IHTH0750IZEB330M5A

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Fixed inductors are passive electrical components that store energy in the form of electrical current and released through inductive coupling. The IHTH0750IZEB330M5A fixed inductor belongs to this category of components and is mainly used for filtering Common-mode electromagnetic interference.

The IHTH0750IZEB330M5A has a high-reliability, which is mainly due to its high-temperature standing characteristics. It is a high-temperature nylon sleeve inductor with a temperature range of -40℃ to +105℃. The capacitance value of the IHTH0750IZEB330M5A inductor inductance range is 1.6MHZ-500MHZ, and the maximum power rating is 4.5W. The inductance range is from 0.10mH to 1.13MHz.

The inductor\'s working principle is relatively simple. If an electric current is passed through a wire, it produces a magnetic field which in turn induces a current in a secondary coil or conductor placed near the wire. This induced current is called an electromagnetic field, which is stored in the inductor and can be released when an electric voltage is applied to the inductor.

The IHTH0750IZEB330M5A inductor is mainly used for filtering common-mode electromagnetic interference. It is also widely used in AC power voltage regulating circuits, flyback transformer and other power conversion circuits. It is commonly used in many automotive and industrial motor control systems, and telecom systems.

The significant advantage of using the IHTH0750IZEB330M5A inductor is that it has superior thermal stability and a lower power loss. The device is designed to be highly reliable and provide an interface between a high voltage source and a low voltage device. The inductor also has a higher impedance than common-mode filters or power inductors.

To summarize, the IHTH0750IZEB330M5A fixed inductor is used for filtering common-mode electromagnetic interference. It has good thermal stability, high reliability and is commonly used in many automotive and industrial motor control systems, and telecom systems. In addition, the inductor has a higher impedance than other common-mode filters, or power inductors.

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