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16.2 KB. Characteristics. WE-KI series offers you an excellent Q factor and highest possible self resonant frequencies up to 12.5 GHz. High quality. Inductance tolerances: 2% and 5% High thermal stability. Recommended soldering: Reflow. Operating temperature: –40°C to +125°C. Custom designs on request. Applications.
Laird IWC1008 Series offers wide range inductance of Wire-Wound Ceramic chip inductors. They are robust, small-sized structures, low profile and compact design benefits consumer electronics, industrial, medical and telecom design.
The basic selection of the output capacitor is based on the ripple current and ripple voltage, as well as on loop stability considerations. The effective series resistance (ESR) of the output capacitor and the inductor value directly affect the output ripple voltage.
WE-KI HC SMT High Current Wire Wound Ceramic Inductor. L 1 to 390 nH | Q min. 10 to 46 % | I R 170 to 2300 mA. WE-RFI Ferrite SMT Inductor EXTENDED. L 20 nH to 47 µH | Q min. 11 to 45 % | I R 45 to 1910 mA. WE-RFH Ferrite SMT Inductor. L 0.47 to 10 µH | Q min. 15 to 45 % | I R 300 to 760 mA. WE-TCI Thinfilm Chip Inductor.
23 sie 2022 · Inductors can be free-standing or wound on a plastic core to make an air-core inductor. Figure 1: Wire-wound inductors are available in a wide range of shapes and sizes as needed for specific applications. To support higher inductances, a ferromagnetic core can be used.
Design Kit WE-PD Performance Size 1260, 1280. EMC components, ferrites, common mode chokes, inductors, ESD protection, signal transformers, capacitors, resistors and crystals & oscillators.
Wire wound RF inductors are designed on miniature ceramic or ferrite core bases and are used for applications with frequencies mainly >50MHz. They exhibit low inductance and high Q values, or on ferrite cores, for lower frequencies, the flux linkage between the turns of the coil dramatically increase the inductance value for the same size.
