680µH Power Inductor SR0403 | ABC ATEC - Non-Shielded SMD
680µH 0.11A non-shielded SMD power inductor for DC/DC converters. Low DCR, high saturation current. IATF16949 certified. ABC ATEC electronics.
680µH, 0.11A, 0403 Power Indcutor, Non - Shielded Inductor
SR0403681KL
Non-Shielded SMD Power Inductor, General Grade
680uH, 0.11A 0403 Non-Shielded Power Inductor SR series is designed with copper wire winding on high performance ferrite drum core, offering low DC resistance and higher current rating, available for small or median product size (From 0302 to 1006) and is deal for DC / DC converters and consumer electronics applications.
Product Features
- Open magnetic circuit structure
- Low DCR
- High saturation current ratings
- Operating temp.: -40°C ~ +125°C (including self-temperature rise)
Product Applications
- DC / DC converters
- Consumer electronics
| Product Category | Power Inductor - Non - Shielded Inductor | Inductance (µH) | 680 |
| Part Number | SR0403681KL | Tolerance | ±10% |
| Grade | General | RDC (Ω) | 8.6 |
| Length (mm) | 4.5 | IDC (A) | 0.11 |
| Width (mm) | 4 | Operating temp.°C (LOW) | -40 |
| Height (mm) | 3.2 | Operating temp.°C (HIGH) | 125 |
- Download
-
Non - Shielded Inductor SR0403 Series Datasheet
Include dimensions, electrical characteristics and curve diagrams for your reference
Download - Related Products
-
680µH, 0.11A, 0302 Power Indcutor, Non - Shielded Inductor
SR0302681KL
680µH, 0.11A, 0302 Non-Shielded Power Inductor SR series is designed with copper wire winding...
Details Add to List
680µH, 110mA, 0502 Power Indcutor, Non - Shielded Inductor
SR0502681ML
680uH, 110mA, 0502 Non-Shielded Power Inductor SR series is designed with copper wire winding...
Details Add to List
680µH, 0.14A, 0503 Power Indcutor, Non - Shielded Inductor
SR0503681KL
680uH, 0.14A, 0503 Non-Shielded Power Inductor SR series is designed with copper wire winding...
Details Add to List
680µH, 0.16A, 0602 Power Indcutor, Non - Shielded Inductor
SR0602681KL
680µH, 0.16A, 0602 Non-Shielded Power Inductor SR series is designed with copper wire winding...
Details Add to List
680µH, 0.26A, 0604 Power Indcutor, Non - Shielded Inductor
BR0604681KL
680uH, 0.26A, 0604 Non-Shielded Power Inductor BR0604 series is designed with copper wire winding...
Details Add to List
680µH, 0.48A, 0805 Power Indcutor, Non - Shielded Inductor
SR0805681KL
680µH, 0.48A, 0805 Non-Shielded Power Inductor SR series is designed with copper wire winding...
Details Add to List
680µH, 0.28A, 0906 Power Indcutor, Non - Shielded Inductor
SR0906681KL
680uH, 0.28A, 0906 Non-Shielded Power Inductor SR series is designed with copper wire winding...
Details Add to List
680µH, 0.7A, 1006 Power Indcutor, Non - Shielded Inductor
SR1006681KS
680µH, 0.7A, 1006 Non-Shielded Power Inductor SR series is designed with copper wire winding...
Details Add to List
Download Hot Products
How can you reduce PCB space while maintaining reliable power conversion in compact consumer electronics devices?
ABC ATEC's SR0403681KL non-shielded power inductor combines compact 0403 dimensions with low DC resistance (8.6Ω) and high saturation current ratings, enabling efficient DC/DC converter designs without sacrificing performance. Our IATF16949 certified manufacturing ensures consistent quality across high-volume production runs for your consumer electronics applications.
ABC ATEC's 45 years of specialized expertise in inductor manufacturing is reflected in this general-grade component, which is available in sizes ranging from 0302 to 1006 to accommodate various PCB space constraints. The ±10% inductance tolerance ensures consistent performance across production batches, while the non-shielded design minimizes electromagnetic interference in sensitive applications. As an IATF16949 certified manufacturer, ABC ATEC guarantees the highest product standards and reliability. Contact our team today to integrate this proven power inductor into your DC/DC converter designs or consumer electronics applications, and benefit from our comprehensive customization services and patented production technologies.