B39141B3591Z810

SAW Filters

Surface Acoustic Wave (SAW) filters, also known as surface transverse wave filters, are often used as components in communication systems. These types of filters have been around since the early 1950s. The B39141B3591Z810 is a type of SAW filter specifically used in mobile communication systems.

Application Field

The B39141B3591Z810 is a multi-band filter used in mobile communication systems. Because it has a wide frequency range, it is also suitable for other systems including wireless and satellite communications. It is used to reduce the interference between different signals coming from different sources, allowing for cleaner reception. It also allows for more efficient transmission of signals within a specific frequency range.

Working Principle

The B39141B3591Z810 works by creating a standing wave of vibratory energy that passes through a piezoelectric crystal substrate. The energy is scattered off the surface and diffracted as different frequency areas. This causes a band stop effect, meaning that signals outside a certain frequency are blocked. The filter is able to achieve this without any active components.

The B39141B3591Z810 is designed for use in mobile communication systems, but can also be applied to other applications that require a wide frequency range. Its design is highly efficient, meaning it has low power consumption and is able to block multiple signals simultaneously. This makes it a great choice for use in systems that require high levels of communication and accuracy.

Conclusion

The B39141B3591Z810 is an efficient and reliable SAW filter specifically designed for mobile communication systems. Its wide frequency range makes it suitable for other systems, such as those required for wireless and satellite communications. The filter works by creating a standing wave of vibratory energy that passes through a piezoelectric crystal substrate. This causes a band stop effect, blocking off signals outside a certain frequency. The B39141B3591Z810 is designed for low power consumption and high levels of accuracy and communication.