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Last Updated
03/31/2019
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Detailed entries for one subject from the INDEX TO HOW TO DO IT INFORMATION. |
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LOUDSPEAKER -- HORN x HORN LOUDSPEAKER xx LOUDSPEAKER A high efficiency mid and high range horn-loaded enclosure. Bibliography of information on building a bass horn. The folded-and-stapled bass horn. A unique low/mid-range enclosure made from plywood or particle board and epoxy-stiffened art board. Est. cost: $45. Little big horn. A small, efficient folded horn enclosure for a 6" driver. Overall dimensions: 10" wide, 17" deep, 25" tall. The DR10 horn. This horn-loaded cabinet design is dubbed a "Double Reverse" line. The DR12 horn. A 12" folded-horn design without high-frequency rolloff. The DR8 horn. Speaker project features an improved design for better horn efficiency in a smaller cabinet. Building a highly analytical horn system. Combine the Altec 805B horn with the 288-8K driver and ES subwoofer for outstanding sound. The DR10a. Another in a series of folded horn designs features a 10" driver and great sound for moderate PA requirements. Build your own axisymmetric tractrix horn. The DR12a horn. Construction of a double reverse folded horn with a 12" driver. The DR15a horn. A Double Reverse (DR) horn design that address the needs of owners of 15" drivers. Used as a backline bass or keyboard cab, or as a main PA in a large venue, it is more efficient with a wider bandwidth than any other single 15" cabinet. Est. cost: $200-$400. DR5 horn. A compact, portable, folded horn stage monitor is fitted with a 5" woofer and two tweeters. A corner mid-range horn enclosure for a PA system is built from particle board. The tractrix horn contour. The history and operating principles of a horn loudspeaker developed by Paul G.A.H. Voigt in the 1920's. Exponential (low frequency) horn can be approximated with a triangular-shaped piece of particle board installed in the corner of a room and sloping in toward the ceiling. Almost any driver can be used. A horn loaded Heil. A conical-exponential horn with a rectangular throat area is combined with a homebuilt Heil air motion transformer (driver). Part 1. A horn loaded Heil. Part 2. Constructing wooden horns, fiberglass horns, mounting platform, and the Heil driver. 70Hz mini horn. A corner horn enclosure approximating a cube (20" on a side) with a 6" driver. Built of plywood or particle board. Est. cost: $40. Comments on the use of 2-by-5 and 2-by-6 piezo horn tweeters. The Edgar midrange horn. Constructing and testing a wooden 300Hz tractrix expansion horn design with a 9"x18" mouth and 2"x2" throat. Dimensions for the JBL 4520 rear-loaded horn enclosure using two 15" drivers. Tractrix horn design program (written in BASIC) calculates the dimensions. General information on the Lee-Catenoid corner horn speaker. Tips on calculating the optimum throat/slot sizes on a Klipschorn-style horn-loaded loudspeaker. The Show Horn. Clear, step-by-step instructions for designing and building a bass horn loudspeaker enclosure incorporating a 12" driver. Solving the Klipschorn throat riddle. Mathematical model of the rationale behind the constricted throat opening used in the Klipschorn and Speakerlab SK loudspeakers. Vintage designs. Altec 210A cabinet (featuring a horn-shaped cavity). A back-loaded wall-horn speaker. A brief history, plus construction tips and procedures for building this unusual enclosure. Craftsman's corner. Photos and general description of a semi-horn loaded loudspeaker. The electric bass tri-horn. Light weight, small size, high power output speaker for an electric bass player features a triangular cabinet, horn-loaded front- and rearwaves, and a detachable stand. The monolith horn. Designing and constructing a bass horn that will go down to 40Hz. Features a mouth that exhausts out the bottom of the enclosure and a top-mounting driver compartment. Vintage designs. Dimensions of the folded exponential bass horn enclosure from Ambassador Radio. Round the horn. Results of an exhaustive 5-year study of horn loudspeakers to determine their suitability for studio use. High quality use of Motorola's piezo driver. Using a large piezo element compression driver in horn designs. Part 1. Computer-aided bass horn design. A morning glory midrange horn is constructed by applying concrete over a cardboard form. The Snail horn. The ultimate bass-guitar speaker in a small enclosure (under 6 cu.ft.). It places a horn-loaded woofer in a ported box and feeds the front-wave and port output into the horn. Tip on improving the sound of Klipsch horns by connecting inexpensive loudspeakers in parallel. MiniSnail. A portable folded-horn PA loudspeaker attuned primarily to the vocal range (100Hz-15kHz). Ideal for small-club musical requirements. Overall enclosure dimensions: 14"x12"x25" tall. The Siamese Snail. The latest in the Snail series of horn loudspeaker designs consists of two identical cabinets sharing a common 15" driver. Dome horn. A simple, inexpensive way to build a short horn that is suitable for use with many 1" or 1-1/8" dome tweeters. The purpose of the horn in this enclosure is to control the directionality of the tweeter to make it similar to that of the companion 6.5" woofer. Mid ranger. Folded-horn enclosure for a bass playing musician produces good mid- and high-end response. A rugged cabinet fitted with doors and casters that is designed for transit between performances. Overall dimensions: 18"x19"x23" tall. The all-fun horn. Design and construction of a back-loaded single-driver horn. All the steps of the design process are detailed so you can complete a horn loudspeaker design of your own. Rhinos. Building these two powerful 8-ft. tall horn speakers will help you better understand quarter-wave systems. An exponential midrange horn. Tutorial on determining horn parameters (throat area, rate of flare, etc.). Part 1. Doppelganger Snail. Two identical horns occupying one cabinet. Another project in the Snail series of folded-horn designs. An exponential midrange horn. Part 2. How a change in throat size affects two identical horns. Classic circuitry. Schematic and parts list for the Ionovac Model 14A435 horn loudspeaker. Building an Altec 816 system. Part 1. Building the woofer cabinets. | |||||||||
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