29L102C

Fixed inductors are common components widely used in electronic circuits. The 29L102C is an inductor characterized by its small size and wide range of practical uses. It was designed to be incorporated into the circuits of various electronic devices, including power supplies, communications systems, and automotive electrics.

The 29L102C is part of a larger family of metal film inductors that feature low-resistance electrical connections and tabs for mounting. Its principal use is to offer efficient regulation of electrical power in an array of applications, including output filtering, switching regulators, and voltage regulators. It can store a relatively large amount of energy and is able to maintain current steady on a consistent level.

The 29L102C inductor features an inductance range of 0.56 to 18 μH with an inductance tolerance of ±4%. It has an operating temperature range of - 25°C to 85°C. It is the ideal choice for a variety of electronic devices, thanks to its high energy storage capacity and low levels of electrical resistance. It is an extremely efficient inductor, as it is able to regulate current on a consistent level with minimal wasted energy.

The general application field of the 29L102C inductor is wide and varied, with both low and high power applications. It is often used in amplifiers, television receivers, motor controls, and AC-DC power supplies. It has been shown to significantly reduce ripple voltage output, increase the efficiency of a power supply, and ensure a steady supply of current. It is also well-suited to audio applications such as microphone pre-amplifiers and amplifiers.

The working principle of the 29L102C is based on Faraday’s law of electromagnetic induction. This law states that when a current-carrying conductor is located in a magnetic field, it will induce a magnetic field around it. This effect is reversed when the conductor experiences a change in its magnetic field, inducing a current in the conductor.

The 29L102C is able to regulate current by converting electrical energy into a magnetic field, and then back into a current when the magnetic field experiences a change. This process works by the current flowing through the inductor creating a magnetic field around it, which is what regulates the current. As the current increases, the magnetic field increases, which in turn increases the inductance which reduces the current.

In summary, the 29L102C inductor is a highly efficient fixed inductor that is used to regulate current in a variety of electronic circuits. It is noted for its small size, high energy storage capacity, and low levels of electrical resistance. Its general application field covers both low and high power applications while its working principle is based on Faraday’s law of electromagnetic induction.