RL855-682K

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Inductors are widely used in many different applications. In particular, fixed inductors, such as the RL855-682K, are designed for a variety of purposes. This article provides an overview of the RL855-682K, including information on its application field and working principle.

The RL855-682K is an axial-lead, inductor type fixed inductor with a value of 1000 micro-henries. It has a rated current of 600mA and a DC resistance of 0.227 ohms. It is designed for use in resonance circuits, DC supply circuits, and high-frequency circuits.

In terms of application field, the RL855-682K is an ideal choice for a number of applications. First, it is suitable for use in resonance circuits, as it provides good stability over a wide range of frequencies and temperatures. Moreover, due to its high inductance value, it can be used in DC power supplies, soft start circuits, and for smoothing out current ripples in switching power supplies. Finally, because of its high frequency stability, it is also suitable for use in high frequency circuits such as RFID readers, transmitters, and other communication devices.

In terms of its working principle, the RL855-682K operates by storing electrical energy in the form of a magnetic field. It consists of a copper wire wound in a spiral configuration, which creates a strong magnetic field when a current is passed through it. This magnetic field induces an opposing voltage in the coil, which opposes any additional current attempting to flow through it. By controlling the current flow through the inductor, the voltage can be precisely regulated.

The RL855-682K is an ideal choice for a variety of applications due to its excellent stability and high inductance value. It is suitable for use in resonance circuits, DC power supplies, soft start circuits, and high-frequency circuits. Its working principle is based on the principle of storing energy in a magnetic field, which induces an opposing voltage when a current is passed through the inductor. As such, it is an invaluable component for many applications.

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