CEP12D38-0R6MC-H

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Fixed Inductors are components used to store energy in a magnetic field. A typical fixed inductor, CEP12D38-0R6MC-H, is designed to serve as a radio frequency or signal conditioning component for amplifying or limiting current or voltage on an electronic circuit. This type of inductor is commonly used for DC-to-AC and AC-to-DC applications. It is designed for surface-mounting and typically has a maximum rated current of up to 1.6A with an inductance of 68uH.

The fixed inductor is composed of two types of core materials, ferrite and metal-alloy magnetics. Both these materials are suitable for use in radio-frequency circuits as they can maintain low power loss. The core material is also designed to assure high thermal stability and high initial permeability. By virtue of their low power loss, high frequencies, and excellent temperature characteristics, these type of fixed inductors offer excellent performance in radio frequency and signal conditioning applications.

The CEP12D38-0R6MC-H ind uctor is composed of magnet wire or winding constructed of high-purity aluminum core conductor. These windings are wrapped with insulated enamel silicone coating on the core and covered with epoxy to prevent any impurities. The number of turns in this type of fixed inductor is calculated based on the required inductance and power rating. The number of turns used in these type of inductors can vary from one to five, and it is important to have an efficient number of turns to ensure maximum performance.

The CEP12D38-0R6MC-H fixed inductor works on the principle of Faraday’s law. This law states that an electric current is created in a conductor when a magnetic field is changed. This is done by either increasing or decreasing the coil current. When the magnetic field decreases the induced current is in the opposite direction, and when the magnetic field increases the induced current is in the same direction. As the inductor is a reactive element, when the current passes through the winding it creates an alternating magnetic field. This alternating magnetic field will create an induced current in the winding. Additionally, it also creates an impedance by the amount of field generated.

Thus, with the help of the CEP12D38-0R6MC-H fixed inductor, an amplifier can modulate the output signal due to the induced voltage that an input signal must pass through. And by regulating the current, the inductors are able to amplify and limit the signal either it is DC or AC. Furthermore, they are an integral part in the circuit for the filtering process which helps in eliminating the unwanted noise and interference that can occur in the signal.

The above-mentioned fixed inductor is a versatile component that can be used in various applications. It is an ideal component in radio frequency circuits, like automotive infotainment, DTV, satellite radio, radar and communication systems; as well as medical systems like drug delivery systems and medical imaging. Additionally, this type of fixed inductor is also used in other power supply applications, switching circuits, and consumer electronic circuits.

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