Antenna for Wireless Communications on Unmanned Aerial Vehicles

Xing Long Guo; H. B. Ji; H.H. Yin; J. Huang

doi:10.4028/www.scientific.net/AMM.241-244.2487

Paper Titles

Formal Verification for SpaceWire Data Flow Control Using Model Checking
p.2466

A Network Identity Authentication Protocol Based on Fingerprint and Probabilistic Encryption of RSA
p.2471

The Construction and Performance of a Novel Intergroup Complementary Code
p.2475

Binomial Bit-Rate Computation Model Based on Wireless Channel
p.2482

Antenna for Wireless Communications on Unmanned Aerial Vehicles
p.2487

Physical AWGN Channel Emulator for Bit Error Rate Test of Digital Baseband Communication
p.2491

Research on Next Generation Networks Resource Addressing Based on IPv6
p.2496

The Research of Network Public Opinion Hotspots Technologies for Internet Web
p.2500

The Design of ZigBee Wireless Network for the Detection Platform of the Cylinders
p.2504

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 241-244Antenna for Wireless Communications on Unmanned...

Antenna for Wireless Communications on Unmanned Aerial Vehicles

Abstract:

A compact circularly polarized microstrip patch antenna was designed and fabricated based on the virtual load and limited airframe size of Unmanned Aerial Vehicles (UAV) applications. This antenna is used for ISM frequency band and to enhance the integration of sensors and circuits in UAV communication system. The paper presented the simulation and the measured results. This antenna Experimental results show the 3dB axial ratio bandwidth is 0.6%, the half power beamwidth is ±45º, and the gain is 4.5dBi. The antenna size reduction can be as large as 36%, as compared to that of the conventional CP design.