An FM detector's primary role is to achieve which outcome?

An FM detector's primary role is to demodulate frequency shifts into a corresponding voltage. This process involves converting the frequency variations in the FM signal back into their original amplitude variations. FM modulation encodes information onto a carrier wave by varying its frequency, and the FM detector's task is to decode these frequency changes to reproduce the original audio or data signal.

By achieving this outcome, the FM detector plays a crucial role in the reception of FM broadcasts, ensuring that the received signal can be accurately transformed into an intelligible output. This is fundamental for the operation of radio communication systems, where clarity and fidelity of the recovered signal are essential for effective transmission and reception.