HiFi 2-Way 2-Channel Stereo Audio Signal Mixer Board DC 5-24V 3.5mm Interface Low Noise Amplifier with Volume Control for Headphones Amplifiers

Power Supply Voltage: DC 5-24V

Static Current: Approximately 15mA

Amplification Gain: 6dB

Input/Output Connectors: 3.5mm stereo jacks

Operational Amplifiers: NJM4580 (first stage), NJM4556A (second stage)

Audio Output: Can be connected to headphones or amplifiers

Controls: Volume control adjusts input level

Features:

1.Wide Voltage Range for Flexibility

This audio mixer board operates on a flexible DC voltage range from 5V to 24V, accommodating a wide array of power sources without compromising performance. Users can easily integrate this mixer into various audio setups with different power requirements.

2.Simultaneous Dual Input and Output

The mixer supports the simultaneous input of two different audio sources which can be mixed together seamlessly into two outputs. This ensures that both inputs remain isolated without cross-interference, offering a clean and pristine audio mix ready for dual headphone or amplifier output.

3.High-Quality Operational Amplifiers

Equipped with NJM4580 and NJM4556A op-amps, this mixer offers stable performance with minimal noise. These imported, high-performance components ensure a clear and consistent audio signal, perfect for audiophiles and professionals seeking optimal sound fidelity.

4.User-Friendly Volume Control

Featuring intuitive volume control directly at the input end, users can easily adjust the input levels to their desire. This allows for quick and efficient management of audio levels without the need for additional external controllers.

5.Optimal Connectivity and Sound Quality

Utilizing 3.5mm stereo jacks for both input and output, this mixer provides a hassle-free connection to a variety of audio devices. High-quality shielded cables are recommended to maintain the optimal sound quality and minimize potential interference from power sources.

Package Included:

1 x HiFi 2-Way 2-Channel Audio Signal Mixer Board