AT49F002T-12JC

Introduction

AT49F002T-12JC is a Flash Enterprise Memory device which is ideally suited for computer applications. It has been designed to provide end-users with quick access to data and to extend the memory storage options available in a computer system. This memory device’s very low-power consumption and a wide range of memories are key features which make it an excellent choice for computers. In addition, its advanced memory error checking and correction help to improve the reliability of the data stored in it.

Application Field

AT49F002T-12JC can be used in a variety of computer applications, ranging from handheld devices to complex networked systems. Its flexibility and low power consumption makes it an ideal solution for embedded systems. It is used in embedded microcontrollers where it provides a quick and reliable way to perform large data transfers. Its fast access time and low-power consumption make it a reliable choice for any application where quick access to data is required.

Also, AT49F002T-12JC is often used in automotive applications. It is used in automotive onboard computers to store critical data. It is also used in industrial systems where it provides fast access to data as well as high reliability. It is used to store important data in medical devices, in space craft components, and in robotics.

Working Principle

AT49F002T-12JC uses an advanced flash memory technology which provides fast read and write operations. It stores data in digital format in non-volatile memory cells which are organized into blocks. The blocks are then split into pages which can be individually controlled. Each page contains one word or 32-bits of data. The data can be written or erased independently.

During write operations, data is written to the memory cells in each page by electrically altering the threshold voltage of the cells. During read operations, the value of the cells is read in order to determine its state. The memory can be dynamically reprogrammed while the system is powered on, allowing the user to quickly store and access data.

The AT49F002T-12JC also includes a built-in error correction algorithm, which can automatically fix any errors in the data without the user having to restart the memory storage process. This helps to improve the reliability of the data stored in the memory.

Conclusion

In general, the AT49F002T-12JC is an excellent choice for computer applications need fast access to data and low power consumption. It is used in a variety of embedded systems, automotive applications, and industrial systems. Its features make it highly reliable for any application and provide end-users with quick access to stored data.