louped garouv
12-04-2007, 07:51 PM
do all of the TAD 160** (1601a, 1601b, 1602, 1603, etc.) woofers employ the same philosophy with respect to being under- or over- hung?
VOICE COIL The TL-1601a employs an edgewise-wound long-travel type voice coil. Since the coil stays completely within the magnetic gap even during peak excursions, bass output is powerful, and distortion low, at all input levels. And since the coil makes more effective use of the flux within the magnetic gap, it provides high conversion efficiency. The voice coil bobbin and adhesive materials have high heat resistance.
VOICE COIL The voice coil is relatively short so that it remains within the magnetic gap even during peak excursions. But its long travel distance results in reduced distortion at high input levels. The coil we use is ribbon wire, wound edgewise on a bobbin with heat-resistant adhesive. Making more effective use of the flux, it assures increased acoustic conversion efficiency and safe operation even when faced with 300 watts max. input.
VOICE COIL A high maximum input of 500 watts is achieved through the use of an edgewise-wound, long-travel voice coil. Making more use of the flux within the magnetic gap, this voice coil provides higher transducing efficiency. Moreover, high linearity is maintained over a long distance for lower distortion. Both the voice-coil bobbin and the adhesive are made of a highly heat-resistant material to permit high maximum input.
VOICE COIL The TL-1601a employs an edgewise-wound long-travel type voice coil. Since the coil stays completely within the magnetic gap even during peak excursions, bass output is powerful, and distortion low, at all input levels. And since the coil makes more effective use of the flux within the magnetic gap, it provides high conversion efficiency. The voice coil bobbin and adhesive materials have high heat resistance.
VOICE COIL The voice coil is relatively short so that it remains within the magnetic gap even during peak excursions. But its long travel distance results in reduced distortion at high input levels. The coil we use is ribbon wire, wound edgewise on a bobbin with heat-resistant adhesive. Making more effective use of the flux, it assures increased acoustic conversion efficiency and safe operation even when faced with 300 watts max. input.
VOICE COIL A high maximum input of 500 watts is achieved through the use of an edgewise-wound, long-travel voice coil. Making more use of the flux within the magnetic gap, this voice coil provides higher transducing efficiency. Moreover, high linearity is maintained over a long distance for lower distortion. Both the voice-coil bobbin and the adhesive are made of a highly heat-resistant material to permit high maximum input.