IS61WV5128BLL-10TLI

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The IS61WV5128BLL-10TLI, commonly referred to as the IS61WV, is a synchronous static RAM device that provides 2Kx8 bits of memory storage. It belongs to the family of memory products known as static RAMs, or SRAMs, which offer higher performance than other types of memory, such as Dynamic RAM (DRAM). As one of the most popular SRAMs currently available, the IS61WV is widely used in various types of applications.

Application Field

The IS61WV is commonly used in a variety of embedded systems, including:

• Medical imaging
• Industrial automation
• Communication infrastructures
• Video surveillance
• Inspection and measurement systems

It is also used in mobile computing applications, such as PDAs and mobile phones, where its low power consumption makes it an ideal choice.

Working Principle

Unlike Dynamic RAM (DRAM), which uses a dynamic memory cell to store a bit of data, Static RAM (SRAM) relies on an array of static elements, such as transistors and capacitors, to store each bit of data. These elements do not need to be regularly refreshed in order to retain their data like DRAM does. This makes SRAM faster than DRAM and more suitable for applications that require a high speed data transfer rate.

The IS61WV is a synchronous SRAM, meaning that it is synchronized with an external clock signal. This synchronization allows data to be read from or written to the device with a much higher speed than an asynchronous SRAM device. The IS61WV also offers a higher density than asynchronous SRAM, allowing a greater amount of data to be stored in a given space.

The IS61WV has an interface bus width of 8 bits, meaning that it can transfer 8 bits of data at a time. It also has a maximum data transfer rate of 10Mbps. This makes it suitable for most applications that require a high-speed data rate.

Conclusion

The IS61WV5128BLL-10TLI is a synchronous static RAM device that offers 2Kx8 bits of memory storage. Due to its low power consumption, high data transfer rate, and high-density, it is widely used in a variety of embedded systems, mobile computing applications, and other specialized applications. Its synchronous design makes it an ideal choice for applications that require a fast data transfer rate.

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