RF & Microwave Matching Techniques
The TECH EDGE Series is a new generation of handbooks designed for the general electronic community covering a variety of topics & applications. Each book is narrow in scope, yet packed to provide the latest in technological developments &/or solutions to today's engineering problems. Approximately 125 pages of text, illustrations, tables & figures. TECH EDGE books can be bought either individually, as a series, or at group discounts. The first installment of the TECH EDGE Series is a six-book set on RF & Microwaves. Presenting theory while stressing practical aspects & design examples, each book treats pertinent interface problems that most other publications are not concerned with. Nearly 700 pages of text, graphs, figures & tables make up this complete series. Matching various components or stages in microwave & RF systems is not only needed for optimum power coupling, but it is also necessary to avoid degradation in the performance of active devices & components. This book covers various interfacing techniques & procedures to insure system performance within the RF & Microwave environment.
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Ampliﬁer Circuit Matching
Chapter4 Transmission Lines and Subsystem Mismatches
Chapter5 Impedance Transformers as Matching Interfaces
1 other sections not shown
50 Q microstrip active devices Adapted from Ref ampliﬁer design amplitude match balanced transistor balun bandwidth Bond Wire capacitance capacitor characteristic impedance chip circuitry coaxial Coefﬁcient components conductor conﬁguration Conjugate Matching connected constant-R network deﬁned dielectric constant differential ampliﬁer diodes distributed ampliﬁer Double-Balanced Mixer Drain dual mixer equivalent circuit ﬁeld Figure ﬁlm ﬁrst Flgure FORTRAN GaAs FET gain gate ground plane imped impedance chart impedance matching impedance transformation inductance input and output input impedance Interfaces load impedance lossless Matching Networks measured microstrip Microwaves & RF Mismatches Model modules OHMS output impedance output matching Package Segment parallel PARAMETERS parasitic ratio reactance reﬂection REFLECTION COEFFICIENT resistance resistors Resonator RETURN LOSS RF and microwave ripple SHORT-CIRCUIT shown in Fig shunt signal Smith chart speciﬁc Standing Wave Ratio STUB SUBROUTINE Subsystem SYNMAT Table terminated tion transistor transition transmission line unit length voltage VSWR waveguide wavelength WAVL