403I35D16M38400

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Crystals: 403I35D16M38400 Application Field and Working Principle

Crystals have been used since ancient times in various fields. From religion to jewellery, they have been seen as important components. With advancing technology, they have since found multiple applications, such as electronics and medical equipment. 403I35D16M38400 is a type of crystal in particular, belonging to the numeric-controlled oscillator family.

The numerous application fields of the 403I35D16M38400 crystal include clocks, watches, radio broadcast and mobile communication equipment, as well as radio receivers, frequency synthesizers and many more. Owing to their high frequency stability and low heat sensitivity, these crystals are particularly suitable for uses as oscillators and timing elements, where accuracy is paramount.

403I35D16M38400 crystals also come with a wide temperature range. They are able to operate from temperatures as low as -55°C to temperatures as high as +125°C, with a maximum vibration of +/-20ppm - an exceptional number compared to a lot of other crystals.

The working mechanism of the 403I35D16M38400 crystal is simple yet highly efficient. To put it simply, these crystals allow a steady oscillation of other electronic devices using an electromagnetic field. They use a quartz crystal and a capacitor to establish a feedback loop. To create the oscillation, a small direct current is fed into the crystal, creating an electromagnetic field. This then sets off a vibration in the quartz crystal. When the voltage reaches a certain level, the crystal capacitor can allow a portion of the current to flow back and the whole vibration reduces.

Once the voltage returns to a lower level, the capacitor will no longer provide feedback and the voltage increases. This is the frequency at which the crystal vibrates. This process creates the oscillating frequency which other electronic devices can use for their inner workings.

The 403I35D16M38400 crystal is usually constructed using high quality ceramic packages. This makes the crystal highly suitable in multiple fields, especially those where environmental conditions could be an issue. It also requires no maintenance or lubrication and can operate in extremely small spaces - two major advantages for convenience.

Overall, the 403I35D16M38400 crystal is a compact and efficient frequency-controlled oscillator used in many modern devices. Its applications range from radio broadcast to naval vessels and its unique temperature range makes it particularly suitable for outdoor use. In addition, its simplicity makes its use very straightforward, meaning that many users can take advantage of its unique capabilities.

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