Details
Application fields
Ordering codes
| Product Type | Description | Order No. | Availability | |
|---|---|---|---|---|
| GR QSSPA1.23-KPKR-R1R3-1 | ΦV = 71.0 ... 89.2 lm (IF = 350 mA) | Q65112A8490 |
Status information
Full production
Pre-production
Not planned for new design
Ordering and shipping are still possible
Discontinued
|
|
| GR QSSPA1.23-KQKS-R1R3-1 | ΦV = 76.3 ... 97.0 lm (IF = 350 mA) | Q65113A2040 |
Status information
Full production
Pre-production
Not planned for new design
Ordering and shipping are still possible
Discontinued
|
Order now
|
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Datasheets
GR QSSPA1.23
Datasheet
Application note
Brilliant Mix and Mix-to-Match — Professional white for general lighting applications
Product related
High power OSCONIQ® P — Details on properties, handling and processing
Product related
Light quality — White light parameters
Product related
Light quality — Color metrics
Product related
Customer complaint management — Details on return shipments for failure analysis request (FAR)
General information
Details on photobiological safety of LED light sources
General information
Preventing LED failures caused by corrosive materials
General information
Importing rayfiles and ray-measurement files of LEDs
General information
Chemical compatibility of LEDs
General information
ESD protection while handling LEDs
Handling recommendations
Dry pack information
Handling recommendations
Manual lead-free soldering of LEDs
Soldering and processing
Dimming InGaN LEDs
Electrical design
Comparison of simple LED circuits for low power LEDs
Electrical design
Determination of resistances for brightness compensation
Electrical design
LED driving technology for long term flexibility
Electrical design
The basic principles of Electrical Overstress (EOS)
Electrical design
Resources
CAD Data
CAD Data
Electrical Simulation
Electrical Simulation
Optical Simulation
Optical Simulation
Images
GH_QSSPA1-24_OSCONIQ_P_3030_36x22.4mm_cmyk
Image
Tools
Horticulture
Calculation of different horticulture lighting scenarios with variations of LED configurations and ratios to realize the desired photon flux from the fixture and estimate the resulting photon flux density on the plants for a defined system setup.
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