JBL Stage Amplifier A3001

300-Watt RMS Output

The A3001 provides a continuous power output of 300 watts RMS, ensuring consistent and robust audio performance.

This feature makes it suitable for driving a variety of subwoofers, delivering clear and powerful bass without distortion.

Variable Bass Boost

Users can adjust the bass output to their preference with the variable bass boost feature.

This allows for a tailored audio experience, enhancing low-frequency sounds for a richer, more immersive sound.

Low-Pass Filter

The built-in low-pass filter allows for precise tuning of the audio signal, ensuring that only the desired frequencies reach the subwoofer.

This feature enhances the overall sound quality by eliminating unwanted high frequencies.

High-Efficiency Class D Amplifier

The A3001 utilizes Class D amplifier technology, which is known for its high efficiency and minimal heat generation.

This ensures reliable performance and longer operational life while conserving power.

Compact Design

The amplifier's compact footprint makes it easy to install in a variety of vehicle models without taking up excessive space.

This design flexibility is ideal for modern cars with limited installation space.

Connectivity Options

It features both low-level (RCA) and high-level inputs, making it compatible with almost any factory or aftermarket audio system.

This versatility ensures easy integration with existing car audio setups.

Protection Circuitry

The A3001 includes multiple protection circuits to safeguard against overheating, short circuits, and overloads.

These protections enhance the amplifier's durability and reliability.

Adjustable Input Sensitivity

This feature allows for matching the amplifier's input sensitivity with the output of the source unit, ensuring optimal performance and minimal distortion.

Durable Construction

Built with high-quality materials, the A3001 is designed to withstand the rigors of automotive environments.

Its robust construction ensures long-lasting performance even under demanding conditions.