What is the clock component?
There are certainly several electronic circuits in each of the world's various electronic devices. In order for them to function properly, the periodic signal "clock signal" with a regular interval and stability is indispensable. The electronic circuit operates on the basis of this clock signal. The clock signal is a timing prompt signal for each circuit to perform its function, and is also a signal for causing the electronic device to be linked (synchronized) with a peripheral controller or the like. The component that issues this fixed-cycle clock signal as a reference is the "clock component." The clock component is an important component of the reference signal emitted by the electronic device and is essential. Its core materials are mainly ceramic and quartz crystals.
Why don't they collide?
Members of the cheerleading team will not collide even if they walk in various formations and perform different actions. This is because the five microphones and four infrared sensors in their brains receive the ultrasonic waves and infrared rays from the two transmitters in the conference room to grasp their respective positions in real time. It is the clock element that provides signals or continuous synchronization signals to these electronic devices so that they can deliver information at the correct time and speed. This is one of the reasons why cheerleaders don't collide.
Principle and type of clock components
The "piezoelectric effect" (the force exerts a charge on the surface) and the "inverse piezoelectric effect" (the material is deformed by the application of an electric field) causes the quartz crystal or ceramic to oscillate at a stable frequency.
CERALOCK (ceramic oscillator)
An oscillator component that utilizes mechanical resonance of piezoelectric ceramics. It has excellent performance in miniaturization and mass production, and is widely used in automotive electrical equipment, livelihood equipment and home appliances.
Quartz crystal element
Classified by purpose, variety, and function as follows:
[Crystal Resonator] A stable quartz crystal is used to generate a frequency-fixed oscillating element.
[Crystal Oscillator] A module that encapsulates a circuit that oscillates a resonator
SPXO (Simple Packaged Xtal (Crystal) Oscillator)
The most basic oscillator that integrates a crystal resonator and an oscillating circuit.
TCXO (Temperature Compensated Xtal (Crystal) Oscillator)
A temperature-compensated oscillator that combines the temperature characteristics of a crystal resonator with the opposite circuit characteristics and emits a highly stable oscillating signal. It is more compact and is mostly used in mobile phones and smartphones.
VCXO (Voltage Controlled Xtal (Crystal) Oscillator)
An oscillator that can externally apply a voltage to control the output frequency. Used in industrial equipment such as communication relay devices.
OCXO (Oven Controlled Xtal (Crystal) Oscillator)
The most accurate and stable oscillator. Stabilization is achieved by using a crystal resonator with a temperature gradient of 0 in the high temperature region to maintain a fixed temperature. Base stations and broadcasting equipment, measuring instruments, etc. for mobile phones.
Two oscillating materials
Polycrystalline (ceramic)
Ceramics are usually a collection of tiny crystals, each of which consists of a positively charged atom and a negatively charged atom. When a high DC voltage is applied, the direction of polarization is aligned in one direction, and a polycrystalline ceramic such as piezoelectric ceramics is produced.
Single crystal (quartz crystal)
Quartz crystals are single crystals with piezoelectric properties. Due to crystal defects and few impurities, the frequency and temperature characteristics are excellent. Artificial quartz crystals improve quality by removing crystal defects and impurities as much as possible, maximizing the properties of the quartz crystal.
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