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Fixed Inductors

Fixed inductors are widely used in various electrical and electronic devices and circuits, such as capacitor-input filters, high-frequency power supply circuits, oscillator circuits, etc. Generally speaking, a fixed inductor is an inductor core wrapped with an insulated wire or formed by a magnetic material. The RL895-331K is a typical fixed inductor that is commonly used in automated control systems.

Application Area of the RL895-331K

The RL895-331K series of fixed inductors are robust and ideally suited for applications in a wide range of current, voltage, and temperature operations. It is generally used in automated control systems, such as automatic switching systems, signal amplifiers, AC/DC power supplies, microcomputer control systems, and electronic controllers. Its operating temperature ranges from -40°C to 125°C and its resistance is at least 1020mΩ.

Working Principle of the RL895-331K

The RL895-331K fixed inductor works on the principle of the Faraday law of electromagnetic induction. It converts electrical energy into magnetic energy. It consists of a coil with a core, which is usually made of ferrite or powdered iron. When an AC current passes through the coil, it induces a magnetic field that induces a current in the core, which in turn generates an electromagnetic field. This field cuts through the coil and induces a voltage that is in phase with the voltage applied to the coil.

The RL895-331K also utilizes the self-inductance property of the coil. This enables it to store electrical energy in its magnetic field and release it as current when the the field collapses. This feature allows the RL895-331K to act as a power source or supply energy to a circuit.

Conclusion

The RL895-331K is a fixed inductor that is primarily used in automated control systems. It operates on the principles of Faraday\'s law of electromagnetic induction, self-inductance, and electrical energy storage and release. Its excellent electrical insulation properties, high temperature range, and low resistance make it an ideal component in a variety of applications.

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