Plugging in memory will not burn the CPU

Make it clear that it won't;

I've been working with hardware for years, so I know that, but it's best to turn off the power when you're doing it. It is the live operation that is prone to damage to the hardware. If it's because of the memory insertion and the hardware is burned out, it shouldn't be the CPU, I think the motherboard should be burned.

Therefore, it should not be caused by inserting memory.

buhui won't! Whether the CPU burns out depends on whether the CPU cooling fan is normal, and whether the back of the CPU is in good contact with the heat sink.

Whether the memory is added or not, the added memory and the poor memory are not directly related to the burning of the CPU!

Check out the places mentioned above.

Memory issues don't burn the CPU. It's just that the problem happened at that time. It's like a person who has a cold, but goes to the doctor and finds out that he understands cancer, and it cannot be deduced that a cold can cause cancer.

Probably not, the CPU power supply generally has a separate power supply regulator filter circuit, but if it is really bad, you can only admit bad luck, first check the motherboard failure.

You're so bold.

If you don't know whether it's good or bad, you dare to plug in.

There is a short circuit in the memory, and the motherboard is not burned together.

It must be a memory stick that you plugged in the back that short-circuited, which is why the CPU will be burned

Generally speaking, as long as it is not plugged in or unplugged with electricity or not plugged in the wrong port, it should be fine.

This is possible, and there is a chance that the motherboard will be damaged.

That would certainly be very incompatible! Much worse! I can only buy new ones.

Hello:— 1. Memory slots and memory cheats.

There are many contact points between them, and long-term operation is prone to poor contact, especially for the motherboard produced by small factories, the accuracy of the memory socket is poor, and it is easy to overheat.

2. There are many contact points between the memory and the motherboard, and the installation process is not good, such as the memory is not in place, or the position deviation (left and right force is improper), etc., it is possible to increase the contact resistance between the two.

Buried hidden dangers.

3. By the way: the selection of power supply should not be based on "sufficient", and should consider factors such as the aging of components and the reduction of efficiency caused by dust caused by the long-term operation of the power supply. Choosing a power supply with higher power is also good for voltage stability.

It may be that the actual power consumption of the whole machine is too high, resulting in excessive current in some parts of the line, because the memory has relatively strict requirements for voltage and current, and the short circuit phenomenon can easily exceed the memory limit and cause the circuit to be scrapped permanently.