SCMS5D12-100

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Fixed inductors are a type of electric component used to store or pass electromagnetic energy in a circuit or system. The most common type of fixed inductor is the electromagnet. An electromagnet consists of a coil of conductive wire, typically copper, wrapped around an iron core. When an electric current is passed through the wire, a magnetic field is created around the core, and a varying magnetic field induces a current in the wire which creates the same effect as a permanent magnet. Electromagnets are used in many applications such as switching, motors, relays and magnetic field generation.

The SCMS5D12-100 fixed inductor is a low loss, high current inductor designed for power applications. The inductor is based on a ferrite core and uses a stack of several steel plates with a copper winding around them. The inductor can handle up to 50 Amps of current while still maintaining a low-loss design.

The operating principle of this type of inductor is simple. When a current carrying wire is wound around a ferrite core, an electromagnetic field is created around the winding. This field is generally called the "self-inductance" of the inductor. This self-inductance is a measure of how much energy is stored in the magnetic field and is typically expressed in units of henries. When a changing current passes through the winding, a voltage is induced across the inductor which is proportional to the rate of change of the current.

The SCMS5D12-100 inductor can be used for a variety of applications, including motor control, power supply, medical instrumentation, communication, and instrumentation applications. It has a low-loss, high-current design and is ideal for applications requiring high current handling capabilities. The inductor can also be used in high frequency applications, where its low-resistance design allows for improved efficiency and performance.

The SCMS5D12-100 inductor is a good choice for applications requiring reliable power delivery, low-noise operation, and high switching capabilities. It is also suitable for high-frequency applications, where its low-resistance design provides improved efficiency and performance. The inductor is also an ideal choice for applications requiring high current handling capabilities. Its low-loss, high-current design makes it an ideal solution for applications requiring reliable power delivery and low noise operation.

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