Page 149 - 2024-Vol20-Issue2

145 | Badr, Murdas & Aldhahab

TABLE I.
SOME ARE USED FOR MICROSTRIP ANTENNAS IN MEDICAL SYSTEMS

Item Ref. Title Proposed Application Patch Substrate Antenna Date
Antenna Characteristics
Material Material

1 ” Implementa- Rectangular The medical Copper Denim Operated at 2019

[26] tion of flexible patch mi- application textile 2.45GHz fre-

denim nickel crostrip related tothe material quency band, power

copper ripstop- antenna human arm radiated of 4.98mW,

textile antenna and human directivity 5.102

for medical chest dBi with a gain of

application” 5.10684 dB.

2 “Design of Hexagon Medical Copper FR4 Frequency 6.08 GHz 2019

[27] compact ultra- Microstrip imaging substrate Gain 2.98 2.304 dB

wideband patch applications. Return Loss -18.58

antenna for mi- antenna dB and Bandwidth

crowave med- 503& 520 MHz

ical imaging

application”

3 Analysis and Microstrip Robust Wear- Copper Flexible Frequency at 400 2020

[28] Design of Dual- & Folded- able Medical Polydime- MHz and 2.4 GHz.

Band Folded- Shorted Applications thylsiloxane return losses are be-

Shorted Patch Patch low -25 dB with

Antennas Antennas gains of 1.37 dBi

for Robust and 3.10 dBi.

Wearable

Applications

4 “A Com- Compact Medical Copper Rogers Operated at 915 2020

[29] pact Size size im- applications RT3010 MHz with a gain

Implantable plantable of 3.22 dBi and a

Antenna for antenna bandwidth of 240

Bio-medical Microstri- MHz with return

Applications” pantennas losses of -21 dB.

5 ”A miniatur- Maze- Health care Copper Polyamide Operated at ISM 2021

[30] ized circular shaped system substrate (2.42–2.4815) GHz

maze-shaped circular band with a band-

antenna for ring Im- width of 286 MHz

implantable plantable and return losses is

health care antenna -23 dBi.

application”

6 “Design of Microstri Wireless Copper Silicon Operated frequency 2021

[31] dual-band Rectangu- medical- (402 – 405) MHz

(MICS and lar Patch telemetry and (2.40 - 2.48)

ISM) im- antenna applications GHz, return losses

plantable of -18.42 dB at 2.45

antenna for GHz and -23.70 dB

wireless med- at 403 MHz .

ical telemetry

applications”

7 “Design and Micro- Medical Copper FR4 frequency of 2.49 2022

[32] analysis of strip applications GHz and bandwidth

square mi- Square that monitor of 0.06 GHz, with

crostrip patch patch patient health a gain of 4.96 dBi,

antenna at antenna directivity of 5.363

2.4GHz band dBi, and return loss

used for of 20.84 dB.

IoT based

health care

monitoring”