JS28F128J3F75D TR

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The JS28F128J3F75D is a type of NAND Flash memory that has incredibly fast read and write times. This type of memory is perfect for applications where speed is a top priority and size isn\'t too important. The JS28F128J3F75D is commonly found in computers, smartphones, and other consumer electronics.

The JS28F128J3F75D is a NOR Flash memory with a density of 128 Megabit. It has a 1.8V VCC power supply and supports up to 8 bits of multiplexed I/O. This type of memory has a density of 16 Megabits that is equivalent to 2 megabytes. The chip size is only 49-ball BGA, making it much smaller than other types of NOR Flash memories.

The JS28F128J3F75D uses a single AND-based logic which is much simpler than the OR-based logic used in some other types of NOR Flash memories. The device uses a single erase/program cycle to program or erase the entire chip. This simplifies the programming process and ensures fast programming and erase times.

In addition to its fast read and write times, the JS28F128J3F75D has a few other benefits. First, the memory is durable and efficient. It can withstand a wide range of temperatures and is suitable for different applications. Secondly, it supports multiple levels of error correction, ensuring that data is accurate and reliable. Lastly, the product also supports suspend and resume operations.

The JS28F128J3F75D is used in a wide range of industries and applications, including automotive, cellphones, digital cameras, computer networks, gaming consoles, medical imaging, and telecom. In these industries and applications, the memory is most often used to store, retrieve, and manipulate data. It is also often used to store keys and passwords, ensuring that sensitive information is kept secure.

Overall, the JS28F128J3F75D is a versatile and reliable piece of memory perfect for a wide range of applications. With its fast read and write times, its durability, and its multiple levels of error correction, the memory is ideal for applications where speed and reliability are a must.

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