AEQ05246-10

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

RF filters are electronic devices used to reduce the strength of certain frequencies as required by a user. They are a form of signal processing equipment used in radio communications, as well as audio, video and telecommunications. The term "RF filter" is typically used to describe a device that goes between a signal source and a receiver or a signal source and an antenna to reduce or shape the frequency/amplitude content of a signal.

AEQ05246-10: Application Field and Working Principle

AEQ05246-10 is an RF filter designed for applications from 0.05GHz to 0.25GHz with high isolation and excellent flat response for communications. It is suitable for use in cellular, cordless and wireless phone use. It can also be used in RF point-to-point communication systems, wireless data communications, RF test equipment, frequency allocation, and channel separating.

The AEQ05246-10 filter works by suppressing or limiting the signal outside its pass-band so it can be used to prevent external noise and interference from entering the system. It does this by providing high isolation between the pass-band and the stop-bands. The filter can be designed to provide various frequency response shapes, from low-pass, high-pass, band-pass, band-stop and more complicated combined responses.

This filter\'s frequency response is achieved through a combination of capacitors and inductors arranged in different configurations. A parallel resonant circuit is commonly used with this filter, where inductors and capacitors create a resonant circuit with a sharp peak and deep notch when connected in the correct configuration. Different combinations of capacitance and inductance can result in different frequency response curves.

In addition, the filter design can be optimized by using transmission line techniques to achieve a more flat response across the desired frequency range. This is done by adding transmission line sections in series with the filter design and by adjusting the length and number of sections to achieve the desired result. This technique is often used when using multiple filters to reduce adjacent frequency responses.

The AEQ05246-10 filter offers a variety of benefits for its users. It can help improve the signal-to-noise ratio by legalizing a wide frequency range. It also reduces crosstalk and parasitic oscillations in RF systems. Moreover, it can improve the spectral purity of signals and reduce interference from unwanted frequencies.

With its high isolation and excellent flat response across the desired frequency range, the AEQ05246-10 filter is an ideal choice for many applications. It can be used in a range of settings, from cellular communication, cordless and wireless phones, to RF point-to-point communication systems, wireless data communications, RF test equipment, frequency allocation, and channel separating. Its wide range of benefits make it the perfect choice for many RF applications.

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