SMPI02512E Surface Mount High Current Inductors | Core Master
Core Master's SMPI02512E surface mount high current power inductors offer robust EMI control and low DCR for servers, graphics cards, and consumer electronics.
Surface Mount High Current Power Inductors - SMPI02512E
SMPI02512E
SMPI02512E provides robust EMI control and low DCR, enhancing reliability in portable communication and computing equipment.
Inductance / Impedance
0.22-10 (µH)
Rated Current
1.5-10 (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 2.5 ± 0.3 m/m
B 2.0 ± 0.3 m/m
C 2.0 (REF) m/m
D 1.3 (MAX) m/m
E 0.7 (REF) m/m
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How can you reduce electromagnetic interference and power loss in next-generation server power delivery systems?
The SMPI02512E surface mount high current inductors deliver robust EMI control through advanced magnetic shielding and low-loss alloy powder die-casting technology. With inductance values of 0.22-10”H and rated currents up to 10A, these components are specifically engineered for server applications requiring superior electromagnetic interference suppression and minimal impedance losses. Core Master's 40+ years of expertise ensures RoHS-certified quality and reliable performance for mission-critical infrastructure.
Core Master's 40+ years of specialized expertise in power inductor design ensures that the SMPI02512E series meets the highest quality standards, with RoHS certification and SGS quality reports guaranteeing consistent performance and reliable delivery. The combination of robust magnetic shielding, low DCR characteristics, and professional engineering support makes these surface mount inductors an ideal solution for manufacturers seeking to enhance circuit reliability while reducing electromagnetic interference. Contact Core Master today to discuss customization options and technical specifications tailored to your specific high-current power management requirements.