ELF-24V015A

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

Common Mode Chokes are wide-bandwidth components which are mainly used in filtering, impedance matching, and EMI/RFI suppression. They are passive components consisting of multiple turns of a conductor wound around an electrically isolated core, typically a ferrite core. Common Mode Chokes are used in numerous power and RF applications with different tunable properties, from low frequency circuit noise up to the highest frequencies used in high-end broadband and optical communications. The ELF-24V015A is one such application of a Common Mode Choke.

As a Common Mode Choke, the ELF-24V015A is a two pole, single section filter. It features 10 nanoseconds of typical group delay, a flat insertion loss of over -6dB at all frequencies, and high rejection for all frequencies greater than 0.1 MHz. The ELF-24V015A is designed and manufactured for use in high-end broadband and optical communications applications. It can be deployed as a front-end filter in wireless base stations, as a band-stop filter in optical fiber networks, and as a low-noise amplifier in high-end Ethernet networks. It is also suitable for use in broadcast, datacenter, and cloud-based computing applications.

The working principle behind the ELF-24V015A is that it acts to reduce the effects of electrical noise and interference which can be found in applications that require fast response times and accurate signal transmission and reception. It works by forming a concentrated inductor at the inputs and outputs of the system, blocking the electric current which is induced by the interfering noise and preventing it from propagating along the circuits. This reduces the unwanted effects of the noise and interference, allowing for the accurate transmission of signals between circuits.

The ELF-24V015A is ideal for use in applications that require fast response times and accurate signal transmission and reception, such as in high-end broadband and optical communications. It is a high-performance filter that offers the low insertion loss, high rejection, and fast response time required to ensure no interference is present in the signal. As well as being ideal for broadband and optical communications, it is also suitable for broadcast, datacenter, and cloud computing applications, where its fast response time and high rejection allows for accurate and reliable transmission of signals.

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