centaurus01
Newbie level 3
Literature has many examples of how to calculate the input referred noise in a circuit. It is usually done by specifying current and voltage noise squared at the input and considering the circuit noiseless.
When we actually design circuits, how is this analysis useful? Are there any other implications apart from knowing the noise floor at the input?
From what I get so far, the noise analysis seems to be very practical to design the resolution of ADC or DAC. But, how is it actually useful in, say, sizing the transistors?
When we actually design circuits, how is this analysis useful? Are there any other implications apart from knowing the noise floor at the input?
From what I get so far, the noise analysis seems to be very practical to design the resolution of ADC or DAC. But, how is it actually useful in, say, sizing the transistors?
