LAN02TA3R3J

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The fixed type of inductors are one of the most widely used components in electronics and electrical applications. A fixed type of inductors generally refers to a self-contained and static inductive element that cannot be changed or tuned in a permanent way. It is typically composed of wire wound or magnetic core components. When designing a circuit using an inductor, the selection and component matching are based on features such as inductance, impedance, power dissipation, and physical size.

The LAN02TA3R3J is an inductor with a fixed inductance, ideal for providing constant inductance when needed. It is manufactured by using a high resistance and low temperature coefficient bonded ferrite core in conjunction with a heavy gauge wire. This component is suitable for high frequency and high current applications, as it provides a stable resistance over a wide temperature range. The inductance of the LAN02TA3R3J is 3.3mH, with a maximum DC current of 2A.

The LAN02TA3R3J can be used in a wide range of applications, ranging from power supplies to signal processing devices. It can be used as an output filter for unregulated PWM power supplies, to reduce the ripple and noise of the output signal. It can also be used to smooth the DC output of the switching power supply, or for filtering signals in audio frequency circuits.

The working principle of the LAN02TA3R3J is based on Faraday’s Law of induction. When current flows through the wire winding, a magnetic field is created in the core that opposes the current flow. This causes a voltage drop across the inductor, and as a result, an electrical energy is stored in the magnetic field. This energy is converted back to electrical energy when the current flow is reversed, which can be used as output power in many different applications.

In summary, the LAN02TA3R3J is an ideal choice for applications requiring a fixed inductance, due to its robust construction and its wide range of applications. It has a low temperature coefficient, which makes it suitable for high frequency and high current applications. Its working principle relies on Faraday’s Law of induction to convert electrical energy into magnetic energy and vice versa.

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