IS61NVP409618B-250B3L-TR

Introduction

IS61NVP409618B-250B3L-TR is a type of 64M x 36-bit Non Volatile Static RAM. These NVRAM become popular during the past few years, due to its low cost , low voltage and its ability to maintain data when the power is off. It also possesses with its ability flash technology, which helps make the chip non volatile. The IS61NVP409618B-250B3L-TR is often used in computer system, industrial control systems, aerospace and nuclear facility.

Application Field

IS61NVP409618B-250B3L-TR often used in computer system, where it is often used as a low-cost alternative to the more expensive RAM devices. Its ability to retain data when the power is off, makes the chip ideal for laptops, notebooks, and other battery powered devices. The device is also commonly used in industrial control systems, where applications such as motor control, robotics and remote monitoring require data storage when the power is off. The device is also popular in aerospace and nuclear facility in order to support critical data connection with reliable data storage.

Working Principle

IS61NVP409618B-250B3L-TR device contains two type of chips, one is a non-volatile memory and the other is a volatile memory. The non-volatile memory composed of a NAND Flash and a SRAM, while the volatile memory is composed of a Static RAM (SRAM). The NAND Flash will retain its data even when the power is off, while the SRAM requires power to retain its data. When the power is off, the data stored on the NAND Flash will be transferred to the SRAM, so that the data can be still accessed when needed. When the power is back on, the data from the SRAM will be read back to the NAND flash, allowing the contents of the device to remain intact.

Conclusion

The IS61NVP409618B-250B3L-TR is an amazing device , with its ability to store data even when the power is off, and its low cost competitive advantages, it is on high demand, and it is often used in a variety of application field such as computer system, industrial control systems, aerospace and nuclear facility. It works by using its NAND Flash, SRAM and Static RAM to provide a reliable data connection and data storage.