OSRAM TOPLED™, SFH 320

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Description

Silicon NPN Phototransistor in SMT Package

Details

Parameters

Photocurrent
45.0 µA
Fall time
tf
7.0 µs
Rise time
tf
7.0 µs
Spectral range of sensitivity typ.
λ10% min.
450 nm
λ10% max.
1150 nm
Radiant sensitive area
A
0.038 mm²
Beam angle
120 °
Dimension
l
3.5 mm
w
2.8 mm
h
1.9 mm
Operating temperature
Top min.
-40 °C
Top max.
100 °C

Ordering information

Product Type Description Ordering code Availability
SFH 320-3-Z IPCE = 28 ... 45 µA (Ee=0.10 mW/cm²) Q65110A2469 Full production
SFH 320-3/4-Z IPCE = 28 ... 71 µA (Ee=0.10 mW/cm²) Q65110A1781 Full production
SFH 320-4-Z IPCE = 45 ... 71 µA (Ee=0.10 mW/cm²) Q65110A2510 Full production
SFH 320-Z IPCE = 18 ... 71 µA, (IPCE=45 µA typ.) (Ee=0.10 mW/cm²) Q65110A2471 Full production

Downloads

Datasheets

SFH 320 · Datasheet · PDF · en_US

Application note

Customer complaint management — Details on return shipments for failure analysis request (FAR) · General information · PDF · en_US
Long-term availability management · General information · PDF · en_US
Fundamentals of LED handling · Handling recommendations · PDF · en_US
Dry pack information · Handling recommendations · PDF · en_US
Manual lead-free soldering of LEDs · Soldering and processing · PDF · en_US
Measuring of the temperature profile during the reflow solder process · Soldering and processing · PDF · en_US
Processing of SMD LEDs · Soldering and processing · PDF · en_US
Recommended pick-and-place tools of LEDs · Soldering and processing · PDF · en_US
PCB technologies for LED applications · Thermal management · PDF · en_US
Determination of resistances for brightness compensation · Electrical design · PDF · en_US
LED driving technology for long term flexibility · Electrical design · PDF · en_US

Resources

CAD Data · CAD Data · FOLDER
Optical Simulation · Optical Simulation · FOLDER

Images

TOPLED SFH 320, SFH 420, SFH 4243, SFH 4253 · Images · TIF

Tools

LightGuide

Calculate the effectiveness of an LED based on a selected light guide by showing the amount of incoupled, reflected and missed light rays.