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本文叙述用隧道二极管组成的逻辑电路,所根据的原则与变参数元件(分谐波根盪器)相同。两个隧道二极管串联起来构成基本元件,称为偶件,二进位信息以偶件中点电位的极性表示,而极性则由加在中点的信号多数来控制。将偶件分成三组并且循环地逐次激励各组,则得到在级联偶件组成的线路中信息的单向传送。文中叙述时鐀频率高达30兆赫的实验结果。此外,一种延迟线动态存贮器及不破坏火的矩存贮器也加以讨论。
This article describes the logic circuit composed of a tunnel diode based on the same principle as a variable parameter element (sub-harmonic root oscillator). The two tunnel diodes are connected in series to form the basic element, called the “even” element. The binary information is represented by the polarity of the midpoint potential of the even element and the polarity is controlled by the majority of the signal applied at the midpoint. Dividing the couple into three groups and successively energizing the groups cyclically results in a one-way transfer of information in the line consisting of the concatenation couples. The article describes the results of experiments with frequencies up to 30 MHz. In addition, a delay line dynamic memory and non-destructive fire moment memory are also discussed.