416F320X3ILT

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Crystals

Crystals refer to a class of solid-state materials that contain atoms, molecules or ions arranged in a regular and ordered fashion. Crystal growth is the complex process by which crystals are formed in nature or by artificial means. Crystals are important in many different fields, from being used in the manufacture of semiconductors to making jewelry. One of the most common uses for crystals today is in the field of electronics, where special crystals called oscillators, such as the 416F320X3ILT, play an important role in the operation of microprocessors.

The 416F320X3ILT is a low cost, low frequency, low power quartz crystal oscillator that can operate at a frequency as low as 100 kHz and as high as 32MHz. It is often used in applications such as microprocessor clock oscillation, radio frequency transmitters, modulators, receivers and audio frequency oscillators. In addition, it is a very stable device that can remain accurate even in environments with wide temperature variations.

The 416F320X3ILT works by exploiting the piezoelectric effect. This effect occurs when a voltage is applied to certain crystals, causing them to vibrate in a specific frequency. When the 416F320X3ILT is exposed to an AC voltage, it begins to vibrate in the same frequency as the applied voltage. The vibrating crystal creates an oscillating electric current in the circuit, which can be used to control or generate various signals or functions.

In addition to being used in clock oscillation, the 416F320X3ILT can also be used in automotive, telecommunication and consumer electronic products, such as digital cameras, portable media players and cell phones. The 416F320X3ILT is also used in ZigBee-, Bluetooth- and Wi-Fi-enabled products. Finally, the 416F320X3ILT is ideal for use in medical and industrial measurement and instrumentation systems.

The 416F320X3ILT is a cost-effective and reliable solution for use in a wide variety of applications. Its small size and inherently low power consumption make it an ideal choice for design engineers looking for a high-precision timing component. Moreover, its ability to remain accurate in widely varying temperature ranges makes it a great choice for applications that require precision and reliability.

The specific data is subject to PDF, and the above content is for reference