Recently, Bourns has developed two shielded power inductors with a nanocrystalline core to reduce power loss in DDR5 memory systems.These inductors utilize nanocrystalline powder construction technology, combined with the latest in inductor manufacturing processes, resulting in significant performance improvements. The nanocrystalline core features high magnetic permeability and low loss characteristics, which help enhance the efficiency and stability of the inductors.
Both the SRP2512CL and SRP3212CL series inductors feature low AC resistance and low DC resistance, which help reduce power loss and improve the overall efficiency of the circuit. The shielded structure minimizes magnetic field radiation, reducing interference with surrounding circuits and enhancing the system’s electromagnetic compatibility. They support high current flow while maintaining low buzzing noise, making them suitable for noise-sensitive applications.
Additionally, these two inductors have an operating temperature range of -40°C to +125°C, allowing them to adapt to various harsh working environments. The inductance range goes up to 1.5 microhenries (μH), meeting the needs of different application scenarios. They are available in 3030 and 2520 package sizes, providing users with options based on their specific requirements.
In terms of application scenarios, the SRP2512CL and SRP3212CL series inductors meet the latest DDR5 memory technology specifications and are suitable for client DDR5 modules in desktop computers, laptops, and tablets. They can reduce power loss in DDR5 memory systems, enhancing system stability and reliability.