FA-365 16.0000MB-D3

Crystals have a wide variety of applications in the world today. One of the most versatile crystal components is the FA-365 16.0000MB-D3 crystal. This type of crystal employs a combination of common crystal technology and its own unique features to provide excellent electrical and mechanical performance. The following sections will discuss the application field and working principle of the FA-365 16.0000MB-D3 crystal.

The FA-365 16.0000MB-D3 crystal is primarily used in the production of electronic equipment. This particular crystal is popularly known for its excellent performance and reliability in the fields of communications, computing and radar systems. In communications, the crystal is used in the design of modulators, receivers and transmitters. For instance, the crystal can be used for frequency mixing in order to generate FM and AM signals for radios and televisions. In computing, the crystal is commonly used in microprocessors and other digital data forms. Lastly, the crystal can be used in radar systems for navigation since it has excellent frequency stability in a wide temperature range.

The working principle of the FA-365 16.0000MB-D3 crystal is based on the principles of resonance and motional damping. Resonance will cause a crystal to change its shape when subjected to an electrical field. This is known as piezoelectricity. The shape of the crystal can also be changed when it is subjected to a mechanical stimulus. This is also known as electrostriction. The frequency at which the crystal oscillates when subjected to either an electrical or a mechanical force is determined by its size and the materials used. When applied to an electronic circuit, the crystal will then resonate at the frequency at which it is designed.

The crystal also incorporates an additional layer of damping in order to reduce unwanted frequency shifts due to temperature variations. This is known as motional damping. In a typical arrangement, the crystal is placed on top of a ceramic mount that is filled with a damping material. This layer of damping material prevents excessive frequency shifts due to temperature variations and thus, improves the overall performance of the crystal.

The FA-365 16.0000MB-D3 crystal provides excellent performance in terms of frequency stability and resistance to interference. It is also easy to use and requires minimal external components. The combination of common crystal technology and its own unique features makes the crystal an ideal choice for a wide variety of applications. As a result, the FA-365 16.0000MB-D3 crystal is widely used in the production of electronic equipment.