HPL1005-6N8

Fixed Inductors

Fixed Inductors are an important component in electronics, they are used to create inductance in a circuit, and are used in many different applications.

HPL1005-6N8 is an Inductor that is widely used for applications such as Switching Voltage Regulators, DC-DC converters, and Power Supplies. It is constructed using a molded Epoxy body and a ferrite core, and is designed to provide low levels of Internal Inductance and Ripple Current.

Application Field and Working Principle

HPL1005-6N8 inductors are well suited for use in conditionally stable switching regulator applications, such as high performance switching charge pillar for consumer battery applications, and provide reliable EMI rejection for noise sensitive applications. They can also be used in a variety of pulse discharge mode to provide stability for fast and transient responses.

The working principle of the HPL1005-6N8 is relatively simple. As electrical current flows through the inductor, a magnetic field is created around it. This field creates a force, called Back EMF, which acts against the applied current. This Back EMF is proportional to the amount of current flowing through the inductor, and reduces the voltage across it, thus providing an efficient voltage regulation mechanism in a switching regulator.

HPL1005-6N8 also features a superior Temperature Rise, providing optimal use even in extreme conditions. The inductor can handle high ripple current rated up to 1.6A, making it well suited for applications which require higher current demands.

Conclusion

In conclusion, the HPL1005-6N8 is an extremely versatile and reliable inductor for use in many different applications. Its stable performance in extreme temperatures, and its high ripple current capabilities make it a great choice for conditionsally stable switching regulator applications, as well as any other application which requires the use of an inductor.