This convertor is designed to translate frequency values into corresponding wavelengths, which is crucial in RF, antenna design, and communication systems. Conversion Formula for Wavelength λ = c / f Explanation of the Formula The wavelength (λ) in meters is obtained by dividing the speed of light (c ≈ 299,792,458 m/s) by the frequency (f) … Read more
This convertor transforms power values in Watts into dBm, a logarithmic scale widely used in RF, audio, and communication systems for expressing absolute power levels. How the Conversion Works The standard formula to convert is: dBm = 10 × log10(P × 1000) Understanding the Formula The power P in Watts is first converted to milliwatts … Read more
This convertor allows engineers, technicians, and radio enthusiasts to quickly transform a power level from dBm to Watts. It is particularly useful when designing RF circuits or comparing signal strengths in different units. Conversion Formula P(W) = 10^(P(dBm)/10) / 1000 Explanation of the Formula The formula takes a power value in decibels relative to 1 … Read more
Practical Uses of the Line of Sight Convertor This convertor helps engineers, radio planners, and hobbyists quickly calculate the maximum line of sight distance (dₗ) and radio horizon distance (dᵣ) based on antenna height (h). It is useful for network planning, ensuring signal reliability, and avoiding obstacles in wireless communication setups. Calculation Formulas for dₗ … Read more
Uses of the Convertor This phase noise to jitter convertor is highly valuable for RF engineers and designers who need to estimate timing jitter from oscillator phase noise. It helps evaluate signal integrity, system stability, and the performance of RF and high-speed digital circuits efficiently. Formula for Conversion RMS Phase Jitter in Radians: Jitter (rad) … Read more