4232-393G

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Fixed inductors, otherwise known as chokes, are electrical components that are used to store energy in the form of an electromagnetic field. For example, airplane engines employ them in a variety of applications. They also have a universal use in the electronics industry and are found in many consumer and industrial products. From cell phones to HDTVs, most electronic components contain inductors. In this article, we will discuss the application field and working principle of 4232-393G.

4232-393G is a fixed inductor designed to provide a high current rating at a low DC resistance. This device is often used in high-power power supply and DC-DC converter applications. It has a high delivery capability and low thermal resistance, making it an excellent choice for products that require a high efficiency. The inductance value of this device is 94uH ±5% and the temperature range is between -40°C and +105°C.

The application field for the 4232-393G covers a broad range of areas including, but not limited to, telecommunications, military, medical, and power supplies. This inductor can provide excellent performance in applications where stability, reliability, and efficiency are key performance requirements. Its low DC resistance is especially beneficial in applications such as switched-mode power supplies, where low losses result in higher efficiencies.

The 4232-393G features RoHS compliant dielectric and metallic resistance materials. RoHS compliant materials help ensure products are safe and reliable across a wide range of operating temperature and voltage conditions. Bead core construction also helps to minimize core losses and prevents specific losses due to thermal expansion. This helps the device maintain its high delivery capability.

The core construction of the 4232-393G is specifically designed to maximize current without sacrificing efficiency or reliability. The material is composed of high-grade soft ferrites with a maximum current rating per pin, which ensures steady current delivery throughout its operating temperature range. The total inductance is measured in henry, and the resulting DC resistance is measured in ohms.

The 4232-393G is an excellent choice for high power applications such as switched-mode power supplies. Its high-current rating at low DC resistance results in high power delivery. Its bead core construction reduces losses due to thermal expansion and ensures a high delivery capability. Additionally, its RoHS compliant materials and maximum current rating per pin ensure safe and reliable operation in a wide range of operating conditions.

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