Product features of RCF precision speaker unit.Home ktv audio Vendor

　　The RCF speaker series includes a wide range of speaker units covering the entire audio frequency spectrum. We design the speaker unit to optimize the purity of the sound, combined with no distortion and the ability to withstand high power for a long time. RCF has developed advanced speaker unit technology including high-tech materials such as neodymium, carbon fiber, pure titanium, high-strength synthetic fibers, polytetrafluoroethylene and polyester film mixtures. RCF has more than 60 years of market design and manufacturing experience, and has played in technical inventions such as: carbon fiber cone molding, double-layer silicone elastic wave design, inner/outer voice coil winding to edge-wound voice coil manufacturing, and pure titanium diaphragm molding. Played an important role. Our Z’s new development result is the design of Z’s advanced neodymium magnetic circuit, a new voice coil ventilation system and a breakthrough direct drive voice coil component

　　Power processing

　　As the core of RCF new speaker unit design, a lot of time and resources have been spent on material science, design topology research and power testing to develop products with high-strength structure, excellent thermal characteristics and excellent power processing. RCF precision engineers have developed a composite polyimide-imide molding material that can withstand peak temperatures exceeding 380°C, far exceeding the heat dissipation requirements of modern professional audio systems. By combining this material with special adhesives, our inner and outer voice coil technology, double-layer silicone elastic wave design, dual forced ventilation and special fiber doping and treatment on the basis of cones, the new RCF series products Become Z's sturdy and reliable speaker unit in industry.

　　New ferrite material: high-power, low-weight magnetic circuit design

　　RCF precision engineers have developed a new ferrite magnet that can provide higher magnetic flux in the new Z low weight design. Thanks to this new technology, all new RCF precision ferrite products have reached a comparable low weight. In order to optimize the new design performance, new specific magnet sizes and molds were developed. RCF precision engineers are committed to developing a magnetic circuit topology that can provide Z high and balanced performance levels in three specific areas: maintaining a consistent, highly complete magnetic flux gap, design techniques to reduce distortion, and low weight in Z The magnetic circuit is effectively integrated in the design. The t-pole design is optimized to produce a small magnetic flux modulation of Z during the movement of the typical voice coil gap.

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