The OSRAM Opto Semiconductors BLX5061-18 is a high-power infrared (IR) emitting diode designed for a variety of applications, including remote control systems, security systems, and industrial automation. This IR emitter is known for its high radiant intensity and narrow viewing angle, enabling long-range performance and precise targeting.

Applications:

• Remote control systems (e.g., TVs, DVD players, air conditioners)
• Security systems (e.g., intrusion detection, surveillance cameras)
• Light barriers
• Proximity sensors
• Industrial automation (e.g., object detection, positioning)

Features:

• High radiant intensity: Provides strong IR signal for long-range performance.
• Narrow viewing angle: Ensures precise targeting and reduces interference from ambient light.
• Wavelength: Operates at a specific infrared wavelength, optimized for receiver compatibility.
• Fast switching times: Enables high-speed data transmission and responsive control.
• Robust package: Designed for reliable operation in harsh environments.
• High pulse handling capability: Suited for pulsed operation, common in remote control and data transmission applications.
• Lead (Pb)-free component: Meets environmental regulations for lead content.

Benefits:

• Extended range: Achieve reliable performance over long distances.
• Precise targeting: Minimize interference and ensure accurate signal detection.
• High reliability: Ensures long-term performance in demanding applications.
• Efficient power consumption: Reduces energy consumption in battery-powered devices.
• RoHS Compliant: Meets environmental standards for safe and responsible manufacturing.

Additional Details:

The BLX5061-18 typically features a peak wavelength in the 940nm range, which is a common wavelength for IR remote control systems. The forward voltage is typically around 1.5V, and the forward current is specified for optimal radiant intensity. The package is typically a through-hole type for easy mounting on printed circuit boards. Consult the OSRAM datasheet for specific electrical and optical characteristics, including radiant intensity vs. forward current curves, viewing angle specifications, and temperature dependence.