ir led emitter

3W High-Power 850nm/940nm IR LED Emitter, Lumileds-Style Infrared Lamp Beads For Security Cameras, Night Vision And Machine Vision Product Title 3W High-Power 850nm/940nm IR LED Emitter, Lumileds-Style Infrared Lamp Beads for Security Cameras & Night Vision Product Overview These 3W high-power IR LEDs feature a single-chip design and dome lens, delivering powerful infrared light across 850nm/940nm wavelengths (and other IR bands available). The invisible infrared light is

3W High-Power IR LED Emitter, Lumileds-Style Lamp Beads Product Title 3W High-Power IR LED Emitter, Lumileds-Style Lamp Beads for Magic Lights, Security Cameras & IR Supplementary Lighting Product Overview These 3W high-power infrared LEDs feature a clear dome lens and robust thermal package, delivering powerful infrared light across a wide range of wavelengths (680–1050nm). Available in 60° or 120° viewing angles, they are optimized for applications requiring intense, even

3W High-Power 810nm/850nm IR LED Emitter, Wide-Angle Infrared Lamp Beads Product Title 3W High-Power 810nm/850nm IR LED Emitter, 140° Wide-Angle Infrared Lamp Beads for Security Cameras & Night Vision Product Overview These 3W high-power IR LEDs feature a dome lens design and wide 140° viewing angle, delivering 300–500mW of infrared power at 810nm/850nm wavelengths. The invisible infrared light is ideal for security surveillance cameras, night vision systems, and motion

High-Power 60° 940nm IR LED Emitter, 3W Infrared LED for Surveillance & Remote Control Product Title High-Power 60° 940nm IR LED Emitter, 3W Infrared LED Light Source for Surveillance, Remote Control & Night Vision Product Overview This high-power 3W infrared LED emitter operates at 940nm wavelength, delivering 300–500mW optical power with a 60° viewing angle. The compact black package with dome lens design maximizes infrared light efficiency, making it ideal for surveillance

3535 Dual Stack Chip 3V High Power IR LED 850nm/940nm for Surveillance, AR & Medical Phototherapy Brief Description This advanced 3535 series infrared LED features an innovative dual-stack chip design that delivers stable 3V operating voltage, eliminating the need for complex voltage conversion circuits and simplifying system design. Available in 850nm and 940nm wavelength options, it provides industry-leading radiant power up to 800mW at 700mA driving current. Encapsulated

IR Series SMD LED Product Introduction 1. Product Overview The IR Series SMD LED is a comprehensive range of infrared emitters and receivers, designed for applications requiring invisible light communication, sensing, and illumination. Covering compact through high-power packages, these components feature reliable performance, low power consumption, and diverse viewing angles, making them ideal for remote controls, security systems, and automation. 2. Product Range &

3535 High Voltage 3V Dome IR SMD LED (810/850/940nm) Meta Description High voltage 3V 3535 dome lens IR LED with aluminum base, optional 810/850/940nm wavelength. Concentrated infrared beam for long-distance emission, SMT mountable, widely used in barcode scanning, access control, CCTV night vision fill light and industrial infrared sensing equipment. Product Short Intro Our 3535 3V high-voltage infrared SMD LED is designed with a spherical dome silicone lens and high thermal

5W High-Power 940nm IR LED Emitter, Quad-Chip Lumileds-Style Infrared Lamp Beads Product Title 5W High-Power 940nm IR LED Emitter, Quad-Chip Lumileds-Style Infrared Lamp Beads for Vision & Surveillance Systems Product Overview This 5W high-power infrared LED emitter features a quad-chip design and dome lens, delivering 1000–1200mW of invisible 940nm infrared light. With a wide 140° viewing angle and robust thermal performance, it is ideal for high-power night vision cameras,

2835 dual cavity red IR LED, 660nm 940nm physiotherapy LED, infrared heating therapy SMD LED, wearable hair treatment LED bead Product Overview This split dual-cavity 2835 SMD LED features two isolated independent reflective cups, with red visible chip and infrared emitter chip encapsulated separately in each cavity. Equipped with two separate positive-negative circuits, red light and infrared can be driven and controlled individually. Constructed with high-reflection white