CDRH62B-121MC Inductors, Coils, Chokes

Fixed inductors play a critical role in most electrical systems. These devices, often referred to as inductors, are designed to store a fixed amount of electrical energy in their cores and then release it to a circuit over time. Fixed inductors come in a range of shapes, sizes, and construction materials. Two popular inductors are the CDRH62B-121MC and CDRH62B. Both models are designed to provide stable, predictable electrical characteristics for a broad range of applications.

CDRH62B-121MC Application Field and Working Principle

The CDRH62B-121MC is designed for high-frequency applications such as wireless communications, motor control, power conversion, and other power electronics systems. The fixed inductor features a construction material that is highly reliable and resistant to high temperature. It has a maximum working voltage of 60V AC/DC, and its rated operating temperature range is -40°C to 85°C. In addition, the inductor also has an inductance range of 5 µH to 200 µH.

The working principle of the CDRH62B-121MC is the same as that of other fixed inductors. The device has a set of core and winding elements, which are designed to store a set amount of electrical energy. The electrical energy is stored in the form of an electromotive force, which is generated by an electric current flowing through the inductor. During operation, this EMF induces a current in the inductor’s windings, which is then used to supply power to the system’s load.

The CDRH62B-121MC also features an integrated coil shielding, which helps to reduce radiation emitted by the inductor itself. This feature is especially important in applications where radiation can interfere with other systems or cause damage to sensitive circuitry. The shielding also helps to reduce may be used in some applications for the purpose of improving noise immunity. In addition, the integrated shielding also increases the reliability of the inductor.

CDRH62B Working Principle

The CDRH62B is also a fixed inductor and has similar electrical characteristics and construction material as the CDRH62B-121MC. It also has an inductance range of 5 µH to 200 µH and a maximum working voltage of 60V AC/DC. The rated operating temperature range for the CDRH62B is -40°C to 105°C.

Similar to the CDRH62B-121MC, the CDRH62B also features an integrated coil shielding. This shielding helps to reduce radiation emitted by the inductor and improve its noise immunity. The CDRH62B also features a set of core and winding elements, which are designed to store a set amount of electrical energy.

During operation, this stored electrical energy is released over time as an electromotive force. This EMF induces a current in the inductor’s windings, which is then used to supply power to the system’s load. The current supplied is proportional to the inductance of the inductor, which allows the device to accurately control the system’s power levels.

Conclusion

The CDRH62B-121MC and CDRH62B fixed inductors are designed to be highly reliable and offer a range of working voltages and inductance levels. They also both feature integrated coil shielding to reduce radiation and increase noise immunity. Their working principle is similar to other fixed inductors and involves an electromotive force that is induced in the inductor’s windings, which can then be used to supply power to the system’s load.