DEA203600BT-1240B2 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

RF Filters are a type of electronic filter used in radio communication systems. They are designed to reject or attenuate any signals outside a certain frequency range while allowing signals within the band to pass. The DEA203600BT-1240B2 is an RF filter manufactured by Diconix Electronics. It is a surface-mount device that has a wide bandwidth and a high level of attenuation.

The DEA203600BT-1240B2 is a dual-resonator RF filter that is intended to be used in GSM and 3G mobile communication systems. It is designed to reject signals outside a frequency band of 840-2100MHz while passing those within the band. The rejection bandwidth of the filter is 360MHz. Its high level of attenuation can eliminate interference from other systems while ensuring the integrity of the desired signal.

The working principle of the DEA203600BT-1240B2 is based on the resonant principles of electrical circuits. The filter has two resonant components: an inductor and a capacitor, connected in series and connected to an input/output port. Together, these components form a resonant LC circuit. The inductor and capacitor interact in such a way that when an electrical signal is applied to the input port, the frequency of the signal must match the resonant frequency of the LC circuit, or else it will be attenuated.

Due to its high level of attenuation and wide bandwidth, the DEA203600BT-1240B2 is well suited for use in GSM and 3G mobile communication systems. It can be used to filter out signals in the frequency band 840-2100MHz, eliminating interference from other systems while allowing desired signals through. This ensures that the communication system operates correctly and provides reliable transmission of data. The filter can also be used in radio receiving systems, providing a high level of noise rejection.

In summary, the DEA203600BT-1240B2 is an RF filter designed for use in GSM and 3G mobile communication systems. It works by using two resonant components, an inductor and capacitor, to create a resonant LC circuit whose frequency must match that of the applied signal in order to be passed. By rejecting signals outside of its frequency range, the filter ensures that the system operates correctly and provides reliable transmission of data. This makes it an ideal choice for a variety of applications.

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