ams OSRAM IR SYNIOS® P2720 SFH 4795BS High Power LEDs
ams OSRAM IR SYNIOS® P2720 SFH 4795BS High Power LEDs are designed for high-efficiency infrared illumination with a true 60° field of illumination and a low-profile, clear silicone package. Featuring IR:6 thin-film chip technology, these LEDs offer robust 2kV ESD protection and best-in-class low thermal resistance, making them ideal for high-brightness DC operation. With centroid wavelength options of 920nm and 940nm, these LEDs provide a balance between higher camera sensitivity and reduced red glow appearance.The ams OSRAM LEDs are optimized for applications such as access control, security, authentication, eye/face tracking, factory automation, and medical lighting. The devices boast a maximum forward current of 1500mA, a maximum forward pulsed current of 3A, and a typical total radiant flux of 1560mW. The QFN package, measuring 2.0mm x 2.75mm x 2.1mm, ensures easy integration and design flexibility for camera-based applications while minimizing energy consumption and heat generation for long battery life and reliable performance.
Features
- True 60° field of illumination combined with low product height
- Clear silicone package
- IR:6 thin-film chip technology
- 2kV ESD protection per to ANSI/ESDA/JEDEC JS-001 (HBM, Class 2)
- IR light source with high efficiency
- Best-in-class low thermal resistance
- Double stack emitter
- Optimized for high-brightness DC operation
- Bright illumination of target area
- Accurate system analysis
- Minimized energy consumption
- Centroid wavelength options
- 920nm for a perfect compromise of higher camera sensitivity and red glow appearance for the human eye
- 940nm for reduced red glow
- Long battery life
- Reduced amount of heat generated
- All in-house - from chip to package
- Highly robust
- No need for secondary optics
- Easy integration
- Ease of design for camera-based applications
Applications
- Access control and security
- Authentication
- Eye, face, and hand tracking
- Factory automation
- Home and building automation
- Medical lighting
- Biometrics
- Robotics and machine vision
Specifications
- 1500mA maximum forward current
- 3A maximum forward pulsed current
- 5V maximum reverse voltage
- 37nm typical spectral bandwidth
- 30° typical radiation half angle, 60° full
- 3.1V maximum forward voltage, 2.7V typical
- 10μA maximum reverse current, 0.01μA typical
- 1560mW typical total radiant flux
- 2.3K/W thermal resistance
- -40°C to +105°C operating temperature range
- +145°C maximum junction temperature
- QFN package, 2.0mm x 2.75mm x 2.1mm size, thin film
Dimensions
Published: 2025-03-14
| Updated: 2025-06-26
