Surface Mount High Current Power Inductors - SMPI06030E
SMPI06030E
SMPI06030E delivers robust EMI reduction and thermal endurance, meeting demands of highâperformance industrial electronics.
Inductance / Impedance
0.18-4.7 (µH)
Rated Current
9-39 (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.
A 6.4 ± 0.3 m/m
B 6.6 ± 0.3 m/m
C 5.3 (REF) m/m
D 3.1 (MAX) m/m
E 1.4 (REF) m/m
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Surface Mount High Current Power Inductors - SMPI06030
SMPI06030
SMPI06030 offers compact, shielded construction with high saturation current, boosting stability...
Details
How can you reduce electromagnetic interference and improve power distribution efficiency in next-generation server designs?
The SMPI06030E surface mount high current inductors feature a magnetic shielding structure that delivers excellent EMI resistance, combined with die-casting low loss alloy powder technology that minimizes impedance. With rated currents up to 39A and inductance options from 0.18 to 4.7 ”H, these inductors enable efficient power management in high-performance server applications. Core Master's 40 years of expertise and RoHS certification ensure reliable, certified components for your critical infrastructure.
Core Master's SMPI06030E inductors are engineered specifically for servers, graphics cards, and various consumer electronics requiring high current handling and thermal endurance. The magnetic shielding structure minimizes EMI radiation and susceptibility, critical for maintaining signal integrity in complex circuit designs. By combining low impedance characteristics with superior thermal management capabilities, these inductors enable engineers to design more efficient power distribution systems with reduced losses and improved overall system performance. Contact Core Master's professional engineering team today to discuss customization options and technical specifications tailored to your specific application requirements.



