The over half-meter high speakers can be used with a dedicated tripod to get the best listening effect. The long bass reflex hole is open under the bass unit, which is designed according to the fluid mechanics and helps regenerate clean and deep low frequency. The bottom is also a 27mm thick aluminum alloy base plate, providing a solid foundation. This features a central, foamed-acrylic core, with front and back woven coatings of an aramid material. The woofer has what TAD calls a Tri-Laminate Composite Cone (TLCC). The cabinet material is 21mm thick birch plywood and MDF board, and the teardrop-shaped cabinet design not only reduces the generation of standing waves inside the cabinet, but also reduces the sound wave bypass outside the cabinet. Frequencies below 250Hz are produced by an 8' woofer mounted below the CST unit on the CR1's matte-black front baffle. The cabinet part is entrusted to Tendo Woodworking, which specializes in high-end furniture and top-grade decorative poetry. The subwoofer is fixed on the terminal cover behind the speaker, and this cover is cut from 27mm thick aluminum alloy, and the speaker terminal is also a special gold-plated product. In the crossover, the tweeter, midrange and bass crossover are separated, and special hollow inductors, non-inductive resistors and PP film capacitors are used. Tad's present occupation is listed as an Executive Vice President at Advanced Service Corporation. Sometimes Tad goes by various nicknames including Tad C Cooper and Tad Christopher Cooper. Tad Cooper currently lives in Cedar Rapids, IA in the past Tad has also lived in Marion IA. The woofer is a 200mm unit with a TLCC three-layer cone based on aramid fabric and an OFGMS magnet structure with optimized magnetic line geometry to achieve a fast response with a short voice coil. Tad Cooper was born on and is 53 years old. The ISO vibration isolation technology at the junction of the monoblock and cabinet enhances the clarity of the sound performance. The whole set of CST coaxial monoblocks, sound range of 250Hz to 100kHz, and TAD with years of experience, so that the metal diaphragm with high strength and high resistance, and through the HSDOM computer simulation algorithm to optimize the characteristics of the monoblocks. This is called CST (Coherent Source Transducer), the center is a 35mm beryllium tweeter, the same axis design of the midrange is a 160mm beryllium diaphragm monoblocks. In order to achieve the most accurate imaging and positioning by aligning the timing of the treble and midrange, the TAD uses a coaxial monobloc design.
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