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Memory

The 93AA76AT-I/ST is a type of memory device used across a variety of industries, ranging from industrial automation to aerospace applications. It is a serial EEPROM, or electrically erasable programmable read-only memory, which is an integrated circuit device that can store data even when power is cut off from it.

The 93AA76AT-I/ST is designed for applications with extreme conditions, including those in the harsh and varying environment of the aerospace industry. The device can withstand temperatures ranging from -40°C to +85°C and can operate over a wide voltage range of 1.7 to 5.5 volts. Its low operating voltage also makes it suitable for applications in industrial automation as well as other portable or embedded applications.

This memory device is built on a CMOS process, and this allows it to switch quickly between standby and active states, thereby consuming low power when idle. It is also quite rugged, with features such as enhanced write protection and Data Automatically Locked (DAL) which help to protect the stored data from accidental erasure or corruption due to electrostatic discharge, static electricity or any kind of power surge on the device.

The 93AA76AT-I/ST uses an eCAT-I™ serial interface protocol to read and write data onto the chip. This protocol is designed for efficient data throughput and is quite reliable, making it suitable for use in industrial and aerospace applications. The chip is organized into 8 pages, each of 256 bytes, and can be operated with various opcodes, including read, erase and write.

The 93AA76AT-I/ST is a versatile and reliable memory device with applications in a variety of industries. It is designed to operate efficiently in harsh conditions with low power consumption, which makes it well-suited for use in embedded and industrial applications. Moreover, its high reliability ensures that stored data remains safe and intact, even in the most extreme environments.

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