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讨论了泛非，泛与／或等基本泛逻辑的运算模型和它们的硬件电路实现方案．根据泛逻辑体系和运算的特点，泛逻辑更接近于模糊逻辑．泛逻辑中与／或运算的连续可控性在数学上是完全可以实现的，并可以用多种形式如指数、多项式和三角函数等形式来实现．提出几种指数形式的泛逻辑运算模型，并通过仿真曲线加以比较，得到较理想的运算模型，从而证明泛逻辑在理论上是完全可以实现的．同时介绍了一种较理想模型的硬件电路，通过测试的数据验证泛逻辑运算用模拟电路是完全可以实现的，实验效果良好．
Discusses the basic pan-logic computing models of pan-africa, pan and / or their hardware implementations. According to pan-logic system and computing features, pan-logic is closer to fuzzy logic. The continuous controllability of AND / OR operations in pan-logic is perfectly mathematically achievable and can take many forms such as exponential, polynomial and trigonometric functions. Several kinds of exponential pan-logic operation models are proposed and compared by simulation curves to get an ideal operation model, which proves that pan-logic is theoretically completely achievable. At the same time introduced a more ideal model of the hardware circuit, through the test data to verify the analog logic circuit is fully implemented, experimental results are good.