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Crystals

Crystals are solid materials that show a regular, three-dimensional pattern; the arrangement of atoms, ions, and molecules in a crystal is the same throughout the entire volume, and each element of the structure can be repeated in a variety of directions, forming symmetrical shapes. A crystal consists of atoms, molecules, and ions that have been organized into a regular, three-dimensional pattern. These materials can be found in many different forms, sizes, and shapes.

In electronics, crystals are used to generate an electrical signal when voltage is applied across them. One of the most commonly used frequency crystals is the 402F36012IAR crystal. This type of crystal is an AT-cut quartz crystal, which is specifically designed for high frequency applications. It is available in a wide variety of different forms, including: a dual in-line package, a surface-mount package, and a through-hole package. It has a maximum frequency range of 25 MHz to 32 MHz and can be used in many applications that require precise frequency control.

The 402F36012IAR crystal is made up of two parts: a quartz crystal and a capacitor. The quartz crystal acts as an oscillator, meaning it has a property that causes it to oscillate electromagnetically when a voltage is applied. The oscillating energy from the quartz crystal is then picked up by the capacitor. This energy is then amplified and sent out as a signal of a specific frequency.

The 402F36012IAR crystal can be used in a variety of applications; from timing and clocking, to frequency synthesis and sampling. It has been used in mobile phones and radios, PLCs, disc drives, and in medical devices such as defibrillators. Most often, the crystals are used to generate a signal of a specific frequency which is used to control the timing and frequency of operations.

To ensure this signal is accurate and stable, the crystal needs to be sealed with a protective layer so that it is not disturbed by the environment. The sealed crystal is then placed in a package that is designed to filter out any stray or unwanted signals. This package can be in the form of an SMD package, a through-hole package, or a dual-package.

In conclusion, the 402F36012IAR crystal is an AT-cut quartz crystal that is designed for high-frequency applications. It can be used in a variety of applications that require precise frequency control, such as timing, clocking, frequency synthesis, and sampling. To ensure accurate and stable signal, the crystal needs to be sealed with a protective layer, and placed in the appropriate package for filtering out any unwanted signals.

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