ams OSRAM SFH 7016 Multi Chip LEDs
ams OSRAM SFH 7016 Multi Chip LEDs are compact, highly integrated emitters designed for advanced health monitoring applications, including heart rate monitoring and pulse oximetry. The device combines three independently controllable LEDs in a single SMT package: a true green emitter at 530nm, a hyper-red emitter at 655nm, and an infrared emitter at 940nm. This multiwavelength configuration enables accurate photoplethysmography (PPG) measurements while simplifying optical module design and reducing overall system size. Housed in a clear silicone package and qualified for automated surface-mount assembly, the SFH 7016 is optimized for wearable medical and fitness devices that require reliable, high-performance optical sensing.
Designed for demanding portable and wearable applications, the SFH 7016 offers excellent optical performance, low power consumption, and robust reliability. The emitters provide tightly controlled wavelengths, high radiant intensity, and fast switching characteristics, ensuring precise signal acquisition and efficient operation. With a wide operating temperature range of -40°C to +85°C, 2kV ESD protection, and separate control of each LED channel, the device gives designers the flexibility to optimize performance for a variety of biometric sensing requirements. The compact footprint and integrated architecture make the ams OSRAM SFH 7016 an ideal solution for next-generation health monitoring systems and wearable electronics.
Features
- Green (530nm), red (655nm), and infrared emitter (940nm)
- Clear silicone, SMT package
- Suitable for SMT assembly
- Available on tape and reel
- Emitters can be controlled separately
- Maximum forward current
- 30mA for green (530nm)
- 40mA for red (655nm)
- 60mA for infrared emitter (940nm)
- Maximum pulsed forward current
- 0.75A for green (530nm)
- 0.3A for red (655nm)
- 1A for infrared emitter (940nm)
- Brightness
- 2.20mW/sr to 5.40mW/sr for green (530nm)
- 2.50mW/sr to 7.00mW/sr for red (655nm)
- 1.65mW/sr to 4.05mW/sr for infrared emitter (940nm)
- 5V maximum reverse voltage
- Maximum power consumption
- 90mW for green (530nm)
- 100mW for red (655nm)
- 110mW for infrared emitter (940nm)
- 60° typical half angle
- 10µA maximum reverse current
- Typical total radiant flux
- 14mW for green (530nm) and red (655nm)
- 11mW for infrared emitter (940nm)
- Typical active chip area dimensions
- 0.5mm x 0.5mm for green (530nm)
- 0.3mm x 0.3mm for red (655nm) and infrared emitter (940nm)
- -40°C to +85°C operating temperature range
- +100°C maximum junction temperature
- 2kV ESD protection, HBM Class 2, per ANSI/ESDA/JEDEC JS-001
Applications
- Health monitoring
- Heart rate monitoring
- Pulse oximetry