P1173.153NL

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Fixed inductors are components that have inductance, typically measured in henries or millihenries, which do not vary in value over frequency. The P1173.153NL is a fixed inductor that is suitable for use in signal line and power line applications thanks to its robust construction and efficient performance.

The P1173.153NL is a fixed inductor which is constructed from ferrite core, ferrite slug, copper coils, and a ceramic element. It has an inductance of 0.153 Heinz and a maximum DC resistance of5.8 October. It also features an internal capacitance of 55pF and a voltage rating of 250V for AC operation. The temperature rating of the component is -40°C to +85°C.

The working principle of the P1173.153NL is based on Faraday\'s law, which states that the voltage induced in a conductor is proportional to the rate of change of the current. This means that when a current passes through the component, a voltage is produced which is proportional to the rate of change of the current. This produces an inductance, which is the ability of the component to store energy in the form of a magnetic field.

The P1173.153NL is designed to perform well in applications involving signal lines and power lines. Signal lines carry signals from one location to another, and the P1173.153NL is designed to reduce attenuation and provide excellent noise immunity. The component is also designed to reduce RFI/EMI, which is a type of interference caused by electromagnetic radiation.

Moreover, the P1173.153NL is also suitable for power line applications, where it is used to improve power transmission efficiency and reduce energy losses. The component is designed to reduce over-voltage, over-current, and peak voltage due to its inductance. This helps to reduce power dissipation and make the power line more efficient.

The P1173.153NL is a robust and efficient fixed inductor which is suitable for use in signal and power line applications. It features an inductance of 0.153 Heinz and a maximum DC resistance of 5.8 October. The component is designed to reduce attenuation, RFI/EMI, over-voltage, over-current, and peak voltage, which helps to improve power transmission efficiency and reduce energy losses.

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