pptpresentation for phd.pptxRF and Microwave Engineering involves the study of signals in high-frequency ranges, focusing on transmission lines, waveguides, components, and systems used in wireless communication, radar, and satellite technologies.
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RF and Microwave Engineering involves the study of signals in high-frequency ranges, focusing on transmission lines, waveguides, components, and systems used in wireless communication, radar, and satellite technologies.
pptpresentation for phd.pptxRF and Microwave Engineering involves the study of signals in high-frequency ranges, focusing on transmission lines, waveguides, components, and systems used in wireless communication, radar, and satellite technologies.
- 1. MILLIMETER WAVE MICROSTRIP ANTENNA ARRAY RADAR FOR AUTOMOTIVE INDUSTRY
- 2. INTRODUCTION With the rapid development of economy, the number of cars has increased greatly. In order to avoid traffic accidents, it is important to improve the safety and reliabilityof automobiles. Automotive radar is avehicle assistant driving system that can prevent accidents. There are many types of automotive radar. Collision avoidance radar Parking assistance radar blind spot detecting radar
- 3. RADAR V/S SENSOR Radar is a remote sensing and detection technology that used radio waves to locate targets, their angle and velocity where as sensor is a range imaging camera technology that used infrared light to determine depth information.
- 4. SENSOR LIMITATION • The required line of sight • Limited range, support a shorter range • Can be affected by environmental conditions such as rain, fog, dust, pollution, sunlight, smoke, etc • Some time gets false result.
- 5. Radar application in a car
- 7. SHORT RANGE OF RADAR 1. 15 cm – 30 cm range 2. Frequency range 24 GHZ 3. 9dBm/HZ transmit power used 4. Ex: Blind spot detection parking assistant collision avoidance
- 8. WHY AUTOMATIVE COLLISION AVOIDANCE RADAR? Enhanced Vehicle Security is the need of the Modern Automative Industry. Need to detect a vehicle at a critical speed and at a critical distance. Most recent Standard of ETSI EN 302 288-1 V1.1.1 (2005- 01 ) defined in Jan 2005: Band of 22- 26.625 GHz is most suitable for Automobile collision avoidance Radars.
- 9. BASIC REQUIREMENTS OF AN AUTOMOBILE RADAR Low Side lobe Level Higher Directivity. Higher gain. Low Return Loss.
- 10. SOFTWARE REQUIREMENTS CST Studio ADS (Advance design system ) Qucs software Computer Aided Design(CAD)
- 11. FUTURE WORK Design collision avoidance radar. Make it a Electronically Scanned Array. Reduce the Side lobes using different type of distribution(Chebyshev distribution, active distribution) in feeding line. Trying out different feeding lines like Comb line feed and measure its performance. Decrease the size of radar as much as possible. Also design other short range radar (which is working at range 22Ghz to 26Ghz).
- 12. MY DESIGN I have design antenna array for air surveillance radar in LRDE Bangalore I study and practically design the research paper “Millimeter Wave Microstrip Antenna Array for Automotive Collision Avoidance Radar” Yu Zhang, Yuenian Chen, Ying Liu, Senior Member, IEEE, Yang Lu ,which is published at 2020
- 13. THANKS