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Design of a Hybrid Metasurface Dual-Band Circularly Polarized Antenna fo...


Design of a Hybrid Metasurface Dual-Band Circularly Polarized Antenna for Sub-6 GHz 5G Applications 📞 Antenna Design & Research Support 🌐 Website: www.matlabprojectscode.com 📧 Email: matlabprojectscode@gmail.com 📱 WhatsApp: +91 8300015425 This video presents the design and simulation of a Hybrid Metasurface-Based Dual-Band Circularly Polarized (CP) Antenna developed for Sub-6 GHz 5G communication applications. The antenna utilizes a metasurface structure combined with a compact radiating element to achieve dual-band operation, circular polarization, enhanced gain, and improved impedance bandwidth. The proposed antenna is designed and analyzed using full-wave electromagnetic simulation tools (such as HFSS/CST/ANSYS), and key performance parameters including S-parameters (S11), axial ratio (AR), radiation patterns, gain, efficiency, and surface current distribution are evaluated. Hybrid metasurface integration significantly improves polarization purity, bandwidth, and radiation characteristics, making the antenna suitable for 5G NR Sub-6 GHz bands, base stations, small cells, IoT devices, and modern wireless systems. This project is ideal for final-year engineering students, MTech/MS theses, PhD research, and IEEE journal-oriented antenna design studies. 🔧 Key Features ✅ Hybrid metasurface-based antenna design ✅ Dual-band Sub-6 GHz operation ✅ Circular polarization (CP) ✅ Enhanced gain & bandwidth ✅ Compact and low-profile structure ✅ Full-wave EM simulation & analysis ✅ 5G-ready antenna architecture 🎓 Who Should Watch? RF & Microwave Engineering Students Antenna & 5G Researchers Wireless Communication Engineers PhD & Master’s Scholars IEEE Antenna Paper Authors 📡 Applications Sub-6 GHz 5G communication systems Base stations & small cells IoT & wireless devices Modern RF front-end systems Advanced antenna research Support available for antenna design, simulation, IEEE paper implementation, and academic projects worldwide (India, UK, USA, UAE, Australia & Europe). 👍 Like | Share | Subscribe for more Antenna Design, Metasurfaces, 5G, RF & Microwave Engineering simulations. hybrid metasurface antenna, dual band circularly polarized antenna, sub 6 ghz 5g antenna, metasurface antenna design, circular polarization antenna 5g, dual band antenna sub 6 ghz, 5g antenna simulation, metasurface based antenna, cp antenna design, antenna for 5g applications, rf antenna design, microwave antenna simulation, compact 5g antenna, ieee antenna project, hfss antenna simulation, cst antenna design, 5g nr antenna, advanced antenna research #MetasurfaceAntenna #5GAntenna #Sub6GHz #CircularPolarization #DualBandAntenna #RFEngineering #MicrowaveAntenna #WirelessCommunication #IEEEProjects #antennadesign #ukuniversities #ukuniversitystudents #ukengineeringstudents #ukmastersstudents #ukphdstudents #imperialcollege #uclengineering #kingscollegelondon #universityofmanchester #universityofleeds #universityofsheffield #universityofsouthampton #universityofnottingham #loughboroughuniversity #cranfielduniversity #warwickuniversity #bristoluniversity #edinburghuniversity #ukresearchstudents #ukcommunicationsengineering 📡 Antenna / RF / UWB Domain #uwbantenna #microstrippatchantenna #circularpatchantenna #dualbandnotch #bandnotchedantenna #rfengineering #microwaveengineering #antennadesign #wirelesscommunications #electromagnetics #hfss #cstantenna #uwbsystems #finalyearproject #mscprojects #phdresearch #engineeringprojects #matlabprojectscode

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