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Crystals

Crystals are solid materials that have an orderly arrangement of atoms and molecules which repeat in three-dimensional space. They can form from both organic and inorganic compounds which are held together by strong covalent, ionic, and metallic bonds. Crystals come in many shapes, sizes and colors and have a variety of uses in various engineering applications. One such crystal is the 9C20000051 crystal.

9C20000051 Application Field and Working Principle

The 9C20000051 crystal is commonly used in electrical and electronic engineering. It is a crystal oscillator, which is used to generate a specific frequency. A crystal oscillator generates a frequency by applying an electric charge to vibrate the crystal, which then generates an exact frequency. The 9C20000051 crystal has a frequency range of 48.8MHz and a maximum frequency error of ± 20ppm at 25℃. The maximum supply voltage for this crystal is 14V and the maximum storage temperature range is -20℃ to 85℃. This crystal can also be used for frequency multiplication and temperature compensation.

The 9C20000051 crystal can be used in multiple applications, such as computer peripherals, remote controllers, remote switches and WiFi transmitters. It is also used in satellite equipment and various time-keeping devices. In mobile phones, this crystal can provide the clock synchronization and allow transmission and reception of calls, which is important for telecommunication. With the advancement of technology and miniaturization, the 9C20000051 crystal is also used in micro-displays and portable gaming systems. It is also used in radio transmitters and financial terminals.

The working principle of a 9C20000051 crystal is based on the ‘piezoelectric effect’. This effect occurs when a crystal is subject to an electric charge and the charges applied cause the crystal to vibrate. The frequency of the vibration is determined by the properties of the crystal. The electric charge applied changes the lattice structure of the crystal, causing it to vibrate, and eventually a frequency is generated. The frequency generated is then used as a reference for all kinds of applications. This frequency can be used for calculating time and this makes the 9C20000051 crystal an important element in modern times.

In conclusion, the 9C20000051 crystal is an important element for electrical and electronic engineering applications. It is used for generating an exact frequency by applying an electric charge. It is commonly used in computer peripherals, remote controllers, WiFi transmitters and satellite equipment. The working principle of a 9C20000051 crystal is based on the piezoelectric effect and the generated frequency can be used as a reference for calculating time.

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