MA-406 10.0000M50X-C: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 essential components in almost all electronic circuits, so understanding their application fields and working principles is critical for product reliability and performance. On this note, the MA-406 10.0000M50X-C:ROHS crystal is a widely used type of heat-resistant, metal oxide semiconductor (MOS) technology-based crystal that is well-suited for applications in which greater stability and accuracy over temperature variation is desired. Its application fields and working principles are explained in the article below.

Application Fields

The MA-406 10.0000M50X-C:ROHS crystal is typically used in low-power digital equipment, where clock timing and count accuracy is essential. It offers an integrated resonator and frequency generator, so it is ideal for devices seeking regulatory compliance or lower power consumption. It is also beneficial for applications requiring better protection from temperature variations since the crystal has excellent temperature characteristics. The most popular applications include automotive electronics, medical diagnostics, digital watches, GPS devices, electronic toll collection systems, and frequency-dependent digital power systems.

Working Principle

The MA-406 10.0000M50X-C:ROHS crystal works by converting electrical energy into vibration or resonance with precision using the piezoelectric effect. In simple terms, the piezoelectric effect involves the application of an electrical field on a material, primarily quartz, which disrupts its stable state, allowing it to vibrate. This vibration changes the oscillation frequency, which is then used to generate a signal. This signal can then be used to create an accurate timing reference that can be used in many kinds of embedded systems or clocks.

The MA-406 10.0000M50X-C:ROHS crystal has a high precision of 10.0000MHz and a low jitter frequency of 50ppm. This is made possible by the combination of its high-frequency oscillation characteristic and its high-performance MOS technology. Due to this, it offers users increased stability and accuracy over time. Additionally, its temperature stability ensures that the oscillation frequency is unaffected by the environment.

Conclusion

With its high frequency and low jitter, combined with excellent temperature characteristics, the MA-406 10.0000M50X-C:ROHS crystal is an ideal choice for applications requiring accuracy and stability. Its wide range of application fields such as automotive electronics, medical diagnostics, digital watches, GPS devices, electronic toll collection systems, and frequency-dependent digital power systems, make it one of the most preferred crystals in the market today.

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