Pioneer S-3EX Operating Instructions - Page 5

English S-3EX_EN.book 5 Bass Drivers The bass driver pictured below serves as the foundation of the S3EX speaker system. The driver's strength is the result of the Aramid/Carbon composite material, originally created during the development of the S-1EX, that is used in its diaphragm. Pioneer's exclusive LDMC magnetic circuit technology has been incorporated in order to preserve linearity from low to high output levels and minimize distortion. Crossover Networks The crossover networks use only the finest components. Air cored coils, noninductive resistors, and film capacitors in the signal path are all carefully chosen and optimized for the CST driver to provide the greatest transparency to the signal. The bass drivers use silicon steel plate core inductors that minimize distortion and loss during energy transfer. All components are connected directly to their respective wiring materials, instead of a printed circuitboard, allowing for minimal loss and maximum performance. Collaboration with Air Studios Since its establishment by George Martin in 1969, London, England's Air Studios has earned unequivocal respect from scores of artists who recognize it as the world's premier recording studio. The Air Studios seal that was awarded to the S-3EX indicates that these speakers are capable of producing the highquality sound demanded by the world's top-class sound creators. Bass Enclosure Construction The unique form of the S-3EX is based upon logical necessity. In order to synchronize the arrival time of sound from the CST and the two bass drivers, each driver is mounted upon a baffle that serves to create a highly delicate curve known as the "precision curve" (see illustration below). Made of up to 100 mm thick MDF (Medium Density Fiberboard), this baffle is, moreover, strong enough to contain the force of the drivers. Additionally, the bass port has been carved out of an extremely thick block of MDF, resulting in the reduction of wind noise for clear, deep bass. precision curve 3 m 1 m 5 En