IS62WV102416DBLL-45TLI

IS62WV102416DBLL-45TLI is a type of Memory designed for low-power systems and applications. It is a 16-megabit, low-voltage, asynchronous static RAM with a dense access configuration and low static power consumption. This memory is ideal for applications where low-power, additional memory storage is needed.

The IS62WV102416DBLL-45TLI is comprised of an array of 16-megabit cells with a narrow 4-bit access configuration. The memory operates in an asynchronous mode with no clock required for operation. Data is accessed on an address-basis through an external control bus, providing the user with flexible access to the memory cells. The memory also includes static control and status registers which provide additional control and status feedback to the user.

The IS62WV102416DBLL-45TLI is ideal for battery-operated systems, such as portable electronics and other low-power applications. It offers an ultra-low power usage in-between full and partial active memory states. This memory also eliminates the need for a clock, reducing power demands even further.

The IS62WV102416DBLL-45TLI is designed to operate over the industrial temperature range of -40°C to +85°C. This allows the memory to be used in a wide variety of applications and environments. It also features a low-voltage operation, allowing the memory to be used in power-sensitive applications, such as automotive systems.

The working principle of IS62WV102416DBLL-45TLI is based on the concept of asynchronous static RAM. Asynchronous static RAM is a type of memory that operates without the need for a clock. Data is stored in the memory cells and managed by an address-decoding logic circuit. This logic circuit allows the user to read and write data to and from the memory array. The memory also includes static control and status registers which provide additional control and status feedback to the user.

Overall, the IS62WV102416DBLL-45TLI is an ideal solution for low-power systems and applications. Its low-voltage operation and asynchronous static RAM design enable it to be used in applications that require high reliability, as well as low-power consumption. The memory\'s narrow 4-bit access configuration ensures that data can be accessed quickly and efficiently, making it an ideal choice for applications where power efficiency and performance are of utmost importance.