RCR1010NP-821M

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Fixed inductors are components that usually have two terminals that are designed to store energy in the form of an electro-magnetic field. The RCR1010NP-821M fixed inductor is a surface mountable, round, tall, single-ended, unshielded, radial lead inductor. This component is characterized by an inductance value of 10 μH, a rated current of 1.2A and a resistance of 0.165Ω. In addition, its impedance is 10.53Ω.

The application fields of the RCR1010NP-821M fixed inductor are mainly power supplies, switching regulators, protection circuits, power filters, electronic lighting, TVs, radios, computers and medical devices. This inductor is designed for use in displays, antennas, switching power supplies, industrial embedded control and automotive power systems. It can also be used to suppress interference and noise, store energy, filter DC, combat unstable voltage, adjust impedance, set output voltage, regulate the current loop and smooth high frequency signals.

In terms of its working principle, the RCR1010NP-821M fixed inductor transfers electrical energy between two points in an electrical circuit, dependent on the principle of electromagnetic induction. One of the points is the circuit’s positive and negative electrodes, while the other is the terminal of the inductor. This inductor works by storing d.c energy in the form of a magnetic field which is generated through an electrical current flowing through the inductor’s coil. The impedance of the inductor depends on the value of the inductance, the frequency and the resistance.

The RCR1010NP-821M fixed inductor is commonly applied in timers, dimmers, inverters, light-emitting diodes, control switchgear, automotive and military equipment, and various electronic circuits. It\'s also an ideal choice for applications that require higher rated power levels or rapid current changes.

Overall, the RCR1010NP-821M fixed inductor is a passive device with two terminals designed to store energy in the form of an electro-magnetic field. It is generally used in displays, antennas, switching power supplies, industrial embedded control and automotive power systems. It works based on the principle of electromagnetic induction, and can be used to suppress interference and noise, store energy, filter DC, combat unstable voltage, adjust impedance, set output voltage, regulate the current loop and smooth out high frequency signals.

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