Network Analysis and Feedback Amplifier DesignR. E. Krieger Publishing Company, 1975 - 577 pagina's |
Inhoudsopgave
PHYSICAL REPRESENTATION OF DRIVING POINT IMPEDANCE FUNC | 170 |
TOPICS IN THE DESIGN OF EQUALIZERS | 249 |
GENERAL RESTRICTIONS ON PHYSICAL NETWORK CHARACTERISTICS | 276 |
Copyright | |
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actual addition amplifier analysis appear applied assumed attenuation band becomes branch capacity chapter characteristic circuit complete component computation condition consider constant corresponding course Curve described determined developed direct discussion driving effect elements equal equation equivalent evidently example expression fact feedback filter final follows formulae frequency axis function gain given gives grid illustrated imaginary impedance inductance infinite input integral interstage later leads limit loop loss means mesh methods necessary negative obtained original output passive path phase characteristic phase shift physical plane plate plot poles positive possible preceding present problem quantities range ratio reactance real frequency reduced reference relation replaced represent resistance respectively result return difference shown by Fig shows simple situation slope stable structure supposed taken terminals theorem theory tion transfer transformer transmission tube voltage zero