Enhance your audio monitoring setup with this high-precision VU Meter and Driver Board set, designed for easy operation and reliable performance. Ideal for beginners and professionals alike, this package includes 2 VU meters and 1 driver board, providing an efficient solution for accurate audio level measurement and display. Key Features: · Easy Operation: Comes with 2 VU meters and 1 driver board, making it simple to install and use, perfect for beginners and DIY enthusiasts. · High-Definition Backlight Display: Equipped with a bright white backlight (2.8 to 3.8V) for clear visibility in low-light or dark environments, ensuring you can monitor audio levels anytime. · Adjustable Backlight and Pointer Amplitude: The driver board controls two VU meters simultaneously, allowing you to customize the backlight brightness and pointer swing amplitude for precise and comfortable monitoring. · High Accuracy and Sensitivity: Features a sensitive pointer response with a maximum current of 600µA ±10%, internal DC impedance of 650Ω ±10%, and friction tolerance of ±1mm, delivering reliable and accurate audio level readings. · Wide Application: Perfectly suited for recording studios, mixers, home audio systems, and various DIY audio projects, offering versatile use across multiple audio monitoring scenarios. Specifications: · Item Type: VU Meter Driver Board · Material: ABS, Printed Circuit Board · Maximum Current: 600µA ±10% · Internal DC Impedance: 650Ω ±10% · Insulation Resistance: Above 50mΩ · Pointer Length: 44 ±1mm (from pointer end to axis) · Pointer Width: 0.45 ±0.05mm · Meter Installation Position: Vertical · Backlight: White, 2.8 to 3.8V · Weight: Approx. 206g / 7.27oz Package Includes: · 2 x VU Meters · 1 x Driver Board This VU meter and driver board set is a dependable tool for accurate audio level measurement with adjustable backlighting and high sensitivity, making it an excellent choice for recording engineers, audio enthusiasts, and DIY projects. Its durable ABS and PCB construction ensures long-lasting performance and stable operation in various environments.