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PwrBlade+® Connector
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next generation ac/dc power distribution connector system  the pwrblade+® connector is a next generation ac/dc power distribution connector system for demanding applications requiring higher linear current density and low power loss. it is capable of 192a/linear inch with eight adjacent high power contacts energized simultaneously and 0.7m power contact resistance after environmental exposure.  the pwrblade+® connector builds on the pwrblade® connector's proven technology but includes enhancements to achieve increased performance and density. it is rated up to 58a per power contact without exceeding a 30°c temperature rise in still air. this product features an innovative high power contact design and housing that allows higher current carrying capability in a more compact package.  t
 
下一代交流/直流配电连接器系统®®连接器是下一代交流/直流配电连接器系统,用于要求更高的线性电流密度和低功率损耗的苛刻应用。它能够达到192a/线性英寸,有8个相邻的高功率触点同时通电,以及环境暴露后的0.7m功率接触电阻。刀®连接器建立在刀®连接器的证明技术上,但包括增强,以实现提高的性能和密度。它的额定功率高达58a,在静止空气中温度上升不超过30°。该产品具有创新的高功率接触设计和外壳,允许更高的电流承载能力在一个更紧凑的封装。t
next generation ac/dc power distribution connector system  the pwrblade+® connector is a next generation ac/dc power distribution connector system for demanding applications requiring higher linear current density and low power loss. it is capable of 192a/linear inch with eight adjacent high power contacts energized simultaneously and 0.7m power contact resistance after environmental exposure.  the pwrblade+® connector builds on the pwrblade® connector's proven technology but includes enhancements to achieve increased performance and density. it is rated up to 58a per power contact without exceeding a 30°c temperature rise in still air. this product features an innovative high power contact design and housing that allows higher current carrying capability in a more compact package.  t
 
下一代交流/直流配电连接器系统®®连接器是下一代交流/直流配电连接器系统,用于要求更高的线性电流密度和低功率损耗的苛刻应用。它能够达到192a/线性英寸,有8个相邻的高功率触点同时通电,以及环境暴露后的0.7m功率接触电阻。刀®连接器建立在刀®连接器的证明技术上,但包括增强,以实现提高的性能和密度。它的额定功率高达58a,在静止空气中温度上升不超过30°。该产品具有创新的高功率接触设计和外壳,允许更高的电流承载能力在一个更紧凑的封装。t
next generation ac/dc power distribution connector system  the pwrblade+® connector is a next generation ac/dc power distribution connector system for demanding applications requiring higher linear current density and low power loss. it is capable of 192a/linear inch with eight adjacent high power contacts energized simultaneously and 0.7m power contact resistance after environmental exposure.  the pwrblade+® connector builds on the pwrblade® connector's proven technology but includes enhancements to achieve increased performance and density. it is rated up to 58a per power contact without exceeding a 30°c temperature rise in still air. this product features an innovative high power contact design and housing that allows higher current carrying capability in a more compact package.  t
 
下一代交流/直流配电连接器系统®®连接器是下一代交流/直流配电连接器系统,用于要求更高的线性电流密度和低功率损耗的苛刻应用。它能够达到192a/线性英寸,有8个相邻的高功率触点同时通电,以及环境暴露后的0.7m功率接触电阻。刀®连接器建立在刀®连接器的证明技术上,但包括增强,以实现提高的性能和密度。它的额定功率高达58a,在静止空气中温度上升不超过30°。该产品具有创新的高功率接触设计和外壳,允许更高的电流承载能力在一个更紧凑的封装。t
next generation ac/dc power distribution connector system  the pwrblade+® connector is a next generation ac/dc power distribution connector system for demanding applications requiring higher linear current density and low power loss. it is capable of 192a/linear inch with eight adjacent high power contacts energized simultaneously and 0.7m power contact resistance after environmental exposure.  the pwrblade+® connector builds on the pwrblade® connector's proven technology but includes enhancements to achieve increased performance and density. it is rated up to 58a per power contact without exceeding a 30°c temperature rise in still air. this product features an innovative high power contact design and housing that allows higher current carrying capability in a more compact package.  t
 
下一代交流/直流配电连接器系统®®连接器是下一代交流/直流配电连接器系统,用于要求更高的线性电流密度和低功率损耗的苛刻应用。它能够达到192a/线性英寸,有8个相邻的高功率触点同时通电,以及环境暴露后的0.7m功率接触电阻。刀®连接器建立在刀®连接器的证明技术上,但包括增强,以实现提高的性能和密度。它的额定功率高达58a,在静止空气中温度上升不超过30°。该产品具有创新的高功率接触设计和外壳,允许更高的电流承载能力在一个更紧凑的封装。t
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