012微米叠栅分栅混合结构快闪存储器浮栅电压耦合特性研究 - docin.com豆丁网 应,我们需要浮栅上的耦合电压越高越好,以增 加浮栅和衬底之间的电场, 从而有利于热电子穿过氧化层。 分栅闪存结构是通过浮栅与源线(SL,SourceLine)下的重掺杂区域(n+) 的相当部分的重叠来耦合浮栅电位,耦合部分越大,浮栅上的电位越高,但当器 件尺
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电源线 [电] power cord ; RVV ; power lead ; power cord
电源线长度 Length of wire ; cm ; Cable length ; Wire Length
电源线连接 Connect wire ; Supply connections ; power cord connection
交流电源线 ac power line ; AC Power Cords ; ac power supply cable ; ac supply line
交流电电源线 AC power cord
电源线长 Length the cable ; cm ; Cable ; Length of the cable
电源线拉力测试 Cord anchorage test ; Strain relief test ; Power cord pull test
电源线路 power circuit
电源线夹 UL ROHS ; upper clip of supply cord
这将更好地运行7个队列,而不是一个,即每一个源线,并在必要的阅读顺序。
It would be better to run 7 queues instead of one, i. e. one per source thread, and read them in the order necessary.
如果不能找到设备的特定接口,与销售商明确提供的标准接口比较信号频率和源线特性。
If you don't find devices specifically for your interface, compare your signaling frequencies and source-and-line characteristics with those of interface standards that the vendor explicitly supports.
在非易失性存储装置中,可以通过将擦除电压施加到位线或共源线来从存储晶体管擦除数据。
In the nonvolatile memory device, data may be erased from the memory transistors by applying an erasing voltage to the bit line or the common source line.
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