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Author: search.filters.author.Pookaiyaudom, S.End date: 1979

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    A Linear Temperature-to-Differential-Current Converter
    (1979-01-01)
    Pookaiyaudom, S.
    ;
    Watanachaiprateep, C.
    A simple circuit is proposed as a linear temperature-to-differential current converter. Large and accurate conversion rate can be easily obtained. An immediate application has also been proposed. © 1979 IEEE
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    Peak-amplitude detector for sinusoidal signals
    (1979-02-15)
    Pookaiyaudom, S.
    ;
    Watanachaiprateep, C.
    ;
    Dejhan, K.
    A circuit technique is proposed for detecting the peak amplitude of a sinusoidal signal using Pythagoras's law without requiring a simultaneous equal-amplitude quadrature signal. The number of four-quadrant multipliers required is only two.© 1979, The Institution of Electrical Engineers. All rights reserved.
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    An Integrable Electronically Variable Phase Shifter
    (1979-01-01)
    Pookaiyaudom, S.
    ;
    Dejhan, K.
    ;
    Watanachaiprateep, C.
    An easily integrable electronically variable phase shifter is proposed and experimentally demonstrated. The circuit operation is in the current mode, and it can be directly employed as a subsystem of monolithic circuit A temperature compensated biasing circuit has also been suggested. Copyright © 1979 by The Institute Of Electrical And Electronics Engineers, Inc.
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    Accurate syntheses of non-linear resistances
    (1979-01-01)
    Pookaiyaudom, S.
    ;
    Surawatpanya, C.
    An easily integrable circuit principle is proposed and experimentally demonstrated for the syntheses of a large class of voltage-controlled non-linear resistances. The resulting non-linear resistances are floating, bipolar and require low bias currents. © Taylor and Francis Group, LLC.
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    A Single-Transistor Full-Wave Rectifier
    (1979-01-01)
    Pookaiyaudom, S.
    ;
    Watanachaiprateep, C.
    ;
    Dejhan, K.
    A simple full-wave rectifier using only a single transistor with two matched resistors has been proposed and the bask performances have been experimentally demonstrated. Copyright © 1979 by The Institute of Electrical and Electronics Engineers, Inc.
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    Perfectly Linear Ramp Generation with Lossy Capacitor
    (1979-01-01)
    Pookaiyaudom, S.
    ;
    Teweetiwarak, S.
    ;
    Palotaitageong, W.
    It is shown that a perfectly linear ramp voltage can be generated from a lossy capacitor using appropriate compensation current. Copyright © 1979 by The Institute Of Electrical And Electronics Engineers, Inc.
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    Synthesis of CurrentControlled Nonlinear Impedances
    (1979-01-01)
    Pookaiyaudom, S.
    ;
    Dejhan, K.
    ;
    Watanachaiprateep, C.
    An integrable circuit technique is employed to obtain a class of currentControlled nonlinear impedances which is complementary to the recently proposed voltageControlled class of nonlinear impedances. © 1979 IEEE
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    Realization of Stable CurrentControlled Frequency-Dependent Positive Resistance
    (1979-01-01)
    Pookaiyaudom, S.
    ;
    Srisarakham, W.
    An integrable circuit for the realization of a currentcontrolled frequency-dependent positive resistance will be presented. Copyright © 1979 by The Institute of Electrical and Electronics Engineers, Inc.
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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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    An Integrable Precision Voltage-to-Current Converter with Bilateral Capability
    (1978-01-01)
    Pookaiyaudom, S.
    ;
    Surakampontorn, W.
    A simple, integrable, unilateral or bilateral voltage-to-current converter is presented. Very linear and accurate conversions have been measured for voltage ranging from 0 to more than 10 V. The signal paths do not include any lateral p-n-p transistors, offering potentially wide-band applications. © 1978, IEEE. All rights reserved.