The discussion revolves around understanding the significance of the addresses 6, 10, 8, 7, and 9 in the context of EEPROM (Electrically Erasable Programmable Read-Only Memory) used in a project. Participants explore the nature of these addresses, whether they refer to pin configurations or bit capacities, and the importance of consulting datasheets for specific EEPROM models.
Participants express varying levels of understanding regarding the addresses, with some agreeing that they likely refer to pins while others emphasize the need for more specific information about the EEPROM model. The discussion remains unresolved as no consensus is reached on the exact nature of the addresses.
Participants highlight the importance of the EEPROM datasheet and the processor board specifications, indicating that the discussion may depend on specific models and configurations that are not fully detailed in the thread.
Either those are the possible number of bits for various eeproms, or those are the pins used for addressing on a specific eeprom. Unless you care about the internal order of data in the eeprom, you could just use those pins in numerical order, 6,7,8,9,10, for addressing the contents of the eeprom.rama1001 said:EEprom having 6,10,8,7,9 address. I am really new to this and can anyone tell me what is these address in eeprom?
rama1001 said:I am doing project which having eeprom in its circuitary. Designed people are saying that , EEprom having 6,10,8,7,9 address. I am really new to this and can anyone tell me what is these address in eeprom?
rama1001 said:yes, now i understand bit that those are pins. Can you explain bit more about those pins.
An exception to where you would care about the internal addressing order is if the eeprom has some internal segmentation, where entire segments can erased, locked, or unlocked via a single sequence of inputs. You really need to get the manual for the eeprom and the board you want to mount the eeprom onto.rcgldr said:Either those are the possible number of bits for various eeproms, or those are the pins used for addressing on a specific eeprom. Unless you care about the internal order of data in the eeprom, you could just use those pins in numerical order, 6,7,8,9,10, for addressing the contents of the eeprom.