S25FS128SAGMFV100

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The S25FS128SAGMFV100 is an embedded non-volatile memory (NVM). It features a 3.3V power supply, 128-Mbit/ 512-Mbit density and a flexible range of file system options. It is a cost-effective solution for customers who require extended memory storing capability. This article discusses the application field and working principle of the S25FS128SAGMFV100 IC.

Application Field

The S25FS128SAGMFV100 integrates memory and interface logic on a single chip, thereby permitting high-speed operation and low pin count. The non-volatile memory offers superior system performance when compared to other technologies due to its low power consumption and reliable flash-memory stability. It is ideal for industries that require extended storage capability, such as automotive, consumer electronics, factory automation, medical, corporate IT and other industrial segments.

For instance, the S25FS128SAGMFV100 can be used to store a variety of media files, such as audio, video and images. In automotive applications, it is widely used to maintain the onboard entertainment systems, such as radio and GPS. In factory automation, it is used to control the assembly line operations, such as conveyor belt speed, machine activities, and production data. In consumer electronics, it is used to store consumer data and user-programmable profile settings.

Working Principle

The S25FS128SAGMFV100 is a 3V non-volatile flash memory device with a storage density of either 128-Mbit or 512-Mbit. It is based on a non-volatile floating gate memory cell. The device includes an array of non-volatile flash memory cells that can store up to 8 kilobytes of data, with each cell having a single bit storage capacity. The device also includes an erasing controller, an array controller, an address control block, and an ECC controller.

The erase controller is responsible for managing the erase process of the data stored in the flash memory cells. The array controller is responsible for managing the array of memory cells. It controls the read, write, and erase operations on the memory cells. The address control block is responsible for managing the addresses of the memory cells. The ECC controller is used for error checking and correction capabilities.

The device operates in four different modes, namely Read Mode, Program Mode, Erase Mode, and Secure Bus Mode. In the Read Mode, data stored in the flash memory cells is read out. In the Program Mode, data is written to the memory cells. In the Erase Mode, data is erased and the memory cells are reset. Lastly, in the Secure Bus Mode, secure data transactions can be performed.

Overall, the S25FS128SAGMFV100 is a cost-effective and reliable NVM device and is ideal for a variety of industries where extended memory storage is required. It offers excellent system performance with its low power consumption and reliable flash-memory stability. The device is also capable of offering extensive error checking and correction capabilities via its ECC controller.

The application field and working principle of the S25FS128SAGMFV100 has been discussed in this article. From this discussion, it can be seen that the S25FS128SAGMFV100 is an efficient and reliable non-volatile memory device and is suitable for a range of applications.

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