Development of Antenna Starter Kits for
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1 Development of Antenna Starter Kits for Remote Education Antenna Laboratory (REAL) to Enhance Undergraduate Electrical Engineering Education Satish K. Sharma*, Sunil K. Rajgopal, and Madhu S. Gupta Department of Electrical and Computer Engineering San Diego State University, San Diego, CA, USA, s: and Acknowledgements: Prof. Dan Stancil, Carnegie Mellon University, Preet R. S. Sodhi, SDSU
2 Outline Motivation Remote Laboratory Background Description of the Facility Operational logistics Antenna Starter Kits Development Development of Instructional Manual Summary and Future Work
3 Electromagetics and Antennas Education Students can build things after 1 or 2 semesters of circuits or controls Course Students can rarely build anything after 2 semesters of electromagnetics! Common impression: abstract, mathematical, of little practical use Antenna is an integral component in a wireless communications and can be practically realized Many universities offer Antenna course/contents at undergraduate level as part of EM education
4 Antennas as a Solution Many antennas are simple to make Wires Antennas and Arrays (Omni-directional/Directional radiation patterns) Printed Microstrip Antennas and Arrays (Aperture type antennas and Arrays (for high Gain) with Directional radiation Patterns) But they are hard to test (beyond SWR) Consequently most antenna courses with projects use simulation only
5 Proposed Solution: the Remote Educational Antenna Laboratory Antenna starter kits available at low cost (designed by SDSU) Anechoic chamber available for scheduling and use by students and educators (CMU) Live control of the chamber and instruments via the web Provides opportunity for hands-on experience in antenna construction and the next best thing to hands-on for testing
6 Remote Laboratories for Education Training for real-world experiences Resource leveraging instrument sharing between schools secure after hours use of existing equipment Enhanced Classroom demonstrations avoids logistical difficulties of setting up demo in class allows students to play with demo after class at their leisure Enables lab component for distance education
7 REAL Facility Description at CMU (D. Stancil) Rectangular chamber 10 x18 x10 Designed for -40 db quite zone VSWR above 2 GHz by Cuming Microwave Presently has a single axis of rotation Instrumentation available to 9 GHz Presently configured for 1-3 GHz measurements Available measurements: Return Loss with frequency Azimuth and Elevation patterns Gain by comparison with standard
8 Chamber Antenna Mount (D. Stancil) Web cam Chamber Antenna Light
9 Screen Capture from Webcam (D. Stancil)
10 Measurement Interface (D. Stancil)
11 Pattern from homemade Dipole (D. Stancil)
12 Anticipated Usage Logistics Antennas fabricated at local institutions & time scheduled on facility Antennas shipped to CMU prior to scheduled time Antennas mounted in chamber by CMU student/technician Remote students take control of the chamber measurements Antennas returned to students All antenna designs and measurements taken with the facility will become part of a publiclyavailable data base
13 Antenna Starter Kits Development Basic kit of parts to make simple antennas Includes instructions and example designs Available at low cost Examples: Patch Antenna
14 Antenna Starter Kits Development Antennas Under Developed (Frequency: between 2 to 3 GHz): Rectangular Microstrip Antennas (Coaxial probe/microstrip line fed) Circular Microstrip Patch Antennas (Coaxial probe/microstrip line fed) Corporate fed Microstrip Linear/Planar Array Antennas Monopole Antenna Dipole Antenna Wire Rectangular Loop Antenna Wire Circular Loop Antenna Yagi-Uda and Log-Periodic Wire Antennas Design Tools: Ansoft HFSS 10, Ansoft Designer 3.0, PCAAD v5, MININEC Fabrication Material: Rogers 5880, FR-4, Cuming Foam, Copper Tape, Wire, Metallic sheet, SMA connectors
15 Antenna Starter Kits Development
16 Antenna Starter Kits Development
17 Antenna Starter Kits Development
18 Antenna Starter Kits Development
19 Antenna Starter Kits: Instruction Manual
20 Antenna Starter Kits: Instruction Manual
21 Antenna Starter Kits: Instruction Manual
22 Future Antenna and Instruction Manuals Under Development Planar (4x4) microstrip array antenna Yagi-Uda Antenna Log-Periodic Antenna
23 Summary Some Antenna Starter Kits are ready Remote Educational Antenna Laboratory operational ( Will be used in for teaching Antenna course in coming semester as a TEST Anticipated Schedule: Beta testing during AY07-08 General scheduling AY08-09
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