## Radio Frequency Circuit DesignThis book focuses on components such as filters, transformers, amplifiers, mixers, and oscillators. Even the phase lock loop chapter (the last in the book) is oriented toward practical circuit design, in contrast to the more systems orientation of most communication texts. |

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### Contents

CHAPTER THREE Impedance Matching | |

Transmission Lines | |

4TELEGRAPHERS EQUATIONS 4 5 TRANSMISSION LINE EQUATION 4 6SMITHCHART | |

CHAPTER FIVE Filter Design and Approximation | |

CHAPTER SIX TransmissionLine | |

SYNTHESIS | |

WITH EXTERNAL | |

5MINIMUM REQUIREMENTSOF | |

7 | |

CHAPTER | |

CHAPTER TWELVE PhaseLock Loops | |

APPENDIX B Analytical SpiralInductor Model | |

TwoPort Parameter Conversion | |

APPENDIXF Transistor andAmplifier Formulas BIPOLAR TRANSISTOR PARAMETERS BJT | |

### Common terms and phrases

admittance amplitude analysis approximately bandpass bandwidth canbe capacitance capacitor characteristic impedance Chebyshev Chebyshev filter circuit elements class B amplifier collector conductor coupler described determined device dielectric diode efficiency emitter equations equivalent circuit feedback formula given harmonic IEEE Trans inductance inductor intermodulation inthe linear load impedance loop filter loss lowpass filter matching circuit matrix maximum microstrip Microwave Theory Tech MOSFET negative node noise factor noise figure nonlinear ofthe oscillator output power output voltage pass band phase detector phaselock loop port power amplifier ratio reactance reference frequency reflection coefficient resistor resonant result RF signal RLC circuit scattering parameters shown in Fig shunt side SPICE stability switching temperature terminated timedomain transfer function transistor transmission line transmission line transformer twoport circuit VCO frequency voltage voltages and currents wave waveform zero