MBH10145C-5R6NA=P3 Inductors, Coils, Chokes

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fixed inductors are a type of electronic component used to create a magnetic field when current passes through them. They are typically found in power supplies, radio systems, and certain other electric devices. The MBH10145C-5R6NA=P3 inductor is a relatively common one for large-scale electronic projects involving high-level current. Though this inductor is not as widely known as others, it nevertheless offers superior current support and power handling capability.

The MBH10145C-5R6NA=P3 inductor is a four-lead component that can source up to 10 amps of continuous current at up to 1.6 MHz. It has a temperature range of -25 to +85 degrees Celsius, allowing for use in a variety of environments. It also has excellent overload protection and is relatively easy to assemble. This inductor is designed to work within a wide range of voltages, from 3 to 150 volts.

The MBH10145C-5R6NA=P3 inductor is ideal for applications where high current is necessary but space is limited. It is especially useful in radio systems, as its compact size helps reduce the space required for components. Additionally, its four-lead design helps reduce the complexity of the circuit. This component is also suitable for high-power circuit applications, as it can handle up to 10 amps of continuous current. In fact, this inductor is capable of supplying up to three times the standard output of other inductors.

The MBH10145C-5R6NA=P3 inductor employs a number of technologies to ensure its high performance. The primary technology is its spiral construction, which helps keep the magnetic field from becoming chaotic. This reduces the noise that can be caused by high-current surges. The component also employs an advanced oxide coating, which helps protect against corrosion and degradation of the inductor’s internal structure. Additionally, the component has an integrated shield to reduce electrical interference that can affect other components.

The fixed inductor’s internal structure is based on its magnetic core and its winding. The core is made from silicon steel, and its core and structure determine the inductance. The inductance of the winding can be adjusted by using different windings or by changing the orientation of the windings. The windings are typically made from copper wire. The inductor works by generating an electromagnetic field when current passes through it, and the current is regulated by the number of turns in the inductor’s winding.

The MBH10145C-5R6NA=P3 inductor is an excellent choice for applications requiring high current, superior overload protection, and the ability to handle up to 10 amps of continuous current. Its small size and four-lead design help make it a great choice for radio systems, while its advanced technologies ensure performance and reliability. With an operating temperature range of -25 to +85 degrees Celsius, this fixed inductor is sure to be a valuable addition to any electronic project.

The specific data is subject to PDF, and the above content is for reference