1 ABSTRACT
2 INTRODUCTION
3 RESONATORS [1]
3.1 LUMPED ELEMENT
3.2 TWO ELEMENT RESONATOR CIRCUITS
3.3 THREE ELEMENT RESONATOR CIRCUITS
3.4 FOUR ELEMENT RESONATOR CIRCUITS
3.5 COAXIAL CABLE RESONATOR [2]
3.6 DESIGN EXAMPLE OF A COAXIAL CABLE RESONATOR
3.7 CALCULATION OF RESONATOR Q FACTOR
3.8 COAXIAL RESONATOR [3]
3.9 DESIGN EXAMPLE OF A COAXIAL RESONATOR
[4,5,6]3.10 DIELECTRIC RESONATOR
[7]3.11 DESIGN EXAMPLE OF A DIELECTRIC RESONATOR
3.12 COUPLING OF RESONATOR TO MICROSTRIP LINE [8]
3.13 TRANSMISSION LINE RESONATOR [9]
3.14 DESIGN EXAMPLE OF INDUCTOR USING A TRANSMISSION LINE
3.15 CALCULATION OF EFFECTIVE RELATIVE PERMITTIVITY
[10]3.16 INTER-DIGITAL MICRO-STRIP CAPACITORS
[11]3.17 VARACTORS
[12]3.18 DESIGN EXAMPLE OF A VARACTOR DIODE
3.19 TUNING RATIOS
3.20 CIRCUIT
Q3.21 TEMPERATURE VARIATION
3.22 TEMPERATURE COMPENSATION
4 LOADED & UNLOADED Q
[13,14,15]4.1 UNLOADED
Q4.2 LOADED
Q4.3 Q TRANSFORMATION
4.4 INSERTION LOSS OF RESONATOR
4.5 DESIGN EXAMPLE FOR A VARACTORCONTROLLED RESONATOR
4.6 CONCLUSION/SUMMARY
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