PA4308.105NLT Inductors, Coils, Chokes

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The PA4308.105NLT is a fixed inductor that is widely used for a variety of applications. It is a 10μH, 0.43Ω, 0.1% SMT inductor with a maximum DC current rating of 3.7A and a rated dissipation of 0.7W. It has an excellent Q-factor up to 160 and a high saturation current of 4.5A.

The PA4308.105NLT is used in many application fields, including Switching Power Supplies, EMI Filtering, DC-DC Converters, Inductive Heating, and Inductive Sensors. It is also used in voltage regulation and as a rectifier, where its ability to withstand high temperatures and currents make it an ideal choice. It is also used in wireless or RF applications where its low profile makes it a good choice for space-constrained designs.

This fixed inductor works on the principle of magnetism. An induction coil is wound with two terminals. When an alternating current is passed through the coil, it induces a varying magnetic field that produces a magnetic energy. This energy is then stored as inductance in the coil. The PA4308.105NLT\'s increased inductance and reduced DC resistance makes it highly suitable for high frequency applications.

The inductor\'s construction is very reliable and features a the PA4308.105NLT\'s small size, low profile, and high temperature ratings make it well suited for applications with constrained space and high ambient temperatures. The inductor also offers good resistance to mechanical shock and vibration, and its small design allows it to fit easily into crowded electronic designs. In addition, it features an epoxy coating to protect it from environmental contamination.

The PA4308.105NLT is a versatile fixed inductor with numerous application potentials. Its high temperature and current ratings, coupled with its high Q-factor and low profile, makes it ideal for a wide variety of applications, including power conversion, noise and EMI filtering, voltage regulation, and wireless communications. Its small size and good resistance to mechanical shock and vibration make it an excellent choice for space-constrained electronic designs.

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