S29AL008J70BFN010

The S29AL008J70BFN010 is a high-density memory device. It has a 8M bit organization with a 70ns access time and comes in a 28-pin plastic Small-Outline package (SOJ).

The device is organized as 1,048,576 words of 8 bits each. It is a single power supply, high-performance CMOS device, operated from a single +5V supply. Outputs can sink and source 48mA.

The S29AL008J70BFN010 is a non-volatile memory, which means it does not require external power or data to maintain its contents permanently. This is due to its unique memory cell technology called E2 Static RAM (SRAM).

The SRAM technology used in the S29AL008J70BFN010 is based on a highly reliable electrical-erase system that utilizes fast and reliable write cycles which makes the device an ideal choice for system integration and application requiring non-volatile storage. This feature eliminates the need for costly ROM hardware and allows designers to quickly access and store data at much lower cost than traditional ROM devices.

The S29AL008J70BFN010 is mainly used in Automotive, Industrial, Healthcare, and Military applications. It is well-suited for designs where data needs to be stored over a period of time such as in the medical, industrial, or automotive industries.

The working principle of the S29AL008J70BFN010 is straightforward. Data is written to the device through the same logic used for writing to a regular SRAM. The data is read from the device by using a simple 8-bit address and data-strobe control. This enables the data to be stored and retrieved as fast as a regular SRAM device.

The S29AL008J70BFN010 provides a reliable and cost-effective means for storing sensitive and critical data. Its fast write and read cycles enable quick access to data and reduce power consumption due to its low voltage implementation.

In summary, the S29AL008J70BFN010 is a high-density non-volatile memory device. It offers fast read and write cycles with low power consumption and is suitable for use in Automotive, Industrial, Healthcare, and Military applications.