INTRODUCTION
RESONATORS [1]
LUMPED ELEMENT
TWO ELEMENT RESONATOR CIRCUITS
THREE ELEMENT RESONATOR CIRCUITS
FOUR ELEMENT RESONATOR CIRCUITS
COAXIAL CABLE RESONATOR [2]
DESIGN EXAMPLE OF A COAXIAL CABLE RESONATOR
CALCULATION OF RESONATOR Q FACTOR
COAXIAL RESONATOR [3]
DESIGN EXAMPLE OF A COAXIAL RESONATOR [4,5,6]
DIELECTRIC RESONATOR [7]
DESIGN EXAMPLE OF A DIELECTRIC RESONATOR
COUPLING OF RESONATOR TO MICROSTRIP LINE [8]
TRANSMISSION LINE RESONATOR [9]
DESIGN EXAMPLE OF INDUCTOR USING A TRANSMISSION LINE
CALCULATION OF EFFECTIVE RELATIVE PERMITTIVITY [10]
INTER-DIGITAL MICRO-STRIP CAPACITORS [11]
VARACTORS [12]
DESIGN EXAMPLE OF A VARACTOR DIODE
TUNING RATIOS
CIRCUIT Q
TEMPERATURE VARIATION
TEMPERATURE COMPENSATION
TWO ELEMENT RESONATOR CIRCUITS
THREE ELEMENT RESONATOR CIRCUITS
FOUR ELEMENT RESONATOR CIRCUITS
COAXIAL CABLE RESONATOR [2]
DESIGN EXAMPLE OF A COAXIAL CABLE RESONATOR
CALCULATION OF RESONATOR Q FACTOR
COAXIAL RESONATOR [3]
DESIGN EXAMPLE OF A COAXIAL RESONATOR [4,5,6]
DIELECTRIC RESONATOR [7]
DESIGN EXAMPLE OF A DIELECTRIC RESONATOR
COUPLING OF RESONATOR TO MICROSTRIP LINE [8]
TRANSMISSION LINE RESONATOR [9]
DESIGN EXAMPLE OF INDUCTOR USING A TRANSMISSION LINE
CALCULATION OF EFFECTIVE RELATIVE PERMITTIVITY [10]
INTER-DIGITAL MICRO-STRIP CAPACITORS [11]
VARACTORS [12]
DESIGN EXAMPLE OF A VARACTOR DIODE
TUNING RATIOS
CIRCUIT Q
TEMPERATURE VARIATION
TEMPERATURE COMPENSATION
LOADED & UNLOADED Q [13,14,15]
UNLOADED Q
LOADED Q
Q TRANSFORMATION
INSERTION LOSS OF RESONATOR
DESIGN EXAMPLE FOR A VARACTOR
CONTROLLED RESONATOR
CONCLUSION/SUMMARY
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LOADED Q
Q TRANSFORMATION
INSERTION LOSS OF RESONATOR
DESIGN EXAMPLE FOR A VARACTOR
CONTROLLED RESONATOR
CONCLUSION/SUMMARY
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