Aluminum Laminated Busbar Customized Use for New Energy Car Wind Power

• Customization: Available
• Surface Treatment: Silver Plating, Tin Plating and Nickel Plating
• Certification: RoHS, CE, ISO9001
• Model NO.: FW-Busbar
• Transport Package: Foam Packing/Cartoon Packing
• Specification: customized
• Trademark: HFI
• Origin: China
• Production Capacity: 1000000

Product Description

Model NO.	copper busbar
Specification	customized
Trademark	HFI
Production Capacity	100000

Product Description

PRODUCT NAME:Laminated Busbar

Laminated busbar,  also known as composite bus bar, laminated non inductive bus bar, laminated bus bar, sandwich bus bar, low inductance bus bar, electronic bus bar, laminated bus bar, etc., is a kind of multi-layer composite structure connecting busbar. Compared with the traditional heavy and disordered wiring mode, it has the characteristics of low impedance, anti-interference, good reliability, space saving and fast assembly.It is widely used in rail transit, wind and solar inverter, industrial inverter, large UPS system or other parts requiring power distribution.












Product features:

A.Low inductance coefficient, compact structure, effectively save the internal installation space, increase the heat dissipation area, and effectively control the temperature rise of the system;

B.The minimum impedance reduces the line loss and greatly improves the high current carrying capacity of the line

C.It can reduce the damage to components caused by voltage commutation and prolong the service life of electronic components

D.Reduce system noise and EMI, RF interference

E.High power modular connection structure components with simple and fast assembly
 

Laminated bus bar is a kind of multi-layer composite structure connecting circuit composed of multilayer conductive materials and insulating materialsThroughthe structure of parallel distribution of positive and negative plates, the line distributed inductance is reduced, the surge voltage and withstand voltage requirements of power components are reduced when the power components are turned off, so as to improve the reliability and stability of power devices and improve the integration of circuits