000			04999nam a2200169Ia 4500
008			140223b2005 xxu||||| |||| 00| 0 eng d
020			_a9788181479860 _c0.00
082			_a621.3813 _bHAN
100			_aIshii, Koryu T.
245			_aHandbook of Microwave Technology: Applications Vol - 2
260			_aSingapore _bElsevier Academic Press _c2005
300			_a679p
500			_aMicrowave Transmission Lines / by P. Pramanick and P. Bhartia Introduction to Transmission Lines Two Wire Line Coaxial Lines Waveguides Finliens Dielectric Waveguides Microstrip Lines / by J. K. Kwon Microstrip Lines Microstrip Discontinuities Microwave Resonators / by Robert A. Strangeway Resonator Basics Two - Wire Line Resonators Basic Coaxial Resonators Rectangular Waveguide Cavities Circular Cylindrical Waveguide Cavities Spherical Cavities Dielectric Resonators Loop - Gap Resonators Microstrip Resonators Fabry - Perot Resonators YIG Resonators Traveling - Wave Resonators Microstrip Line Components / by R. K. Hoffmann Straight Planar Ribbon Inductor Round Wire Inductor Planar Ring Inductors Planar Circular spiral Inductor Planar Rectangular and Square Spiral Inductors Planar Dielectric - Film Overlay Capacitors Microstrip Disk Capacitors Microstrip Series Gap Capacitor Open - Ended Microstrip Microstrip Short Circuits Step Changes in Strip Conductor Width of Microstrip Lines Right-Angled Bends on Microstrip Lines Absorbing Microstrip Terminations Coaxial - to - Microstrip Transitions Microstrip Line Components: Suspended - Substrate Techniques / by U. Bochtler and F. M. Landsorfer Basics Parameters for Singles Liens Parameters for Coupled Lines Microwave Filters / by Randall W. Rhea Historical Perspective The Low-Pass Prototype L - C Filter Transformations Bandpass Transform Distortion Distributed Filters Computer Simulation Dissipation Loss Component Technology Directional Couplers / by Stephen Jon Blank and Charles Buntschuh Definition and Basic Properties Waveguide Aperture Couplers Coupled Line Couplers Branch-Line, Branch-Guide, and Rate Race Couplers Developments Microwave Ferrite Devices / by Jerzy Krupka and Wojciech Glogier Ferrite Materials for Microwave Applications Electromagnetic Waves in a Ferrite Medium Ferrite Phase Shifters Ferrite Circulators and Isolators YIG Devices Ferrite Switches Microwave Solid Stage Devices Cam Nguyen Microware Mixer and Detector Diodes Microwave Varactor Diodes Microwave PIN Diodes Microwave GUNN Diodes Microwave IMPATT Diodes Microwave Bipolar Junction Transistors Microwave Field Effects Transistors Transferred Electron Devices / by S. J. Jerome Teng Device Physics Device Design and Fabrication Gunn Oscillator and Circuits Gunn Amplifiers Noise Characteristics Power Combining Techniques Microwave IMPATT Diode Amplifiers and Oscillators / by David P. Kelemer IMPATT Diode Principles IMPATT Diode Fabrication Commercial IMPATT Diode Specification IMPATT Diode Amplifier Design IMPATT Diode Oscillator Design Noise Characteristics of IMPATT Diode Oscillators and Amplifiers Microwave Transistor Oscillators and Amplifiers / by Aksel Kiiss Part - A: Amplifiers Low Noise Amplifiers Amplifiers Design Power Amplifiers Part - B: Oscillators Free Running Oscillators Internally or Externally Controlled Oscillators Frequency Synthesizers Frequency Multipliers Microwave Detectors, Mixers, Converters and Harmonic Generators / by T. Koryu Ishill Microwave Amplitude Modulation Detectors Microwave Frequency Modulation Detectors Microwave Phase Modulation Detectors Microwave Mixers Microwave Up - Converters Microwave Down - Converters Microwave Parametric Amplifiers Amplitude Modulation Noise in Detectors, Mixers, Converters Phase Modulation Noise in Detectors, Mixers and Converters Microwave Harmonic Generators Packaging Configurations of Microwave Detectors, Mixers, Converters and Harmonic Generators Electron Beam Formation, Focusing and Collection in Microwave Tubes Description of Electron Guns Electron Emission Computer Codes Used in Beam Optical Design Optical Design of Electron Guns Beam Focusing Electron Beam Collection Gun and Beam Measurement Microwave Solid - State Switches, Phase Shifters, and Attenuators / by T. Koryu Ishii Microwave Solid - State Switches Microwave Solid - State Phase Shifters Microwave Solid - State Attenuators Microwave Thermionic Density Modulated Devices and Applications / by T. Koryu Ishii Principles of Microwave Thermionic Triodes Example of Microwave Thermionic Triodes Principles of Microwave Thermionic Tetrodes Examples of Microwave Thermionic Tetrodes Microwave Impedance Matching Techniques / by S. N. Prasad Narrow Band Matching Wide Band Matching Balanced to Unbalanced Transformations
600			_aElectronic Engineering
890			_aIndia
995			_AHAN _B003800 _CECT-NIT _D1495.00 _E0 _F049 _G32609 _H0 _I0.00 _J1121.25 25% (Rs 2990.00 2 Vol Set Price) _L20050928 _M01 _UC _W20051024 _XBooks India _ZReference
999			_c46541 _d46541