12µH, 1.9A, 0604 Power Indcutor, Non - Shielded Inductor
BR0604120ML
Non-Shielded SMD Power Inductor, General Grade
12uH, 1.9A, 0604 Non-Shielded Power Inductor BR0604 series is designed with copper wire winding on high performance ferrite drum core, offering low DC resistance and higher current rating, deal for DC / DC converters and consumer electronics applications.
Product Features
- Radial fixed construction with a miniature winding
- Operating temp.: -40°C ~ +125°C (including self-temperature rise)
Product Applications
- Power supplier
- As power choke coil in general household appliances (TV sets, video appliances, etc.) and industrial equipment
| Product Category | Power Inductor - Non - Shielded Inductor | Tolerance | ±20% |
| Part Number | BR0604120ML | RDC (Ω) | 0.12 |
| Grade | General | Isat. (A) | 1.9 |
| Length (mm) | 5.6 | Irms. (A) | 1.9 |
| Width (mm) | 5.2 | Operating temp.°C (LOW) | -40 |
| Height (mm) | 4.5 | Operating temp.°C (HIGH) | 125 |
| Inductance (µH) | 12 |
- Download
-
Non - Shielded Inductor BR0604 Series Datasheet
Include dimensions, electrical characteristics and curve diagrams for your reference
Download - Related Products
-
12µH, 0.85A, 0302 Power Indcutor, Non - Shielded Inductor
SR0302120ML
12µH, 0.85A, 0302 Non-Shielded Power Inductor SR series is designed with copper wire winding...
Details Add to List12µH, 1.05A, 0403 Power Indcutor, Non - Shielded Inductor
SR0403120ML
12uH, 1.05A 0403 Non-Shielded Power Inductor SR series is designed with copper wire winding...
Details Add to List12µH, 1.2A, 0503 Power Indcutor, Non - Shielded Inductor
SR0503120ML
12uH, 1.2A, 0503 Non-Shielded Power Inductor SR series is designed with copper wire winding...
Details Add to List12µH, 1.6A, 0602 Power Indcutor, Non - Shielded Inductor
SR0602120ML
12µH, 1.6A, 0602 Non-Shielded Power Inductor SR series is designed with copper wire winding...
Details Add to List12µH, 1.02A, 0603 Power Indcutor, Non - Shielded Inductor
SR0603120ML
12uH, 1.02A, 0603 Non-Shielded Power Inductor SR series is designed with copper wire winding...
Details Add to List12µH, 3.7A, 0805 Power Indcutor, Non - Shielded Inductor
SR0805120ML
12µH, 3.7A, 0805 Non-Shielded Power Inductor SR series is designed with copper wire winding...
Details Add to List12µH, 2A, 0906 Power Indcutor, Non - Shielded Inductor
SR0906120ML
12uH, 2A, 0906 Non-Shielded Power Inductor SR series is designed with copper wire winding on high...
Details Add to List12µH, 4.7A, 1006 Power Indcutor, Non - Shielded Inductor
SR1006120MS
12µH, 4.7A, 1006 Non-Shielded Power Inductor SR series is designed with copper wire winding...
Details Add to List
How can you reduce power loss and improve efficiency in your DC/DC converter designs without increasing component size?
The BR0604120ML non-shielded power inductor offers exceptional low DC resistance of just 0.12Ω combined with a compact 0604 form factor, enabling you to achieve superior power efficiency in consumer electronics while maintaining space-constrained PCB layouts. ABC ATEC's 45 years of inductor manufacturing expertise ensures consistent quality and reliable performance across your entire production volume. Request a sample today and discover how our ferrite drum core technology can optimize your power management solutions.
ABC ATEC's 12µH power inductor represents 45 years of specialized expertise in inductor design and manufacturing, backed by IATF16949 Quality Certification. This non-shielded inductor is specifically designed as a power choke coil for general household appliances including TV sets, video equipment, and industrial power supply applications. The ferrite drum core construction ensures superior electromagnetic performance while maintaining cost-effectiveness for high-volume production. Whether you're designing DC/DC converters or developing next-generation consumer electronics, our BR0604 series power inductor delivers the precision engineering and quality assurance your applications demand. Contact ABC ATEC today to discuss customized inductor solutions tailored to your specific power management requirements.










