VLBU1007090T-R15L Inductors, Coils, Chokes

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Fixed inductors are electrical circuit components used to add inductance to a circuit. They are used in a variety of applications, such as signal filtering and power conditioning, and are especially useful in power supplies. The VLBU1007090T-R15L inductor is a great choice for any fixed inductor application due to its low noise and great durability.

This VLBU1007090T-R15L inductor is a metallic sealed type inductor, which is designed for use in a variety of high-current applications, such as automotive circuit boards, power supplies, computers, wireless charging coils, and magnetic amplifier coils. The inductor is composed of a high-speed core material and an advanced alloyed magnetic wire that is designed to restrict magnetic field leakage, resulting in a reduced heat loss and allowing the inductor to deliver superior performance and high power density.

The VLBU1007090T-R15L has an operating temperature range of -40° to +85°C, allowing it to perform reliably even in extreme temperatures. It has an inherent DC resistance of 0.01 ohm, a maximum self-resonant frequency of 1.5MHz, and a maximum saturation current of 8A. The inductor is also very compact in size, measuring only 15x11.5x4mm, enabling engineers to take advantage of limited space by incorporating it into their design.

The working principle of the VLBU1007090T-R15L inductor is quite simple. When a current flows through the inductor, a magnetic field is created which induces a voltage in the inductor itself. This induced voltage resists, or opposes, the flow of current, with the amount of resistance depending on the size of the inductor and the amount of current flowing through it. In a way, the inductor acts like a voltage regulator, and as such is often used in power supplies to help stabilize the current flow.

The VLBU1007090T-R15L inductor is a great choice for engineers looking to incorporate inductance into their design. Its low noise, superior durability, and great power density make it ideal for high-current applications, such as automotive circuit boards, power supplies, and wireless charging coils. Its compact size and wide operating temperature range mean engineers can confidently incorporate it into their design, safe in the knowledge that it will provide reliable performance in the most extreme environments.

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