0.0027uH, 0.6Amps SMD High SRF Power Inductor | Magnetic components | Transformer, Inductor, Choke Manufacturer | Coilmaster Electronics

0.0027uH, 0.6Amps SMD High SRF Power Inductor with industry dimension 2.29x1.73x1.52mm (2012/0603). It is formed by winding copper wire in a spiral shape on the ceramic core. This RF wire-wound inductor provides excellent high Q characteristics, precision inductance value, tight tolerance, and broad range of inductance values. Inductance range : 2.2nH to 1000nH with DC Current up to 600mA and extremely high SRF(self-resonant frequencies) up to 6GHz. Compare to the other series in the same dimension, the Q value for this wire-wound RF inductor is two times higher than the multilayer or thin file RF inductor. Furthermore, the copper wire on this model is thicker than other types, hence, it could achieve lower dc resistance, better current carry capacity. This miniature SMD power inductor for signal line are suitable for a highly stable design for critical needs. An 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, 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. Coilmaster Electronics is a high-current 0.0027uH, 0.6Amps SMD High SRF Power Inductor, 0.0027uH, 0.6Amps Miniature SMD Wirewound Ceramic Power Inductor manufacturer from Taiwan since 1995. 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.