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Busbars in electrical power distribution refers to strips of copper or aluminium that conduct heavy electricity current to several electric circuits within a switchboard or distribution board. |
Bus bar Type:
Laminar Bus (braided flexible cables )
Laminate power Bus
Earth Bus
Group Bus
Epoxy Coated Power Bus
Over-mould Bus
PCB (Flex Circuitry)Bus
RADSOK® Bus |
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Features and Benefits:
- Busbar was selected as the preferred solution in particular combine with Amphenol RADSOK® interconnect technology.
- Cost effective: Many of our customers concluded that the total installed cost of the bus bar system was less than the wiring alternative
- Fast installation and easy of serviceability
- Save Space: Require ? the space of a wiring harness
- Improve Reliability
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Capability:
- High efficiency
- High power density
- High Reliabiltiy and Lifetime
- Ultra low Ripple and or low EMI
- High Voltage
- High pulse current
- High voltage or current stability
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Bus Bar Design Definitions
- Application ,and environmental requirements
- Schematic circuit diagram
- Electrical requirements: current rating, Voltage rating, Drop voltage, dielectric withstanding, impedance,capacitance, insulation resistance, inductance, EMC, EMI/RFI, pass continuity
- Protect device
- Interconnections
- Accurate mechanical dimension
- Long use life
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