Contents1 Introduction2 Calculator3 Background3.1 What is Aliasing?3.2 Practical Examples3.3 Anti-aliasing Filter3.4 Example of Sampling a Square Wave4 Related Calculators Introduction If a signal is sampled at a rate that is …
The Nyquist frequency is one-half of the sampling rate. It is measured in samples per second and specified either in Hz/kHz/MHz/GHz or SPS/kSPS/MSPS/GSPS. Enter the sampling rate in the calculator below, …
The Nyquist rate [1], is the sampling rate (measured in Hz/kHz/MHz/GHz) equal to twice the highest frequency of a given function or signal. This is the minimum sampling rate to avoid …
This calculator allows you to convert between dB and percent (%) values of Error Vector Magnitude. How to use the Calculator Enter either quantity and the other will be calculated. …
This tool converts from Error Vector Magnitude (EVM) to Signal-to-Noise Ratio (SNR). In order to calculate SNR the following are required: Formula SNR = – [PAPR + 20 * Log10 …
This tool converts the Root Mean Square value of Error Vector Magnitude (EVM) to its deciBel (dB) equivalent. It also computes the dB value from RMS. How to use the …
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 …
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 …
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 …
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 …