GBP
The HONGLITRONIC HL PSC 2012S9AC is a high-performance surface-mount red LED designed for modern electronic display and indicator applications. With a sleek 0805 package and a water-clear lens, this AlGaInP-based LED delivers striking luminosity and a broad viewing angle-making it a top choice for dashboards, backlighting, status indicators, and more. Built to withstand a wide operating temperature from –40 °C to +85 °C and fully RoHS-compliant, it balances reliable performance with compact efficiency, ideal for both consumer and industrial-grade circuit designs.
Why Is HL PSC 2012S9AC the Right Choice?
When you need vivid red indication, long-term durability, and flexible assembly compatibility, the HL PSC 2012S9AC stands out as the go-to option. It combines dependable brightness (typically ~120 mcd at 20 mA), a wide 120° viewing angle, and robust environmental tolerances—all packed into a convenient SMD form factor. Whether you're working in demanding industrial settings or designing sleek consumer electronics, this LED delivers consistency, clarity, and cost-efficiency without compromise.
Product Core Highlights – Features & Benefits
- Compact 0805 SMD package ensures efficient board space use and compatibility with automated SMT processes.
- Bright, red light emission (626–636 nm) offering clear visual signaling.
- Wide 120° viewing angle delivers excellent visibility from diverse perspectives.
- Typical luminous intensity ~120 mcd at 20 mA, providing strong brightness with low power draw.
- Low forward voltage (1.8–2.4 V) ensures energy efficiency and compatibility with low-voltage systems.
- Durable –40 °C to +85 °C operating range supports reliable performance in harsh environments.
- RoHS-compliant, meeting contemporary environmental and safety standards.
- Offered in tape-and-reel packaging with moisture sensitivity rating level 4, making it ideal for high-volume automated assembly.
- Robust reliability, passing reflow, temperature cycle, thermal shock, and high-temperature/humidity endurance tests per JESD22 standards.