B39182B5313U410

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Part Status:	Obsolete
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SAW Filters

B39182B5313U410 is a surface acoustic wave (SAW) filter for use in high-frequency (HF) and very high frequency (VHF) range. Widely used in radio frequency (RF) applications, SAW filters are well known for their small size and low power consumption which make them ideal for mobile radios and other applications where space and power consumption are a concern. At the same time they have excellent bandpass and notch characteristics for blocking unwanted frequencies. This article will discuss the application fields and working principle of B39182B5313U410.

SAW filters are widely used in various applications including broadcasting, telecommunications and navigation. They are used to improve the signal-to-interference ratio of a communication system by blocking out undesirable frequencies and allowing desired frequencies to pass. In cellular network systems, SAW filters are typically used to attenuate or completely block unwanted frequencies while allowing wanted frequencies to pass. In broadcasting systems, they are used to assist in separating different broadcasts since they can be designed to have band pass or notch characteristics. Navigation systems can also benefit from SAW filters due to their ability to separate certain frequency bands.

B39182B5313U410 is a SAW filter designed for mobile radio application and has a wide operating frequency range of 30MHz -2000MHz. This makes it suitable for HF and VHF communication systems where space and power consumption are a concern. The filter has a narrow bandwidth of 1MHz, allowing it to reject unwanted frequencies and only pass desired frequencies. The filter also has a high power handling capacity which enables it to withstand up to 15dBm of input power without any significant distortions.

The working principle of B39182B5313U410 is similar to other SAW filters. The filter is made from two piezoelectric substrates with metal electrodes on them. When an electrical signal is applied to the filter, the two substrates interact to generate compressional waves on the surface of the filter. These waves travel along the length of the filter and are reflected off the end of the filter. These waves interact with the surface impedance of the electrode and cause the frequency of the reflected wave to shift. This shift in the frequency of the wave allows the frequency of the signal entering the filter to be filtered, allowing only the wanted frequencies to pass through while blocking out all other frequencies. The filter also has the ability to attenuate certain frequencies and completely block unwanted frequencies. This makes it ideal for mobile radios and other applications where space and power consumption are a concern.

In conclusion, B39182B5313U410 is a SAW filter designed for high-frequency and very high frequency applications. It has a wide operating frequency range of 30MHz to 2000MHz and a narrow bandwidth of 1MHz, allowing it to reject unwanted frequencies and only pass desired frequencies. The filter also has a high power handling capacity of up to 15dBm of input power without any significant distortions. The working principle of B39182B5313U410 is similar to other SAW filters, where the two substrates interact to generate compressional waves which are reflected off the end of the filter. These waves interact with the surface impedance of the electrodes to allow only wanted frequencies to pass through and block out all other frequencies. This makes it ideal for mobile radio applications and other applications where space and power consumption are a concern.

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