402F24022IAR

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Crystals play vital roles in the construction of modern electronic devices. Through the properties of crystal oscillators and resonators, various kinds of devices can be controlled with precision timing and frequency. The 402F24022IAR crystal is an example of a specific type of crystal oscillator, which has many applications in the industry.

Purpose and Applications of 402F24022IAR

The 402F24022IAR is a tuned quartz crystal oscillator with a frequency of 24.0 MHz and a stability of ±20 kHz. It is a piezoelectric gem cut in an AT-cut, meaning it produces a high output voltage and low capacitance. This is why the 402F24022IAR is often used in the industrial sector, particularly in precision timing and frequency applications.

The 402F24022IAR crystal is ideally suited for portable and mobile applications, where it offers high accuracy and low power consumption. Its frequency stability makes it perfect for uses such as radio telecommunication equipment and self-calling systems. It can also be used in measuring and control systems, as it is able to provide high quality frequency output.

In addition, the 402F24022IAR crystal has a high mechanical shock and vibration tolerance, making it suitable for the harsh environments of industrial processes and automated machinery. Its high fatigue life also makes it a reliable source of frequency for long time periods.

Working Principle of 402F24022IAR

The 402F24022IAR works on the principle of a piezoelectric quartz crystal oscillator. It consists of a quartz crystal that is cut into a specific shape and then placed between two metal electrodes. When a voltage is applied to the quartz crystal, its oscillation frequency is determined by its cut angle, the effective mass of the crystal and the quartz’s dielectric constant.

The 402F24022IAR oscillator produces an alternating voltage at a precise frequency, depending on its design characteristics. This alternating voltage can then be used in frequency-sensitive electronics, such as circuits used in radio telecommunications systems. In addition, it can be used to generate a precise timing signal, which can be used in an automated system to precisely monitor the time intervals between events.

Conclusion

The 402F24022IAR is a quartz crystal oscillator that is ideal for precision timing and frequency applications. It is known for its high stability and accuracy, as well as its high shock and vibration tolerance. Its operating principle is based on a piezoelectric quartz crystal, which produces an alternating voltage of a predetermined frequency.

The 402F24022IAR crystal is often used in various industries, most notably in portable and mobile equipment, radio telecommunication systems and self-calling systems. It can also be used in measuring and control systems, due to its ability to provide high quality frequency output. Furthermore, it has a long fatigue life, making it an ideal choice for long-term usage.

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