416F24012CLT

Crystals

A crystal is a material made up of an orderly arrangement of atoms, molecules, or ions, which are present in a lattice-shaped structure. The properties of the crystals depend on the arrangement of these atoms, molecules, or ions. They are found in different types of materials ranging from ionic solids, to metallic compounds, silicon semiconductors, and quartz inorganic materials. One type of crystal, called a ferroelectric, has the ability to store electrical charge.

The 416F24012CLT is a 4-pin, 24-mm crystal that features low operating temperature and high stability. This type of crystal is typically used in oscillator circuits, microprocessors, timing circuits, and other sensitive self-timing applications. It is also used in applications that require both low frequency and high frequency precision.

Application Field

The 416F24012CLT crystal is primarily used in communication systems, computing systems, and consumer electronics products. It is also used in communication systems for the synchronization of multiple transceivers. In computing systems, the crystal is used for clock generation, timing circuits, oscillator circuits, and microprocessors. The crystal is also used in consumer electronic devices such as digital cameras, cell phones, mobile phones, and other portable electronic devices.

Working Principle

The working principle of the 416F24012CLT crystal is based on the resonant frequency of the crystal. The oscillation frequency of the crystal is determined by the physical parameters of the crystal, such as its size, shape, resonance frequency and temperature. When an alternating electric field is applied to the crystal, the electric field induces a mechanical vibration. As the vibration passes through the crystal, it is converted into an electrical signal at the resonant frequency of the crystal. This electrical signal is used to generate clock signals in a variety of applications.

The 416F24012CLT crystal is a highly stable and reliable crystal, and offers superior temperature and power stability. The crystal provides stability over temperature ranges of -40°C to +85°C, and provides a reliable clock signal at frequencies up to 40MHz. The crystal provides superior stability and accuracy and is ideal for timing and synchronization applications.