7448263505 Filters

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Common Mode Chokes or CMC is designed to reduce the transmission of current on power lines. This current is known as common mode current and can cause interference with other electrical devices such as computers and television sets. The CMC works by preventing the current from flowing. This is done by blocking the transmission of the current through the use of an inductor. The inductor acts as a barrier, preventing the current from flowing through the power line.

The 7448263505 CMC is a 50 μH inductive device that operates over a temperature range of -40°C to +105°C. It features an effective shielding for superior radio frequency interference (RFI) attenuation while allowing for high-speed, low-loss transmission. The CMC is compatible with electronic components and runs in either single-ended or differential mode.

In single-ended mode, the 7448263505 CMC has a maximum power rating of 8 watts. It also has an overall power dissipation of 250 mW, a total capacitance of 1 nF, and an inductance-to-resistance ratio of 0.3. In differential mode, the CMC has a power rating of 6 watts and a capacitance of 1.65 nF.

The main application field of the 7448263505 CMC is in the telecommunications industry. This product is suitable for use in both wired and wireless applications. It can help to reduce electromagnetic interference and crosstalk between different circuits.

The working principle of the CMC is that it acts as a choke, preventing the current from flowing through the power line. It is made up of an inductor, which is an electronically conductive material that effectively reduces the transmission of the common mode current. By blocking the common mode current, the CMC reduces the level of interference that can occur between electrical devices.

The 7448263505 CMC is a particularly effective device for reducing the transmission of common mode current. It is suitable for use in a variety of applications, including telecommunications, power line isolation, and DC power line filtering. This product is also highly efficient and can provide superior performance in both single-ended and differential mode.

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