The digital amp has an output stage working on constant switching from 0 to 1. For every 0 and 1 there's a specified output voltage and current. The signal is primerely being broken by the clocking circuitry that defines the switching ratio of an output stage.
The higher the clocking freequency is the higher precision and clarity of a digital amp you'll get.
The main benefit of digital amp that it's always on the stand-by mode and "waiting" for the command of cloaking circuitry thus being not affected by heat dissipation losses and very efficient energy consumer.
The higher the clocking freequency is the higher precision and clarity of a digital amp you'll get.
The main benefit of digital amp that it's always on the stand-by mode and "waiting" for the command of cloaking circuitry thus being not affected by heat dissipation losses and very efficient energy consumer.