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OSRAM LED Chip
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Beam Angle 80 5W SFH4725AS OSLON Infrared 920nm 930nm 940nm 3V 1500mA 3737 In-Cabin Sensing LED Chip

Beam Angle 80 5W SFH4725AS OSLON Infrared 920nm 930nm 940nm 3V 1500mA 3737 In-Cabin Sensing LED Chip

Brand Name: ams-osram
Model Number: SFH4725AS
MOQ: 600PCS
Packaging Details: 6000PCS/reef
Payment Terms: T/T
Detail Information
Place of Origin:
MY/CN/TW
Color Temperature(CCT):
940nm
Luminous Efficacy(lm/w):
103
Chip Material:
Silicon Carbide
Emitting Color:
Infrared
Input Voltage(V):
3V
Luminous Flux(lm):
376lm
Operating Temperature(℃):
-40 - 125
Storage Temperature(℃):
-40 - 125
Product Name:
SFH 4725AS
Application:
- In-Cabin Sensing
Supply Ability:
1000000
Highlight:

SFH4725AS OSRAM Oslon LED

,

3737 5W OSRAM Oslon LED

,

920nm 3737 OSRAM Oslon LED

Product Description

 Beam Angle 80 5W SFH4725AS OSLON Infrared 920nm 930nm 940nm 3V 1500mA 3737 In-Cabin Sensing LED Chip

 

OSLON®Black
SFH 4725AS
OSLON Black Series - 80°
 
Applications
- Access Control & Security
- Authentication
- Body Tracking
- Factory Automation
- Home & Building Automation
- Medical Lighting
 
Features
- Package: clear silicone
- ESD: 2 kV acc. to ANSI/ESDA/JEDEC JS-001 (HBM, Class 2)
- IR lightsource with high efficiency
- Double stack emitter
- Low thermal resistance (Max. 9 K/W)
- Optimized for high brightness DC operation
- Centroid wavelength options 920nm and 940nm
 
All specifications below are defined at an ambient temperature () of 25 °C. The operating temperature () ranges from a minimum of -40 °C to a maximum of 125 °C, while the storage temperature () also spans from -40 °C to 125 °C. The maximum allowable junction temperature () is 145 °C. The maximum continuous forward current () is rated at 1500 mA, and the maximum pulsed forward current () is 3 A, applicable under the conditions of pulse duration and duty cycle . The maximum reverse current () is 200 mA. Additionally, the ESD withstand voltage () complies with the ANSI/ESDA/JEDEC JS-001 (HBM, Class 2) standard, with a maximum rating of 2 kV. A note specifies that for detailed forward current and power consumption information, refer to the "maximum permissible forward current" diagram.
 
