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    • 1. 发明授权
    • Microprogram control device
    • 微控制装置
    • US4145736A
    • 1979-03-20
    • US768089
    • 1977-02-14
    • Takahiko YamadaShigeki YamadaYoshio SakuraiKazuo FurukawaSyoji KajitsukaToshio Awaji
    • Takahiko YamadaShigeki YamadaYoshio SakuraiKazuo FurukawaSyoji KajitsukaToshio Awaji
    • G06F9/26G06F9/22G06F9/28G06F13/12G06F9/16G06F9/18
    • G06F9/28
    • A control device which controls a plurality of controlled devices by time shared control in a microprogram control system and has one control memory, a plurality of microinstruction registers, the outputs of which are applied to the controlled devices, circuits for memorizing microinstruction execution requests corresponding to microinstruction type and the controlled devices, and a selecting circuit for selecting a microinstruction register for storing a microinstruction read out from said control memory in each machine cycle and the controlled devices to be controlled. The field of the microinstruction indicates the execution and type of the next microinstruction after the next machine cycle to a given controlled device. When the execution of the next microinstruction is indicated, this request and the microinstruction type are memorized by microinstruction request holding circuits corresponding to the controlled circuits respectively and any selected controlled circuit, and the microinstruction is read out of the control memory. Consequently, the instruction stored in one microinstruction register may control one controlled circuit while other instructions stored in the other microinstruction registers may control the other controlled circuits in time-shared parallel relationship.
    • 一种控制装置,其通过微程序控制系统中的时间共享控制来控制多个受控装置,并具有一个控制存储器,多个微指令寄存器,其输出应用于受控装置,用于存储与微控制装置对应的微指令执行请求的电路 微指令类型和受控设备;以及选择电路,用于选择用于存储在每个机器周期中从所述控制存储器读出的微指令的微指令寄存器和要被控制的受控设备。 微指令的字段指示在下一个机器周期之后到给定受控设备的下一个微指令的执行和类型。 当指示下一个微指令的执行时,该请求和微指令类型由分别对应于受控电路的微指令请求保持电路和任何选择的控制电路存储,并且微指令从控制存储器读出。 因此,存储在一个微指令寄存器中的指令可以控制一个受控电路,而存储在其他微指令寄存器中的其他指令可以以时间共享的并行关系来控制其他受控电路。
    • 3. 发明授权
    • Amplitude limiter circuit
    • 幅度限幅电路
    • US3943467A
    • 1976-03-09
    • US570313
    • 1975-04-22
    • Takahiko YamadaTadahiko Sakabe
    • Takahiko YamadaTadahiko Sakabe
    • H03G11/02H03G11/06
    • H03G11/06
    • An amplitude limiter circuit utilizing two sets of seriesdiode limiter circuits is disclosed. Each diode circuit has a pair of diodes in series but in abutting polarity. An input signal is applied through a phase converter with equal amplitudes and in opposite phases to each other to the diode circuits and a bias current is applied to each pair of diodes. To obtain an output signal having its level variation suppressed the currents passing through the parallel capacitances of the diodes in each circuit are offset with each other thereby resulting in an output signal not being subject to a shift in response to the variation of the input signal level.
    • 公开了一种利用两组串联二极管限幅电路的限幅电路。 每个二极管电路具有一对串联的二极管,但具有相邻的极性。 输入信号通过相位转换器以相等的幅度施加到二极管电路的相反相位,并且偏置电流被施加到每对二极管。 为了获得具有其电平变化的输出信号,通过每个电路中的二极管的并联电容的电流彼此偏移,从而导致输出信号不受响应于输入信号电平的变化的偏移 。