Mouser Electronics представил новые инфракрасные светодиоды SIDELED для систем безопасности и робототехники

Компания Mouser Electronics анонсировала выпуск инфракрасных светодиодов SIDELED SFH 4256B и SFH 4244B, которые обеспечивают более яркое изображение и снижают энергопотребление по сравнению с предыдущими поколениями. Эти компоненты, сертифицированные по стандарту AEC-Q102, предназначены для использования в системах контроля доступа, робототехнике и автоматизации производства.

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03-09-2026 | Mouser Electronics | Industrial The IR emitters are side-emitting Surface-Mount Technology (SMT) LEDs with an integrated reflector. These IR LEDs feature a peak wavelength option of 860nm for high camera sensitivity and 950nm for reduced red glow operation. The SIDELED SFH 4256B and SFH 4244B provide a brighter image, increase lighting homogeneity, and reduce the drive current over previous generations. These AEC-Q102 LEDs produce a higher SNR with reduced power consumption compared to previous-generation devices. The SIDELED SFH 4256B and SFH 4244B IR LEDs are suitable for applications such as access control and security, display management, eye, face, and hand tracking, factory automation, home and building automation, and position and angle sensing. The SIDELED SFH 4256B and SFH 4244B are side-emitting infrared SMT LEDs designed for optical sensing, imaging and illumination applications. Target applications include factory automation, robotics, access control and security, eye, face and hand tracking, home and building automation, and position and angle sensing. The SIDELED IR emitters are available with peak wavelengths of 860nm and 950nm. The 860nm option is suited to applications requiring high camera sensitivity, while the 950nm version can help minimise visible red glow where discreet infrared illumination is required. The LEDs incorporate an integrated reflector and are designed to provide brighter images and improved lighting homogeneity compared with previous generations. This can help engineers achieve more consistent illumination across a camera's field of view and improve the signal-to-noise ratio (SNR) of optical sensing systems. The SFH 4256B and SFH 4244B are designed to deliver improved optical performance while requiring lower drive current than previous-generation devices. Their higher SNR and reduced power consumption can help engineers optimise the energy efficiency of battery-powered or continuously operating automation and sensing equipment. Yes. Both infrared emitters are AEC-Q102 qualified, making them suitable for automotive environments where component qualification and reliability are important. Their side-emitting SMT construction and optical performance also make them suitable for space-constrained sensing and illumination designs.