💡 Key Takeaways
• XINGLIGHT infrared emitters deliver 30% higher intensity than competitors
• 1MHz pulse capability with <15pF junction capacitance
• Full package compatibility including THT and SMD options
🎯 Opening
Industrial automation and optical sensing applications require infrared emitters that combine high intensity with high-speed response. XINGLIGHT's infrared emitter diodes achieve both while maintaining industrial-grade reliability.
📊 What's Changing
The product lineup includes XL-PT908-6C, XL-IR908-6C, XL-IR928-6C, XL-TP928-6C, and XL-IR968-8C infrared emitter diodes. These components feature imported high quantum efficiency chips and secondary optical lenses that boost emission intensity by 30% over comparable devices.
📗 Data / Comparison
The 850nm and 940nm dual wavelength options ensure effective penetration through smoke, dark panels, and transparent materials. Junction capacitance remains below 15pF with 10ns rise/fall times, supporting 1MHz pulse operation for high-speed optical curtains and LiDAR synchronization.
🔍 Why Old Assumptions No Longer Work
Traditional infrared emitters often compromise between intensity and speed, or require complex thermal management solutions. XINGLIGHT's patented heat sink pad design maintains <8℃ temperature rise at 100mA continuous peak drive, preventing signal degradation without additional cooling systems.
⚡ Implications for OEM / EMS / Procurement
Procurement teams can leverage the comprehensive package coverage including through-hole Φ3/Φ5, SMD 2835/3528/5050, and high-power 1W/3W ceramic packages. The pin compatibility with mainstream brands enables drop-in replacements across existing designs.
🚀 How Smart Teams Are Responding
OEMs are integrating these infrared emitters into industrial automation equipment, LiDAR systems, and medical devices. The medical-grade XL-1608/2835 series has passed RoHS, REACH, and biocompatibility certifications for direct use in blood oxygen and PPG wearable devices.
✨ Closing
Reach out to discuss integration options for your optical sensing applications.
