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 …
Introduction 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. Calculator Enter: Formula Sampling Time …
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
Introduction In many circuit applications there is a requirement to drop 5 Volt down to 3.3 Volt. For example, a microcontroller may not be able to tolerate input voltages greater …
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 …
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 …
This tool calculates the reflected power from the reflection coefficient Formula Reflected Power (%) = 100*(|Γ|2) where Γ is the reflection coefficient and 0 < Γ < 1 Background The reflection coefficient …
This tool calculates the Logarithm with base n of a number x. Formula y = Logn(x) Background The Logarithm base n = 4 of x = 64 is 3.