Accession Number : AD0474217


Title :   A GENERAL MATCHING THEORY AND APPLICATION TO TUNNEL DIODE AMPLIFIERS,


Corporate Author : CALIFORNIA UNIV BERKELEY ELECTRONICS RESEARCH LAB


Personal Author(s) : Chan, Y. T. ; Kuh, E. S.


Report Date : 17 AUG 1965


Pagination or Media Count : 51


Abstract : In this paper Youla's theory of broadband matching to include both passive and active 1-port load impedances is generalized. The design philosophy of lossless coupling networks for an active load is different from that of a passive load; however, the design theory is quite similar. The theory is illustrated in a detailed example with a tunnel diode as the active load. Both series resistance and inductance are used in the equivalent circuit representation. New results in terms of theoretical limitation on gain-bandwidth and a sufficient condition for potential stability are obtained. (Author)


Descriptors :   *TUNNEL DIODES), (*IMPEDANCE MATCHING, (*AMPLIFIERS, TUNNEL DIODES), THEORY, BROADBAND, COUPLING CIRCUITS, ELECTRICAL RESISTANCE, INDUCTANCE, GAIN, STABILITY, BANDWIDTH, ELECTRICAL IMPEDANCE, NUMERICAL ANALYSIS.


Subject Categories : ELECTRICAL AND ELECTRONIC EQUIPMENT
      CYBERNETICS


Distribution Statement : APPROVED FOR PUBLIC RELEASE