Understanding MicrowavesA complete and accessible introduction to the important field of microtechnology. Avoiding complex mathematics, it covers all the pertinent microwave terminology, devices, systems and subsystems in order to facilitate an understanding of how everything fits together to create communications, navigation and radar equipment. Packed with illustrations as well as extensive exercises and answers. |
Contents
A Survey of Microwave Systems and Devices | 3 |
Microwave Fields | 19 |
Microwave PowerdB and dBm | 39 |
Copyright | |
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amplifier amplitude array attenuation bandwidth baseband bipolar transistor capacitance capacitor carrier channel circuit circulator coaxial cable collector component conductor devices diode electric field electron beam fabricated ferrite filter Frequency GHz frequency range function gain guide wavelength HEMT hybrid MIC IMPATT incident power inductance input cavity input power input signal insertion loss interaction structure klystron low frequency magnetic field matching material micro microstrip microstrip line microstrip transmission line microwave band microwave field microwave frequency microwave power microwave relay microwave signal microwave systems microwave tubes mismatch mixer multiplexing noise figure noise power operation oscillator output power parabolic phase noise phase shift PIN diode power density power level pulse radar reactance reflected power reflection coefficient resistor return loss satellite shown in Figure shows sidebands signal to noise Smith chart stripline substrate target telephone temperature transmission line varactor voltage wave waveguide wavelength