416F27125AAT

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Crystals

Crystals are special microscopic structures made up of atoms that are arranged in an ordered, periodic pattern. This makes them symmetric in all three dimensions and gives them the ability to reverberate electromagnetic energy under certain conditions. Their fundamental properties make them used for a variety of technological applications, such as watches and medical equipment.

416F27125AAT is one type of crystal and is used in a wide variety of applications, such as precision timing and frequency control. This type of crystal is composed of a AT-cut quartz crystal and a hermetically sealed package with a soldered gold-plated lid.

Application Field

416F27125AAT is mostly used in precision timing and frequency control applications such as:

• Telecommunications
• Computers
• Consumer electronics
• Industrial automation
• Robotics
• Navigation systems

The 416F27125AAT crystals have excellent stability and reliability, which makes them suitable for use in various fields, such as aircraft navigation and high-precision control systems.

Working Principle

The 416F27125AAT crystal works by using the vibrations of its crystalline structure to Resend or magnify an electrical signal at an exact frequency. When an AC voltage is applied to the crystal, it will begin to vibrate at its own natural frequency as determined by its size, shape, and composition. This vibration creates a standing wave, which reflects back its own frequency.

The frequency of the standing wave created by the 416F27125AAT crystal is very stable, which makes it an ideal choice for precision timing and frequency control. The crystal will keep the frequency up to a certain specified tolerance, even if the input voltage changes.

The 416F27125AAT crystal is also known for its low power consumption and low aging rate. It is commonly used in portable devices and has a low jitter that is suitable for high-end applications such as communications, metrology, and instrumentation.

Conclusion

The 416F27125AAT crystal is an ideal choice for precision timing and frequency control. Its low power consumption, low jitter, and excellent stability and reliability make it suitable for a wide range of applications in telecommunications, robotics, consumer electronics, and aerospace, among others.

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