Led Grow Light Pcb
ALPCB018
In the case of a small amount of sunshine or a short daylight hours, led grow light pcb is used as a supplementary illumination for plant photosynthesis, and it is used as a plant photoperiod and light-induced illumination. Led grow light pcb as a study of plant photosynthesis supplemental lighting Traditional artificial light sources generate too much heat, such as Led grow light pcb supplemental lighting and hydroponic systems, air can be recycled, too much heat and moisture can be removed.
Quantity:
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Specification:
Advantage:
1.0ne-stop service covering hardware design + software program + PCB layout + PCB assembly + casing service for customers.
2.We provide full BOM sourcing for all kinds of electronic.parts,connectors,plastic mold and cable,etc. We have most professional component sourcing team and competitive sourcing channels with guarantee quality.
3.Our products are all original and new from manufacturer. It must be work if the model number is correct.
4.Over 9 years experience in pcb manufacturing.
Application:
LED applications are very broad. Can be used for lighting as well as planting (bonsai, fruits and vegetables).
The wavelength and effect of LED grow light:
1. The color temperature and lumen of the plant lamp
The color temperature and lumen of plant lights are seen from the human eye, while the photosynthesis of plants on light does not look at color temperature and lumens.
2. The effect of spectral range on plant physiology
280-315mm: minimal impact on morphology and physiological processes
315-400mm: less chlorophyll absorption, affecting photoperiod effect and preventing stem elongation
400-520mm: Chlorophyll and carotenoids have the highest absorption ratio and have the greatest impact on photosynthesis.
520-610mm: the absorption rate of pigment is not high
610-720mm: Low chlorophyll absorption rate has a significant effect on photosynthesis and photoperiod effects.
720-1000mm: low absorption rate, stimulate cell elongation, affect flowering and seed germination
>1000mm, converted into heat
It can be seen from the above data that the effects of different wavelengths of light on plant photosynthesis are different.
Service:
1.PCB Production Service.(FR-4,HI-TG,Aluminum,FPC,TEFLON,CEM-1 )
2.PCB Assembly Service. (SMT, BGA, DIP)
3.PCBA Housing assembly serivce.
4.Professional engineers team for PCB Layout, PCB Design.
5.Electronic Finished Products Assembly.
6.Material, Components Sourcing for customers at VAT cost.
Quality process:
Advantage:
1.0ne-stop service covering hardware design + software program + PCB layout + PCB assembly + casing service for customers.
2.We provide full BOM sourcing for all kinds of electronic.parts,connectors,plastic mold and cable,etc. We have most professional component sourcing team and competitive sourcing channels with guarantee quality.
3.Our products are all original and new from manufacturer. It must be work if the model number is correct.
4.Over 9 years experience in pcb manufacturing.
Application:
LED applications are very broad. Can be used for lighting as well as planting (bonsai, fruits and vegetables).
The wavelength and effect of LED grow light:
1. The color temperature and lumen of the plant lamp
The color temperature and lumen of plant lights are seen from the human eye, while the photosynthesis of plants on light does not look at color temperature and lumens.
2. The effect of spectral range on plant physiology
280-315mm: minimal impact on morphology and physiological processes
315-400mm: less chlorophyll absorption, affecting photoperiod effect and preventing stem elongation
400-520mm: Chlorophyll and carotenoids have the highest absorption ratio and have the greatest impact on photosynthesis.
520-610mm: the absorption rate of pigment is not high
610-720mm: Low chlorophyll absorption rate has a significant effect on photosynthesis and photoperiod effects.
720-1000mm: low absorption rate, stimulate cell elongation, affect flowering and seed germination
>1000mm, converted into heat
It can be seen from the above data that the effects of different wavelengths of light on plant photosynthesis are different.
Service:
1.PCB Production Service.(FR-4,HI-TG,Aluminum,FPC,TEFLON,CEM-1 )
2.PCB Assembly Service. (SMT, BGA, DIP)
3.PCBA Housing assembly serivce.
4.Professional engineers team for PCB Layout, PCB Design.
5.Electronic Finished Products Assembly.
6.Material, Components Sourcing for customers at VAT cost.
Quality process:
