IS61C256AL-12TLI

IS61C256AL-12TLI is a high-density CMOS Static RAM, produced by ISSI (Integrated Silicon Solutions Inc). It is widely used for its low powered memory. With a 32K x 8 configuration, it has the ability to store large amounts of data and can be used in a variety of applications.

Application Field

The IS61C256AL-12TLI can be used in a multitude of applications. It can be used as an alternate form of non-volatile memory. This makes it suitable for replacement in applications requiring higher memory densities than an EEPROM can provide. Applications such as data logging, instrument control, and system control can benefit from the higher density offered by the IS61C256AL-12TLI.The variety of access times make the IS61C256AL-12TLI suitable for use in a wide range of systems. Access times of 10, 12 and 15ns make the memory suitable for a variety of applications including MCU peripherals and embedded systems. In addition, its flexibility in addressing modes make it suitable for use in a variety of applications.

Working Principle

The IS61C256AL-12TLI is a static RAM, meaning that it can store data without the need for power. This makes the memory ideal for a variety of applications such as data logging, instrument control and system control. The memory utilizes a 7-layer CMOS process which allows for high speed and low power consumption.The IS61C256AL-12TLI also has a memory access time of 12ns. This makes it suitable for use in a variety of systems requiring high speed access. In addition, it uses an 8-bit data bus. This allows for faster access to the memory, making it ideal for applications requiring high data throughput.The memory also has a variety of addressing modes. These include the register mode, address multiplexing and the multiple-write mode. These addressing modes make the IS61C256AL-12TLI suitable for use in a variety of applications such as embedded systems.In conclusion, the IS61C256AL-12TLI is a high-density CMOS Static RAM, suited for a variety of applications. It has the ability to store a large amount of data and can be used in a variety of addressing modes. Its fast memory access time and flexibility in addressing modes make it suitable for use in embedded systems, instrument control and system control.