CDC5D23BNP-271KC

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Fixed inductors, also known as unshielded inductors, play an important role in helping power flow through circuits in an orderly fashion. The CDC5D23BNP-271KC is a fixed inductor designed to help circuits achieve their desired power delivery capabilities.

The size of the CDC5D23BNP-271KC is 5mm x 5mm x 3.1mm with a total weight is only 0.03 lbs. This small size and weight makes it perfectly suited for fixed-sized circuits or applications where mobility and minimum space utilization have priority. Additionally, the temperature range is wide enough to accommodate most applications, ranging from -55 C to +125 C for the ambient temperature, and -40 C to +90 C for the operating temperature.

The CDC5D23BNP-271KC is a surface-mount device, often used in the automotive or consumer electronic industry, specifically for electronic power supply and brushless direct current motors. More specifically, it’s mostly used to help filter noise in power supply circuits or power switches.

The CDC5D23BNP-271KC helps reduce the amount of electrical noise, which can come from the routes between the source and the load in a circuit. It induces electromagnetism of AC (which stands for alternating current) and helps to maintain a stable source of current. It utilizes two windings of wire known as a primary and secondary coil. The main components of the CDC5D23BNP-271KC are the inductor body and the core, both of which are fixed to the board.

The inductor body is made from a sheet of iron-nickel core material called Permalloy and is usually a cylinder or donut-shaped. This body allows the inductor to store energy by creating specific loops within the core material. Additionally, the inductance value of the inductor can be adjusted by changing the shape of the body.

This configuration results in a fixed inductor with adjustable inductance. The inductance of the inductor is changed by varying the pattern of the winding over the Core material, resulting in changes in the permeability and inductance of the inductor. This in turn results in a fixed inductor with different inductance values, allowing greater customization and flexibility.

The inductor works by passing current through the primary and then through the secondary winding to create a magnetic field to induce current. The current that comes through the secondary winding is known as the induced current. This induced current helps filter the power source and limit the amount of noise that goes into the circuit.

In conclusion, the CDC5D23BNP-271KC fixed inductor is a valuable tool for the automotive and consumer electronic industry. Its small size and adjustable inductance allow it to fit in even the smallest of spaces, and its two windings make it an effective tool for filtering electricity and eliminating noise in circuits.

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