A compact broadband implantable patch antenna is designed for the field of biotelemetry and experimentally demonstrated using the Medical Device Radiocommunications Service (MedRadio) band (401–406 MHz). The proposed antenna can obtain a broad impedance bandwidth by exciting dual-resonant frequencies, and has a compact structure using bent metal radiating strips and a short strategy. The total volume of the proposed antenna, including substrate and superstrate, is about 479 mm3 (23 × 16.4 × 1.27 mm3). The measured bandwidth is 52 MHz (382–434 MHz) at a return loss of −10 dB. The resonance, radiation and specific absorption rate (SAR) performance of the antenna are examined and characterized
This paper presents the development of a dual-band antenna working in the Industrial, Scientific, an...
This work presents a miniaturized dual band implantable antenna operating at the Medical Device Radi...
The growth of the healthcare sector has attracted a lot of interest to biomedical telemetry. Without...
© 2016 IEEE. A novel differentially fed dual-band planar antenna operating at the Medical Implant Co...
Medical telemetry applications rely heavily on biomedical implanted antennas. These biomedical impla...
© 2016 IEEE. A novel differentially fed dual-band planar antenna operating at the medical implant co...
841-848This paper presents a highly compact volume 12 mm3 Zig Zag-shaped implantable antenna for bio...
International audienceIn this work, a novel multi-tracks wideband and multi-band miniaturized antenn...
In this paper, we discussed the implantable circular patch antenna for medical devices, after revie...
In this paper, A miniaturized dual-band implantable antenna using meandered line resonator is propos...
A miniaturised implantable antenna with dual-band operation the Medical Implant Communications Servi...
A flexible antenna of compact size with a dual band elliptical-shape implantable is designed for bio...
Implantable antennas have a vital role in biomedical telemetry applications. Therefore, a compact l...
In this paper we propose a compact size rectangular implantable tri-band patch antenna for bioteleme...
Design and characterization of a multilayered compact implantable broadband antenna for wireless bio...
This paper presents the development of a dual-band antenna working in the Industrial, Scientific, an...
This work presents a miniaturized dual band implantable antenna operating at the Medical Device Radi...
The growth of the healthcare sector has attracted a lot of interest to biomedical telemetry. Without...
© 2016 IEEE. A novel differentially fed dual-band planar antenna operating at the Medical Implant Co...
Medical telemetry applications rely heavily on biomedical implanted antennas. These biomedical impla...
© 2016 IEEE. A novel differentially fed dual-band planar antenna operating at the medical implant co...
841-848This paper presents a highly compact volume 12 mm3 Zig Zag-shaped implantable antenna for bio...
International audienceIn this work, a novel multi-tracks wideband and multi-band miniaturized antenn...
In this paper, we discussed the implantable circular patch antenna for medical devices, after revie...
In this paper, A miniaturized dual-band implantable antenna using meandered line resonator is propos...
A miniaturised implantable antenna with dual-band operation the Medical Implant Communications Servi...
A flexible antenna of compact size with a dual band elliptical-shape implantable is designed for bio...
Implantable antennas have a vital role in biomedical telemetry applications. Therefore, a compact l...
In this paper we propose a compact size rectangular implantable tri-band patch antenna for bioteleme...
Design and characterization of a multilayered compact implantable broadband antenna for wireless bio...
This paper presents the development of a dual-band antenna working in the Industrial, Scientific, an...
This work presents a miniaturized dual band implantable antenna operating at the Medical Device Radi...
The growth of the healthcare sector has attracted a lot of interest to biomedical telemetry. Without...