There are several reasons why memory chips can easily cause program damage.
First, the memory chip can be subject to electromagnetic interference, such as electrostatic discharge or electromagnetic radiation, which can lead to data loss or corruption.
Second, the memory chip may have a hardware failure, such as a short circuit or damaged components, which can cause data reading or writing errors.
In addition, the life of the memory chip is limited, and long-term use or frequent erasure may lead to chip aging, which affects the reliability of the data.
Finally, memory chips can be attacked by malware or viruses that can corrupt or tamper with stored data.
Therefore, to protect the integrity of the program, you need to take appropriate protective measures, such as backing up data, using antivirus software, and periodically checking the health status of the storage device.