FA-365 12.0000MB-G

Crystals: FA-365 12.0000MB-G Application Field and Working Principle

Crystals are a type of solid material composed of atoms or molecules in an ordered, repeating lattice structure. When crystals are cut and polished, they can be used to generate or control frequencies. Crystals such as FA-365 12.0000MB-G are special quartz oscillators designed for use in a wide range of applications and devices. This article explores the application field and working principle of FA-365 12.0000MB-G crystals.

Application Field of FA-365 12.0000MB-G Crystals

FA-365 12.0000MB-G crystals are qualified in a wide range of microprocessors, digital clocks and MCM controllers. They come in two packages, SMT and THR, and can operate in a temperature range of -25°C to +85°C. The main application fields of FA-365 12.0000MB-G crystals include:

• Computer oscillator module
• Computer peripheral oscillator
• Computer peripheral oscillator
• GPU clock
• Controller USB clock
• SSD SSD clock
• GPS clock source
• Computer HDD clock
• Data-storage device clock
• Data-retrieval device clock
• Industrial controller-system oscillator
• Microcontroller clock source
• MultiMediaCard clock source
• Industrial machine operating control oscillator
• Digital equipment operating control oscillator
• Toy oscillator
• PC/104 oscillator
• Computer dissipative power oscillator
• MP3 oscillator

Working Principle of FA-365 12.0000MB-G Crystals

FA-365 12.0000MB-G crystals use quartz crystals to control the oscillating frequency of an electronic circuit. When an electric field is applied to the quartz crystal, the crystal will begin to vibrate at a certain frequency that is proportional to the strength of the field. This frequency can be accurately adjusted with the help of a precision oscillator circuit.

The oscillator frequency is determined by the electrical properties of the quartz. The oscillator circuit amplifies the signal by a factor of ten to a higher frequency - FA-365 12.0000MB-G oscillator frequency is 12.0000 megahertz. The output is then sent to an amplifier which further amplifies the signal. The signal then enters the circuit and controls its frequency.

The quartz crystal used in the oscillator circuit is of high quality and accuracy, which ensures accurate and reliable frequency control. In addition, special filters are used to reduce the interference caused by other electronic components in the system. This allows the circuit to produce a stable output without any distortion.

Conclusion

FA-365 12.0000MB-G crystals are high-quality quartz oscillators designed for use in a wide range of applications and devices. They can be used to regulate the output frequency of an electronic circuit by vibrating at a frequency proportional to the applied electric field. The oscillator frequency is determined by the electrical properties of the quartz and the output is amplified by an oscillator circuit, amplifier and filters to ensure accurate frequency control.