Research

RF Circuits and Antenna Research Lab

RF Circuits and Antenna Research Lab focuses on the design, development, and testing of RF circuits for advanced wireless communication systems. Research in this lab includes antenna design for applications like 5G, IoT, body implantable/ingestible, wearable, and RF energy harvesting devices, as well as RF circuit development, such as filtennas, power amplifiers, and impedance matching networks. Some of the RF systems/antennas designed in the lab are shown below.

5G Antennas

Quad-element MIMO antenna for sub-6 GHz band

Frequency reconfigurable quad-element MIMO antenna

High-gain double-sided dielectric lens integrated antenna

Eight-port reconfigurable multiband MIMO antenna

Sixteen-port mm-wave MIMO antenna

Biomedical Antennas

Ingestible capsule MIMO antenna system for biotelemetry

MIMO antenna for implantable leadless transcatheter pacing (TCP) systems

Ultra-miniaturized MIMO antenna for injectable medical implants

MIMO antenna measurement inside the pork meat

MIMO antenna measurement inside the phantom solution

RFID Antennas

Cross-dipole antenna for RFID handheld readers

Circularly polarized hexagonal ring antenna for handheld RFID readers

Metasurface-backed RFID antenna for IoT networks

GPS-integrated RFID antenna with artificial magnetic conductor (AMC) backing

3-D RFID reader antenna with cubic metasurface backing

Vehicular Antennas

3-D twelve-port MIMO antenna

3-D self-complementary thirty-two port MIMO antenna

Dual-band semi-transparent MIMO antenna

Four-element transparent MIMO antenna with ultra-wideband

Optically transparent antenna for automotive applications

Wearable Antennas

Textile MIMO antenna with high isolation

Wideband textile MIMO antenna with ultra-wideband

Ultra-wideband textile MIMO antenna

Four-element EBG-backed MIMO antenna

Quad-port footwear MIMO antenna

Sixteen-port flexible MIMO antenna

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