416F27013ADT

Crystals are a type of material structure composed of an orderly arrangement of atoms or molecules. The arrangement of the crystals determines their properties and their use. Crystals have been used for centuries for a variety of purposes, and this includes 416F27013ADT.

416F27013ADT Application Field

416F27013ADT is a type of crystal belonging to the class of thick film dielectric crystals. It\'s mainly used in high frequency, very high frequency and ultra high frequency receivers, wireless communication and HF detection, as well as in micro-electromechanical system and ASIC applications.

The design of 416F27013ADT is based on the X7R dielectric material and uses a multi-layer electro-deposited dielectric coating process. This type of crystal is usually installed via through-hole technology, and it is compatible with a variety of printed circuit boards due to its small size and high stability. This crystal is also very cost-effective compared to other types of crystals, making it a great choice for commercial applications.

416F27013ADT Working Principle

A crystal has a lattice structure with regular spacing between its atoms. This lattice structure is the basis for its unique electrical properties. When an oscillating electric field is applied to a crystal pier, the electrons in the crystal lattice vibrations in time with the oscillation of the electric field. This is known as the piezoelectric effect and it is what makes it possible to use crystals to generate and receive electrical signals.

In the case of 416F27013ADT, the crystal is composed of several layers of dielectric material. These layers are arranged in such a way that they interact with the electric field to produce a frequency that is higher than the frequency at which the electric field was applied. This is called frequency multiplication, and it is how the crystal is able to generate and receive electrical signals. It is also the reason why a crystal such as 416F27013ADT can be used for a variety of applications such as receivers, wireless communication and high frequency detection.

The 416F27013ADT crystal is also used because of its low cost and high stability. Thanks to its small size, it is also able to be easily integrated into a variety of printed circuit boards. This makes it an important component in many electronic devices and systems.

The 416F27013ADT crystal is a prime example of how crystals can be used for a variety of applications. Its properties and design make it an ideal choice for high frequency, very high frequency and ultra high frequency receivers, as well as for micro-electromechanical system and ASIC applications.