Product Introduction
Stacked Busbar
Stacked busbar, also known as composite busbar, stacked non-inductive busbar, laminated busbar, laminated busbar, laminated busbar, low inductance busbar, electronic busbar, laminated busbar, etc., is a multi-layer composite structure connecting rows, which has the characteristics of low impedance, interference resistance, good reliability, space saving, and fast assembly compared with the traditional bulky and cluttered wiring methods. It is widely used in rail transportation, wind and solar inverters, industrial inverters, large UPS systems or other components requiring power distribution.
Laminated busbar is easy to design, clear structure, provides the perfect connection between power supply, capacitors, resistors, integrated circuits, IGBTs, GTOs and other modules, and is the “highway” of the power distribution system.
Stacked busbar is a multilayer composite structure linking circuit made of multilayer conductive and insulating materials, is a multilayer composite structure connecting row Through the positive and negative boards stacked parallel distribution of structural forms to reduce the distribution of line inductance, reduce the surge voltage of the power components off when the power components and the power components of the voltage requirements, improve the reliability and stability of the power device operation, and at the same time, improve the integration of the circuit.
Product Features.
A. Low inductance coefficient, compact structure, effectively save internal installation space, increase the heat dissipation area, effectively control the system temperature rise;
B. Minimum impedance, reducing the line loss, so that the line's large current carrying capacity has been greatly improved.
C. Reduce the voltage commutation process spike damage to components, extend (improve) the service life of the electronic components
D, reduce system noise and electromagnetic interference, radio frequency interference
E, assembly is simple and fast and other characteristics of high-power modular connection structure components.
Stacked busbar is two or more layers of copper stacked together, copper plate layers and layers of insulating materials for electrical isolation through the relevant processes will be the conductive layer and insulating layer pressed into a whole. Connection line made of flat cross-section in the same current cross-section increases the surface area of the conductive layer, while the spacing between the conductive layer is greatly reduced, due to the proximity effect makes the neighboring conductive layer flows through the opposite current, they produce a magnetic field to offset each other, thus making the line in the distribution of inductance is greatly reduced. At the same time, because of its flat shape characteristics, the heat dissipation area is greatly increased, which is conducive to the enhancement of its current-carrying capacity.
Compact structure, effective use of space and can control the system temperature: reduce the number of components, increasing the reliability of the system; easy to install and maintain: simple, beautiful.
Application areas
A. Electricity:
B. Transportation:
C. Military:
D. Aerospace:
Stacked busbar, also known as composite busbar, stacked non-inductive busbar, laminated busbar, laminated busbar, laminated busbar, low inductance busbar, electronic busbar, laminated busbar, etc., is a multi-layer composite structure connecting rows, which has the characteristics of low impedance, interference resistance, good reliability, space saving, and fast assembly compared with the traditional bulky and cluttered wiring methods. It is widely used in rail transportation, wind and solar inverters, industrial inverters, large UPS systems or other components requiring power distribution.
Laminated busbar is easy to design, clear structure, provides the perfect connection between power supply, capacitors, resistors, integrated circuits, IGBTs, GTOs and other modules, and is the “highway” of the power distribution system.
Stacked busbar is a multilayer composite structure linking circuit made of multilayer conductive and insulating materials, is a multilayer composite structure connecting row Through the positive and negative boards stacked parallel distribution of structural forms to reduce the distribution of line inductance, reduce the surge voltage of the power components off when the power components and the power components of the voltage requirements, improve the reliability and stability of the power device operation, and at the same time, improve the integration of the circuit.
Product Features.
A. Low inductance coefficient, compact structure, effectively save internal installation space, increase the heat dissipation area, effectively control the system temperature rise;
B. Minimum impedance, reducing the line loss, so that the line's large current carrying capacity has been greatly improved.
C. Reduce the voltage commutation process spike damage to components, extend (improve) the service life of the electronic components
D, reduce system noise and electromagnetic interference, radio frequency interference
E, assembly is simple and fast and other characteristics of high-power modular connection structure components.
Stacked busbar is two or more layers of copper stacked together, copper plate layers and layers of insulating materials for electrical isolation through the relevant processes will be the conductive layer and insulating layer pressed into a whole. Connection line made of flat cross-section in the same current cross-section increases the surface area of the conductive layer, while the spacing between the conductive layer is greatly reduced, due to the proximity effect makes the neighboring conductive layer flows through the opposite current, they produce a magnetic field to offset each other, thus making the line in the distribution of inductance is greatly reduced. At the same time, because of its flat shape characteristics, the heat dissipation area is greatly increased, which is conducive to the enhancement of its current-carrying capacity.
Compact structure, effective use of space and can control the system temperature: reduce the number of components, increasing the reliability of the system; easy to install and maintain: simple, beautiful.
Application areas
A. Electricity:
B. Transportation:
C. Military:
D. Aerospace: