Edge winding is a technique in which a rectangular magnet wire is wound on its narrow edge. This allows a much greater surface area to dissipate more heat than conventional winding techniques. Edge winding is used mainly in isolation transformers and inductors that have high load currents at lower voltages. Litz wire. Combined wire. Nomex paper covered wire. Paper covered round (rectangular) copper (aluminum)wire. Glass-fiber covered round (rectangular) copper (aluminum) wire. Glass-fiber covered enameled round (rectangular) copper wire. Glass-fiber coated with film compound covered copper rectangular wire. Polyester film covered round aluminum wire. Polyester coated with polyimide compound film covered round aluminum wire. Single film covered aluminum wire. Other products. Paper Covered Copper / Aluminum Wire (Round / Rectangular) Nomex Covered Aluminum / Copper Round (Rectangular) Wire See more aluminum wire, enameled wire, paper covered wire products from this supplier. With an uncompromising attitude.

Exact replicas of the original Alnico V Stratocaster lead pickups. Every detail is included to duplicate the bell-like tone and the high-end bite that made the vintage Strat famous. Negligible skin effect below 100 kHz; many orders of magnitude below conventional wire-wound types. High winding tension and vacuum fusing of faces provide high dimensional stability, effectively locking the conductors in place. Wire-wound inductors, which allow relative motion of conductors due to electromagnetic forces, will exhibit FM distortion by the process of reactance modulation. Flat inductive reactance from 5 Hz to 50 kHz. No saturation distortion due to air-core design. Inductors contain no magnetic materials. Reduced power loss. Highest space factor (ratio of conductor cross area to total cross-section) means lower DC resistance within comparable dimensions. Negligible power loss due to skin-effect. Extremely low stored charge. Cool operation even during prolonged high output power operation. The high space factor and winding density results in improved heat dissipation.