Importance

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Abstract

A semiconductor memory device, in which interference between adjoining cells can be reduced and an expansion of a chip area can be suppressed, comprising: a memory cell array in which plural memory cells connected to plural word lines and plural bit lines are disposed in a matrix form; sense amplifiers each of which is to be connected to each of the bit lines; a control circuit which controls voltages of the word lines and the bit lines, and programs data into the memory cells or reads data from the memory cells; wherein the plural bit lines include at least a first, a second, a third and a fourth bit lines adjoining to each other, and the sense amplifiers include at least a first and a second sense amplifiers, a first and a fourth selection transistors which are provided between the first and the fourth bit lines and the first sense amplifier, and connect the first and the fourth bit lines to the first sense amplifier; and a second and a third selection transistors which are provided between the second and the third bit lines and the second sense amplifier, and connect the second and the third bit lines to the second sense amplifier.

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First Claim