This TEM Wavelength Convertor allows engineers and students to calculate the wavelength (λ) for a given frequency and relative permittivity. It is essential for RF design, antenna tuning, and wave propagation analysis.
Conversion Formula
λ = 300 / (f × √εr)
Formula Explanation
In this formula, λ is the wavelength in meters, f is the frequency in GHz, and εr is the relative permittivity of the medium. Dividing 300 by the product of frequency and the square root of εr gives the effective wavelength in the medium.
Example Calculation
For a frequency of 2 GHz and a relative permittivity of 4:
λ = 300 / (2 × √4) = 300 / (2 × 2) = 75 λ
Why this TEM Wavelength Convertor is useful:
1. Helps quickly determine wavelength for RF design and transmission lines.
2. Useful for calculating antenna dimensions and spacing requirements.
3. Supports analysis of wave propagation in different dielectric materials.
4. Reduces manual calculation errors in laboratory and design environments.
5. Convenient for both students and professional engineers in RF and microwave fields.
