445A3XJ13M00000

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Crystals

A crystal is a solid material, typically a mineral or a mixture of minerals, whose atoms are arranged in a regular, three-dimensional pattern such that all of the atoms of the material have an identical environment and thus can interact with each other in a predictable way.

Crystals come in a wide range of shapes and sizes, ranging from microscopic particles to large rocks and gems. Crystals can form in a variety of ways, including through natural processes, such as cooling of melted materials, and man-made processes, such as growing crystals for industrial use. Crystals are used in many applications, including engineering, electronics, and jewelry.

The 445A3XJ13M00000 crystal is one type of the many crystals employed in various industrial applications. This type of crystal is primarily used in electronic devices such as radios, electronic watches and frequency counters. It is an AT-cut crystal that is photo-etched with a metal or metal composite layer to form a film-on-crystal structure.

The primary function of the 445A3XJ13M00000 crystal is to generate and maintain a constant frequency, which is a critical requirement for proper operation of electronic circuits. To achieve this, the crystal oscillates, or vibrates, at a certain frequency when a voltage is applied to it. This vibration produces an alternating current. The alternating current is then amplified, filtered, and converted into a specific frequency by the electronic device.

The crystal is typically soldered directly onto the circuit, and is connected to the power supply and ground through two connecting wires. When the voltage reaches the crystal, it oscillates and produces an alternating current. The frequency of this alternating current will depend on the size, shape, and cut of the crystal, as well as the frequency of the voltage being applied.

The 445A3XJ13M00000 crystal is designed to maintain a frequency within the range of 10-50 MHz. It is highly stable, therefore can provide very reliable and consistent performance in any kind of demanding environment such as a mobile or extreme temperature. In addition, it is a very small component, which helps reduce space requirements and increase component density in electronic applications.

The 445A3XJ13M00000 crystal is an efficient, reliable, and cost-effective option for many different applications, from research and industrial use to consumer electronics. It is a reliable, economical choice for applications that require dependable precision timing.

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