Laminated busbar, also known as composite busbar, laminated non-inductive busbar, laminated bus bar, sandwich bus bar, low-inductance bus bar, electronic bus bar, laminated bus bar, etc.

Laminated busbar is a kind of multi-layer composite structure connecting busbar. Compared with the traditional heavy and disordered wiring mode, laminated busbar has the characteristics of low impedance, anti-interference, good reliability, space saving and fast assembly.

Laminated busbar features:

• 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;
• The minimum impedance reduces the line loss and greatly improves the high current carrying capacity of the line
• It can reduce the damage to components caused by voltage commutation and prolong the service life of electronic components
• Reduce system noise and EMI, RF interference
• High power modular connection structure components with simple and fast assembly.

Laminated busbar is easy to design and has clear structure. It provides perfect connection between power supply, capacitance, resistance, integrated circuit, IGBT, GTO and other modules. It is the High way of power distribution system.

Laminated busbar is widely used in rail transit, wind and solar inverter, industrial inverter, large UPS system or other parts requiring power distribution.

Power electronics

• Industrial frequency converter;
• New energy fields
• UPS system, high density distribution box;
• Base station, telephone exchange system, large network equipment, etc;

Transportation

• Rail train,
• Electric vehicles.
• Engineering vehicleI,
• Transportation charging pile

Military

• Submarine,
• Warships,
• Armored vehicle,
• Aircraft carrier

Aerospace

• Aircraft,
• The space shuttle,
• Receiving radar system,
• Missile system

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