AT27BV010-90JC

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Tourview Semiconductor’s AT27BV010-90JC is an advanced 512K memory chip featuring a dual ported configuration that is ideally suited for a wide array of embedded applications. It offers a combination of high-performance, high-endurance and wide temperature range capabilities that make it ideal for use in applications ranging from automotive, automotive safety systems, telecommunications, industrial, and medical applications.

The AT27BV010-90JC is similar to standard serial EEPROMs, but with a few important differences. It was designed to provide flexibility and high-performance with the smallest possible memory footprint. To achieve this, Tourview\'s engineers combined a sophisticated combination of controller circuitry with an array of serial EEPROMs.

As with most embedded memories, the key features of the AT27BV010-90JC include low power consumption, high operating frequency, large storage capacity, non-volatile memory and wide operating temperature range. It also features advanced ECC (error-correction coding) and CRC (cyclic redundancy check) for improved data integrity and robustness.

The AT27BV010-90JC\'s dual-ported configuration enables fast access to data. It supports an asynchronous write procedure, allowing applications to store and retrieve data simultaneously. It also supports block protection, allowing applications access to portions of the memory at different times.

The AT27BV010-90JC works by utilizing a two port design, with one main port and one auxiliary port. The main port provides access to the full range of 512K bits of data while the auxiliary port accesses only a portion. The main port has both read and write capabilities while the auxiliary port has only read access.

To further maximize performance and reduce power consumption, the AT27BV010-90JC uses page-oriented architecture. This ensures that only the required data is accessed, reducing power consumption and enabling faster memory operations. The chip also utilizes an intelligent data caching scheme to further improve performance.

In addition to its that provide reliable and high performance operation, the AT27BV010-90JC also features low power consumption and a wide operating temperature range. This makes it suitable for use in a wide range of extreme-temperature applications.

The AT27BV010-90JC is an excellent choice for engineers developing embedded systems and applications that require low-power, high-performance memory with reliable data access in extreme environments. It offers an ideal combination of performance, endurance and cost-effectiveness that make it an attractive alternative to cumbersome parallel EEPROMs.

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