NS10165T150MNA Inductors, Coils, Chokes

Fixed inductors are important components for electronic circuits. NS10165T-150MNA is a type of fixed inductor which has wide applications in different electronics fields.

NS10165T-150MNA is cylindrical, measuring 10.7mm x 8.6mm. It is wound on a ferrite core with insulated wires and a resin-filled outer case. This type of inductor is also referred to as a power inductor since it can handle a large current. The temperature range is from -40 degrees Celcius to +85 degrees Celcius while the operating frequency ranges from 1MHz to 5MHz.

The working principle of NS10165T-150MNA is based on Faraday’s law of Induction. It states that the induced electromotive force (EMF) in any closed circuit is equal to the time rate of change of the magnetic flux passing through the circuit. This is why these inductors are designed so that the winding of the wire generates a strong magnetic field within the ferrite core. When an alternating electrical current passes through the wire, the magnetic field within the inductor changes accordingly. As a result, an EMF is induced in the wire due to the changing magnetic flux. This EMF in turn also produces a magnetic field, which counters the alternating current based on Lenz’s law.

The application of NS10165T-150MNA mainly lies in power supplying and filter circuits. Its high current capacity makes it suitable for power supply circuits, especially those that require high power conversion efficiency.Because of its strong ability to suppress harmonics,NS10165T-150MNA can also be used as filtering inductors. They can absorb the unwanted noise, and thus improve the filtering ability of electronic circuits. Furthermore, the NS10165T-150MNA can also be used in LCD display and pager products as DC-DC power supply.

In summary, the NS10165T-150MNA is rather versatile due to its wide range applications and working principles. In addition to responding to changing magnetic flux, the NS10165T-150MNA also has a high current capacity, making it suitable for power supply and filter circuits. Finally, its high efficiency allows it to be used in variety of electronic products.