The frequency to wavelength converter makes it possible to determine the wavelength corresponding to a given frequency. This tool is used in radio frequency, telecommunications and antenna design to relate frequency and wavelength values. Formula used λ = c/f Or : λ = wavelength (meters) c = speed of light (≈ 3 × 10⁸ m/s) … Read more
The Watt to dBm converter allows you to transform a power expressed in watts into a value in dBm (decibels-milliwatts). This calculation is widely used in the RF, microwave and telecommunications fields to compare signal power levels. Formula used dBm = 10 × log₁₀(P × 1000) Or : P = power in watts dBm = … Read more
The dBm to Watt converter allows you to transform a power expressed in dBm (decibels-milliwatts) into its equivalent value in Watt. This tool is frequently used in the fields of radio frequency, telecommunications and electronics to evaluate the real strength of a signal. Formula used P(W) = 10 (P(dBm)/10) / 1000 Or : P(W) = … Read more
The line of sight calculator allows you to estimate the maximum distance over which two antennas can see each other directly, without obstacle. This tool is widely used in RF engineering, telecommunications and for planning radio or microwave links. Formula used dₗ = 3.57 × √h dᵣ = 4.12 × √h Or : dₗ = … Read more
The phase noise to jitter conversion calculator allows you to transform the integrated phase noise of an oscillator into RMS jitter, expressed in radians and microseconds. This tool is essential for evaluating the temporal stability of high frequency signals in RF and digital systems. Formula used J rms = √(2 × 10 (A/10) ) J … Read more