416F37022ADT

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 are materials that have an orderly arrangement of atoms, which allows them to convert electrical energy into sound and then back. In the electronics industry, crystals are used to accurately measure time, as they vibrate at constant frequency. Even slight changes in frequency or temperature produce an error in the frequency. The 416F37022ADT mentioned above is a particularly large crystal with a range of applications.

The 416F37022ADT is a 34.1752MHz frequency crystal, making it useful for a variety of applications. Most notably, it can be used as a reference for radio communication, as its frequency is a multiple of the RF carrier frequency in AM radios. Additionally, this crystal model is also quite common in microcontroller designs, as it can provide clocking signals for basic communication and logic operations, as well as providing accurate time references. As such, it is an extremely versatile component.

The Working Principle of the 416F37022ADT is actually quite simple. The crystal is made up of two internal components; a monocrystal quartz crystal and a ‘case’ that helps to contain the vibrational energy of the quartz. The crystal is cut at an angle, and a metal plate is added on one end of the casing in order to make a pole-piece. At the other end of the crystal there is a capacitive circuit. When the device is powered with an alternating current, the quartz crystal inside begins to vibrate. When current passes through the crystal it sets up a mechanical resonance, radiating acoustic energy at a particular frequency which is determined by the frequency of the passing current and the size of the Quartz crystal.

When the electrical energy passes through the pole-piece, it produces a magnetic field, which activates the internal capacitive circuit. This creates a back-and-forth oscillation of the quartz crystal at a specific frequency, determined by the size of the crystal and the electrical current. The oscillation created by this quartz crystal can be used for a variety of different needs, such as providing accurate time measurements and detailed wireless signals.

The 416F37022ADT crystal is an essential component in many communication, microcontroller, and electronics projects. It is not only used for its accuracy and stability, but also for its ability to create reliable and consistent signals. Its size makes it well suited for a variety of different applications, including a wide range of radio communication and clock designs. Its internal capacitive circuit is also a major benefit, as it provides the crystal with reliable electrical stability and long lasting performance.

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