My Customized SpeakerGen

thingiverse

Customized version of http://www.thingiverse.com/thing:451253 Created with Customizer! http://www.thingiverse.com/apps/customizer/run?thing_id=451253 Instructions Using the following options: Box thickness is 5. Wire diameter is 2.2 millimeters. Driver VAS (Equivalent Volume) is 1.132 cubic centimeters. Terminal screw hole spacing is 50 millimeters. Port Y-offset is set to zero. The number of speaker screw holes is 4. The box width ratio is .9, making it wider than the standard model. The Q-factor, which determines how well a speaker converts power into sound energy, is set at 0.9. Port wall thickness is 5 millimeters, as specified by the user. There are four terminal screw holes. Driver frequency response is flat, meaning all frequencies will be equally represented in the audio range from 20 to 20,000 Hz. Box height ratio and depth ratio are both one to one, indicating that it has an equilateral rectangular shape. Terminal screw hole diameter is set at three millimeters for added stability when fastening the wires inside the box. A specification sheet will be displayed as a PDF document when the project is finished printing. Port length, or how deep it goes into the back panel of the cabinet, measures 100 millimeters. No calculation of speaker efficiency (SPL) and crossover network frequencies was performed due to this parameter being left unchecked by default settings within most CAD software programs! Enable closed box calculations has been disabled because this particular configuration doesn't use them; enabling could potentially affect performance during sound analysis tasks performed after fabrication. The diameter size used here is forty which signifies where wire runs exit speaker ports towards amp heads typically held via plastic ties then fasten screws holding together different electronic components such as cross overs tweeters woofer pairs active/passive combinations depending implementation goals achieved successfully through good planning decisions during production phases!