DLO1-24-0003

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, or CMCs, are a type of electrical components used to reduce the flow of electrical current across an electrical circuit. These devices act as a low-pass filter for high frequency signals and are important for suppressing the transmission of electromagnetic interference (EMI) and electrical overstress (EOS). The DLO1-24-0003 is a specific type of Common Mode Choke used to reduce the flow of unwanted electrical current into a system.

The DLO1-24-0003 has an operating frequency range of 0.1MHz-500MHz, making it suitable for applications such as high speed digital signal processing, power conditioning, and communication systems. The component is also constructed from a combination of ferrite and aluminum alloy, which gives it excellent thermal stability and mechanical strength. This ensures the component can withstand heavy electrical currents and temperatures up to +105°C, making it suitable for use in applications such as automotive and military applications.

The DLO1-24-0003 works by blocking unwanted electrical interference while allowing desired signals to pass through freely. It does this by using two inductors in an ‘L’-shape configuration, with the two inductors acting in opposite directions. The component has two ports, the input port and the output port, as well as two sets of connectors. The input ports receive the electrical current of the signal, and the output ports pass on the filtered version of the signal. The two connectors on the inductors are then used to provide the electrical current to the inductors, thus allowing the component to filter out unwanted electrical current.

The DLO1-24-0003 is an important component for automotive, military and communications applications due to its ability to filter out unwanted electrical current while still allowing desired signals to pass through. It is capable of operating in both high and low frequency ranges, making it suitable for applications such as digital signal processing, power conditioning and communication systems. The component is constructed from a blend of ferrite and aluminum alloy, which ensures it has excellent thermal stability and mechanical strength, making it capable of withstanding heavy electrical current and temperatures up to +105°C.

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