MA-505 22.1184M-C3:ROHS

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 among the most essential components in a wide range of electronic applications. The MA-505 22.1184M-C3:ROHS crystal is one of them. This crystal plays a pivotal role in both industrial and commercial settings.

The working principles of this crystal employ an oscillator to generate an electrical field of particular frequency. Typically, the frequency is linked to a quartz plate within an oscillator circuit. The quartz crystals possess a piezoelectric effect that vibrates the crystal at a given frequency. Moreover, there is an electrical field as well that passes between the two endpoints of the crystal in the form of tiny waves.

The basic function of this type of crystal is for timing units that require accuracy and steadfastness. This crystal can provide extremely stable frequencies, making it ideal for very rapid switching processes. The crystal is used in a wide array of frequency-sensitive applications, such as quartz clocks, radios, and the like.

This crystal is also used to regulate broadcasts in wireless networks. When connected to an oscillator circuit, the crystal measures the frequency of a given broadcasting system and maintains the accuracy of the broadcast.

In addition to these applications, this crystal is frequently used as a timing element in computer systems as well. By precisely counting the number of pulses generated by a crystal, a computer system can calculate the exact time at which certain events take place. These crystals are also used for other digital systems that require a precisely calibrated clock for proper functioning.

Given its accuracy and stability, this type of crystal is also widely utilized in medical equipment. Specifically, MA-505 22.1184M-C3:ROHS crystals are often used in medical scanning machines and imaging equipment. These crystals enable the scanning machines to acquire high-resolution images of various samples and tissues with pinpoint accuracy.

Recently, this type of crystal has been employed in more advanced crystal oscillators. The oscillators feature two separate crystals, each connected to an oscillator circuit. This dual-crystal oscillator can not only provide more accurate frequency but also a higher resolution time signal.

In light of growing demands for greater accuracy and resolution, MA-505 22.1184M-C3:ROHS crystals have become increasingly popular in a wide range of frequency-controlled applications. They are used in many industrial and commercial settings, such as broadcasting, scanning, and computer systems. As a result, these crystals have become ubiquitous in the electronics industry, as they have become one of the essential components that modern electronic systems need.

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