MA-306 29.4912M-C3:ROHS

Crystals play a crucial role in today’s highly advanced, technologically driven society. One of the most important crystals employed in modern devices is the MA-306 29.4912M-C3 series of ceramic resonators (ROHS compliant). The device is applicable for various operations and is widely used in communications, audio, industrial and medical fields. Its mission is to stabilize or excite oscillation in an electronic component. This article will explain its working principle and various areas of application.

Working Principle

A ceramic resonator consists of a metal alloy layer that has a composite ceramic core with electrodes at both ends. The metal alloy layer, on one side, is connected to the ground while the opposite side is linked to the electrode connector. This connector acts as cold and hot electrodes and receives/sends signals to and from the component. When an alternating current flows through the device, the middle ceramic assembly moves and provides resonance to the circuit which helps in providing the necessary frequency.

The MA-306 29.4912M-C3 series of ceramic resonators are designed to produce frequencies ranging from 8MHz to 125 MHz. This memory component can provide precise frequencies to extreme accuracy. On top of that, these devices have an ultra-low leakage current, which makes them suitable for a range of high-powered applications.

Applications

Given the unique characteristics of the MA-306 ceramic resonator as mentioned above, it finds a wide range of applications in today’s society.It is widely utilized in cell phone communication systems, digital satellite communications, and aircraft-communication systems, among others. Furthermore, its use can also be found in various medical devices such as medical imaging devices, MRI, CT scanners, and others. Last but not least, it finds uses in the audio field, such as high-end stereo systems and car audio systems.

As advancement in technology continues to make things smaller and more powerful, the need for reliable, essential components such as MA-306 ceramic resonators can only continue to grow. This type of device is essential in keeping technological components working reliably and accurately. For this reason, they continue to play an important role in modern society.