This tool provides the minimum sampling rate to reconstruct a signal with a specified bandwidth. The calculator uses Nyquist to compute the required sampling rate. Example Application Direct Conversion Receiver …
In this post we explain how to convert Bandwidth (Hz) to Data throughput (kilobits per second) for digital communication systems*. The tool answers the question: What is the maximum data …
This tool converts the audio sampling rate in Hz (Hertz) to bit rate in kbps (kilo-bit-per-second). Background The human ear can listen to frequencies between 20 Hz and 20,000 Hz. …
kbps or kilobits-per-second is a measure of data throughput. Hz is a measure of Frequency Bandwidth. The tool answers the question: How much bandwidth (in Hz) is required to transfer …
This tool converts Mega Samples per second to Megabit per second. It can also be used for the following conversions: Background The sampling rate of Analog-to-Digital Converter is expressed as …
This tool calculates the Resolution Bandwidth of a Fast Fourier Transform. It also includes the effect of decimation or further downsampling of the digitized signal. Enter: FFT Resolution Formula R …
Use this tool to calculate the bandwidth or spectral efficiency. It is a measure of how efficiently frequency spectrum is utilized by the physical layer protocol. Formula Bandwidth Efficiency = …
The time it takes in an ADC (Analog-to-Digital Converter) for a sample of an Analog input to be converted to its equivalent Digital value. Enter: Formula Sampling Time = Conversion …
This tool computes the Effective Number Of Bits using values for Signal-to-Noise Ratio (SNR) and the Total Harmonic Distortion (THD) Formula ENOB = ([−10*Log10(10−SNR/10 + 10−THD/10)] – 1.76)/6.02 where, Related Calculators
In this post we clarify the sampling rate numbers of the Raspberry Pi Pico’s Analog-to-Digital Converter (ADC). The data sheet for the RP2040 is used for reference. Here is a …