return "Width (mm)": round(W_mm, 2), "Length (mm)": round(L_mm, 2), "Effective permittivity": round(ereff, 3), "Delta L (mm)": round(delta_L_mm, 3), "Edge resistance (ohms)": round(R_edge, 1), "Inset from center for 50Ω (mm)": round(y0_mm, 2) if y0_mm else "N/A"
For a reliable design, combine calculator output with electromagnetic simulation and at least one physical iteration. Happy antenna designing! End of piece. microstrip patch antenna calculator
if name == " main ": result = microstrip_patch_calc(2.45, 4.4, 1.6) for k, v in result.items(): print(f"k: v") return "Width (mm)": round(W_mm
1. Introduction A microstrip patch antenna consists of a radiating metallic patch printed on a grounded dielectric substrate. It is widely used in wireless communication (Wi-Fi, GPS, 5G, RFID) due to its low profile, light weight, and ease of fabrication. "Length (mm)": round(L_mm