The 3014 is a vertical heat dissipation structure, and heat is mainly diffused vertically by a heat sink. Compared with the product with horizontal heat dissipation structure, its heat transfer path is reduced, and the heat dissipation area is increased (thermal resistance is reduced), thereby achieving high heat dissipation. This feature allows the 3014 to achieve high current usage (currently up to 40mA), to meet customers' increased application current while reducing the number of lamp beads used. Finally, according to the customer's current selection, the light source cost is actually reduced by 20%-50%. Fiber To The Home,Mini Type 0.9Mm Plc Splitter,Fiber Optic Terminal Box,Abs Box Splitter For Ftth ShenZhen JunJin Technology Co.,Ltd , https://www.jjtcl.com
Hongli Optoelectronics SMD3014 is a mature product with a monthly capacity of over 140KK. Considering to provide customers with better service and quality, Hongli Optoelectronics has reached a strategic cooperation with its chip manufacturers in combination with its own technological advantages to develop products with higher current and higher luminous efficiency. At present, Hongli Photoelectricity has measured the latest technical parameters, and the results show that the luminous efficiency is 160 lm/w at 20 mA; 145 lm/w at 30 mA; and 125 lm/w at 40 mA. Mature packaging technology and excellent heat dissipation, combined with a smaller package size (3.0mm × 1.4mm × 0.8mm), make the application design of the luminaire more convenient and flexible. (Hongli Optoelectronics SMD LED products are undergoing third-party testing of LM-80, which provides practical support for customers to successfully pass ENERGY STAR® certification.)
Hongli Optoelectronics Introduces 3014 Flat Structure White Light Package Products
Recently, Hongli Optoelectronics introduced the high-current and high-efficiency flat structure white light SMD package product 3014 to the market. This product has the unique heat dissipation bracket structure design of Hongli Optoelectronics, which has the advantages of high heat dissipation, high luminous efficiency and high cost performance. It is mainly used in LED lamps such as fluorescent tubes, bulbs, downlights and panel lamps.