P1168.393NLT

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Fixed inductors are electrical components that have a coil of insulated wire wound around a core. The coil acts as an inductor, creating a magnetic field when a current flows through it. This electromagnetic field induces a voltage in the coils, creating an alternating current. The core material determines the strength of the magnetic field. The inductance of the fixed inductor is determined by the number of turns in the coil and the core material. Fixed inductors can be used in applications such as audio filtering, power supplies, and high frequency signal transmission.The P1168.393NLT is a fixed inductor, designed for AC applications, and is composed of a monolithic core wound with enameled copper wire. It has a tolerance of +/‐10%, and is able to operate in temperatures ranging from ‐25 to +85°C. The inductance of the P1168.393NLT is 5.9 uH, and its maximum DCR is 33 mΩ.The working principle of the P1168.393NLT is based on Faraday’s law of induction. When a current is passed through the winding of the inductor, a magnetic field is created. This magnetic field induces a voltage in the winding and results in the creation of an alternating current. When the current flowing through the winding is given the correct direction, a back electromotive force known as “self-induction” will be generated in the coil, resulting in a decrease in current. This property of self-induction is the basis of operation for inductors.The P1168.393NLT has a wide range of application fields. It is commonly used in AC operations such as DC/DC converters, SMPS, switching mode power supplies, winding transformer, audio transformer, inductive filter circuits, and high frequency signal transmission. In high frequency signal transmission, the inductor can be used to filter out noise or unwanted high frequency signals, eliminating distortion and ensuring signal clarity. It can also be used in communication circuits, such as high frequency transmission or radio frequency transceivers.In addition, the P1168.393NLT can be used in power supplies to control current flow. The inductor is connected in series with a diode and resistor to form a charge pump, which stores electrical energy and increases the output voltage of the power supply. The inductor also acts as an energy buffer in power supplies, allowing it to regulate current flow. Finally, the P1168.393NLT is used in reactive filter circuits. In these circuits, the inductor is connected in parallel with a capacitive element, and this combination produces a filter response at a frequency that depends on the ratio of inductance to capacitance (LC). The filter response characteristic of the LC filter can be used to shape the frequency response of amplifier circuits and to reduce the amount of unwanted harmonics.In conclusion, the P1168.393NLT is a fixed inductor, designed for AC applications, with a tolerance of +/‐10%, and is able to operate in temperatures ranging from ‐25 to +85°C. Its wide range of application fields include DC/DC converters, SMPS, switching mode power supplies, winding transformer, audio transformer, inductive filter circuits, communication circuits, power supply and reactive filter circuits. The P1168.393NLT is capable of providing reliable performance and efficient operation in these various applications.

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