Quick Answer

• Includes a driver board and two warm-colored VU meters for audio level visualization.
• Operates with a 9V-20V AC input, suitable for various audio setups.
• Features 2.0 channels for stereo audio monitoring.

What is a VU Meter Driver Board?

This product is a VU meter driver board designed to power and operate two VU (Volume Unit) meters, providing a visual representation of audio signal levels. It is ideal for audio enthusiasts, DIY audio projects, or anyone looking to add a classic analog meter display to their sound system.

The board supports a 2.0 channel setup, meaning it's designed for stereo audio, and requires an AC input voltage ranging from 9V to 20V.

Key Features and Usage

The package includes the driver board and two VU meters with a warm, inviting color. These meters are essential for monitoring sound pressure levels, helping users to optimize audio output and prevent distortion. The driver board ensures the meters respond accurately to the audio signal.

This setup is particularly useful for audio mixing, live sound monitoring, or as a retro aesthetic addition to audio equipment. The 9V-20V AC input range offers flexibility in powering the unit within existing audio systems.

Specifications

Specifications:

• Brand Name: Erilles
• Channels: 2.0

Frequently Asked Questions:

What is included with the VU meter driver board?

The package includes one VU meter driver board and two VU meters with a warm color. This set is designed for audio level monitoring.

What is the power requirement for this VU meter board?

The driver board requires an AC input voltage between 9V and 20V. Ensure your power supply meets these specifications for optimal performance.

Can this VU meter board be used for stereo audio?

Yes, the board features 2.0 channels, making it suitable for stereo audio applications where you need to monitor levels for both left and right channels.

What is the color of the VU meters?

The VU meters included in this set have a warm color, providing a classic and visible display of audio signal levels.