**Introduction to 5050 LED Patch**
The 5050 LED patch is a compact electronic component with dimensions of 5mm x 5mm x 1.6mm. It emits bright white light, with a luminous intensity ranging from 5500 to 6000 MCD. The working voltage is similar to standard LEDs, operating at 3.2–3.4 volts with a current of 60mA. This makes it highly efficient and suitable for various lighting applications.
The 5050 LED package is known for its small size and high brightness, making it ideal for use in high-end energy-saving lamps, automotive dashboards, phone backlights, instrument panels, and other applications requiring compact and powerful lighting solutions. However, due to its small size and precision, manual soldering can be challenging. Soldering temperature should be carefully controlled below 250°C to avoid damaging the LED.
**Power and Performance of 5050 Chip**
The 5050 LED has a forward current of 60mA and a reverse voltage limit of 5V. Its optimal operating temperature range is between -35°C and +60°C, though it can function up to +85°C if light decay is not a concern. The power consumption is approximately 0.18W, which is slightly higher than some market alternatives. The beam angle is around 125 degrees, offering a wide illumination spread.
**5050 LED Patch Guidelines**
- **Current:** The ideal drive current is 43–46mA, with a maximum of 60mA.
- **Voltage:** Operates at 2.8–3.6V, but must not exceed 5V to prevent damage.
- **Ambient Temperature:** Should be between -20°C and +40°C, with proper heat dissipation.
- **Brightness Adjustment:** For every 1mA reduction in current, brightness decreases by about 4%.
- **Power Output:** Varies based on current—0.12W at 43–46mA, 0.15W at 46–53mA, and 0.18W at 54–60mA.
- **Low Power Consumption:** Energy-efficient and long-lasting.
- **Long Lifespan:** With proper current and voltage, LEDs can last up to 100,000 hours.
- **High Brightness, Low Heat:** Produces less heat compared to traditional bulbs.
- **Environmentally Friendly:** Made from non-toxic materials, recyclable, and safe for the environment.
- **Durable and Strong:** Encapsulated in epoxy, making it more robust than traditional lamps.
- **Easy to Control:** Supports color changes and dimming, offering flexible lighting options.
**5050 LED Strip vs. 3528 LED Strip**
The main difference between 5050 and 3528 LED strips lies in the size of the internal LED chips. A 5050 LED strip features a chip measuring 5.0mm x 5.0mm, while a 3528 LED chip measures 3.5mm x 2.8mm. This size difference directly affects performance and brightness.
In terms of luminous intensity, the 5050 LED strip contains three individual LED chips, resulting in significantly higher brightness compared to the 3528 LED strip, which only has one chip. The 5050 LED strip typically has a luminous intensity of 4500–5500–6500 MCD, whereas the 3528 LED strip ranges from 2000–2400–2800 MCD.
Power and current also differ: the 5050 LED strip operates at 0.18W with a drive current of 60mA, while the 3528 operates at 0.06W with 20mA. In terms of lumens, the 5050 LED strip produces 15–18LM per lamp, while the 3528 delivers around 7LM per lamp.
Overall, the 5050 LED strip offers superior brightness and performance, making it ideal for applications where strong lighting is required, such as ceiling lighting or large-area illumination. However, its complexity leads to a higher cost compared to the 3528 LED strip. For smaller areas like bathrooms or cabinets, the 3528 LED strip provides excellent value and sufficient brightness at a lower price. Choose based on your specific needs and budget.
3D Metal Letter
3D Metal Letter,Custom Metal Channel Letters,Outdoor 3D Metal Signage,Metal Channel Letters
Wuxi Motian Signage Co., Ltd , https://www.makesignage.com