Bourns has announced the SRP2008DP Series, its new line of high current shielded power inductors designed for high current applications that need to push the limits of board-space efficiency. Constructed with a metal-alloy powder core and packaged in a low-profile 0.8 mm footprint, the SRP2008DP Series delivers the saturation current capacity that power dense DC-DC converter designs demand—without the design layout penalties that typically accompany such performance.
Bourns introduces high-current shielded power inductors designed for compact, high-density electronic applications.
(Source: BOURNS)
Because power density requirements have continued to climb across consumer electronics, IoT devices and smaller industrial equipment, designers face a persistent tradeoff between inductor performance and physical size. Radiated emissions and signal integrity are growing concerns in these crowded layouts, where interference between adjacent components can undermine system reliability and complicate EMC compliance. Shielded magnetics help manage these risks, but shielded components have historically occupied more board real estate than unshielded alternatives. The SRP2008DP Series’ metal-alloy powder core design and compact size addresses these challenges directly.
“As electronic systems grow more sophisticated while shrinking in size, the components inside them have to keep pace. The Bourns SRP2008DP Series gives engineers all the safety, signal integrity and compliance benefits of a shielded, high-current inductor in a footprint that doesn’t compromise their layout.” - Craig Wedley, Magnetic Products Engineering Director at Bourns.
Design features
Shielded construction contains magnetic flux, reducing radiated emissions that can interfere with adjacent circuitry and supporting board-level EMC compliance efforts
Metal-alloy powder core offers high resistivity that suppresses eddy currents and reduces core losses at high switching frequencies, preserving signal integrity in noise-sensitive designs
Contained flux minimizes magnetic coupling to nearby traces and components, reducing the risk of interference in densely populated layouts
High saturation current supported without core collapse under load, maintained across the full operating range
0.8 mm low-profile package fits height-constrained designs where vertical clearance is limited
Wide operating temperature range from -40 °C to +125 °C for demanding thermal environments
RoHS compliant* and halogen free**
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