HF Filter Design and Computer Simulation
A book for engineers who design and build filters of all types, with emphasis on lumped element, microstrip, stripline, and machined filters. It reviews classic and modern filter design techniques and it contains extensive practical design information of passband characteristics, topologies and transformations, and component effects and matching.
35 pages matching waveguide in this book
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1 Reflection or Mismatch Loss
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90 degrees all-pole amplitude transmission approximately attenuation bandpass filter bandstop filter bandwidth Butterworth capacitors Cauer-Chebyshev center frequency characteristic impedance Chebyshev circuit file coaxial combline component conductor cutoff frequency DEF2P degrees long diameter dielectric constant discontinuities distributed effective electrical length elliptic bandpass elliptic lowpass equation etch factor evanescent mode external coupling F4-Tuna F8-Edlt F7t Tuna filter structures Fl-Hlp given in Figure GPH S21 group delay H=H MLI highpass inches increased inductance inductor input insertion loss layout line impedance line lengths line widths loading capacitance lowpass filter lowpass prototype lumped element M/FILTER microstrip microwave ohms optimization output parameters passband PTFE radiation ratio reactance realization reentrance relative dielectric constant return loss S-parameter selected series inductors shown in Figure shunt capacitors simulation slabline solenoid spacing stepped-impedance lowpass stopband stripline stub SuperStar synthesis transfer function transmission line tuning unloaded Q voltage W=Whi W=WI waveguide
Practical Filters and Couplers: A Collection from Applied Microwave & Wireless
Limited preview - 2001
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Applied Science & Technology Index, Volumes 1-2
No preview available - 1996