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Crystals: The FH1840004 Application Field and Working Principle

Crystals form the basis of many electronic devices, from the simplest watches and clocks to mobile phones and computers. A crystal is a solid object whose atoms are arranged in an orderly pattern, and have the same shape no matter which way it is cut. Crystals are used in compasses to help find direction, as well as in the transmission of light and electricity. Their application field is vast and their range of uses is growing. One of the crystals that has been used in recent years is the FH1840004 quartz crystal.

The FH1840004 quartz crystal is a quartz crystal oscillator with a cut angle of 0.5° that is manufactured by Sanken Electric Co. Ltd. This crystal is produced using the ‘one-step etching’ process, which produces a crystal with a higher frequency accuracy and a more stable resonant frequency than traditional quartz crystal oscillators. It is used in devices such as digital TVs, set-top boxes and variable speed drives.

The basic principle of operation of the FH1840004 quartz crystal is based on the ‘piezoelectric effect’. Piezoelectricity is the property of certain materials of producing an electric charge when they are subject to mechanical stress. When its two metal plates are subjected to a varying voltage, the quartz crystal vibrates at a certain frequency, determined by its physical properties. This frequency is used to calibrate and synchronize the device in which it is used.

A quartz crystal oscillator, such as the FH1840004, can be used to generate precise and consistent signals, as well as stable voltages and frequencies. The FH1840004 quartz crystal oscillator can be used in a variety of electronic devices, and for a number of different applications such as: frequency division, time division and digital signal processing. It is a cost-effective solution for design engineers to ensure precise frequency accuracy and stability.

The FH1840004 quartz crystal is a precision component that has been developed to meet the increasingly stringent requirements of modern industrial and consumer electronics. With its high frequency accuracy and stable resonant frequency, the FH1840004 quartz crystal can be used for numerous time division, frequency division and digital signal processing applications. It is a cost-effective solution for electronics manufacturers and design engineers, making it one of the most widely used crystals in the world.

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