPICE simulations, hysteresis is found to be present for certain element value and input voltage choices.< >
doi_str_mv 10.1109/MWSCAS.1990.140709
format Conference Proceeding
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subjects Circuits
Educational institutions
Feeds
Hysteresis
Intelligent networks
Laboratories
Neural networks
Nonlinear equations
SPICE
Voltage
title A semistate description for hysteresis in MOS neural-type cells
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