Electronic component manufacturer Abracon has further built out its extensive line of inductors with new features for power electronics design. Its AVR family of assembly inductors now includes low-profile options, shown above, that are designed for space-constrained, high-power applications. They provide advanced, cost-effective solutions for voltage regulation in next-generation applications. Designed for both traditional DC-DC circuits and multiphase configurations, they enable design engineers to achieve greater performance in their product developments.
Utilizing a high-frequency magnetic core and specialized construction, the inductors deliver high power efficiency, reduced thermal heating, and enhanced system stability. Their compact, low-profile design ensures easy integration into power-dense applications, maximizing board space without compromising performance.
Ferrite and specialty alloy based, they feature an inductance range of 22 nH – 680 nH and operating temperature range of -40°C to +125°C, with saturation currents up to 155A. Target applications include data centers, AI and machine learning and industrial applications.
Abracon has also developed a diverse array of molded power inductors. The product series covers various form factors and performance metrics to cater to a wide range of applications. Leveraging specialized carbonyl and metal alloy powder materials and employing advanced processing techniques, its new family of the inductors features enhanced power densities, resulting in improved performance and reduced sizes. Complementing its AMDLA and AMPLA series, the company’s latest AMDLH and AMPLH hot press series of inductors offer superior performance options. These include best-in-class EMI shielding, high power densities, and minimal core loses.
The AMDLH and AMPLH hot press molded power inductors offer substantial benefits across a range of everyday applications such as lighting, DC-DC converter modules, and other power electronic circuits. They inductors enable design engineers to achieve notable advantages in size reduction and improved efficiencies. With a diverse selection of form factors and performance options, users can tailor their solutions for optimal performance. See www.abracon.com.
