B39162B3518H910

SAW (Surface Acoustic Wave) Filters are a type of electronic filter made up of a piezoelectric substrate connected to two or more transducers. The B39162B3518H910 is one such filter, made from AT-cut Quartz as the piezoelectric substrate. This filter provides high frequency stability and temperature compensation, as well as immunity to Electric Field Interference.

The B39162B3518H910 SAW Filter has a wide range of applications, including switching between various digital communication systems, controlling the output signal from a transceiver, and various forms of signal processing. With its ability to generate high grade signals, this filter is often used in a wide range of broadcasting systems, such as radio and television.

The working principle behind the B39162B3518H910 SAW Filter is based on the transmission of Surface Acoustic Waves. These Waves are generated by applying an alternating current to the two transducers attached to the piezoelectric substrate. The waves propagate through the substrate, and a signal is transmitted at the point where the two waves intersect. A filter is then created based on changes in the footprint of the signal.

The B39162B3518H910 SAW Filter works by attenuating certain frequencies, and allowing other frequencies to pass through. This allows for a precise selection of signals. The filter can also be designed to block out certain frequencies, reducing unwanted noise or cross talk. Additionally, it can be used to split or combine signals.

The B39162B3518H910 SAW Filter offers a number of advantages, such as high frequency stability, compact design, low insertion loss, and broadband performance. Additionally, the filter has a wide operating temperature range, and can be used in a variety of wireless communication systems. As a result, it is often used as a key component in many types of communication systems.

In conclusion, the B39162B3518H910 SAW Filter is a versatile and reliable signal processing component. With its broad range of applications and ability to attenuate or combine signals, this filter is a popular choice for a variety of digital communication systems. Its broad operating temperature range and high frequency stability make it an ideal choice for wireless communication systems.