Tolvan Data Basta v2.0.0.0
- نسخه :Version 2.0.0.0
- نوع فایل : نرم افزار
- زبان : انگلیسی
- سیستم عامل : Windows 32Bit & 64Bit
- تولید کننده : Tolvan Data
- سال تولید : 2009
Description
Basta! is a computer program for simulation of loudspeaker
systems. Basta! can simulate open baffles, closed boxes,
vented boxes (ôbass reflexö) and 1- and 2-ported bandpass
systems. For ported enclosures, pipe resonances in the vent
can be simulated. Instead of a vent, the ported enclosures
can have a passive radiator. Basta! also includes simulation
of baffle step, lossy voice coil inductance, multiple and
isobaric drivers. Basta! can also simulate Active and
passive crossover filters, most passive crossover networks
and AC-bass. Basta! also has a room gain approximation and
can add a Linkwitz transform to the response.
Basta! shows graphs for the frequency response of the system
and the individual driver and ports, cone and vent velocity
and excursion, driving voltage box pressure, electrical
impedance and its resistive and inductive parts. Finally,
Basta! can also calculate a maximally allowed output level
from the system, based on the maximum power amplifier
voltage, Re power, cone excursion, vent excursion and vent
velocity.
systems. Basta! can simulate open baffles, closed boxes,
vented boxes (ôbass reflexö) and 1- and 2-ported bandpass
systems. For ported enclosures, pipe resonances in the vent
can be simulated. Instead of a vent, the ported enclosures
can have a passive radiator. Basta! also includes simulation
of baffle step, lossy voice coil inductance, multiple and
isobaric drivers. Basta! can also simulate Active and
passive crossover filters, most passive crossover networks
and AC-bass. Basta! also has a room gain approximation and
can add a Linkwitz transform to the response.
Basta! shows graphs for the frequency response of the system
and the individual driver and ports, cone and vent velocity
and excursion, driving voltage box pressure, electrical
impedance and its resistive and inductive parts. Finally,
Basta! can also calculate a maximally allowed output level
from the system, based on the maximum power amplifier
voltage, Re power, cone excursion, vent excursion and vent
velocity.
