Sound Storm Laboratories EV2.2000 2 Channel 2000 Watt Car Amplifier Full Range

Sound Storm Laboratories EV2.2000 2 Channel 2000 Watt Car Amplifier Full Range

$58.10
Sale price  $58.10 Regular price  $0.00
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Sound Storm Laboratories EV2.2000 2 Channel 2000 Watt Car Amplifier Full Range

Sound Storm Laboratories EV2.2000 2 Channel 2000 Watt Car Amplifier Full Range

$58.10
Sale price  $58.10 Regular price  $0.00

MODEL 2000W High Output 2 Channel AmplifierUp to 750 W X 2 RMS @ 2 ohmUp to 375 W X 2 RMS @ 4 ohmUp to 1500 W X 1 RMS Bridged @ 4 ohm Full Range, Class A/B, MOSFET Power Supply High and Low Level Inputs, Variable High Pass Crossover, Variable Low Pass Crossover, Variable Bass Boost Include Remote Subwoofer Control Dimensions: 16" L x 10" W x 2.25" H. A variable high pass crossover gears specifically towards “highs” such as all size speakers including mid ranges and tweeters Bridgeable - Dramatically increase the power output to you speakers and subwoofers by connecting two amplifier channels Specs - Dimensions: 16” x 10” x 2.25”, Weight: 10.10 lbs. Both essentially carry signal from your receiver to your amplifier to your speakers Variable Bass Boost - With Variable Bass Boost you have the control of exactly how much BASS you want to pump out to your subwoofer(s) Variable High Pass Crossover - Speakers reproduce sound based on high, low or mid-range frequencies. A high level (+/- wire) input is measured in wattages. It simply adjusts the amount of signal that is coming from your receiver and going to your amplifier Low & High Level Inputs - A low level (RCA) input is measured in voltages. Class ‘B’ amplifiers have no current flowing through its outputs with no audio signal Full Range - With a Full Range amplifier you not only have the option to run your speakers, but also your subwoofers Variable Gain Control - The gain control is not for adjusting volume. Power - 1000 Watts Max x 2 @2-Ohms, 500 Watts Max x 2 @4-Ohms, 2000 Watts Max x 1 Bridged @4 Ohms Class A/B Topology - Class ‘A’ amplifiers have enormous amount of current flowing through its output transistors with no audio signal

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