ADC Settling Time Calculator
Successive-approximation ADCs use a switched capacitor array architecture. This tool calculates the settling time of an Analog-to-Digital Converter due to the input circuit [1] shown in the picture below. The …
Successive-approximation ADCs use a switched capacitor array architecture. This tool calculates the settling time of an Analog-to-Digital Converter due to the input circuit [1] shown in the picture below. The …
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 …
This tool converts dBm (deciBel referenced to 1 mW) to Watt and Watt/Hz. Enter What is dBm/Hz used for? dBm/Hz is the power of the signal measured in a 1 …
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
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 …
Contents1 Introduction2 Calculator3 Formula4 How to Pick Resistor Values5 Related Posts and Calculators Introduction In many circuit applications there is a requirement to drop 5 Volt down to 3.3 Volt. …
This calculator determines the total effective resistance of any number of speakers in series Enter any number of resistance or impedance values in Ohms separated by commas. Ohm Calculator for …
This calculator determines the total effective resistance of any number of speakers in parallel. Enter the resistance or impedance values separated by commas. Units are Ohms. Ohm Calculator for Speakers …
Razer mouse can use either Bluetooth or 2.4 GHz wireless to connect. A switch under the mouse allows the user to select either mode. To enable the fast Hyperspeed mode, …
This tool calculates the channel capacity according to the Shannon-Hartley theorem. The capacity is expressed in terms of bits per second. Enter: Formula C = B*Log2(1 + S/N) where, Key …