Abstract: An apparatus for controlling a power distribution to devices has a power inlet to be connected to a power source, a primary power outlet to be connected to a primary device, at least one secondary power outlet to be connected to at least one secondary device, a sensing unit for sensing when a current level falls below a threshold in response to the primary device being turned off and when the current level raises above a threshold in response to the primary device being turned on, an executing unit for interrupting a power supply to the at least one secondary power outlet when the sensing unit senses the currents level below the threshold and supplying power to the at least one secondary power outlet when the sensing unit senses the current level above the threshold correspondingly, and a unit for setting the threshold for interrupting a power supply lower than the threshold for supplying power to the at least one secondary outlet.

Abstract: A device for controlling a power distribution to subsystems, comprising a power input to be connected to a power source; a primary power output to be connected to a primary device; at least one secondary power output to be connected to at least one secondary device; sensing means for sensing when a current level falls below a threshold in response to the primary device being turned off and when the current level raises above a threshold in response to the primary device being turned on; executing means operatively connected with said sensing means and operative for interrupting a power supply to said at least one secondary device when the sensing means sense the current level below the threshold and supplying power to said at least one secondary device when said sensing means sense the current level above the threshold correspondingly; power limiting means for limiting voltage across said sensing means; and a low current operating means which increases the voltage to provide triggering of said executing means

Abstract: A device for controlling a power distribution to subsystems which has a power input to be connected to a power source, a primary power output to be connected to a primary device, at least one secondary power output to be connected to at least one secondary device; sensing unit for sensing when a current level falls below a threshold in response to the primary device being turned off and when the level current raises above a threshold in response to the primary device being turned on; and executing unit operatively connected with the sensing unit and operative for interrupting a power supply to the at least one secondary device when the sensing unit sense the current level below the threshold and supplying power to the at least one secondary device when the sensing unit sense the current level above the threshold corresepondingly.

Abstract: A device for controlling a power distribution to subsystems which has a power input to be connected to a power source, a primary power output to be connected to a primary device, at least one secondary power output to be connected to at least one secondary device; sensing unit for sensing when a current level falls below a threshold in response to the primary device being turned off and when the level current raises above a threshold in response to the primary device being turned on; and executing unit operatively connected with the sensing unit and operative for interrupting a power supply to the at least one secondary device when the sensing unit sense the current level below the threshold and supplying power to the at least one secondary device when the sensing unit sense the current level above the threshold correspondingly; and means for limiting voltage across said sensing means so as to limit heat produced by said sensing means but at the same time to allow tripping of said sensing means.