 
Tested under the conditions of a forward current () of 1000 mA, pulse width () of 10 ms, and ambient temperature () of 25 °C, this LED component exhibits the following key performance characteristics: The centroid wavelength () ranges from a minimum of 912 nm to a maximum of 950 nm. The spectral bandwidth at 50% of the relative maximum radiant intensity (, FWHM) is typically 37 nm, and the half angle () has a typical value of 40°. The dimensions of the active chip area (L x W) are typically 1 mm x 1 mm. The rise time (, 10% / 90%) with = 3 A and = 50 Ω is typically 12 ns, while the fall time (, 10% / 90%) under the same conditions is typically 15 ns. Regarding forward voltage (), it has a typical value of 2.8 V and a maximum of 3.2 V under standard test conditions; a typical value of 3.05 V and a maximum of 3.6 V at = 1.5 A / = 100 μs; and a typical value of 3.35 V and a maximum of 4.1 V at = 3 A / = 100 μs. The reverse voltage () with = 20 mA has a maximum rating of 1.2 V, and the reverse voltage for the ESD device () has a minimum of 5 V. The radiant intensity () at = 1.5 A / = 100 μs is typically 1350 mW/sr. The total radiant flux () is typically 1580 mW at = 1 A / = 100 μs and typically 2350 mW at = 1.5 A / = 100 μs. The temperature coefficient of voltage () is typically -2 mV / K, the temperature coefficient of brightness () is typically -0.3 % / K, and the temperature coefficient of wavelength () is typically 0.3 nm / K. The real thermal resistance between the junction and the solder point () has a typical value of 5.5 K/W and a maximum value of 9.0 K/W.
Beam Angle 80 5W SFH4725AS OSLON Infrared 920nm 930nm 940nm 3V 1500mA 3737 In-Cabin Sensing LED Chip
Beam Angle 80 5W SFH4725AS OSLON Infrared 920nm 930nm 940nm 3V 1500mA 3737 In-Cabin Sensing LED Chip
Product Description
Model No
SFH4725AS
Chip Brand
osram
Centroid wavelength 
940 nm
 Forward current
1.5A
Applications
- In-Cabin Sensing
Beam Angle 80 5W SFH4725AS OSLON Infrared 920nm 930nm 940nm 3V 1500mA 3737 In-Cabin Sensing LED Chip
Beam Angle 80 5W SFH4725AS OSLON Infrared 920nm 930nm 940nm 3V 1500mA 3737 In-Cabin Sensing LED Chip
Beam Angle 80 5W SFH4725AS OSLON Infrared 920nm 930nm 940nm 3V 1500mA 3737 In-Cabin Sensing LED Chip
Beam Angle 80 5W SFH4725AS OSLON Infrared 920nm 930nm 940nm 3V 1500mA 3737 In-Cabin Sensing LED Chip
Beam Angle 80 5W SFH4725AS OSLON Infrared 920nm 930nm 940nm 3V 1500mA 3737 In-Cabin Sensing LED Chip
Beam Angle 80 5W SFH4725AS OSLON Infrared 920nm 930nm 940nm 3V 1500mA 3737 In-Cabin Sensing LED Chip
Beam Angle 80 5W SFH4725AS OSLON Infrared 920nm 930nm 940nm 3V 1500mA 3737 In-Cabin Sensing LED Chip
Beam Angle 80 5W SFH4725AS OSLON Infrared 920nm 930nm 940nm 3V 1500mA 3737 In-Cabin Sensing LED Chip
Beam Angle 80 5W SFH4725AS OSLON Infrared 920nm 930nm 940nm 3V 1500mA 3737 In-Cabin Sensing LED Chip
Company Profile
Beam Angle 80 5W SFH4725AS OSLON Infrared 920nm 930nm 940nm 3V 1500mA 3737 In-Cabin Sensing LED Chip
Beam Angle 80 5W SFH4725AS OSLON Infrared 920nm 930nm 940nm 3V 1500mA 3737 In-Cabin Sensing LED Chip
Beam Angle 80 5W SFH4725AS OSLON Infrared 920nm 930nm 940nm 3V 1500mA 3737 In-Cabin Sensing LED Chip
Beam Angle 80 5W SFH4725AS OSLON Infrared 920nm 930nm 940nm 3V 1500mA 3737 In-Cabin Sensing LED Chip
Packing & Delivery
Beam Angle 80 5W SFH4725AS OSLON Infrared 920nm 930nm 940nm 3V 1500mA 3737 In-Cabin Sensing LED Chip
FAQ

FAQ & Service Support
1. How do you guarantee quality and after-sales service?
Quality Guarantee: We offer an industry-leading 5-year quality warranty. Every batch undergoes a rigorous 1:1 performance inspection before shipment.
100% Authenticity Commitment: We guarantee genuine products with full traceability for world-leading brands:
LED Brands: CREE, AMS OSRAM, LUMILEDS, LUMINUS, Bridgelux, Samsung, TSLC, LEDVANCE.
IC & Semiconductors: TI, ST, ADI, ONSEMI, NXPs, Nexperia, Renesas, Infineon.
Equivalent Solutions: To address original factory stockouts or cost-optimization requirements, we offer premium alternative solutions. All components undergo strict reliability testing to ensure core parameters are highly compatible with original specifications.
Specialized QC:
LEDs: Focused on photoelectric consistency (Flux, CCT, Voltage).
IC Chips: Rigorous testing of functional stability and performance metrics.

PCBA: 100% circuit reliability testing (ICT/FCT) to ensure system integrity.
Technical Support: We provide expert guidance for application challenges. Should any non-human quality anomaly occur, we assist with professional technical analysis and provide efficient replacement or tailored solutions.

 

2. How do I place an order?
Sample Orders: Contact our sales representatives for Datasheets and rapid sample testing. We facilitate an efficient sampling process to accelerate your R&D verification.
Bulk Orders: For volume procurement, we provide highly competitive tiered wholesale pricing and optimized global logistics to minimize your costs and lead times.

 

3. What payment methods are available?
We support secure and flexible global payment channels:

Digital Payment: Visa, Mastercard, and e-Checking (US customers enjoy zero transfer fees).
Corporate Transfer: T/T (Wire Transfer) is highly recommended for large transactions due to lower fees and high processing efficiency.
Others: Western Union and other traditional payment methods are also accepted.

 

4. Do you support global Drop Shipping?
Yes. We have a robust logistics system supporting global one-piece drop shipping. Given the sensitivity of LEDs and chips, we utilize industrial-grade anti-static (ESD) and vacuum moisture-proof packaging to ensure component safety and reliability during long-distance transit.

 

5. Do you offer OEM/ODM customization services?
Absolutely. As a leading integrated provider of "Chip + LED + PCBA" solutions, we offer full-cycle customization:

Optical Optimization: Specific spectrum/wavelength binning, CRI tuning, and brightness optimization.
Hardware Development: PCB layout design, component sourcing, and high-precision SMT assembly.
Branding: Logo laser engraving, private labeling, and custom packaging compliant with international standards.