Analog Integrator Sampling Rate

1. What is sampling rate of an analog signal?
2. How do you calculate ADC sampling rate?
3. What is analog sampling?
4. What is sampling rate formula?

What is sampling rate of an analog signal?

An ADC takes a continuous analog signal and converts it to a discrete digital signal by taking samples that represent the signal's amplitude at specific points in time. The sample rate (or sampling rate) is the number of samples taken per second.

How do you calculate ADC sampling rate?

For 28069, ADC converion time is 13 ADCCLKs(45MHz), then sample rate = 1/(13/45M)=3.46M. For 280049, ADC conversion time is 21 SYSCLKs (100MHz), and S/H time is 8 SYSCLKs, then the sample rate = 1/[(21+8)/100M]=3.45M.

What is analog sampling?

Analog signals are converted to digital signals through a process called sampling. Sampling is the process of taking an analog signal and converting it to discrete numbers. The sampling frequency (or sampling rate) is how many times per second the signal will be sampled.

What is sampling rate formula?

Sample rate is specified in units of samples per second. If you have 1000 samples taken over 1.92 seconds, then that would give you a sampling rate of 1000/1.92 = 520.83 S/s (or 0.52083 kS/s) where S represents samples.