S4924R-334H

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Fixed inductors are a type of device that causes a current to flow through a conductor when a voltage is applied across it. They are most commonly used in electronic circuits for a variety of applications, such as filtering and current sensing. The S4924R-334H is a particularly powerful fixed inductor designed for use in high-temperature commercial and industrial applications. This paper will discuss its application field and working principle.

Application Field

The S4924R-334H is designed to operate in temperatures up to 165°C. This makes it ideal for use in extremely hot environments, such as those found in automotive, industrial lighting, and power grid applications. Additionally, its small size and low profile make it perfect for use in confined spaces and in applications where size and weight are critical factors. The S4924R-334H is also designed to be RoHS compliant, making it safe to use in the European market.

Working Principle

At the core of the S4924R-334H is an insulated magnetic core. When a voltage is applied across the core, the core will magnetize and create a field, which induces a current in the coil. The amount of current induced is proportional to the amount of voltage applied and the number of turns on the coil. This process is known as inductance. By varying the number of turns, or the wire diameter, manufacturers can create inductors with a variety of inductance levels.

The S4924R-334H is designed to be highly efficient and capable of supporting high current applications. Additionally, the device features an epoxy coating to reduce electrostatic interference. This makes it one of the most reliable fixed inductors available, perfect for a variety of high-temperature and high-power applications.

Conclusion

The S4924R-334H is a highly reliable and efficient fixed inductor designed for high-temperature and high-power applications. It is ideal for use in automotive, industrial lighting, and power grid applications, and is designed to be RoHS compliant. Its epoxy coating makes it highly resistant to electrostatic interference, making it a perfect choice for applications where reliability is paramount.

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