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 calculates the Resolution Bandwidth (RBW) of a Fast Fourier Transform. It also includes the effect of decimation or further downsampling of the digitized signal. Enter: FFT Resolution Formula …
Contents1 Introduction2 Calculator3 Formula4 Example Calculation5 The Basics of Analog-to-Digital Conversion5.1 Sample and Hold6 Related Posts Introduction The time it takes in an ADC (Analog-to-Digital Converter) for a sample of …
The sampling rate of the Raspberry Pi ADC is 500 kilo samples per second (kSPS). In this post we explain the sampling rate numbers of the Raspberry Pi Pico’s Analog-to-Digital …
This tool calculates the sampling frequency from the sampling period. Formula Fs = 1/Ts The picture below shows a continuous signal (green color) that is sampled. The discrete samples are …
This tool computes the signal bandwidth from its frequency. The units of the signal bandwidth are the same as that of the signal frequency. Examples A sine wave with a …
This tool calculates Effective Number of Bits (ENOB) in an Analog-to-digital converter (ADC). It uses the dB value of Signal Noise and Distortion (SINAD) and the formula: ENOBbits = (SINADdB …