The philosophy underlaying Akabak is to provide a simple framework, even for complicated and extensive systems. The structures that are to be analyzed can be custom-built from standard elements, or compact components can be used. There are unlimited possibilities of interconnecting the individual components, so that even exotic designs can be simulated.
The program as a whole is designed to emulate the principles of loudspeaker design as closely as possible. One consequence of this is that all the parameters required by the models simulating the structures are easy to obtain or to measure. Computation is very fast, so that it is possible to use a trial-and-error method, or to investigate the effects of component tolerances. The accuracy of the simulation provides a sound basis for testing out design ideas or for dimensioning and matching the components of an electrical, acoustic or electro-acoustic design.
Apart from its simulation functions, Akabak also includes a range of tools, such as synthesis of passive networks with dissipative coils, the synthesis of active filters, tools for bass speaker design, filter design, a tool for using measurements as a component, a Thiele/Small parameter identification tool and more.
Marschall Leach, W. JR.: Software review: AkAbak, VOICE COIL, Aug 1995
Schmid, Daniel: Lautsprecherentwicklung am PC (7); Simulationssoftware AkAbak, SOUND, June 1996, (Journal for Hifi, Swiss, German)
Timmermanns, Bernd: AkAbak; Das perfekte Akustik-Simulationsprogramm mit den ueberragenden Qualitaeten, KLANG UND TON, June 1996 (Loudspeaker magazine, German)