24LC32AT-E/MS

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Memory is broadly defined as a device used for storing and retrieving information. Memory is an integral part of any electronic device, no matter it is computer included system or industrial control system. One of the widely used memories is 24LC32AT-E/MS. In this paper, we specifically talk about its application field and working principle.

Application Field

24LC32AT-E/MS is a 32Kbit EEPROM, operating in the same family of Serial Electrically Erasable Programmable Read-Only Memory (EEPROM) of MicroChip Technology. It is widely used in various application fields such as medical devices, consumer electronics, automotive and industrial control. It could store small amounts of data or large text files, depending on its usage.

Working Principle

In the aspect of its working principle, the 24LC32AT-E/MS is serial clock-powered IC. Voltage range from 2.5V to 5.5V will be enough for its proper operation. The external Clock signal alternates the memory between read and write sequence. However, if no external clock is used, the internal oscillator will automatically initialize and kick off the device in the read or write mode. The EEPROM includes 8K bytes of memory addresses that can be randomly accessed or sequentially read or written. It is featured with a self-timed operating system and 256-byte page write capability. Moreover, the 24LC32AT-E/MS is addressed and controlled via a simple 2-wire bidirectional bus and an internal logical address pointer which automatically increments during a bus read or write sequence. It guarantees that each byte of data is addressable.

Conclusion

The 24LC32AT-E/MS is quite a popular memory devices used in electronic engineering. Its application field is consider as wide as medical device, consumer electronics, automotive and industrial control. In the aspect of its working principle, it is serial clock-powered and addressed and controlled via a simple 2-wire bidirectional bus. It is featured with a self-timed operating system and 256-byte page write capability, making it an excellent choice for applications which require both random and sequential read/write operations.

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