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    • 14. 发明公开
    • Dynamic semiconductor memory cell
    • 动态半导体存储单元
    • EP0072414A3
    • 1986-06-11
    • EP82105776
    • 1982-06-29
    • International Business Machines Corporation
    • Bhatia, Harsaran SinghEardley, David BarryGaur, Santosh Prasad
    • G11C11/34H01L27/10
    • H01L27/1028G11C11/34
    • A single device dynamic semiconductor memory is formed having a P-type conductivity injector region (72) with hligh-low-high junctions of N-type conductivity disposed below the injector region. Those junctions trap injected minority charges which are detected by sensing the current flow from a source region (68) to a drain regions (51) which are located on opposite sides of the injector region (72). The source (68) and injector region (72) utilize ohmic contact while the low barrier Schottky contact (80) is made to the drain region (51). in order to provide separation between the depletion region of the Schottky contact (80) and the injector region (72), a heavily doped N (22) region is provided.
    • 单个器件动态半导体存储器形成为具有设置在注入区下方的具有N型导电性的高 - 低 - 高结的P型导电注入区(72)。 那些结俘获注入的少数电荷,这些少数电荷通过感测从源区域(68)到位于注入区域(72)的相对侧上的漏极区域(51)的电流而被检测到。 源极(68)和注入区(72)利用欧姆接触,而低阻挡肖特基接触(80)形成于漏极区(51)。 为了提供肖特基接触(80)的耗尽区与注入区(72)之间的分隔,提供重掺杂N(22)区。
    • 16. 发明公开
    • Dynamic semiconductor memory cell
    • Dynamische Halbleiterspeicherzelle。
    • EP0072414A2
    • 1983-02-23
    • EP82105776.7
    • 1982-06-29
    • International Business Machines Corporation
    • Bhatia, Harsaran SinghEardley, David BarryGaur, Santosh Prasad
    • G11C11/34H01L27/10
    • H01L27/1028G11C11/34
    • A single device dynamic semiconductor memory is formed having a P-type conductivity injector region (72) with hligh-low-high junctions of N-type conductivity disposed below the injector region. Those junctions trap injected minority charges which are detected by sensing the current flow from a source region (68) to a drain regions (51) which are located on opposite sides of the injector region (72). The source (68) and injector region (72) utilize ohmic contact while the low barrier Schottky contact (80) is made to the drain region (51). in order to provide separation between the depletion region of the Schottky contact (80) and the injector region (72), a heavily doped N (22) region is provided.
    • 形成具有设置在注射器区域下方的具有N型导电体的高低接合点的P型电导率注入区域(72)的单一器件动态半导体存储器。 这些接合捕获注入的少量电荷,这些电荷通过感测从源极区域(68)到位于注入器区域(72)的相对侧上的漏极区域(51)的电流来检测。 源极(68)和注入器区域(72)利用欧姆接触,同时将低阻挡肖特基接触(80)制成漏极区域(51)。 为了提供肖特基接触(80)的耗尽区与喷射区(72)之间的分离,提供了重掺杂的N(22)区域。