NP04SZB2R2N Inductors, Coils, Chokes

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Fixed inductors are a type of passive electronic component that store magnetically induced electrical energy. This form of energy is commonly referred to as inductance. As an electrical component, inductors are commonly used to perform a variety of specific tasks such as filtering, motor control, separation, boosting, or time-delay. Certain applications may also require inductors to perform additional functions such as surge-protection, hum suppression, harmonics reduction, or power-factor correction. Fixed inductors are designed to store energy in a fixed manner, in accordance with certain predetermined characteristics.

NP04SZB2R2N is a type of fixed inductor manufactured by the company Murata Electronics. This specific product is rated at 4.7mH with an appropriately rated current of 1.0A. A unique aspect of the NP04SZB2R2N fixed inductor is that it offers a greater inductance than other competing inductor products, which allows it to perform more efficiently in certain applications. Additionally, it offers a higher breakdown voltage than other inductors, providing greater protection against electrical malfunctions.

The main application field for the NP04SZB2R2N inductor is in filtering circuit designs. This type of circuit allows low-frequency signals to pass through while blocking power-frequency signals, and typically helps to smooth out waveforms or regulate power-supply outputs. These circuits are a critical component of many electronic applications such as motor-control systems, inverter power-supplies, and DC/DC converters. The NP04SZB2R2N fixed inductor is an ideal choice for these types of filtering circuits, due to its higher inductance and breakdown voltage.

The working principle of the NP04SZB2R2N inductor is based on Faraday’s law of induction. This law states that when a conductive coil is placed in a changing magnetic field, a current is generated in the coil in a direction opposing the change in magnetic flux. This effect creates an electrical field around the coil that will oppose the change in magnetic flux, thus allowing the inductor to store energy. When current flows in the conductor, the magnetic field of the inductor also changes, resulting in an opposing current being generated in the coil. This opposing current is known as “inductive reactance”, and is what allows the inductor to store energy in the form of magnetically induced electrical energy.

The NP04SZB2R2N fixed inductor is capable of handling currents up to 1.0A. In order for the inductor to function optimally, the current must be kept within its rated range. If the current is too low, it can cause the inductor to generate insufficient voltage. Conversely, if the current is too high, it can cause the inductor to overheat, which can cause it to reach its thermal limits and become damaged.

The NP04SZB2R2N fixed inductor is a competitively priced and highly efficient inductor solution for a variety of filtering circuit designs. Its ability to safely handle currents up to 1.0A, combined with its higher inductance and breakdown voltage make it a reliable and dependable component for many commercial and industrial applications.

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