NLV32T-047J-PFD

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Fixed Inductors are a static type of electrical component that stores energy in the form of a magnetic field. They are commonly used in power supplies, speaker systems, motor control and audio systems, and in a host of other audio and video applications. The NLV32T-047J-PFD is a member of the Fixed Inductors family. It is a high-precision, low-temperature rise, surface-mount type inductor with a rated voltage of 16V and a rated current of 0.35A.

The NLV32T-047J-PFD is designed to reduce the energy loss of a power supply system and improve overall efficiency. It has the ability to keep higher ripple currents out of the power supply and allow the system to run at higher performance levels. It is also designed to protect sensitive components or circuitry from electrical noise. This type of inductor is also highly useful for filtering high frequency noise and preventing system shutdowns.

The working principle of the NLV32T-047J-PFD is based on Faraday\'s law of induction. Whenever a changing magnetic field passes through a coil, a voltage is induced in the coil. This voltage can be used to create current energy. In the case of this type of inductor, the magnetic field is created by the applied current and is used to store the energy. This allows the inductor to act as a filter, separating the noise and ripples from the applied current.

The NLV32T-047J-PFD can be used in a variety of applications including power supplies, switching power supplies, audio and video components, motor control, and telecom systems. It is also highly useful in high efficiency applications during peak loading, allowing for higher sustained currents with minimal losses. This inductor is also suitable for back-light dimming circuits and CCFL inverters, providing a high-efficiency and low-noise voltage supply.

In conclusion, the NLV32T-047J-PFD is a high-precision, low-temperature rise, surface-mount type inductor that is useful in a variety of applications, including power supplies, switching power supplies, audio and video components, motor control, and telecom systems. Its working principle is based on Faraday\'s law of induction and it utilizes a magnetic field to store energy. It is also highly efficient and is useful for preventing system shutdowns and filtering high frequency noise.

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