HomeAbout UsNewprosNew plug-in rectifier bridge -JC that follows the trend of flattening
New plug-in rectifier bridge -JC that follows the trend of flatteningBackPDF
Introduction
The development trend of future power supply products is that the space becomes smaller and the power becomes larger.Therefore, the electronic devices used inside also need to follow this trend to iterate.Our company seize the opportunity, has successfully developed JA, JB short body plug-in bridge products, and has been successfully mass produced and marketed, widely used in PC power supply, server power supply, TV power supply and other fields.JA and JB products respectively correspond to the low body design of 6KBJ and 4KBJ package.When the foot distance is unchanged, the height is reduced by about 34% and 36% respectively, which saves the overall PCB height of the customer, reduces the size of the heat sink, and effectively reduces the comprehensive cost.
For this reason, our company is the first in the industry to release JC new low body package rectifier bridge.The pin spacing is the same as the existing GBU package and can be used to replace the GBU package. The product has the characteristics of low body, space saving, surge ability, and can be widely used in TV power supply, adapter, charger, etc.
Features
1、JC package using halogen-free environmentally friendly materials, in line with RoHS standards
2、Compared with GBU package, JC pin spacing is the same.The customer does not need to change the PCB board. The height is reduced by about 42%, saving space and helping customers flatten the design.
3、Internal package Photo Glass process chip, three passivation protection, stable high temperature characteristics and reliability.
4、The product body is reduced, so the corresponding rear lock installed heat sink size will be reduced, reducing the client cost
5、JC products adopt large matrix frame design, and its single frame piece carries more materials, which greatly improves the production efficiency and reduces the comprehensive cost by 15%-20% compared with GBU.