B39192B4222U810

SAW (Surface Acoustic Wave) Filters are acoustic wave-based filters utilized in various communication systems. The B39192B4222U810 is one such filter used for NR(New Radio) multi-carrier applications in mobile communication. It is a steep-slope filter configured in a standard QFN16 package.

The B39192B4222U810 has a center frequency of 3.8GHz and a 5% bandwidth of 6.4MHz making it suitable for a wide range of 5G applications. The B39192B4222U810 also has a low insertion loss of only 2.8dB, and a high out-of-band rejection of 50dB, making it ideal for input power conditioning of narrowband signals.

The B39192B4222U810 has a small footprint and low power consumption making it suitable for space-constrained applications. The filter is also designed to be easily integrated into different types of active devices, making it an ideal choice for various 5G radio designs.

The working principle of the B39192B4222U810 is based on SAW technology. SAW filters employ a piezoelectric substrate (such as quartz) that allows acoustic pressure waves produced by a transducer to travel along its surface. When a signal is fed into the filter, it is subjected to a periodic grating that reflects the signal components according to their frequency. The signal components that match the filter\'s frequency response pass through to the output. The remaining components are filtered out as they are reflected off the grating.

The B39192B4222U810 also includes advanced temperature compensation algorithms which ensure that the filter sustains a high level of performance when operated at extreme temperature conditions. This makes the filter suitable for use in a variety of 5G scenarios such as mobile base stations and vehicular applications.

The B39192B4222U810 is a versatile filter with many advantages. It is able to sustain a wide range of 5G applications, thanks to its wide 5% bandwidth and low insertion loss. It has a small footprint, low power consumption and is easily integrated into active devices making it an ideal choice for many 5G radio designs. In addition, the filter has advanced temperature compensation algorithms which ensure that the output remains stable even when the filter\'s operating temperature fluctuates.

The B39192B4222U810 is a useful and reliable filter for 5G multi-carrier applications, thanks to its high performance and wide range of features. As such, it is an excellent choice for NR multi-carrier applications in mobile communication.