416F27112CLR

416F27112CLR Crystals

Crystals are solid materials with periodic atomic lattices, consisting of an orderly arrangement of atoms, ions, and molecules. Crystals can often act as micro-electronic components, such as the 416F27112CLR crystal, which are found in a number of applications and are used for a variety of purposes.

416F27112CLR Application Field

The 416F27112CLR crystal is an oscillator-type crystal used in many industries. It is used in telecommunications, medical equipment, computer networks, aircraft instrumentation, missile guidance systems, and military-grade avionics. These crystals are designed to maintain a precise frequency with very low power consumption, and their high-frequency stability over temperature makes them ideal for these applications. They are also used in radio frequencies and other microwave applications.

416F27112CLR Working Principle

The 416F27112CLR crystal works on the principle of quartz oscillators. It consists of two plates of quartz attached together by a coupler. When electric current is applied to the coupler, the quartz plates vibrates at a specific frequency determined by the size of the crystal. This oscillation creates an alternating current wave which is then converted into a digital signal by the receiver circuit. The 416F27112CLR crystal is capable of delivering a maximum frequency of 160MHz with an accuracy of 0.02ppm.

Conclusion

The 416F27112CLR crystal is a widely used oscillator-type crystal, used in a variety of industries and applications. It is designed to maintain a precise frequency, while using very low power. Its high-frequency stability over temperature makes it ideal for telecommunications, medical, and military applications.