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Table of contents
Chapter one: Introduction
1. Introduction
1.1. Background
1.2. Thesis motivation
1.3. Thesis objective
1.4. Thesis overview
Chapter two: Literature review
2.1. Antennas
2.2. Antenna types
2.3. The microstrip patch antenna
2.4. Shapes of patch antennas
2.4.1. Substrate for the patch antennas
2.5. Antenna arrays
2.6. The Phased array
2.6.1. Principle of the phased array
2.6.2. The passive phased array
2.6.3. The active phased array
2.6.4. Array configuration
2.6.5. Array size
2.6.6. Active input impedance
2.6.7. Spacing between adjacent elements
2.6.8. Beam steering
2.7. Radar
2.7.1. The radar equation
2.7.2. Radar cross section
2.7.3. The TR module
2.7.4. Literature about the TR module
2.8. System modeling and specification
2.9. Target modeling
Chapter three: System design and modeling
3.1. Antenna design
3.1.1. The design process
3.1.2. Design specification
3.1.3. Design parameters
3.1.4. Mathematical model of the patch antenna
3.1.5. Designing of a rectangular patch antenna
3.1.6. The Antenna array
3.2. Complete system model
3.2.1. The RF pulse transmitter
3.2.2. The RF power divider network
3.2.3. System level modeling of the TR module
3.3. 1D antenna array design
3.4. 2D antenna array design
3.5. Radar front end modeling
3.5.1. Signal analysis
Chapter four: Simulation results and analysis
4.1. The single element side feed patch antenna
4.1.1. Radiation pattern and gain
4.1.2. 3D radiation pattern
4.2. Simulation of a 1D phased array antenna
4.2.1. Radiation pattern and gain
4.2.2. 3D radiation pattern
4.3. Simulation of a 2D phased array antenna
4.3.1. Directivity and gain
4.3.2. S!! parameters
4.3.3. Efficiency and radiated power
4.3.4. 3D Radiation pattern
4.4. Simulation of beam steering of a linear array
4.5. Simulation of beam steering of a 2D array
4.6. The RF front end
Chapter five: Conclusion
5.1. Conclusion
5.2. Future work
References
