416F48022CLR

Crystals

Crystals have a long and varied history. Throughout the centuries, they have been used for everything from healing to decorating jewellery. Today, crystals are widely used in many scientific and industrial applications. The 416F48022CLR is a crystal manufactured by Epson Corporation that is ideal for use in frequency control applications and is widely deployed in the telecoms and automotive industries.

416F48022CLR Application Field and Working Principle

The 416F48022CLR is a quartz crystal that is capable of stable, high-frequency operation in a wide range of applications. This crystal operates in the frequency range of 1-60MHz, making it one of the most versatile crystals on the market. It can also operate in temperatures of up to 125°C, making it useful in higher-temperature applications.

The 416F48022CLR crystal is commonly used for frequency control in telecoms and automotive applications. It is known for its long-term stability and low power consumption, making it ideal for applications where precision timing and low power consumption are important.

The 416F48022CLR works on the principle of resonance. Quartz crystals vibrate at specific frequencies when an electrical current is applied to them. By controlling the current, the frequency of these vibrations can be controlled. This allows the 416F48022CLR to be used for precise frequency control in many applications.

The 416F48022CLR is also relatively small and inexpensive, making it ideal for high-volume applications. It is available in a wide range of packages, including surface mount and through-hole packages. This allows it to be easily integrated into a range of applications.

Conclusion

The 416F48022CLR crystal is a versatile frequency control crystal that is suitable for many applications. It is known for its long-term stability, low power consumption and small size. Its wide range of packages makes it easy to integrate into a range of applications. This makes the 416F48022CLR an ideal choice for many telecoms and automotive applications.