CDR6D28MNNP-820NC

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Fixed inductors, also known as coils, chokes, and inductors, are components on electronic circuits that store energy in the form of the magnetic field when current is passed through them. They are made up of wire wound around a core, typically magnetic or ferrite, which can be shaped into a variety of sizes and forms depending on application requirements. They are categorized into two broad categories; air-core and ferrite core types.

One popular fixed inductor type is the CDR6D28MNNP-820NC, a through-hole, surface mountable, 10µH to 57㎌ inductor. Its core material is ferrite, and it is rated at DC 25mA, providing excellent tolerance to operating temperature variations. It is UL, CUL, RoHS, and REACH compliant.

In terms of application field, the CDR6D28MNNP-820NC is suitable for various types of electronic circuits across a wide range of industries. The most common uses include power supplies, switch adaptors, chargers, automobiles, entertainment systems, and communications equipment. It is also used as an Intermediate Frequency (IF) filter in cellphone base stations, and as an EMI filter in automatic control circuits, as well as in circuits where current pulse is needed.

To understand the CDR6D28MNNP-820NC’s working principle, one must understand basic principles of magnetic induction. The basic idea behind magnetic induction is that when an electric current is passed through a wire, a strong magnetic field is generated around the wire, and this in turn induces an identical yet opposite current in adjoining parts of the circuit. The two currents oppose each other; when this occurs, the inductance generated by the wire resists the flow of current and generates a voltage necessary for the circuit to operate at the desired rate.

The CDR6D28MNNP-820NC is designed to act as this type of inductor. The magnetic core and wire configuration of this inductor are designed to create the perfect resistance to current flow in order to generate the necessary voltage. As current interacts with the core and wire wound around it, it creates a spiral magnetic field, which induces opposing current and creates inductance. At the same time, the tightly wound core and wire designed of this device creates a higher inductance value than other inductors of the same size, making it ideal for battery-powered systems.

The CDR6D28MNNP-820NC is a reliable and efficient inductor for a variety of electronic circuit applications. Its tight winding and ferrite core provide a reliable level of inductance and its UL, CUL, RoHS and REACH certifications ensure it meets the required safety and quality standards. Combining these positive characteristics with its broad application field makes the CDR6D28MNNP-820NC one of the most reliable fixed inductors on the market.

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