Dual band 5G microstrip patch antenna design using Ansys HFSS скачать в хорошем качестве

Dual band 5G microstrip patch antenna design using Ansys HFSS

🚀 Dual Band 5G Microstrip Patch Antenna Design Using Ansys HFSS | 28GHz & 40GHz In this video, I design and simulate a dual-band 5G microstrip patch antenna operating at 28 GHz and 40 GHz mmWave frequencies using Ansys HFSS. This is not theory — this is a full practical antenna design workflow, from geometry creation to performance analysis, focused on real 5G and future 6G applications. 🔍 What you’ll learn in this video: Dual band 5G microstrip patch antenna design in Ansys HFSS How to tune the antenna for 28GHz and 40GHz millimeter-wave bands S11 return loss analysis and resonance validation VSWR results and impedance matching explanation Gain and radiation performance evaluation HFSS simulation setup for mmWave antenna design 📊 Simulation Results Covered: ✔️ S11 (Return Loss) for both 28GHz & 40GHz ✔️ VSWR less than 2 for efficient matching ✔️ Gain results suitable for 5G mmWave communication ✔️ Radiation characteristics of a microstrip patch antenna 📡 Applications: 5G mmWave communication systems Future 6G antenna research RF and microwave engineering projects Antenna design for base stations and user equipment Academic projects and real-world simulations 🛠 Tools Used: Ansys HFSS RF & Microwave Antenna Design Techniques Millimeter Wave mmWave Simulation 🔑 High-SEO Keywords: dual band 5g antenna, microstrip patch antenna, 28ghz antenna, 40ghz antenna, ansys hfss antenna design, 5g mmwave antenna, s11 return loss antenna, vswr antenna, gain of microstrip antenna, rf antenna design, microwave antenna, 5g antenna hfss, mmwave antenna design, patch antenna simulation, antenna engineering, 6g antenna research ‎⁨@AnsysLearning⁩  ‎⁨@ansysinc⁩  ‎⁨@AnsysHowTo⁩  ‎⁨@AnsysLearning⁩  ‎⁨@ANSYSTechTips⁩