B39152B5195U410W3

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SAW Filters

Surface acoustic wave (SAW) filters are an important component found in many electronic devices from consumer electronics to automotive and medical applications. They play an important role in allowing systems to communicate with each other without interference from outside sources. This article will explore the application field and working principle of B39152B5195U410W3 SAW Filter.

Application Field of B39152B5195U410W3 SAW Filter

The B39152B5195U410W3 SAW filter is a high-performance SAW filter designed for mobile communication applications such as FDD-LTE or GSM. This SAW filter features high Q-Factor, low insertion loss, high rejection, and wideband operation. As a result, the B39152B5195U410W3 is ideal for any situation where interference is an issue. This includes automotive communication and medical scanning systems.

The B39152B5195U410W3 SAW filter is also well-suited for applications where size and power are a factor. It can operate within a wide-range of temperatures making it a reliable component for challenging environments. In addition, the package size is quite small making it ideal for tight places.

Working Principle of B39152B5195U410W3 SAW Filter

Surface acoustic wave filters use acoustic waves rather than electric waves to accomplish their tasks. These acoustic waves travel through a thin film of piezoelectric material on a substrate like quartz or lithium niobate. The acoustic wave is created by a metallic transducer on one end of the substrate and the signals are connected on the other end. When these acoustic waves reach the antenna they are converted into electrical signals, allowing the filter to act as a band-pass filter.

The B39152B5195U410W3 SAW filter features proprietary ceramic transducer technology. This allows for greater precision and high power handling. Additionally, it makes the filter more resistant to interference and improves its overall performance.

In addition, the B39152B5195U410W3 SAW filter features a digital signal processing system that allows for even better accuracy and stability. This system is especially valuable in applications where performance is critical.

Conclusion

The B39152B5195U410W3 SAW filter is a valuable component for those who need reliable communication or scanning systems. Its combination of size, accuracy, temperature stability, and resistance to interference makes it ideal for consumer electronics, automotive, and medical applications. The proprietary ceramic transducer technology and the digital signal processing system greatly enhance the performance of the filter.

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