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1977 - 19785

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Author: search.filters.author.Kuhanont, T.

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    Integrable Accurate Linear Negative Impedance Conversion Circuits
    (1978-01-01)
    Pookaiyaudom, S.
    ;
    Kuhanont, T.
    Easily integrable versions of accurate and linear negative-impedance converters have been experimentally demonstrated. The converted impedance can be directly coupled with very small external bias currents, and their terminals are truly floating. Copyright © 1978 by The Institute of Electrical and Electronics Engineers, Inc.
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    Automatic Symbolic Polynomial Operations
    (1977-01-01)
    Pookaiyaudom, S.
    ;
    Kuhanont, T.
    A method of automatic symbolic polynomial operations is described, which is directly applicable to the Rayleigh and Ritz variational method, and is also suitable for obtaining analytic symbolic solutions to large network analysis problems. Copyright © 1977 by The Institute of Electrical and Electronics Engineers, Inc.
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    A wide-band high-Q dispersive delay line for square-wave signals
    (1978-01-01)
    Pookaiyaudom, S.
    ;
    Kuhanont, T.
    A long delay line, having controllable dispersive characteristics, suitable for delaying wide–band square–wave signals using only a single adaptive delay element, is proposed and experimentally demonstrated. © 1978 Taylor and Francis Group, LLC.
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    Precise Wide-Dynamic Range Constant Current Ratio Circuits
    (1977-01-01)
    Pookaiyaudom, S.
    ;
    Kuhanont, T.
    A method of compensation of unequal V<inf>BE</inf>'s, in a conventional constant current ratio circuit is proposed, which improves the accuracy and the dynamic range of the current ratio considerably, without the need to use any higher resistance than normally desirable for integrated circuits. The linearity of the current ratio is better than 1 percent over a dynamic range of greater than four orders of magnitude. Copyright © 1977 by The Institute of Electrical and Electronics Engineers, Inc.
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    High-Performance Differential Quartets
    (1977-01-01)
    Pookaiyaudom, S.
    ;
    Kuhanont, T.
    A new type of differential amplifier is analyzed and experimentally demonstrated. The transconductance is accurately determined by an external resistor and is constant up to 99 percent of the load current swing. In the absence of the external resistor, very high transconductance is also obtainable. Copyright © 1977 by The Institute of Electrical and Electronics Engineers, Inc.