AT25256-10PI-1.8

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Memory, as a type of computer data storage, is a critical component of modern technology. While many types of memory exist, such as SRAM and DRAM, one particularly well-suited type of memory to digital applications is the AT25256-10PI-1.8. This specific type of memory, known as an EEPROM, is a great choice for applications that require non-volatile storage and re-programmability. AT25256-10PI-1.8 memory is based on a process known as dual-in-line memory module (DIMM). This is a type of chip technology where two rows of pins are implemented. The dual-in-line memory module is a component that plugs into a computer’s motherboard and contains random access memory (RAM). The design of DIMM modules allows for easy installation into a computer’s configuration, expanding the amount of total available RAM in the computer.Given the design of DIMM modules, the AT25256-10PI-1.8 memory chip features the same plug-and-play, “drop-in” type of setup. The component is made with a coat of lead and placed on a printed circuit board (PCB). It is designed as a non-volatile option, meaning it can retain its data even when the power is removed. An AT25256-10PI-1.8 component can store up to 256Kb (32k words x 8 bits per word) of data.Further, AT25256-10PI-1.8 memory is also a reprogrammable option. In order to use the reprogramming feature of the chip, a flash programmer, such as the Flash Magic software, is needed. With this type of tool, an engineer or technician can easily erase the contents of the chip and program or reprogram with new data. The process is relatively quick, taking only a few minutes depending on the amount of data that is going to be written to the chip.The AT25256-10PI-1.8 is highly suited to embedded control applications, such as applications within robotic systems or automation systems. It is particularly beneficial due to its ability to be used in high vibration and/or high temperature applications. AT25256-10PI-1.8 memory chips are designed to withstand thousands of write and erase cycles while maintaining its data integrity. In addition, the non-volatility of the chip ensures that whatever data is stored in it will remain intact, even when there is a power outage.Overall, AT25256-10PI-1.8 is a great example of how a specific type of memory can add tremendous value to a wide range of applications. Its primary advantage comes from its durability and non-volatility which makes it a great fit for embedded control applications where reliability is a must. The ability to easily erase and rewrite data quickly also makes it more attractive for users when compared with other types of memory.

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