MT29C1G12MAAJVAMD-5 IT TR

Series:	*
Packaging:	Tape & Reel (TR)
Part Status:	Active

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Introduction to MT29C1G12MAAJVAMD-5 IT TR

MT29C1G12MAAJVAMD-5 IT TR is a type of memory designed and manufactured by the multinational technology corporation Micron Technology. It belongs to a category of memory known as stacked NAND which uses stacking techniques to increase the density of memory devices and reduce the form factor of the chips. It is also known for its high I/O performance and low power consumption.

Application Fields of MT29C1G12MAAJVAMD-5 IT TR

MT29C1G12MAAJVAMD-5 IT TR is used in a variety of applications, including automotive, industrial, medical, and consumer electronics. The memory is often found in embedded applications where the extremely small physical size of the device is beneficial. It is also used in imaging applications and as a form of non-volatile memory in computers and servers.

Working Principle of MT29C1G12MAAJVAMD-5 IT TR

MT29C1G12MAAJVAMD-5 IT TR is a NAND flash memory, which stands for Not AND. The memory is based on the logic operations NOT and AND, which is the fundamental function of a digital circuit. NAND memory is divided into small pages, usually of 512 bytes each. When a page is written to, it becomes locked and can no longer be modified or erased. In order to erase or modify it, the entire chip must first be erased.NAND memory works by storing data on cells, which are arranged in an array. The cells can be populated with either 0s or 1s, referred to as logic levels. The logic levels of the cells are used to define the binary values stored. When a page is written, the cells are all set to the same logic level and then their voltages are stored, which allows them to preserve the values even when the power is cut off.

Conclusion

MT29C1G12MAAJVAMD-5 IT TR is an advanced type of memory designed by Micron Technology, which makes it suitable for many different applications. It has a high I/O performance, low power consumption, and small form factor. It is a form of NAND flash memory, which stores data on cells that can be populated with either 0s or 1s. Cells are arranged in an array, and when a page is written, its cells are all set to the same logic level and their voltages are stored, allowing them to preserve the values even when the power is cut off.

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