Flash memory is a type of EEPROM (Electrically Erasable Programmable Read Only Memory) chip. It has a grid of columns and rows with a cell that has two transistors at each intersection. In between the two transistors there lies a thin oxide layer. Each of the two transistors has a different function. One of the transistors is known as the floating gate, and the other is the control gate. The floating gate has only one route to link to the row, or wordline, that is through the control gate. As long is t

This article explained explicitly how the technology works. It also listed items that currently use this technology, which was interesting to know. I chose this article because I was curious how something so small could store so much data. The article had a large amount of technical terms that would not be understood by the average person. I would recommend this article to someone who has a background in electronics and is interested in understanding how the technology works.

Electrons in the cells of a flash-memory chip can be returned to normal by applying a higher voltage charge. The method used to apply the electric field to the entire chip or the predetermined sections is called in-circuit wiring. This erases the targeted area of the chip, which can then be rewritten. Flash memory works much faster than traditional EEPROM’s because instead of just erasing a byte of data at a time, it erases a block or the entire chip, and then rewrites. (Tyson)

his link is occurring, the cell has a value of 1. However to chan

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