SLF10165T-3R3N5R83PF

Fixed inductors are passive components that store electrical energy in a magnetic field when an electric current is applied to its coils. The SLF10165T-3R3N5R83PF is a type of fixed inductor manufactured by TDK Corporation for use in power over ethernet (PoE) applications. As one of the leading global producers of passive components, TDK has set the industry standard in terms of its manufacturing processes and quality control measures.

Fixed inductors rely on the principles of electromagnetic induction to store energy in a conductor, usually a coil with multiple turns of wire, when electricity is applied to it. The amount of energy stored is proportional to the number of turns in the wire, and the magnetic field that is generated from this energy can be visualized through its north and south poles. In the case of TDK’s SLF10165T-3R3N5R83PF, it is designed with an overall inductance of 33.3nH, making it one of the more powerful fixed inductors on the market.

The main use for the SLF10165T-3R3N5R83PF is its implementation in PoE applications. PoE is a technology that enables electrical power to be transmitted over an ethernet cable to powered devices such as computers, wireless access points, and IP phones. PoE requires the implementation of an appropriate power source, and the SLF10165T-3R3N5R83PF is particularly useful for this purpose due to its high power rating and low profile construction. This makes it ideal for powering devices in situations where space is limited.

In addition to its use in PoE applications, the SLF10165T-3R3N5R83PF can also be used in other AC or DC power applications, such as high frequency inverters, switched mode power supplies, motor-speed controllers, and low voltage battery chargers. Its inductance and magnetic flux density make it particularly suitable for these kinds of applications, as they can handle large amounts of current and voltage.

The SLF10165T-3R3N5R83PF is an excellent example of the quality and reliability that can be expected from TDK’s fixed inductors. It is capable of handling high current and voltage applications, and is particularly suited to power over ethernet applications. Its small form factor makes it ideal for applications where space is a premium, and its high power rating ensures that it can handle even the most demanding of applications.