When a power supply is overloaded, it can overheat and potentially fail. This can lead to damage to the connected devices, such as a short circuit or a power surge, which can result in data loss or hardware damage. It is important to ensure that the power supply is rated to handle the load requirements of all connected devices to prevent overloading.
The circuit breaker trips when the circuit it is protecting is overloaded. That happens when the wire is at its limit for carrying current. The solution might be to instal an additional power circuit in the house and to make sure the supply from the street is adequate. In both cases an electrician can advise.
The simple answer is, No. But I'll give you the long answer, too. The power rating of most devices is the maximum power used under unusual circumstances. Most devices, unless it's something like a light bulb which is either on or off, don't use their max power 99% of the time. If you protect the circuit with a 1.0 amp fuse you protect your power supply and device and you can safely see if it works.
If there is not enough power and the power trips, your appliances will lose power abruptly. This sudden loss of power can cause damage to sensitive electronics and appliances, particularly if the power surges when it returns. It is recommended to use surge protectors and Uninterruptible Power Supply (UPS) devices to protect your appliances in such situations.
infact i think the power supply be replaced with new one. infact i think the power supply be replaced with new one.
A panel does not generate any current, the generating happens at the power plant. A 280 watt panel on a 120 v supply can supply up to 2.3 amps.
Find out what the VA capacity of the power supply is and then add up the connected load in VA (volts x amps). If the load totals are greater that the VA power supply capacity then this is where the heat is coming from. The power supply is overloaded. Remove some of the load or get a bigger capacity power supply.
Your power supply can supply 1 A, but your device requires 2 A. So the power supply will be overloaded. So the simple answer is no.
Case: Your motherboard must be able to fit in your case and must support your motherboard size (correctly placed standoffs). Power Supply: You can't have a shortage of power or else your power supply will get overloaded and "die", or even possibly explode for that matter.
It breaks, and you fall and die
The power in your house may be flickering due to issues with the electrical system, such as a faulty connection, overloaded circuit, or a problem with the utility company's supply. It is important to investigate the cause to prevent potential electrical hazards.
The circuit breaker trips when the circuit it is protecting is overloaded. That happens when the wire is at its limit for carrying current. The solution might be to instal an additional power circuit in the house and to make sure the supply from the street is adequate. In both cases an electrician can advise.
the circuit is broken.
The simple answer is, No. But I'll give you the long answer, too. The power rating of most devices is the maximum power used under unusual circumstances. Most devices, unless it's something like a light bulb which is either on or off, don't use their max power 99% of the time. If you protect the circuit with a 1.0 amp fuse you protect your power supply and device and you can safely see if it works.
Nothing happens-becuase you can't. No kid has the power to trade your soul.
Everything would work as designed if you used a 2 amp power supply for a 200 ma circuit.It's important to not go OVER the designed capacity of the power supply, and in fact, it's a good idea to make sure the power supply has at least double the capacity of the load current.
The power flickering in your house could be caused by various reasons, such as a faulty electrical connection, overloaded circuits, or a problem with the utility company's power supply. It is important to contact a licensed electrician to diagnose and fix the issue to ensure safety and prevent potential damage to your electrical system.
From only that information, I believe the power supply is slightly overloaded. It will work but get warm during short periods of operation, and will eventually fail if it's operated continuously.