YAGEO Group unveils PGL727XHLT coupled inductor to elevate power delivery in next-generation computing.
YAGEO Group, a leading innovator in electronic components, proudly announces the launch of its latest advancement in power delivery solutions: the PGL727XHLT coupled inductor.
This cutting-edge component is specifically engineered to power processors, memory, FPGAs, and ASICs in servers, datacenters, and storage systems, setting a new standard in efficiency and performance.
Addressing the Challenges of Traditional Inductors
In the realm of multiphase buck converters, traditional single-winding inductors have long been a staple. However, they present significant trade-offs: while reducing inductance per phase enhances transient response, it simultaneously increases ripple current, losses, and peak phase current.
YAGEO Group’s PGL727XHLT coupled inductor addresses these challenges by sharing windings on a single core, effectively reducing per-phase ripple without compromising transient performance. This innovation results in lower losses, improved efficiency, and enhanced headroom, particularly beneficial for demanding VR applications.
Introducing the PGL727XHLT: Key Features
- Ultra-low Profile: With a maximum height of just 4 mm, the PGL727XHLT is optimized for Vcore power, meeting the stringent height requirements of servers and datacenters.
- High Performance: Delivering 25 nH inductance per phase and a 73 A saturation current at 105 °C, this inductor ensures superior performance in high-demand environments.
- Flexible Design Options: Available in 2-, 3-, and 4-phase configurations, the PGL727XHLT offers versatility to meet diverse application needs.
Leveraging YAGEO Group’s Expertise
The development of the PGL727XHLT is based on YAGEO Group’s extensive experience in magnetics design, advanced simulation and testing, and strong partnerships with core vendors. Our commitment to automated high-volume manufacturing ensures that the PGL727XHLT is not only reliable and cost-effective but also scalable for high-power density systems.
For datasheets and more information click here.
