23nH, 0.95Amps SMD High Q factor Power Inductor
MS1608HP-23NK-LF
23nH, 0.95A SMD High Current Wire Wound Ceramic Chip Inductors
23nH, 0.95Amps SMD High Q factor Power Inductor, the body structure is made of low loss ceramic wound with wire, it contributes to high frequency, High-Q, and SRF value chip inductors. This series of wire wound chip inductors are suitable for a highly stable design for critical needs. This high current wirewound ceramic SMD inductor is suitable for application like CELL/PCS Modules, Wireless LAN, Broadband Components, RFID...etc., All the product 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 ferrite 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
- Wide range of inductance value
- High Q factor
- High SRF value
- Miniature size
- Excellent current handling capability
- Ceramic body construction
Applications
- High Frequencies Application .
- Non-Magnetic Coil Form
- USB/IEEE 1394
- Cable moderm
- Signal line application
Construction
- Unshielded Inductor
Size(mm)
- 1.8x1.12x1.02
Inductance(uH)
- 0.023
Inductance tolerance
- ±10%
Test Frequency(MHz)
- 250
Isat(A)
- 0.95
Irms(A)
- 0.95
DCR(mΩ)
- 120
Q(Ref)
- 40
SRF(MHz)
- 2850
- Related Product
4.7uH, 1.02A Semi-Shielded SMD Power Inductors
SQH3015S-4R7M-LF
Meet the future of power inductors – our Semi-Shielded SMD Power Inductor, with dimensions...
Details Add to List1.8uH, 0.3Amps 1008 SMD Wirewound Ceramic Power Inductor
MS2520-1R8J-LF
1.8uH, 0.3Amps 1008 SMD Wirewound Ceramic Power Inductor Amps 2520 metric Miniature SMD Wirewound...
Details Add to List1uH, 3A SMD Backlight Shielded Inductor
SDS1608-1R0M-LF
Shielded tiny smd power inductor with inductance 1uH, Isat 1.4A and Irms 3Amps. Extremely thin...
Details Add to List- Download
Miniature SMD High SRF Power Inductor MS1608HP series
Miniature SMD High SRF Power Inductor MS1608HP series
Download
23nH, 0.95Amps SMD High Q factor Power Inductor | 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, 23nH, 0.95Amps SMD High Q factor Power Inductor, 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.