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    • 3. 发明授权
    • Scan-converter tube system
    • 扫描转换管系统
    • US4104568A
    • 1978-08-01
    • US726894
    • 1976-09-27
    • Charles Bruce Johnson
    • Charles Bruce Johnson
    • H01J31/60H01J29/70H01J29/72
    • H01J31/60
    • A write electron gun is disposed at one end of a vacuum envelope to produce an electron beam modulated by an external input signal having signal elements occurring at a first given rate. A self-scanned array is disposed at the other end of the envelope. An electron beam deflection system is disposed in the envelope between the electron gun and the array to scan the electron beam over the array to store the signal elements in the array with the array providing electron gain for the stored signal elements. A source of read out signals is disposed externally of the envelope coupled to the array to read out the signal elements at a second given rate less than the first given rate.
    • 写入电子枪设置在真空外壳的一端,以产生由具有以第一给定速率出现的信号元件的外部输入信号调制的电子束。 自扫描阵列设置在信封的另一端。 电子束偏转系统设置在电子枪和阵列之间的包络中,以扫描阵列上的电子束,以将阵列中的信号元件存储在阵列中,为存储的信号元件提供电子增益。 读出信号源被布置在耦合到阵列的外壳的外部,以小于第一给定速率的第二给定速率读出信号元件。
    • 4. 发明授权
    • Coplanar dynode electron multiplier
    • 共面倍频电子倍增器
    • US4086487A
    • 1978-04-25
    • US728493
    • 1976-09-30
    • Charles Bruce Johnson
    • Charles Bruce Johnson
    • H01J43/20H01J39/12
    • H01J43/20
    • A dynode assembly having a given length and a field electrode assembly having the same given length are disposed in a vacuum envelope. The dynode assembly is in a first plane parallel to and spaced from the longitudinal axis of the envelope and the field electrode assembly is disposed in a second plane parallel to and spaced from the axis in a direction opposite to the spacing of the dynode assembly. The dynode assembly receives on its input end input electrons produced by an input signal which may be either electrical or optical. The field electrode assembly is shifted along the axis with respect to the dynode assembly such that the output end of the field electrode assembly extends beyond the output end of the dynode assembly such that lines of equal potential between the two assemblies form an angle .theta. with the first and second planes. A first operating voltage is coupled to both assemblies adjacent the input end thereof and a second operating voltage is coupled to both assemblies adjacent the output ends thereof. The second operating voltage has a value which is greater and more positive than the value of the first operating voltage. A bias voltage electrode having a bias voltage coupled thereto is disposed in the envelope adjacent the input end of both of the assemblies at an angle .theta. with respect to the first and second planes to ensure that all of the electrons are directed between the two assemblies. A collector electrode having an accelerating voltage coupled thereto is disposed in the envelope adjacent the output end of both assemblies at an angle .theta. with respect to the first and second planes. The collector electrode provides a multiplied output current for the multiplier.
    • 具有给定长度的倍增器组件和具有相同给定长度的场电极组件设置在真空封壳中。 倍增极组件处于与外壳的纵向轴线平行并与之隔开的第一平面中,并且场电极组件设置在与该倍增极组件的间隔相反的方向平行于该轴线并与轴间隔开的第二平面中。 倍增电极组件在其输入端接收输入的电子,该输入信号可以是电的或光的。 场电极组件相对于倍增电极组件沿轴线移动,使得场电极组件的输出端延伸超过倍增极组件的输出端,使得两个组件之间的相等电位的线形成角度θ与 第一和第二架飞机。 第一工作电压耦合到邻近其输入端的两个组件,并且第二工作电压耦合到邻近其输出端的两个组件。 第二工作电压具有比第一工作电压的值更大和更正的值。 具有耦合到其上的偏置电压的偏置电压电极以相对于第一和第二平面的角度θ设置在与两个组件的输入端相邻的外壳中,以确保所有的电子都被引导在两个组件之间。 具有耦合到其上的加速电压的集电极设置在相邻于第一和第二平面的角度θ处邻近两个组件的输出端的外壳中。 集电极为乘法器提供倍增的输出电流。