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    • 3. 发明申请
    • Logical operation element field emission emitter and logical operation circuit
    • 逻辑运算元件场发射器和逻辑运算电路
    • US20060044036A1
    • 2006-03-02
    • US10526471
    • 2004-03-05
    • Natsuo TatsumiYoshiki NishibayashiTakahiro ImaiTsuneo Nakahara
    • Natsuo TatsumiYoshiki NishibayashiTakahiro ImaiTsuneo Nakahara
    • H03K3/037G09G3/10
    • H03K19/06H01J19/24H01J21/20H03K19/08
    • A logical operation element and logical operation circuit are provided that are capable of high speed and a high degree of integration. A logical operation circuit has a construction wherein, in a logical operation element, the anodes of first and second field emission type microfabricated electron emitters are put at the same potential and two or more signal voltages are input to gate electrodes corresponding to these emitters. A NOR element so arranged that when a high potential input signal is input to either of the two lines, electron emission occurs from the emitters and the potential of said anodes is lowered, and a NAND element wherein the cathodes of the first and second field emission type microfabricated electron emitters are connected in series, two signal voltages are applied to the gate electrodes corresponding to the first and second emitter and the anode potential of the second emitter is lowered when the two input signals are high potential are employed.
    • 提供了能够高速度和高集成度的逻辑运算元件和逻辑运算电路。 逻辑运算电路具有这样的结构,其中在逻辑运算元件中,将第一和第二场致发射型微细加电子发射体的阳极置于相同的电位,并将两个或更多个信号电压输入到对应于这些发射极的栅电极。 一种NOR元件,其被布置成当高电位输入信号被输入到两条线中的任一条时,从发射极发生电子发射,并且所述阳极的电位降低;以及NAND元件,其中第一和第二场致发射的阴极 类型的微制造电子发射体串联连接时,两个信号电压施加到对应于第一和第二发射极的栅电极,并且当采用两个输入信号为高电位时,第二发射极的阳极电位降低。
    • 8. 发明授权
    • Frequency to voltage converter for a predetermined frequency range
    • 频率到电压转换器的预定频率范围
    • US4539523A
    • 1985-09-03
    • US501683
    • 1983-06-06
    • John B. Rosso
    • John B. Rosso
    • H03K19/06H03K9/06H03K5/26
    • H03K19/06
    • An electronic circuit receives an input of voltage pulses whose frequency of a predetermined range represents a variable to be manifested. The first train of pulses of varying frequency is applied to a one-shot monostable multivibrator which produces a second train of pulses, each of which has a duration representative of the maximum frequency of the predetermined range. The output of the one-shot controls a gate through which passes a third train of pulses of constant frequency and shape between the pulses of the second train. Counting, latch, and analog circuits respond to the third train of pulses to manifest the frequency of the first pulse train within its predetermined range.
    • 电子电路接收预定范围的频率代表要显示的变量的电压脉冲的输入。 不同频率的第一脉冲序列被施加到单稳态单稳态多谐振荡器,其产生第二脉冲串,每个脉冲串具有表示预定范围的最大频率的持续时间。 一次性的输出控制一个门,通过第二列的脉冲之间经过第三列恒定频率和形状的脉冲。 计数,锁存和模拟电路响应第三串脉冲,以将第一脉冲串的频率显示在其预定范围内。