CDEP12D38NP-0R5MC-120

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Fixed inductors, also known as chokes, are electronic components specifically designed to store energy in electrical form. Commonly found in electrical and digital circuits, they are essential in regulating the flow of energy. CDEP12D38NP-0R5MC-120 is a surface mount inductor, one type of a fixed inductor.

CDEP12D38NP-0R5MC-120 is a SMD (Surface-Mounted Device) inductor. This type of inductor is designed to be used in circuit boards with limited space, modern electronic devices, and portable devices. Its small size, yet high efficiency, is the main advantage of this device.

The inductor is widely used in modern audio and video amplifiers, switch mode power supplies, cellular phones, and other electronic devices. It is also suitable for commercial, industrial, and automotive applications. Additionally, CDEP12D38NP-0R5MC-120 fixed inductor can also be used in filter circuits for eliminating high-frequency noise.

CDEP12D38NP-0R5MC-120 is designed using a winding of copper or aluminum wire wrapped around a core. The core is typically neutrally colored and usually made of ceramic, inductosil, iron, or ferrite material. An external torque is imposed on the core in order to control the inductance of the core. The inductor is further characterized by its rated current, inductance value, and quality factor, which are specific to each type of device.

The underlying principle of CDEP12D38NP-0R5MC-120 revolves around electromagnetic induction. This occurs when there is a change in the magnetic field within the inductor, which induces a voltage in the windings. This voltage can then be used to power devices in the circuit. In order for the device to work correctly, the inductance value must be correctly matched to the other components in the circuit. If the inductance value is too high or too low, it can cause interference or instability, resulting in either unexpected behavior or complete failure.

The power handling capability of the CDEP12D38NP-0R5MC-120 depends on its inductive capacity and the core material used. The power loss is mainly due to the resistive losses within the windings. The device also has a certain amount of heat dissipation loss, which is affected by the frequency of operation and the temperature of the air around the device. Overall, the fixed inductor is a reliable and cost effective device, which has found extensive use in many commercial and industrial applications.

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