29L105C Inductors, Coils, Chokes

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Fixed inductors are widely used in electric circuits for a vari-ety of applications. The general aim of inductors is to store electric energy and release it in a controlled manner. The29L105C is such a type of inductor which has a variety of uses in electrical circuits.

The 29L105C model is a ferrite core inductor produced by Tai-wan’s well-known manufacturer, Cameo Electronics. It has a rated current of 1A, with an inductance value of 10.5mH±20%. It also features a maximum DC resistance of 0.007 ohms, a high saturation current rating of 20A and an impressive operating temperature range of -40 ~ +105°C.

In terms of applications, due to its high saturation current, low DCR and robust construction, the 29L105C is most commonly used in LCD TVs, DVD players, SMPS, and other sensitive electronics. It is an effective solution for many modern electronics which require precise control and efficient operation.

The working principle of this inductor is based on Faraday’s law of induction which states that a voltage is induced across a conductor when a changing magnetic field is perpendicularly applied. This process is known as electromagnetic induction. In the 29L105C, the varying current through the coils generates a magnetic field which induces a voltage across it, increasing the circuit’s impedance. This effect is known as self-inductions and it is one of the main features of an inductor.

The magnetic field generated in the 29L105C also has the effect of converting electrical energy into magnetic energy which is then stored and released to the circuit in a controlled manner. This reactive power has several advantages, such as reducing overall power consumption, improving signal filtering, and enhancing the circuit’s protection against voltage spikes and overcurrents.

In conclusion, the 29L105C is a useful type of inductor which has a wide range of applications in modern electronics. Its self-induction property makes it an efficient solution for various power control needs, while its low DCR, high saturation current, and high operating temperature mean that it can be used reliably in many types of electric circuits. Overall, it is an ideal choice for LCD TVs, DVD players, and other related devices.

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