LFB143064-100

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Ferrite Cores - Cables and Wiring

The LFB143064-100 is a high performance ferrite core from MPS Technologies. It is a multi-layer structure that is designed to provide superior performance in a range of applications. The core is designed to have a high impedance at both low and high frequencies, which makes it ideal for use in power supplies, communications equipment, instrumentation, computer peripherals, motors, and other applications.The core consists of a ferrite layer which is bonded to two tape layers, usually a non-ferrous metal foil and an adhesive film. The ferrite core is sandwiched between the two layers, and a conductive wire is inserted between the two layers. This is done to form an inductor, which is a type of component used to reduce the amount of inductance, or resistance, in electrical circuits.The core works by blocking the flow of direct current, while allowing the flow of alternating current. This is because the inductor creates reluctance to the flow of current, which is a measure of the amount of current that must be applied to produce a given level of voltage drop across the device. This is why the inductance of the core is so important.The core is also designed to have low leakage current, which is important for applications where the connection must withstand high voltages or temperatures. This also helps to improve efficiency by preventing current losses.The LFB143064-100 is capable of providing a high impedance at both low and high frequencies, which allows it to be used in a variety of applications. It can be used in audio and video applications, in power supplies, in instrumentation, in computer peripherals, in motors, and in other applications. The core also has a high thermal conductivity, which helps to keep it cool during operation.In summary, the LFB143064-100 is an ideal choice for a wide range of applications. It is designed to provide a high impedance at both low and high frequencies, while also being able to withstand high voltages and temperatures. The core also has a low leakage current, which helps to improve efficiency, and a high thermal conductivity, which helps to keep it cool during operation.

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