Ponder about a clock pulse with 50 MHz frequency. A flip-flop is used to divide the frequency by 2 (you do NOT need to know what a flip-flop is, or how it works at this stage). Ourgoal is to get a clock pulse with the closest frequency to 1 Hz. How many of this flip-flop (clockdivider by 2) should be put into a daisy-chain (consecutive) connections in order to get the desired frequency?

Simply put: How many times should you divide-by-2 to reach from 50,000,000 to around 1?

Answer rating: 100% (QA)

To reach a frequency closest to 1 Hz from 50 MHz using a clock divider by 2 we need to determine how ... View the full answer