B39172B5109U410

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

Surface Acoustic Wave (SAW) filter is an important technology used in signal processing. It can separate desired frequency and undesired signals, and it uses a natural resonance effect of surface wave propagating on a piezoelectric substrate. The B39172B5109U410 is an example of a SAW filter, which is used to support RF applications. This article will discuss the application fields and working principle of this model.

The B39172B5109U410 SAW filter is primarily used in mobile and wireless communication applications. Within these fields, it is used to create a single-pole input response, rejecting any signals that are out of the designated bandwidth. It is ideal for dealing with noise from the environment, such as interference between various wireless devices like mobile phones, Bluetooth devices, and Wi-Fi networks. This SAW filter also ensures clear voice and data transmission where signals need to be separated with minimal interference.

The B39172B5109U410 uses the piezoelectric effect as its primary fundamental. This phenomenon occurs when pressure is applied to an electrically insulating material. This pressure results in transverse mechanical movement, which can be converted into electrical energy. When a voltage is applied to the material, it vibrates in a transverse direction. This vibration results in acoustic waves called surface acoustic wave (SAW). In a SAW filter, the main components are the transducer, which converts between electrical and acoustic energy, the piezoelectric substrate which carries the surface acoustic wave, and interdigital transducers.

The main operation of the B39172B5109U410 SAW filter is to separate signals based on their frequency characteristics. It does this by using the resonance effect of the SAW waves as they travel on the substrate. The transducers resonate at different frequencies and any signal that is within the specified frequency range will not be interfered with. Any signal that falls outside of this range will be blocked. This makes the filter extremely efficient for blocking out undesired signals and maintaining signal clarity.

In summary, the B39172B5109U410 SAW filter is an effective technology used in mobile and wireless applications. It uses the piezoelectric effect to generate resonant surface acoustic waves on a substrate, which allows it to separate desired signal from those which lie outside its designated bandwidth. This makes the filter ideal for dealing with interference and blocking out unwanted signals.

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