2 Ohm Stable
The lowest impedance accepted by this amplifier is 2 ohms. Amplifiers that are 2 ohms stable produce more power resulting in more volume. This amp can comfortably power speakers or subwoofers with all channel(s) being used at a load of 2 ohms.
Fixed High Pass Filter
Fixed High-pass filter gives you the ability to filter the frequencies that pass through to the full range speakers from a fixed frequency point.
If the amplifier gets too hot, the thermal protection circuit turns the amp off and allows the amp to cool down before turning it back on. If a speaker fails causing an electrical short, the protection circuit will automatically cut the output and remain in that state until the short is resolved. These safety features give you peace of mind knowing the amplifier is constantly monitoring conditions to protect itself.
Variable Gain Control
Variable Gain Control lets you balance the amps output with the speakers or subs the amp is driving. To much gain will lead to distortion and to little will lead to clipping.
Bridging an amplifier means to combine channels of a multi-channel amplifier to get more power or flexibility out of it. For instance, on a 4 channel amp, channels 1 and 2 could be used normally for your speakers, and channels 3 and 4 can be bridged for more power to a single subwoofer. A 2 channel amp can also be bridged to power a single subwoofer.
High and Low Level Inputs
An amplifier with both high-level and low-level inputs provides flexibility by allowing you to build an audio system using virtually any standard factory or aftermarket source unit. High-level (speaker level) inputs accept the signal from the speakers, while low-level (RCA) inputs accept the signal from the pre-amp outputs of the source unit.
Subwoofer Level Control
The ability to boost or attenuate the sub level when an amp and subwoofer are connected to the subwoofer pre-amp output.
Variable Low Pass Filter
Variable low-pass filter gives you control over the frequencies that pass through to the subwoofer.
Class A/B amplifiers have long been known for their ability to produce great quality sound while performing more efficiently than pure Class A amplifiers. We have developed a specific linear circuitry that further reduces distortion while increasing both sound quality and power output.
MOSFET stands for Metal Oxide Semiconductor Field-Effect Transistor. MOSFETs are used either as a switch or to amplify a signal. MOSFETs are superior to other FETs, because they require less current to operate, which makes them better suited for car audio.
Variable Bass Boost
Variable Bass Boost allows you to adjust the low bass within the boost range to just the way you like it.
|channel configuration||4/3/2 Channel|
|channel separation||90 dB|
|subwoofer level control||Yes|
|high-pass filter||Fixed Hz 80 Hz|
|high level inputs||Yes|
|bass boost||Variable 0 to 18 db|
|low pass filter||50 Hz to 250 Hz|
|rca inputs||4 Channel|
|frequency response||9 Hz to 50 Khz+/-1 dB|
|speaker impedance||2 to 8 Ohms|
|amp topology||Full Range, Class A/B|
|bridged rms power @ 4 ohms||600 Watts X 2|
|bridged power @ 4 ohms||800 Watts X 2|
|peak power @ 2 ohms||400 Watts X 4|
|s/n ratio (a-weighted)||105 dB|
|t.h.d. (total harmonic distortion)||0.01 %|
|rms power @ 4 ohms||150 Watts X 4|
|rms power @ 2 ohms||300 Watts X 4|
|peak power @ 4 ohms||200 Watts X 4|
|total power output||1600 Watts|
|power supply type||Mosfet Power Supply|