416F520X2IAT

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Crystals

Crystals have a wide application field and are an ever-present component of electronics and computing. Crystals come in many shapes, sizes and types and have been used in a variety of industries from telecommunications to aerospace. One such crystal is the 416F520X2IAT.

416F520X2IAT Application Field

The 416F520X2IAT, sometimes referred to as “High Frequency Crystal”, is a miniature crystal that is designed to provide high frequency (MHz) clock signals which help computers measure the passage of time and cycle through programs reliably. It has a range of frequency applications, ranging from 1 to 30 MHz. It is especially well suited for applications such as cellular phones, WAP/PDA and other applications that require accurate clock and timing signals.

The crystal has a wide frequency tuning range and is very stable. This is important in applications that require accurate signals and reliable performance. The crystal is also designed to be low power and cost efficient, adding to its appeal in the consumer marketplace.

416F520X2IAT Working Principle

The 416F520X2IAT crystal works by vibrating at a specific frequency as electricity passes through it. When activated, the crystal vibrates at a specific frequency and this frequency is used as the clock signal for time and instruction cycle based applications. This frequency can be adjusted by applying a different voltage to the crystal. The frequency ranges from 1 to 30 MHz.

The crystal oscillator is composed of an inductor, capacitor, and the crystal itself. Any variation in the components\' characteristics can cause changes in the frequency of the crystal. Temperature changes can also affect frequency and so the crystal has to be used in a temperature-controlled environment to ensure accuracy.

In order to increase crystal performance, a holder is often used to hold the crystal in the device and to make sure that the crystal is mechanically and thermally stable. It is also designed to reduce interference and noise that can reduce the accuracy of the crystal.

Conclusion

The 416F520X2IAT is a miniature quartz crystal that is used to measure the passage of time and cycle through programs in applications such as cellular phones and WAP/PDA. It has high frequency ranges and is stable, accurate and low power. It is composed of an inductor, capacitor and the crystal itself and is often used with a holder to increase performance. Crystals are an important and ever-present component of electronics, and the 416F520X2IAT is a great example of this.

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