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    • 8. 发明授权
    • Pulse generators
    • 脉冲发生器
    • US3742373A
    • 1973-06-26
    • US3742373D
    • 1971-11-05
    • PERKIN ELMER LTD
    • ARMSTRONG JTENNANT M
    • H02M1/08H03K3/35H03K1/02H03K1/16
    • H02M1/083H03K3/35
    • A trigger pulse generator circuit for controlling, for example, an AC thyristor system which in turn controllably supplies a final device (e.g., an electrical heater for a temperaturecontrolled oven), in which the relative number of pulses supplied (of the maximum possible during a given period) is proportional to the input (''''demand'''') signal. Thus the supply to the final device is quantitatively proportional to the measured demand (e.g., by a temperature sensor), thereby causing close tracking of the desired condition (e.g., temperature). In fact, the entire system may be operated in the ''''open loop'''' mode since the supply inherently tends to match quantitatively the required amount (i.e., the ''''demand'''') to cause the final device to reach a desired setpoint. In closed loop operation, excursions of the effect of the final device from the setpoint are smaller than with existing systems using nonquantitatively supplied pulses where any time lag in the sensor relative to the condition will tend to cause ''''overshoot'''' (e.g., too many pulses before the sensor responds to the change).
    • 触发脉冲发生器电路,用于控制例如AC可控硅系统,AC系统可控制地提供最终装置(例如,用于温度控制的炉的电加热器),其中提供的脉冲的相对数量(最大可能的 在给定时段内)与输入(“需求”)信号成比例。 因此,最终装置的供给量与所测量的需求成比例(例如,通过温度传感器),从而导致所需条件(例如,温度)的紧密跟踪。 事实上,整个系统可以在“开环”模式下操作,因为供给固有地倾向于定量地匹配所需量(即“需求”),以使最终设备达到期望的设定点。 在闭环操作中,最终装置从设定点的影响的偏移小于使用非量计提供的脉冲的现有系统,其中传感器相对于该条件的任何时间滞后将倾向于引起“过冲”(例如,太多的脉冲 在传感器响应变化之前)。
    • 10. 发明授权
    • Monolithic semiconductor memory
    • 单片半导体存储器
    • US3643235A
    • 1972-02-15
    • US3643235D
    • 1969-12-05
    • IBM
    • BERGER HORST HWIEDMANN SIGFRIED K
    • G11C11/411G11C15/00H01L21/00H01L27/00H01L27/07H01L27/082H01L27/10H01L27/102H03K3/286H03K3/288H03K3/35G11C11/40H03K3/281
    • H03K3/35G11C11/4113G11C11/4116G11C15/00H01L21/00H01L27/00H01L27/0744H01L27/0821H01L27/0828H01L27/10H01L27/1022H01L27/1025H03K3/286H03K3/288
    • This specification discloses a storage cell which employs inversely operated and transverse transistors to reduce storage cell size accessing times and power consumption when the cell is fabricated in monolithic form. Two cross-connected transistors are inversely operated so that they share a common emitter region with a separate base region and collector region for each of the cross-connected transistors. In this way, the transistors can be fabricated in a single diffusion region. The collector of each of the cross-connected transistors is connected to the collector of a load transistor of the opposite type transistor and to the base of an addressing transistor having its emitter connected to the sense line and its collector connected to the base of the load transistors. The two addressing and load transistors are formed in a single isolation zone with collector and base regions of the addressing transistors serving also as the base and collector regions respectively of the load transistors which are fabricated as transverse transistors with a common emitter region.
    • 本说明书公开了一种存储单元,其使用反向操作和横向晶体管来减小当单元以单体形式制造存储单元尺寸时的存取时间和功耗。 两个交叉连接的晶体管被​​反向工作,使得它们共享具有用于每个交叉连接的晶体管的单独的基极区域和集电极区域的公共发射极区域。 以这种方式,可以在单个扩散区域中制造晶体管。 每个交叉连接的晶体管的集电极连接到相对型晶体管的负载晶体管的集电极,并连接到寻址晶体管的基极,其发射极连接到感测线,其集电极连接到负载的基极 晶体管。 两个寻址和负载晶体管形成在单个隔离区域中,寻址晶体管的集电极和基极区域也分别用作负载晶体管的基极和集电极区域,这些区域被制造为具有公共发射极区域的横向晶体管。