Audiobahn A1500HCJ

Sonic Electronix is now carrying Audiobahn's new 2011 amplifiers. The High Current series features the same attractive appearance you are used to from Audiobahn with the chrome plated flame design top panel. The high current series also comes equipped with dual cooling fans that keep the amps temperature at a safe operating level, cobalt blue illumination to add to the eye catching appearance, and a large display voltage meter with blue illuminating readout. A fully functional bass control remote with a blue backlight knob is also included in Audiobahn's new high current series amplifiers. There are 3 options in power to choose from which include a 2400 watt, 2200 watt, and a 2000 watt configuration, all being powered by a PWM MOSFET power supply.

Audiobahn High Current amplifiers utilize an advance power supply to increase the stability of their traditional AB MOSFET circuitry. This means High Current amplifiers can operate at much lower impedances and output more power than traditional AB MOSFET amplifiers. These competition amplifiers are stable to impedances as low as 1 ohm mono which allows them to drive maximum power to any component in a vehicle’s sound system. Audiobahn also employs unregulated power supplies which implies the higher the voltage of your electrical system, the more power the amplifier will produce. This makes these power-hunger amplifiers ideal for competition.

Digital meters are featured on all Audiobahn High Current amplifiers. Adding an element of control, the visual indicator allows you to see the voltage of your vehicle and how much voltage the amplifier is receiving. The digital volt meter’s cobalt blue LED illumination is visible in the dark.

All Audiobahn amplifiers feature 4-way protection circuitry which is designed to defend the amplifiers from thermal overload, internally-contained short circuits, voltage overload and DC offset. 4-Way protection ensures that these amplifiers will continue to operate despite the “real world” mishaps that can occur in the mobile audio environment.