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Phase-Locked Loop Circuit Design Dan H. Wolaver
Publisher: Prentice Hall

A crunchy analogue sounding bit-crushing synthy thing i kept to the philosophy (in tweaking the previous design) to make sure it had the widest variance i could achieve in the pll circuit for each knob without compromising the original sputter that i fell in love with in the first place. In practice some frequency conversion is required, this could be a frequency multiplier based on a PLL or a frequency divider. PLL is a closed loop system designed to lock the output frequency and phase of to the frequency and phase off an input signal. The end of your audio is saturated in tails of sputtering electricity sounds. Often both need to be used in a practical circuit. I will first explain how a PLL works in general and then explain the design procedure I used for each block in the system. It is important to The following figure shows a simplified PLL block diagram. This post will detail the analysis and design of both a Type 1 and Type 2 PLL. The Phase Locked Loop is an important building block of linear systems. A phase-locked loop (PLL) is a feedback control circuit that synchronizes the phase of a generated signal with that of a reference signal.