Microwaves and Antennas
- 1- Microwave engineering Principle, Fundamentals and Applications
2- (Transmission lines such as: coaxial cables, Microstrip ,strip lines, co-planar Waveguide and waveguide (calculation characteristic Impedance and Propagation Constant
3- Scattering Parameters for two and N ports Networks.
4- Power Divider, Magic Tee and Hybrid circuits in Waveguide and Microstrip Lines
5- Waveguide and Microstrip Passive Element such as: Attenuator, Phase shifter, Directional Coupler
- 6- Microwave Resonators (Transmission Line and waveguide), Resonance Frequencies and Quality Factor for Different Modes
- 1-Antennas parameters such as: Radiation Patterns, Beamwidths, Antenna Gain, Antenna Directivity, Antenna Impedance matching, Antenna Polarization
2-Friss Equations (Transmitters and Receivers Equations) and Radar Rang Equation
3-Vector Potentials for Electric and magnetic Sources
4-Electric and Magnetic Fields form Electric and magnetic Source
5-Antenna Near and Far Fields
6- Radiation from Dipole Antenna and Radiation Impedance
7-Radiation from small Loop Antenna
- 8-Antenna array Uniform, N element linear array, Array Broadside and Array Endfire, Array factor, array multiplication
- 9- Apertures Antenna, Familiarity Different kind of Apertures Antenna