Abstract

The wireless communication serves the efficient information among two or more points wirelessly. Antenna is the main component in the communica-tion, which radiates and receives the radio waves or in broad way. The an-tenna also plays a role of impedance matching device, which performs the mat- ching of impedances like free-space & transmitter and receiver im-pedances at receiver end. The antennas can be categorized as Wire Antenna, Reflector Antenna, Multi-strip Antenna, Aperture Antenna, Lens Antenna, and Array Antenna. In this paper, the Multi-strip Antenna fundamentals are discussed with its categorization. In this paper various aspects of the Multi-strip antenna are discussed along with the existing researches in it. A research gap is formulated based on the research survey and presents a future scope of research. The existing research gap in Multi-strip Antenna is formulated along with the future line of research in order to overcome the existing research gap.

Highlights

  • The fact is known that the wireless communication is greatest technology, which is serving efficient information among two or more points wirelessly [1]

  • The antenna plays a role of impedance matching device, which performs the matching of impedances like free-space & transmitter and receiver impedances at receiver end

  • The radiation resistance is the primary parameter of antenna, which relates both the antenna power supply and current flowing within the antenna

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Summary

Introduction

The fact is known that the wireless communication is greatest technology, which is serving efficient information among two or more points wirelessly [1]. The antenna performs like the “transducer” which converts the one type of energy into another. Contains units like dielectric substrate, a thin-level metallic area i.e., fix, ground-plane and feed for RF control [9]. MsAs are a promising other option to the future remote innovations in different segments including, military, common, and business. Some of the basic aspects of the antennas and its types are broadly explained with desired figures. The paper sectional organization followed with: In Section 2 the antenna principles are discussed with various categories based types.

Background
Feeding Technique
Proximity Coupling
Existing Research Analysis
Research Gap
Findings
Conclusions
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