eeprom

microcontrollers write configuration data to the eeprom during system initialization.

eeprom provides non-volatile storage for calibration parameters.

the system reads stored settings from the eeprom on power-up.

eeprom chips can endure up to one million write cycles.

we need to update the firmware in the eeprom memory.

the eeprom retains data even when power is removed.

industrial controllers often use eeprom for parameter storage.

the device uses an external eeprom to expand storage capacity.

eeprom programming requires careful timing to prevent errors.

the system performs wear leveling to extend eeprom lifespan.

data retention in eeprom can exceed twenty years.

an i2c interface connects the microcontroller to the eeprom.