B39588N9260M100

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SAW Filters are a type of electronic filter that incorporates surface acoustic waves (SAW) to achieve its filtering properties. They are commonly used in many different types of electronic circuits, and are particularly popular in radio-frequency (RF) applications. B39588N9260M100 is a type of SAW Filter designed specifically for RF applications. In this article, we will take a closer look at the application fields and working principles of this filter.

The B39588N9260M100 SAW Filter operates in the 860 MHz frequency band and has a low insertion loss of only 1.6dB. This makes it ideal for RF applications such as Wi-Fi, GSM/GPRS, and Bluetooth. The filter can also be used in other applications, such as Wireless Local Area Network (WLAN) equipment, cellular phones, satellite TV, video editing consoles, and even radar systems.

The working principle of the B39588N9260M100 SAW Filter is based on the acoustic mirror effect. This effect is achieved by placing SAW resonator elements on a piezoelectric substrate. The substrate acts as a mirror, reflecting the acoustic waves back and forth, thus forming standing waves. These standing waves form a filter, which allows certain frequencies to pass while blocking others. This makes the filter ideal for applications which require a specific frequency to be filtered out.

The B39588N9260M100 SAW Filter is designed with a high input to output isolation of 18 dB, making it suitable for applications where the input and output signals need to be as independent as possible. It also features low-pass characteristics for increased efficiency, as well as high temperature stability and efficiency over a wide range of temperatures. The filter also has excellent Repeatability and Rejection, allowing it to be used in precision applications where repeatability is critical.

In summary, the B39588N9260M100 SAW Filter is a highly tuned filter ideal for a wide range of RF applications. Its low insertion loss and high isolation make it ideal for precision applications such as WLAN equipment and cellular phones. Its acoustic mirror construction provides an excellent filter characteristic which allows for the filtering of specific frequencies while blocking the rest. Finally, its high temperature stability and repeatability make it suitable for use in a wide range of environments.

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