Frequency to Wavelength Calculator
This tool converts Frequency to Wavelength. 🔄 Wavelength to Frequency Formula Wavelength is given by the formula λ = c/f where, c is the speed of light and f is …
Matt Brown
UHF Radio Range Calculator
Use this tool to calculate how far a UHF radio can transmit. Enter the antenna height and pick the units (meters or feet). Formula d = 4.12 * √h where …
VHF Radio Range Calculator
Use this tool to calculate how far a VHF radio can transmit. Enter the antenna height and pick the units (meters or feet). Formula d = 4.12 * √h where …
SNR dB to Linear Ratio Calculator
Signal-to-noise ratio is typically expressed as a ratio in dB. Use this calculator to convert from Signal and Noise Voltage units can be volt, millivolt, microvolt or nanovolt Signal and …
Signal-to-Noise (SNR) Ratio calculator
This Signal-to-Noise Ratio calculator converts signal and noise voltage levels to a deciBel (dB) ratio. To use this tool simply enter the levels and select the appropriate units. Formula SNR …
Mbps to MHz Calculator
In this post we explain how to convert from Data throughput in terms of Bits per second (bps/kbps/Mbps/Gbps) to Bandwidth (Hz/kHz/MHz/GHz) to Formula To calculate the bandwidth we use the …
MHz to Mbps Calculator
In this post we explain how to convert from Bandwidth (Hz/kHz/MHz/GHz) to Data throughput in terms of Bits per second (bps/kbps/Mbps/Gbps). Formula To calculate the bit rate we use the …
Power Spectral Density PSD Calculator
Contents1 Calculator2 Formula3 How to calculate Spectral Density4 Background4.1 What’s the difference between Power Spectrum and Power Spectral Density?4.2 Where is PSD used?5 Related Calculators Calculator The PSD can be …
Thermal Noise Power Calculator (with Examples)
Contents1 Introduction2 Calculator3 kTB Noise Power Formula4 Noise Power Example Calculation5 What is Thermal Noise?6 Can the Thermal Noise Power be reduced?6.1 Reducing T reduces the Noise Power6.2 Reducing B …
Peak Envelope Power (PEP) Calculator (with Examples)
The Peak Envelope Power of a signal is measured in a resistive load, and the formula for it is PEP = (Vpeak2/2)* (1/R) or PEP = VRMS2/R In the calculator …