CY14MB256J1-SXIT

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CY14MB256J1-SXIT is an advanced memory device that appeals to a wide range of users and applications. Most notably, the device is used in automotive and military applications, as well as embedded systems. The CY14MB256J1-SXIT utilizes an advanced Flash technology that provides a reliable, cost-effective and high-density memory solution.

The CY14MB256J1-SXIT includes an array of memory cells which are arranged into blocks and configured into a two-dimensional array. Each array is, in turn, organized into two sub-arrays; each sub-array is composed of rows and columns and comprises 128 blocks each. Each block is further divided into eight memory cells, which are arranged into a 64 x 64 array. Furthermore, each cell contains four storage circuits, giving a total storage capacity of 64K bits per block.

The CY14MB256J1-SXIT performs a wide variety of functions in order to ensure reliable memory operations. It features synchronous read and write operations, as well as erase, program and erase/program functions. Additionally, the device includes a built-in counter to facilitate multiple read/write operations in a single cycle. It also has an auto-refresh ability, which enables the device to automatically refresh the contents of the memory cells. Furthermore, the device includes multiple status flags and error conditions.

In addition to its superior performance, the CY14MB256J1-SXIT also offers a variety of benefits. It is low-power, which makes it ideal for battery-operated devices. It also offers a wide industrial temperature range, which makes it suitable for extreme-temperature applications. It has a high write speed, enabling quick data operations. Additionally, the device is capable of storing the data for an extended period of time, even in the absence of power.

Due to its superior performance, extensive features and multiple benefits, the CY14MB256J1-SXIT device is suitable for a wide range of applications in the automotive and military fields, embedded systems and many more. It is an important component of memory-intensive applications and allows for faster data operations and improved overall performance.

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