Simple non-autonomous controllable multi-scroll neuron circuit

The invention relates to the technical field of neuron circuits, in particular to a simple non-autonomous controllable multi-scroll neuron circuit, which comprises a power supply module, a neuron module, a taboo learning module and a sine function module, and is characterized in that the power supply module is electrically connected with the neuron module, the sine function module and the taboo learning module in sequence; through adjusting resistance parameter values of the neuron module and the sine function module, autonomous controllable multi-scroll neuron discharge is realized. According to the method, rich dynamic characteristics are displayed through parameter adjustment, which plays a role in promoting the development of artificial intelligence and neural networks thereof; compared with a digital circuit, the implementation cost of an analog circuit is lower. 本发明涉及神经元电路技术领域，尤其涉及一种简单非自治可控多涡卷的神经元电路，包括电源模块、神经元模块、禁忌学习模块和正弦函数模块，电源模块依次与神经元模块、正弦函数模块和禁忌学习模块电性连接，通过调节神经元模块和正弦函数模块电阻参数值，实现自治可控多涡卷神经元放电。本发明通过参数调节，