93AA76CT-I/MNY

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The 93AA76CT-I/MNY is an EEPROM memory integrated circuit produced by Microchip, generally used in low voltage application and data storage. The 93AA76CT-I/MNY offers a total memory of 128 bytes organized in groups of 8 bits (bytes) which could be read and written in 2, 4, 8 and 16 bit-wide buses. It could be both, write (write and verify) or read cyclically, and offers an address of 16bits organization.

The 93AA76CT-I/MNY memory has a very wide range of applications. It is typically used in embedded systems, and provides high-end non-volatile memory performance. These chips can be used for a variety of data storage needs, including for storing small amounts of data in short-term memory, such as system configurations and measurements. Because of their low voltage and low power consumption, 93AA76CT-I/MNY devices are also increasingly popular for portable and low-power applications, such as energy harvesting devices, smart card readers, and other point of sale systems.

The 93AA76CT-I/MNY works with the help of two signal lines, namely the write enable (WE) line and the clock signal (CS) line. The CS line activates the memory and enables read and write cycles. The WE signal acts as an enable for the writing operation and the data can be written only when the WE line is active. The CS line also generates a write disable signal when the write enable is not active to ensure that no data is written to the memory. The data bus is then used to store the 8-bit data in each memory address.

93AA76CT-I/MNY chips are usually equipped with a write-protect (WP) pin, which can be used to protect any previously written data by disabling write operations to the chip, providing a higher level of security for the data. When the write protect pin is activated, data can still be read, but the chip can no longer be written to, so it ensures that important data cannot be accidentally changed or destroyed.

These chips are also equipped with several write and read protection features, such as the address, status, and protected-block features. The address feature allows users to set a protected range of data, ensuring that all data within that range cannot be written to or read from the 93AA76CT-I/MNY. The status feature provides an extra layer of security by allowing users to check the status of the write and read operations, so that if an error occurs, users can immediately recognize it is a write or read operation error. The protected-block feature further helps to ensure data is preserved and safeguarded, by writing a series of zeros in the protected blocks, locking them and preventing any accidental writing.

The 93AA76CT-I/MNY memory can be used in a variety of applications requiring low power, low voltage, and secure data storage. It offers a wide range of features to ensure the security and integrity of the data, enabling users to store and protect important information. Its low voltage and low power consumption makes it perfect for use in embedded systems, energy harvesting devices, portable devices, and point-of-sale systems, making it a versatile and reliable choice for a variety of different applications.

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