presented for undergraduate thesis by rachmansyah

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Designing and Manufacturing Microstrip Antenna for Wireless Communication at 2.4 GHz Monday December 27, 2010 Presented for Undergraduate Thesis By Rachmansyah

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Designing and Manufacturing Microstrip Antenna for Wireless Communication at 2.4 GHz Monday December 27, 2010. Presented for Undergraduate Thesis By Rachmansyah. Outlines. Background Problem Antenna Design & Manufacture Testing & Result Conclusions. Background. Microstrip antenna : - PowerPoint PPT Presentation

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Page 1: Presented for Undergraduate Thesis By Rachmansyah

Designing and Manufacturing Microstrip Antenna for Wireless Communication at 2.4 GHz

Monday December 27, 2010

Presented for Undergraduate ThesisBy

Rachmansyah

Page 2: Presented for Undergraduate Thesis By Rachmansyah

Background

Problem

Antenna Design & Manufacture

Testing & Result

Conclusions

Outlines

Page 3: Presented for Undergraduate Thesis By Rachmansyah

Microstrip antenna : Simple

Easy with MIC

Low cost

Low profile

Background

Page 4: Presented for Undergraduate Thesis By Rachmansyah

How to manufacture a microstrip patch antenna for wireless communication at 2.4 GHz ?

Whether the microstrip antenna can be used as client antenna in computer?

Problem

Page 5: Presented for Undergraduate Thesis By Rachmansyah

Feed Technique

Coaxial Feed

The Coaxial feed or probe feed is a very common technique used for feeding Microstrip patch antennas

Page 6: Presented for Undergraduate Thesis By Rachmansyah

Comparing Feed Techniques

Page 7: Presented for Undergraduate Thesis By Rachmansyah

Transmission Line Model

Method of Analysis

Page 8: Presented for Undergraduate Thesis By Rachmansyah

Design Specification fo = 2.4 GHz Єr = 1.03 h = 12 mm Feed Technique : Coaxial Feed Method of Analysis : Transmission Line Model

Antenna Design

Page 9: Presented for Undergraduate Thesis By Rachmansyah

By transmission line calculations, we get : L = 46.2 mm

W = 64 mm

Lg = 118 mm

Wg = 134 mm

Page 10: Presented for Undergraduate Thesis By Rachmansyah

Feed Point Locations

Page 11: Presented for Undergraduate Thesis By Rachmansyah

Simulation

Page 12: Presented for Undergraduate Thesis By Rachmansyah
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Testing and Results

Page 16: Presented for Undergraduate Thesis By Rachmansyah
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The signal strength (Gain) of microstrip patch antenna compared with omnidirectional antenna is 15 dB.

The radius of microstrip patch antenna is about ±200m

The Half Power Beamwidth of microstrip patch antenna is 40°

There is still back lobe in radiation pattern of microstrip antenna

Microstrip patch antenna can be used as client antenna in computer

Conclusions

Page 20: Presented for Undergraduate Thesis By Rachmansyah

Thanks for your attention