Examples of using Memory cells in English and their translations into Korean
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Colloquial
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Ecclesiastic
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Ecclesiastic
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Programming
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Computer
An array of memory cells;
Flash memory cells have a long but finite lifetime.
Start differentiating into effector and memory cells.
These memory cells immediately deploy the exact weapons needed.
Com, can help to retain those memory cells.
Typically, most of the memory cells will not have uncertain digital data values.
In this example, the NAND string comprises 32 memory cells MC.
Therefore, the memory cells can be arranged at a high density in the semiconductor device.
One or more dice of memory cells; and.
Flash memory cells are one possible solution for high density memory requirements.
The control gates of the memory cells M1, M2, M3,….
These memory cells are embedded into the logic chip when the chip is getting close to completion.
Thus, a constant distance between the memory cells needs to be maintained.
C-source control circuit 4 controls a common source line connected to the memory cells(M).
Memory cells generated by the HIV vaccine are activated when they learn HIV is present from the front-line troops.
Equalizing erase depth in different blocks of memory cells.
During programming of memory cells, verify operations are carried out in the periods between the programming pulses.
Alternatively, there may be 32, 64 or more pages of memory cells within each block.
In addition to the memory cells, each bank 112 and 114 includes a select or pass transistor for each bitline.
That is, each block may contain the minimum number of memory cells that are erased together.
The Vt level of memory cells to be programmed to program state L3 is increased until the Vt level reaches a Vt level associated with Vt distribution 225-3.
Namely, each physical block contains the least number of memory cells that are erased together.
To the computer,is more like an allocation, the computer just assigns a memory cell from a lot of pre-existing memory cells to X.
In other words, each block contains the minimum number of memory cells that can be erased simultaneously.
A memory array having a plurality of memory cells;
A memory cell array including memory cells arranged in rows and columns.
Increased data density can also be achieved by reducing the physical size of the memory cells and/or the overall array.
M is the number of program states associated with the memory cells, and ym is the Vt level, e.g., mean Vt level, that corresponds with each program state.
The magnitude of the change of the Vt distributions can also depend on the temperature(s) the memory cells are exposed to during the cycles.
In other words, each block contains the smallest number of memory cells which are erased together.