CM1431-04DE

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

Electrical noise can cause malfunctions of electronic devices and should be sufficiently reduced. EMI/RFI filters are one type of noise reduction device which use LC, RC networks, and the CM1431-04DE is a suitable example.

The CM1431-04DE is a low-pass filter (LPF) that can reduce conducted interference. It has been designed using a hybrid RC network to meet CISPR 22 specifications. The filter is rated for a maximum current of 4 A and there are various mounting options, including surface, reflow, and wave soldering methods.

The filter is suitable for many applications, such as in automotive and lighting control systems. It is also used in domestic appliances, including air conditioner units, microwaves, and various other electronic equipment.

In order to understand how EMI/RFI filters are able to block interference, it is necessary to consider the working principle of LPF’s. LPF’s are based on two important components, a capacitor and an inductor. These components work together to absorb the electrical energy and create a barrier that prevents the energy from leaking out. This means that the interference is blocked from entering the equipment’s circuit, thus reducing the risk of malfunction.

The capacitor works by storing energy and then releasing it in an alternating current form. The inductor is used to oppose the flow of current and reduce the electrical energy. Together, these components form a network which absorbs the energy and prevents it from reaching the devices being protected.

The CM1431-04DE EMI/RFI filter is a great example of a successful LPF. Its design is based around a hybrid RC network, which is a combination of resistors and capacitors. This combination helps to increase the noise absorption by blocking low and high frequency interference while maintaining consistency across the two types of frequencies.

The CM1431-04DE is also used in many different applications, which makes it an ideal choice for reducing noise in a variety of situations. It is a great example of an effective EMI/RFI filter and offers excellent performance for a variety of electronic device applications.

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