24FC256T-I/SM

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The 24FC256T-I/SM is an integrated circuit designed for use in a wide variety of applications. The memory device is designed for use in Digital Still Cameras, Mobile Handsets, Automotive and Multimedia Digital Tuners, Industrial Computer Systems, Set Top Boxes and PC Motherboards, and Gaming Devices. It offers both low power consumption and excellent performance, making it suitable for various types of applications.

The 24FC256T-I/SM is a Serial Peripheral Interface (SPI) EEPROM that has 1.8 Volt operation capability with ultra low power consumption. It has a 24-Bit wide address bus and the data bus is 8-bit wide. It has 256Kbits of memory space, which is divided into two banks of 128Kbits, each with its own control register. The device has a number of system control pins and two output pins, providing a total of 16 total pins to control the device.

The 24FC256T-I/SM memory device provides different types of access for different areas of operation. Sequential access read is provided which allows the device to fetch data from a starting address, then increment the address to read the next data. Random access read is also provided which allows the device to directly access the memory address to read from. Sequential and random access write modes are also provided.

The 24FC256T-I/SM supports a wide range of instruction set including write, erase, read, write status register and write/read protect code. It also supports delayed programming, which ensures that data written to an erased sector of the memory is programmed correctly without any fail. Error detection and error correction mechanisms can also be used to improve stability and accuracy of data stored in the memory.

The 24FC256T-I/SM memory device is typically used as a non-volatile memory for storing and retrieving information required for the application. It also offers reliable performance, fast access time and low power consumption, making it suitable for various applications. It is also available in a number of package types for use in different applications.

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