PLCC-2 SMD Cool/White Ultra Bright LED 1210/3528 Pack of 5 Lighthouse

Description

Product Overview

The PLCC-2 SMD Cool/White Ultra Bright LED is engineered for precision lighting applications where color consistency, intensity, and reliability are paramount. Measuring 1210 (3.0 mm) by 3528 (3.5 mm), this surface‑mount diode delivers a luminous intensity of 2300 mcd, producing a crisp cool white output that is ideal for both functional and decorative illumination. The LED operates at a forward voltage range of 3.0‑3.2 V and draws a steady 20 mA current, making it compatible with a wide array of power supplies and driver circuits commonly used in hobbyist and professional projects. Its 120° viewing angle ensures a broad light spread, reducing the need for multiple units in larger installations while maintaining uniform brightness across the illuminated area. Constructed with a diffused lens, the LED minimizes glare and hot‑spot formation, delivering a smooth, even light that enhances the visual quality of any display.

Usage

Designed with versatility in mind, the PLCC-2 LED excels in a multitude of environments. In remote‑controlled (RC) hobby models, the LED’s low voltage requirement and high brightness make it perfect for adding realistic lighting to aircraft, cars, and boats, enhancing visual realism without taxing the vehicle’s power budget. For Arduino and other microcontroller platforms, the LED integrates seamlessly with PWM (pulse‑width modulation) control, allowing developers to create dynamic lighting effects such as fading, flashing, and color‑temperature shifts when paired with appropriate drivers. The LED’s compact SMD package fits comfortably on printed circuit boards (PCBs) used in wearable electronics, custom keyboards, and IoT devices, where space is at a premium but performance cannot be compromised. Seasonal decorations, including Halloween and Christmas displays, benefit from the LED’s bright output and long lifespan, providing reliable illumination for extended periods. Additionally, the LED is suitable for prototype development, research laboratories, and educational kits where consistent light output is essential for experiments and demonstrations.

Why Choose Us

When selecting a lighting component for critical applications, quality and consistency are non‑negotiable. Lighthouse LEDs, the manufacturer behind the PLCC-2 series, adheres to rigorous quality‑control standards, ensuring each LED meets exacting specifications for brightness, color temperature, and electrical performance. The LEDs are sourced from reputable semiconductor fabs and undergo batch testing to verify uniformity, reducing the risk of variance that can affect the visual outcome of a project. Our packaging of five LEDs per pack provides both convenience and cost‑effectiveness, allowing engineers and makers to prototype and scale their designs without the need for frequent re‑ordering. We also stand behind our products with responsive technical support; whether you need assistance with circuit design, thermal management, or troubleshooting, our knowledgeable team is available to guide you toward successful implementation. Moreover, the PLCC-2 LED’s robust construction resists moisture and vibration, making it a dependable choice for outdoor installations and mobile applications where durability is essential.

Key Features

• Ultra‑bright 2300 mcd output delivers vivid illumination for detailed visual projects.
• Wide 120° viewing angle provides even light distribution, reducing the need for multiple LEDs.
• Low forward voltage (3.0‑3.2 V) and standard 20 mA current enable easy integration with common power sources.
• Diffused lens design minimizes glare and hot‑spots, ensuring a smooth, consistent light quality.
• Comes with dedicated technical support and after‑sales service to assist with design and troubleshooting.

FAQ

What is the recommended forward voltage range for the PLCC-2 LED?

The LED operates optimally within a forward voltage range of 3.0 to 3.2 volts. Supplying voltage within this window ensures stable brightness and prolongs the component’s lifespan. Using a constant‑current driver or a regulated power supply is advisable to maintain the voltage within this range, especially in applications where the supply may fluctuate.

Can the PLCC-2 LED be dimmed using PWM?

Yes, the PLCC-2 LED is fully compatible with pulse‑width modulation (PWM) techniques commonly employed in Arduino and other microcontroller environments. By adjusting the duty cycle of the PWM signal, you can achieve smooth dimming from full brightness down to near‑off levels without altering the color temperature. It is important to use a driver that can handle the rapid switching to avoid flicker in high‑frequency applications.

Is the LED suitable for outdoor or weather‑exposed installations?

The PLCC-2 LED features a sealed epoxy coating that provides resistance to moisture and dust, making it suitable for many outdoor scenarios such as garden lighting, signage, and vehicle exteriors. However, for prolonged exposure to harsh conditions (e.g., direct rain or extreme temperature swings), additional protective enclosures or conformal coating are recommended to further safeguard the component.

How does the PLCC-2 LED compare to standard 3528 LEDs?

Compared to typical 3528 LEDs, the PLCC-2 offers a higher luminous intensity (2300 mcd versus roughly 1500 mcd for standard units) while maintaining the same compact footprint. Its diffused lens and broader viewing angle also provide more uniform illumination, reducing the need for multiple LEDs to achieve the same brightness level. This makes the PLCC-2 a more efficient choice for projects where space and power consumption are critical considerations.

What support is available if I encounter issues during integration?

Lighthouse LEDs provides comprehensive technical assistance through email and online forums. Our support team can help you troubleshoot circuit design, recommend appropriate drivers, and advise on thermal management strategies. Additionally, detailed datasheets and application notes are available on our website to guide you through common implementation scenarios.