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Conical dielectric resonator antenna for terahertz applications
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Abstract
Conical Terahertz DRA (dielectric resonator antenna) have been designed and investigated at terahertz spectrum i.e. 10 THz. Lower terahertz frequency band is useful for high data speed communication and upper band is used for optical sensors and free space wireless communications. Novelty in this work is to open up research in. terahertz. A unique geometry based dual band terahertz DRA with mathematical formulations has been proposed. The comprehensive analysis in terahertz regime have been worked out with S11, VSWR, radiation pattern and efficiency using conical TDRA. The conical terahertz DRA is designed at 10 THz frequency with 4.9 dBi, gain with bore sight radiation pattern. The equivalent circuit of conical terahertz DRA have been evaluated for dynamic impedance showing frequency dependence nature.
Title: Conical dielectric resonator antenna for terahertz applications
Description:
Abstract
Conical Terahertz DRA (dielectric resonator antenna) have been designed and investigated at terahertz spectrum i.
e.
10 THz.
Lower terahertz frequency band is useful for high data speed communication and upper band is used for optical sensors and free space wireless communications.
Novelty in this work is to open up research in.
terahertz.
A unique geometry based dual band terahertz DRA with mathematical formulations has been proposed.
The comprehensive analysis in terahertz regime have been worked out with S11, VSWR, radiation pattern and efficiency using conical TDRA.
The conical terahertz DRA is designed at 10 THz frequency with 4.
9 dBi, gain with bore sight radiation pattern.
The equivalent circuit of conical terahertz DRA have been evaluated for dynamic impedance showing frequency dependence nature.
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