PF0580.103NL

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Fixed Inductors are components that are used to control current flow within electrical circuits. They are used for inductance, impedance matching, and filtering. The PF0580.103NL is a fixed inductor designed to offer high current carrying capacity, coupled with high inductance values and low DC resistance. This component is used in high frequency switching and DC-DC converter applications, and is ideal for use in smartphones, tablets, automotive electronics, and other consumer electronics.

The PF0580.103NL is a fixed inductor designed using alloy wound construction. The construction approach involves winding conductive material onto an insulated coil form. This form is then sealed and coated with varnish in order to protect it from environmental elements. The alloy of the coil determines the inductance value of the component, while the core material determines the operating temperature limits.

The operating principle of a fixed inductor is to form a magnetic field when a current passes through it. This magnetic field then induces an opposite current in the inductor. This principle is known as Faraday\'s law of induction. The magnitude of the induced current is proportional to the rate of change of the magnetic field, referred to as the "inductance". It is this principle that allows this component to be used as a filter and matching component in electrical circuits.

The PF0580.103NL fixed inductor generates a high inductance value while having a low DC resistance. This combination allows for high efficiency and low energy losses, which is ideal for mobile and consumer applications where space and power are at a premium. In addition, this component can operate within a wide temperature range, and can tolerate a wide range of voltage levels. This makes this component ideal for high frequency switching and DC-DC converter applications.

In conclusion, the PF0580.103NL fixed inductor offers high current carrying capacity, coupled with high inductance values and low DC resistance. This combination makes it ideal for use in high frequency switching and DC-DC converter applications. The inductor is designed using alloy wound construction, with the alloy of the coil determining the inductance and the core material used determining the operating temperature limits. Finally, this component can operate within a wide temperature range and can tolerate a wide range of voltage levels, making it suitable for use in mobile and consumer applications.

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