MEMS device control by expanded silicon CPG

硅神经元和突触电路模拟神经元和突触的电生理行为。除了这些电路，硅CPG，它们的相互耦合，是利用数学技术设计的，这使我们能够通过比传统电路简单得多的电路来实现神经元中的复杂动力学。这些电路在集成电路中实现并进行评估。此外，设计了与静电MEMS驱动器连接的控制接口电路，并开发了从驱动器获取反馈信息的技术。

Silicon neuron and synapse circuits emulate the electrophysiological behavior of the neuron and the synapse. In addition to these circuits, Silicon CPG, their mutual coupling, were designed utilizing mathematical techniques, which allowed us to implement the complex dynamics in neurons by far simpler circuitry than conventional circuits. These circuits were implemented in the integrated circuits and evaluated. In addition, a control interface circuit for connection with an electrostatic MEMS actuator was designed and the technique to obtain feedback information from the actuator was developed.