How do Digital and Analog Clocks Work?

How do Digital and Analog Clocks Work? with tags crystal oscillator, phase locked loop, all about electronics, circuit design, crystal oscillator circuit, analog clocks, digital clock, digital clocks, analog clock, smartphone design, gigahertz, 5g, 2.4g, frequency, wavelength, smartphone clock, clocking, cpu clock, overclocking, technology, smartphone, iphone13, iphone 13, electrical engineering, electronic engineering, electrical, electric circuits, electronic engineering basics

Have you ever wondered how a clock signal that ticks once every few nanoseconds is generated? A billion times a second clock would indeed be an impossible feat a hundred years ago. But, you'd be surprised to find that the clock inside your smartphone is rather identical to an analog wall clock that ticks through the seconds, minutes, and hours of the day. In this video, we explore an analog clock's gear train, the quartz crystal oscillator, the feedback loops for this oscillator, and then how a gigahertz signal is produced using a phase-locked loop.

Table of Contents:

00:00 - Digital Clocks vs Analog Clocks

01:13 - The $10 Wall Clock

02:05 - Gears in the Geartrain

03:40 - Crystal Oscillator and Piezoelectric Effect

05:58 - Resonance Frequency

06:51 - Circuitry Inside a Wall Clock

08:13 - Fast and Slow Clocks

09:04 - Learning With Brilliant

10:40 - A Smartphone's Gigahertz Clock Signal

14:24 - Frequency Divider

15:04 - Thank You to Patreon & YouTube Memberships

Erratum:

Animation: Eikonic Design

Research / Script: Teddy Tablante

Software Consultant: Andrea Ciani

Modeling: Prakash Kakadiya

Voice Over: Phil Lee

Sound Effects and Music Editor: Luis Huesca

Supervising Sound Editor and Mixer: Luis Huesca

References:

Quartz Crystal Oscillators

Quartz tuning Fork Resonator Teardown

Teardown of a Quartz Crystal Oscillator and the Tiny IC Inside

What is Piezoelectric Effect?

Wikipedia contributors. "Crystal Oscillator". "Electronic Oscillator." "Phase Locked Loop." Wikipedia, The Free Encyclopedia. Wikipedia, The Free Encyclopedia, Visited December 21nd 2023

#Clocks #PiezoelectricEffect #Digital