1uH, 2.6Amps Wirewound chip inductors
MS3225LC-1R0M-LF
1uH, 2.6Amps Miniature Ferrite Inductor For Network Communication
1uH, 2.6Amps Wirewound chip inductors also called the RF choke, the body structure is made of low core loss ferrite wound with wire, it contributes to high efficiency, High SRF value chip inductors. This series of 1210 high inductance miniature wirewound indcutor are suitable for a highly stable design for ferrite needs. This high current wirewound ferrite SMD inductor is suitable for application like Wireless LAN, Broadband Components, power line application...etc., SMD High Efficiency Power Inductor is provided on tape and reel, RoHs REACH, and Halogen-free. Another dimension is also available, 0201, 0402, 0603, and 0805 types. For a higher inductance value, please refer to our other series which with a top plating of 100% tin for the ceramic core types.
Customization
Due to the solid background of our engineer team at ferrite powder territory, we could modify the core powder, design and produce the most suitable product to fit customer's applications. Except for the standard characteristic of our series specification, Coilmaster Electronics also offer the customization product with low minimum order quantity (MOQ), tighter tolerance, different inductance and frequency applications.
Leadtime
Coilmaster’s standard lead time is 6~8 weeks, in urgent case, the fast delivery program is available. For specific product series, we could send out the goods within 10 or 20 working days.
Key features
- Higher inductance value
- One-pole filter or RF choke
- Miniature size
- Excellent current handling capability
- Ferrite body construction
- Low DCR
Applications
- Broadband filter
- Choke circuits
- Cable moderm
- Power line application
Construction
- Unshielded Inductor
Size(mm)
- 3.6x2.9x2.4
Inductance(uH)
- 1
Inductance tolerance
- ±20%
Test Frequency(MHz)
- 7.96
Isat(A)
- 2.6
Irms(A)
- 2.6
DCR(mΩ)
- 125
Q(Ref)
- 35
SRF(MHz)
- 340
- Related Product
3.3uH, 15.1A Molding Inductor With High Efficiency
SEP7070EX-3R3M-LF
Flat Wire SMD Molding Inductors, SEP7070EX series (7mm height), which offers high current handling...
Details Add to List6.8uH, 1.45A SMD Magnetically Shielded Power Inductors
SDC5D18-6R8N-LF
6.8uH, 1.45A Fully shielded SMD inductor with dimension 6.0x6.0x2.0mm. The SMD magnetically...
Details Add to List8200uH, 0.14Amps Through hole shielded power choke coil
RCS1012-822K-LF
Though hole shielded power inductor RCS1012 series provide the rugged, economical and shielded...
Details Add to List- Download
High inductance miniature wirewound indcutor MS3225LC series
High inductance miniature wirewound indcutor MS3225LC series
Download
1uH, 2.6Amps Wirewound chip inductors | Magnetic components | Transformer, Inductor, Choke Manufacturer | Coilmaster Electronics
Located in Taiwan since 1995, Coilmaster Electronics Co., Ltd. has been a manufacturer of magnetic components. Its main magnetic components include, 1uH, 2.6Amps Wirewound chip inductors, common mode chokes, SMD molding power chokes, chock coil inductors, SMD shielded and semi-shielded power inductors, low profile and high current power inductors, high voltage power inductors, ethernet and LAN power transformers, flat wire inductors, RJ45 jacks with integrated magnetics and high frequency transformers, and ceramic or air coil multilayer chip inductors.
Coilmaster is a professional manufacturer for inductor, common mode choke, chip beads and transformer. Our vision is “Creating high-performance inductors, reducing energy loss, and contributing to sustainable” To achieve this, our engineer team is keen to design the power inductor to have better efficiency. With more than 20 years of experience in magnetic territory, Coilmaster Electronics is specialized in the production of SMD power inductors, common mode choke, high frequency transformers.
Coilmaster Electronics has been providing customers with high current power inductors since 1995, with both advanced technology and 29 years of experience, Coilmaster Electronics ensures that each customer's requirements are met.