AT28C010E-12DM/883

AT28C010E-12DM/883 Memory

The AT28C010E-12DM/883 is a non-volatile, electrically-erasable, programmable memory (EEPROM) chip that enables fast, efficient data storage on small systems with limited space. It is a reliable, low-power memory device with many advantages over traditional memory technologies such as EPROM, NVSRAM, and parallel EEPROM. This article will look at the advantages of the AT28C010E-12DM/883 and how it works, as well as its application fields.

Application Field of AT28C010E-12DM/883

AT28C010E-12DM/883 is used in space-constrained systems with low power requirements, and it is ideal for applications including remote data storage, firmware updates, device configuration, and data logging. It is suitable for embedded systems in industrial, automotive, computer, telecom, and consumer electronics applications. Additionally, it can be used to store system configuration and other sensitive data, as well as for remote data backup and logs.

Working Principle of AT28C010E-12 DM/883

AT28C010E-12DM/883 works on a series of discrete logic operations. It uses the nonvolatile technology of EEPROM to store data and can, unlike other memory technologies, keep all data stored even without a power source, making it highly reliable. The chip can organize data into 128 bytes using its 16-bit address structure. This chip is classified as an electrically-erasable memory and is programmed using control bits in each address line. Once the data is programmed into the chip, it remains stored until erased or changed explicitly through electrical programming.

AT28C010E-12DM/883 can read, write, and erase data quickly and at low power, making it ideal for applications where data logging and remote data storage are needed. The chip is organized into 1 Kbyte of nonvolatile memory and can be programmed using standard read/write cycles. It has a low power consumption of 8 μA and 1 mA, and is thermal runaway and power fail-safe, making it a highly reliable memory device.

Conclusion

AT28C010E-12DM/883 is an efficient, reliable, and low-power memory device that is suitable for applications such as remote data storage, firmware updates, device configuration, and data logging. With its discrete logic architecture and its thermal runaway and power fail-safety characteristics, it is an ideal memory device for embedded systems in a variety of applications.