CDCH10D48/ANP-680KC

Fixed inductors are passive electric components that are designed to maintain a constant current as they pass through them. The CDCH10D48/ANP-680KC is a type of fixed inductor that allows for efficient power transfer, enabling the circuit to work with higher currents while dissipating less heat, thus making it particularly suited for efficient power conversion.

The physical construction of the CDCH10D48/ANP-680KC fixed inductor consists of two winding cores of iron powder internal construction that is connected to a base unit through an insulated base terminal and a lead carrier. The CDCH10D48/ANP-680KC also features two exterior ferrite cores for higher precision and better power transfer efficiency.

In terms of application fields, the CDCH10D48/ANP-680KC is commonly used in power converters, power inverters, motor controllers, power rectifiers, DC-DC and AC-DC converters, motor starters, UPS, and lighting systems, due to its ability to maintain a constant current while dissipating less heat. Its superior power transfer efficiency make it especially suited for applications were high currents are carried and transferred in a cost-effective and energy-saving manner.

The CDCH10D48/ANP-680KC operates on the same principle as other inductors: when an alternating current passes through, it creates a magnetic field, which then induces a current in the device by electromagnetic induction. This current is then used to rectify the voltage and create a steady output. This process is one of the key principles of power conversion, and it is the basis of how the CDCH10D48/ANP-680KC is able to maintain a constant current while at the same time reducing heat generation.

The CDCH10D48/ANP-680KC fixed inductor is a versatile device that is well-suited for a wide variety of applications, from large-scale power systems to small control circuits. It is an efficient and cost-effective way to transfer power, and its ability to maintain a steady current without the need for additional cooling makes it a desirable choice for many applications.