Core Master Surface Mount High Current Power Inductors | SMPI03212E
SMPI03212E high current power inductors with magnetic shielding for servers and graphics cards. 2.5-16A rated current, 0.1-10µH inductance range.
Surface Mount High Current Power Inductors - SMPI03212E
SMPI03212E
SMPI03212E ensures strong noise attenuation with high current capacity, perfect for industrial modules and high‑density PCB layouts.
Inductance / Impedance
0.1-10 (µH)
Rated Current
2.5-16 (A)
Features
- Magnetic shielding structure: excellent resistance to electromagnetic interference (EMI).
- Die-casting by low loss alloy powder: low impedance.
- High efficiency, wide application frequency and application scope.
Applications
- Servers.
- Graphics cards.
- Various categories of consumer electronics.
Dimensions (UNIT: mm)
A 3.2 ± 0.3 m/m
B 2.5 ± 0.3 m/m
C 2.5 (REF) m/m
D 1.3 (MAX) m/m
E 1.0 (REF) m/m
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How can you reduce electromagnetic interference in high-density server power distribution modules without compromising space efficiency?
The SMPI03212E's magnetic shielding structure provides excellent EMI resistance while maintaining a compact 3.2 x 2.5 x 1.3 mm form factor—perfect for dense server PCB layouts. Its low-loss alloy powder construction ensures high efficiency and thermal stability even under demanding high-current conditions up to 16A, delivering the reliability your server infrastructure demands.
Core Master's 40+ years of specialized manufacturing experience ensures that the SMPI03212E meets the highest quality standards, backed by RoHS certification and SGS quality reports. The magnetic shielding structure minimizes electromagnetic interference, while the low-loss alloy powder construction delivers superior efficiency and thermal stability. Whether you're designing power conversion circuits, filtering applications, or high-current distribution networks, the SMPI03212E provides the performance reliability and customization flexibility that global B2B customers expect. Contact our professional engineering team today to discuss how this high-current inductor solution can optimize your circuit design and accelerate your product development timeline.