Shielded SMD Power Inductors - SRI1004
SRI1004
SRI1004 delivers compact, shielded inductance with high saturation current, ideal for dense PCB layouts in computing applications.
Inductance / Impedance
1.2-1000 (µH)
Rated Current
0.5-13 (A)
Features
- Excellent solder ability and high heat resistance for flow soldering.
- For large current circuits due to its low DC resistance.
- Excellent in terminal strength due to its high performance ferrite core material and solder ability.
Applications
- Modern power solutions.
- AI devices.
- DC/DC converters, etc.
- Various categories of consumer electronics.
A 10.0 ± 0.5 m/m
B 10.0 ± 0.5 m/m
C 4.50 (MAX) m/m
D 6.10 (REF) m/m
E 3.86 (REF) m/m
- File Downlaod
- Related Product
Shielded SMD Power Inductors - SPI1005
SPI1005
SPI1005 ensures robust current handling and thermal stability, perfect for high‑load DC/DC...
Details
How can you reduce PCB footprint while maintaining high current handling capability in your power management designs?
Core Master's SRI1004 shielded SMD power inductors solve this challenge with compact design delivering 0.5-13A rated current in minimal space. The high-performance ferrite core material and superior shielding minimize electromagnetic interference, while excellent solder ability ensures reliable production through flow soldering. Our 40+ years of expertise ensures your power management circuits achieve optimal performance without sacrificing board density.
Core Master's SRI1004 inductors are purpose-built for modern power solutions, AI devices, DC/DC converters, and diverse consumer electronics applications where space efficiency and current handling capability are critical. With over 40 years of specialized manufacturing expertise and RoHS certification backed by SGS quality reports, Core Master delivers customized inductor solutions with professional engineering support to meet your specific circuit requirements. Contact our technical team today to discuss how the SRI1004 can optimize your power management design while reducing PCB footprint and improving overall system reliability.



