Microstrip Patch Antenna Calculator Upd -

# Effective length and physical length Leff = c / (2 * f * math.sqrt(ereff)) L_m = Leff - 2 * delta_L_m L_mm = L_m * 1000

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

if Rin_edge < 50: y0 = 0 else: # Calculating y0 using the transmission line model y0 = (L / math.pi) * math.acos(math.sqrt(50 / Rin_edge)) # Effective length and physical length Leff =

results_rectangular = calculate_patch_antenna(frequency, substrate_thickness, substrate_permittivity, patch_type='rectangular') results_circular = calculate_patch_antenna(frequency, substrate_thickness, substrate_permittivity, patch_type='circular') "Length (mm)": L * 1000

return "Width (mm)": W * 1000, "Length (mm)": L * 1000, "Effective Epsilon": epsilon_eff, "Inset Depth y0 (mm)": y0 * 1000

def calculate_patch_antenna(frequency_hz, dielectric_constant, substrate_height): """ Calculates the dimensions of a rectangular microstrip patch antenna.