S29GL064N11FFIV22

S29GL064N11FFIV22 is a 128Mb (8Mb word x 16bit) 3V voltage flash memory. It is categorized as a form of memory for various applications. This type of memory uses the latest 3V flash cell design to reduce power consumption and give higher system performance.

The S29GL064N11FFIV22 can be used for a wide range of applications, ranging from cell phones and PDAs, to consumer products, gaming systems and embedded applications. The enchanced speed and efficiency as well make it suitable for audio and video applications. Its small size also makes it ideal for applications that require tiny footprints.

The 3V design makes it especially suited for high integration and low power applications. It also features fast program and erase (4/4/4) times as well as low standby current, which minimizes power consumption in both standby and active modes. In addition, the S29GL064N11FFIV22 supports the JEDEC standard compatible commands and is identity code compatible with other S29GL series products.

The working principle of the S29GL064N11FFIV22 is fairly simple. It uses a 3V semiconductor to store information in the form of digital bits. The information stored can either be data or instructions. The memory then accesses the stored information by reading and writing bits as a computer processor would to RAM. It can also store information beyond power cycles and can also access the stored information faster than RAM.

The main challenge with this type of memory is its power consumption. The S29GL064N11FFIV22 is designed to provide high integration and low power—as compared to regular RAM—but it still requires a significant amount of energy to store and retrieve information. This makes it less suitable for uses such as gaming systems or other high performance applications.

S29GL064N11FFIV22 is an incredibly efficient, small form factor memory and offers convenience and flexibility. With its 3V design and fast access times, it is a powerful tool for a variety of applications and offers excellent performance in low power applications.