402F320XXCKT

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Crystals are fundamental components in electrical circuitry. A crystal is an electronic component made of two identical pieces of crystalline material -- a semimetal or a semiconductor material -- connected together. Each piece is called a plate. The plates are usually arranged in linear or rectangular patterns and are often referred to as “crystal lattices.”

The 402F320XXCKT is one of the most common types of crystals used in electrical circuitry. It is a type of clock crystal, which is used to generate time-dependent signals within electronic circuits. The crystal is composed of two plates that have been cut using X-ray lithography and have a refractive index of 4.

The 402F320XXCKT crystal has an extremely low tolerance of jitter in the signals it produces, making it ideal for precision circuitry. Moreover, its low impedance of just 15 ohms at its resonant frequency allows it to be easily integrated into other circuits. The 402F320XXCKT crystal is also capable of operating over a wide range of temperatures and frequencies, ensuring maximum performance and reliability in any environment.

The 402F320XXCKT crystal is used in many types of electrical applications, including digital clocks, quartz watches, and timing circuits for computers. It is also often used in conjunction with integrated circuits, especially in the automotive and aerospace fields.

The working principle of a 402F320XXCKT crystal is based on the phenomenon known as piezoelectricity, which is the ability of crystals to generate an electrical voltage when subjected to mechanical stress. This phenomenon is caused by the crystalline structure of the material, which contains molecules that have positively and negatively charged regions.

When the mechanical stress is applied to the crystal, the molecules vibrate, causing a change in the electrical voltage. This voltage can then be used to power electronic circuits or to create pulses of electricity in order to pace the frequency of the circuit.

The 402F320XXCKT crystal is a highly reliable, low-power component that can be used in a wide range of applications. Its small size and low cost make it well-suited for highly integrated circuit designs. It is also very easy to integrate into other circuits, making it an excellent choice for many types of devices and systems.

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