MAKK2016HR47M

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Fixed inductors are passive components, similar to other inductors, that meter and manage electric currents. These devices are composed of both an electrical conductor, usually a wire, or more often, a coil, and a magnetic core, and are utilized in electrical circuits for a number of purposes.

The MAKK2016HR47M Inductor is the latest model from MAKK and is designed to deliver a consistent current that is reliable and temperature-resistant. It​ ​offers​ ​solutions​ ​for​ ​high​ forming ​torque​ needs,​ ​ extremely compact size, and low​ ​inductance​ values,​ ​providing​ ​an​ ​ideal​ ​solution​ ​for​ ​many​ ​applications,​ ​especially​ ​in​ ​automotive​ ​electronics.

The MAKK2016HR47M is constructed with axial leads and features an externally-shielded construction. The external shielding aids in providing a high-temperature environment for operation and minimizes noise due to cross-talk. Additionally, the MKK2016HR47M has an operating temperature range of –40°C to +85°C, allowing for robust operation and greater reliability in extreme environments.

The MAKK2016HR47M Inductor operates on the faraday inductive principle, utilizing a current-carrying conductor which produces a magnetic field due to its passing current. This magnetic field, in turn, induces a current in a neighboring conductor. The current produced by the induced field is the opposite direction of the current in the first conductor, thus reducing the overall current of the circuit.

The MAKK2016HR47Mis designed to minimize inductance for applications requiring high-frequency stability, low impedance, high current, and low losses. It can be used in a variety of applications such as flyback converters, inverters, and motor control, among others.

In summary, the MAKK2016HR47M inductor is a compact, reliable, and temperature-resistant fixed inductor, designed for high efficiency and operation in extremes environments. It utilizes faraday’s inductive principle and can be used in a variety of applications for current meter and management.

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