B39431B3775Z810 Filters

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) Filters are utilized in a extensive array of applications due to their substantial frequency selection, excellent selectivity, and minimal insertion loss. The B39431B3775Z810 is a particular SAW Filter developed by the Murata Company. This filter is largely utilized in cell phones and wireless technologies.

The B39431B3775Z810 is a quarter-wavelength filter with a center frequency of 800 MHz. It has a frequency selection of 787.5 to 812.5 MHz, a high selectivity of −50 dB @ 10 MHz and −70 dB @ 25MHz, and an insertion loss of just 0.7 dB. These attributes make the filter well-suited for utilization in a variety of cellular applications where a high-performance filter is needed.

The B39431B3775Z810 is a frequency-selective element, meaning it passes certain frequencies (with minimal loss or \'attenuation\') and rejects other frequencies. The filter functions in the following manner: an incoming signal is divided into two components: an electrical goal signal and a non-goal signal. The goal signal is passed on through the filter while the non-goal signal is reflected. This in effect functions as a notch filter, as the non-goal signal is prevented from passing through the filter.

SAW filters are popularly used due to their simplicity, size, and cost-effectiveness. They are capable of operating over the entire RF frequency range, meaning they can be utilized in applications such as cellular, broadband, WLAN, and Global Positioning Systems. The B39431B3775Z810 is particularly suited for applications involving cordless phones, cellular frequency bands (2G, 3G, 4G, and 5G), and analog as well as digital wireless systems.

Surface Acoustic Wave filters offer a number of benefits over other types of filters, such as low heat dissipation, low current consumption, and minimal distortion. Furthermore, SAW filters can also offer significant gains with regards to power consumption and associated costs, as they require very low amounts of current in order to work effectively.

In conclusion, the B39431B3775Z810 is an effective SAW filter capable of operating over a wide range of frequencies. Its high selectivity and minimal losses make it suitable for a variety of wireless applications. It offers a number of advantages over other types of filters, such as low heat dissipation and low power consumption. Therefore, it is an excellent choice for cellular, broadband, and other wireless applications.

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