54063913400 Inductors, Coils, Chokes

Fixed inductors are electronic components having a core of ferromagnetic material, such as copper, steel, iron or ferrite, wound around it. Their primary function is to store energy in the form of a magnetic field. This stored energy can then be used to supplement the voltage applied to a circuit by providing a smooth current that is not prone to ripple. The 54063913400 is one such fixed inductor.

The 54063913400 has a winding core of 30 micron ferrite, a saturated inductance of 1.6 mH and an inductance tolerance of +/-10%. It can handle currents of up to 10 Amps, has an operating temperature range between -40?C and 125?C, and a rated voltage of 400V. Its main application is in low frequency power supplies and switching mode power supplies (SMPS).

When used in low frequency power supplies, the 54063913400 functions in conjunction with a diode rectifier and capacitor to produce a constant voltage output. The inductor stores the energy generated on each current cycle and releases it during the next cycle to ensure that the output voltage remains constant. It also has the ability to reduce the current ripple associated with the diode bridge circuit, making it useful for applications that require a smooth voltage output, such as computers and other electronic equipment.

The 54063913400 also finds application in SMPSs, where it is used to control the current needed to run a load or the switching frequency of the DC-DC converter. In these circuits, the inductor stores energy during a part of the power cycle and then releases it during the next, allowing for a controlled current in the load. It also allows a switching frequency to be modified to suit the needs of the system, allowing for efficient, clean and fast switching of the converter.

In conclusion, the 54063913400 fixed inductor is an essential component of any power supply circuit, be it low frequency or SMPS – it stores energy in the form of a magnetic field, allowing for a smooth, continuous current to be available to the load connected to the circuit. Furthermore, the inductor can be used to regulate the current needed to run the load connected to it, as well as to modify the switching frequency of the SMPS.