I'm trying to figure out how those quantum boards are wired (especially the 660nm/730nm/UV variants) and see if it's worth it (neither too low nor too high driving current regarding the datasheets)
I'll take for reference a standard 120W board with HLG-120-48 driver.
Possibilities listed are limited by the driver 48V max driving voltage
Standard 288 QB
lm301h: 16s18p (140mA -> 0.4W/led) -> 44 to 47V
252 lm301h + 36 epistar 660nm QB
lm301h: 14s18p (140mA -> 0.4W/led) -> 38.4 to 41.3V
epistar 660nm
- option 1: 2s18p ([email protected] -> 0.26W/led) -> 3.7V
- option 2: 4s9p (278mA@2V -> 0.56W/led) -> 8V
lm301h: 14s18p (140mA -> 0.4W/led) -> 38.4 to 41.3V
xp-e2 660nm
- option 1: 1s8p ([email protected] -> 0.67W/led) -> 2.15V
- option 2: 2s4p ([email protected] -> 1.48W/led) -> 4.75V
lm301h: 14s18p (140mA -> 0.4W/led) -> 38.4 to 41.3V
xp-g3 660nm
- option 1: 1s8p ([email protected] -> 0.61W/led) -> 1.95V
- option 2: 2s4p ([email protected] -> 1.36W/led) -> 4.34V
lm301h: 14s18p (140mA -> 0.4W/led) -> 38.4 to 41.3V
xp-e2 660nm
- option 1: 1s12p ([email protected] -> 0.43W per led) -> 2.07V
- option 2: 2s6p ([email protected] -> 0.93W/led) -> 4.46V
1s4p ([email protected] -> 1.22W/led) -> 1.95V
lg uv 395nm
1s4p ([email protected] -> 2W/led) -> 3.3V
How do you guys think those boards are wired?
