TLF14CBH1021R5K1

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Common Mode Chokes are a type of electrical component that are designed to suppress common-mode currents, which typically comprises of differential-mode currents. It provides a low impedance path for differential-mode currents while providing a high impedance path for common-mode currents. Common Mode Chokes are available in different sizes, shapes and specifications, and are widely used in industrial applications such as power converters, motor drives and electronic equipment.

The TLF14CBH1021R5K1 is a common-mode choke that has been specifically designed to reduce the level of conducted EMI noise generated in high-power applications. It is comprised of two I-type cores, a ferrite core and a copper-clad plate. The ferrite core is made of two separate pieces of magnetic material laminated together. The outer core is purposely designed to be a little larger than the inner core. This allows for a tight fit which eliminates any potential air gap. The copper-clad plate acts as a shield that prevents noise from entering or exiting the device.

The TLF14CBH1021R5K1 works by providing an impedance path between the two conductors and the surrounding medium. The higher the rated current value for the device, the higher the impedance. This impedance path reduces the magnitude of the signal which is transmitted along the two conductors. This allows for reduction in conducted EMI noise caused by electrical equipment.

In addition to its EMI suppression capabilities, theTLF14CBH1021R5K1 also offers enhanced immunity against power surges and lightning strikes. This immunity is achieved as the device’s core is made of two separate pieces of magnetic material. This structure ensures that the inductance of the device is maintained at all times, no matter the level of inductive noise signals present.

Common Mode Chokes such as theTLF14CBH1021R5K1 are widely used in industrial applications as they offer excellent EMI suppression and power surge immunity. They are suitably used in power converters, motor drives and electronic equipment. The improved immunity to power surges in particular helps to reduce the risk of system malfunction due to electrical noise.

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