The COB Light YD 3014 7 Point LED 4V DC is an advanced Chip-on-Board (COB) LED module that provides efficient, uniform lighting with a 7-point LED array. Designed to operate on a 4V DC power supply, this compact light source is ideal for low-voltage applications that require bright, consistent illumination with minimal power consumption.

The COB technology integrates 7 LEDs directly onto a single substrate, providing maximum light output in a small, compact form factor. This design ensures that the light is evenly distributed, with no harsh shadows or hot spots. The 4V DC input makes it suitable for use in battery-powered systems, solar-powered devices, and other low-voltage setups that require high-efficiency lighting.

Key Features:

• 7-Point LED Array: The 7-point LED array ensures uniform light distribution, providing a consistent and bright light across the surface with minimal variation in brightness.

• COB Technology: Chip-on-Board (COB) technology places the LEDs directly on the substrate, resulting in a compact design with high light output and low heat generation.

• 4V DC Input Voltage: This module operates at 4V DC, making it perfect for use in low-voltage systems such as solar-powered lights, battery-operated devices, and low-power electronics projects.

• Energy-Efficient: The COB LEDs deliver bright illumination while consuming minimal power, making it an energy-efficient and cost-effective lighting solution.

• Long-Lasting: Designed for durability, the LED module provides a long lifespan, offering reliable performance over thousands of hours of use.

• Compact Size: The small and compact size of this module makes it perfect for applications where space is limited, such as small lighting fixtures, electronics projects, and portable lighting systems.

How it Works:

The COB Light YD 3014 7 Point LED 4V DC operates by receiving 4V DC power from a compatible power source. When powered on, the 7 LEDs mounted on the COB substrate light up simultaneously, emitting bright and uniform illumination across the surface. The COB technology allows for maximum light output in a compact form, minimizing heat generation while providing optimal lighting.

The closely packed 7-point LED array ensures that the light is evenly distributed across the surface, making it suitable for applications where uniform lighting is essential, such as small fixtures, displays, or DIY lighting projects.

Limitations:

• 4V DC Input Requirement: The module requires a 4V DC power source to operate. Using a higher voltage could damage the LEDs or cause them to burn out.

• Not Waterproof: The module is not designed for outdoor use unless protected by a weatherproof enclosure. It is best suited for indoor use in dry environments.

• Not Suitable for High-Intensity Lighting: While this module provides bright illumination, it is better suited for small-scale lighting projects. It may not be suitable for large-area lighting that requires higher light intensity.

Typical Applications:

• DIY Electronics Projects: Perfect for Arduino, Raspberry Pi, or other electronics projects that require low-voltage lighting with high efficiency.

• Solar-Powered Lighting Systems: Ideal for solar-powered applications such as garden lights, pathway lights, and outdoor lighting, where energy-efficient and compact LED lighting is essential.

• Backlighting for Displays and Signs: The uniform light provided by the 7-point LED array makes this COB module perfect for backlighting in displays, advertisements, or signage.

• Portable Lighting Solutions: Suitable for battery-powered lighting devices like flashlights, camping lights, or emergency lights, where low-voltage operation and compact size are important.

• Indoor Lighting Projects: Great for small indoor lighting setups, such as cabinet lighting, shelf lights, or furniture lighting, where space-saving and efficient lighting is needed.

The COB Light YD 3014 7 Point LED 4V DC provides a compact, energy-efficient, and reliable lighting solution for various low-voltage applications, offering bright, uniform illumination while maintaining a small form factor.