Microstrip Patch Antenna Calculator [better]

): The target frequency at which the antenna should transmit or receive (e.g., 2.4 GHz for Wi-Fi). Dielectric Constant ( ϵrepsilon sub r

print("Rectangular Patch Antenna:") for key, value in results_rectangular.items(): print(f"key: value") microstrip patch antenna calculator

High-end tools add:

The electric fields "fringe" at the edges of the patch, making the electrical length slightly longer than the physical length. $$\Delta L = 0.412h \frac(\varepsilon_eff + 0.3)(\fracWh + 0.264)(\varepsilon_eff - 0.258)(\fracWh + 0.8)$$ ): The target frequency at which the antenna

# Approximate edge resistance R_edge = 90 * (er**2 / (er - 1)) * (L_m / W_m)**2 if R_edge > 300: R_edge = 300 # practical limit microstrip patch antenna calculator