AT28C010-20UM/883

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AT28C010-20UM/883 is a memory chip from the AT28C010 series. It has a capacity of 1 MB (1 million bytes) and each of these bytes is 8-bits wide. The chip is organized as an array of 128K x 8-bits and it uses an ASIC architecture to allow high performance operation. It is widely used in numerous applications such as embedded systems and telecommunications.

The AT28C010-20UM/883 allows high speed data transfer and can handle up to 32,000 bytes per second. It is also capable of parallel processing which means it can simultaneously perform multiple tasks such as writing, erasing, and reading. The data is organized in a multi-bank structure that can hold up to 8KB in each bank. The device also has an on-chip controller that helps manage the data and makes sure that it is stored in the correct location.

The chip also includes error checking and correction capabilities which ensure that the data stored on the chip is accurate and safe. The chip has an endurance rating of 10,000 write/erase cycles, which means it can withstand heavy use without losing its data. It is also very energy efficient, consuming very low power and using less than one watt of power while idle.

The AT28C010-20UM/883 has been designed to meet various application requirements. It can be used in industrial, medical, power and even military applications. It is highly reliable and provides excellent performance in both static and dynamic operations. The chip can be programmed using the JEDEC Flash memory standards and can be reprogrammed many times with no loss of data. It is also compatible with most common microcontrollers.

The AT28C010-20UM/883 is a simple yet powerful memory chip that provides reliable and fast storage capability for a variety of applications. Its low power and high speed data transfer capability make it ideal for embedded systems, communication devices and other applications that require reliable and efficient data storage. As it is compatible with most common microcontrollers, it is an excellent choice for many devices, particularly those with tight resources and a high demand for speed and data integrity.

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