402F40012ILT

Crystals are a type of signal processing components that are extensively used in various types of electronic circuits. They are widely used in consumer electronics and communication industries, offering precise timing and frequency control, improving signal accuracy and enhancing performance. A 402F40012ILT application field is an example of crystal-enabled circuit design.

This type of crystal is specifically designed for industrial-grade equipment, medical imaging, and automobile applications. It is comprised of a two-terminal quartz ringing crystal, which is specially grown and laser trimmed for custom frequency accuracy. This crystal is capable of providing a precise, low-phase noise, wide-temperature performance due to its precise fabrication. This device is suitable for telecom, imaging, automotive, and avionics applications that require precise frequency control.

The working principle of 402F40012ILT is based on the piezoelectric effect. This is a phenomenon in which an applied electric field causes a mechanical deformation in the crystal lattice, and conversely, a mechanical deformation causes a voltage across the crystal\'s electrodes. The electric field fringing the crystal lattice produces a mechanical movement, thus producing a voltage across the crystal\'s electrodes. This, in turn, produces a frequency, which is determined by the crystal\'s design.

This type of crystal also includes some basic features. Firstly, it has got low flicker noise, which is a key parameter in measuring frequency accuracy. Secondly, the frequency is finely adjusted using a laser trim to ensure precise frequency control. Additionally, the frequency stability is good over a wide temperature range of -55 to +125 degree Celsius, making the device suitable for many applications.

The 402F40012ILT is used for many different types of applications. In consumer electronics it is used in timing products such as clocks, watches, and many other types of devices. In medical imaging, the crystal is used for imaging large volumes of data by controlling the precision and accuracy of the imaging process. Additionally, it is used in automotive applications, where it provides short-term voltage stability during signaling operations.

The working of 402F40012ILT is based on its ability to generate precise frequencies using electric and mechanical motion in its crystal lattice. The electric field fringing the crystal\'s lattice produces a mechanical movement, thus producing a voltage across the crystal\'s electrodes. This then produces a frequency, which is determined by the crystal\'s design. The frequency accuracy is improved by laser trimming, which is used to adjust the frequency to a meticulous range. Moreover, the frequency remains constant over a wide temperature range of -55 to +125 degree Celsius, making the device suitable for use in many different types of applications.