LE25U40CMCS00-AH

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The LE25U40CMCS00-AH is a type of non-volatile memory integrated circuit (IC), which is designed with the purpose to store and access digital data. This type of memory is persistent, meaning that the data will retain even when the power is shut down.

This chip is based on a CMOS technology and employs a 1-bit SRAM as an interface between the microcontroller and the memory cell array. The 1-bit SRAM is used for decoding the memory address and storing the data, whereas the memory cell array uses multiple layers of transistors to store the data.

The LE25U40CMCS00-AH provides several features to the user, such as a low current consumption during reads and writes, 4-bit IOCS and a built-in voltage regulator to ensure correct operation. In addition, the data is stored in an EPROM, thus providing non-volatile storage of data. This type of memory can be used in a variety of different applications, such as microcontrollers, portable electronic devices, and embedded systems.

The working principle of the LE25U40CMCS00-AH is based on the 1-bit SRAM interface which is capable of decoding multiple memory address and storing the data. For each individual memory address, the SRAM outputs the corresponding data. During reads and writes, data is transmitted between the SRAM and the memory cell array in the form of electrical signals. The voltage regulator ensures that the voltage supplied to the memory cell array is within the specified range.

The LE25U40CMCS00-AH is a versatile and reliable memory solution which is suitable for different applications such as microcontrollers, portable devices or embedded systems. The built-in voltage regulator ensures proper operation and the 1-bit SRAM interface enables a fast and efficient data transfer. This makes the LE25U40CMCS00-AH particularly suitable for applications which require high performance and robustness.

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