Rockford Fosgate T1000X5AD Power 5 Channel Car Amplifier, 1000 Watt, Class AD (4 Pack)

Amazon.com Price: $2,679.96 (as of 30/03/2021 13:45 PST- Details)

CONSTANT POWER: Constant power is a patented circuit topology that provides instantaneous delivery of output power over varying impedance loads
AD TECH: Class AD technology allows the amplifier to produce more power with less current draw from the vehicle’s charging system
C.L.E.A.N: (calibrated level eliminates audible noise) is a patented circuit with in/out clip LEDs to help match a source to amp and optimize output

Description

Add some power to your car’s audio system with the Power 5 Channel Car Amplifier by Rockford Fosgate (4 pack). The constant power is a patented circuit topology that provides instantaneous delivery of output power over varying impedance loads. This class AD allows the amplifier to produce more power with less current draw from the vehicle’s charging system. Its 3-stage airflow method effectively exhausts heat and ensures your amplifier runs cooler for optimum performance. The patented C.L.E.A.N. technology (calibrated level eliminates audible noise) is a patented circuit with in/out clip LEDs to help match a source to amp and optimize output. It also features DSM that utilize 1% tight tolerances improving efficiency of the circuit, decreases crosstalk from other discrete components and lowers operating temperature. Enjoy music with more power and quality with the Power 5 Channel Car Amplifier by Rockford Fosgate.

CONSTANT POWER: Constant power is a patented circuit topology that provides instantaneous delivery of output power over varying impedance loads
AD TECH: Class AD technology allows the amplifier to produce more power with less current draw from the vehicle’s charging system
C.L.E.A.N: (calibrated level eliminates audible noise) is a patented circuit with in/out clip LEDs to help match a source to amp and optimize output
3 STAGE AIRFLOW: 3-stage airflow method effectively exhausts heat and ensures your amplifier runs cooler for optimum performance
DSM: utilize 1% tight tolerances improving efficiency of the circuit, decreases crosstalk from other discrete components and lowers operating temperature

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