Automatic electrifying method for keeping alarm indicating lamp in mainboard normally on
A technology of alarm indicator light and automatic power-on, which is applied in hardware monitoring and other directions, can solve the problems that the fault indicator light is always on, and it is difficult for engineers to locate the fault location, so as to achieve the effect of rapid positioning
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Embodiment 1
[0017] Add a spare battery to the mainboard. When the mainboard is disconnected from the external AC power supply, the mainboard will automatically switch to the spare battery for power supply. The spare battery can ensure the normal power consumption of the control circuit of the fault indicator light on the mainboard, so that the mainboard fault indicator light will remain normal. On state; the main board is charging the backup battery under normal power supply state.
Embodiment 2
[0019] Add a spare battery to the motherboard, and set up AC power supply circuit, battery power supply circuit, automatic switching circuit, fault indicator light control circuit and fault indicator light; the AC power supply circuit is mainly responsible for supplying power to the fault indicator light control circuit when the main board is working normally and Each fault indicator light is powered, and at the same time, the battery is charged for the battery power supply line to ensure that the battery power is sufficient; the battery power supply line is mainly responsible for providing sufficient power to the fault indicator light control circuit and each fault indicator light when the main board fails; The switching line is mainly responsible for the automatic switching of the AC power supply line and the battery power supply line; the fault indicator control circuit is mainly responsible for monitoring the faults sent by the BMC control chip in the motherboard, and perfor...
Embodiment 3
[0021] Add two parallel spare batteries to the motherboard, and set up AC power supply circuit, battery power supply circuit, automatic switching circuit, fault indicator control circuit and fault indicator light; among them, the AC power supply circuit is mainly responsible for controlling the fault indicator light when the motherboard is in normal operation. Line power supply and power supply for each fault indicator light, and also charge the battery for the battery power supply line to ensure sufficient battery power; the battery power supply line is mainly responsible for providing sufficient power for the fault indicator light control line and each fault indicator light when the main board fails. Power; the automatic switching line is mainly responsible for the automatic switching of the AC power supply line and the battery power supply line; the fault indicator control circuit is mainly responsible for monitoring the faults sent by the BMC control chip in the motherboard,...
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