CDRH4D28CLDNP-101PC

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Fixed inductors are electrical components that oppose changes in current by generating a magnetic field when a current passes through them. CDRH4D28CLDNP-101PC is a type of such component. In general, it has a compact, flat package, and higher current capacity and saturation current ratings than CDRH4D28CL series. It is suitable for applications like DC/DC converters, high-speed current sensing, broadband selectors, switch mode power supplies and electrical ballast.

The construction of CDRH4D28CLDNP-101PC is a ferrite core with two windings of copper wire, typically insulated with thermally-resistant enamel. The device has a flat configuration, allowing it to be installed in very confined smps or power supplies. In particular, the conductive core is manufactured from ferrite material for excellent thermal transfer.

CDRH4D28CLDNP-101PC has a wide range of operating characteristics, which vary depending on its application, allowing for flexibility and maximization of power utilization. For example, when used in DC/DC converters, the inductor can offer high saturation current, short-inrush current levels, low resistance, and fast energy storage. At the same time, it can be used in high-speed current sensing applications by providing a high-precision resistance and fast current sensing.

The working principle of CDRH4D28CLDNP-101PC is based on Faraday’s law of induction, which states that a voltage is induced in a conductor when it is placed in a changing magnetic field. The induced voltage is proportional to the rate of change of the magnetic field. When a current passes through a coil around a ferrite core, it generates a changing magnetic field, which induces a voltage in the coil. This voltage is present in both the source and the load and helps to regulate the current flow.

CDRH4D28CLDNP-101PC is highly efficient when used in applications where the current passes through a closed circuit. This is because the magnetic field generated by the current has the same polarity in every turn of the coil, producing an increased flux which induces a stronger voltage in the circuit. In addition, the ferrite core ensures that the heat generated by the current is dissipated more efficiently than in other types of inductors.

The core and windings of a CDRH4D28CLDNP-101PC also help to reduce electrical noise, which can be caused by the electromagnetic interference of other components in the circuit. By isolating parts of the circuit to prevent noise interference, the inductor helps to ensure that the circuit works optimally with minimal interference.

CDRH4D28CLDNP-101PC is a reliable and energy-efficient option when designing electronic circuits. It has a wide range of applications and is suitable for high-speed current sensing, broadband selectors, DC/DC converters, switch mode power supplies, and electrical ballasts.

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