Analyze an RC circuit using transfer function and state-space models. Includes Bode plots, impulse and step response simulations, and pole-zero maps. Ideal for modeling thermal/electrical systems l ...

In response to the challenge, this article introduces a novel method for circuit modeling, which enables online simulation of any transfer function for the first time. Utilizing programmable ...

Control systems play a crucial role in Internet of Things (IoT) applications. However, in the face of increasingly complex physical environments and the sharp increase in data volume in edge computing ...

In a previous article (“Circuit Dynamics for Design”), we reviewed some of the mathematical properties of transfer functions in the s-domain and how generally to find the open-circuit time constants ...

In this project, we find the voltage across the capacitor in a simple RC Circuit Workflow Formation of Differential Equation: Pen-and-paper derivation. Solve ODE Using Python: GEKKO framework. Define ...

A simple RC circuit can't function as an inverter, but a previous tutorial explored how an RC circuit's output behaves when driven by an exponentially damped RLC circuit, offering insightful ...

Commercial curve tracers have existed for decades. But designers without access to one can create a simple circuit that uses a function generator and oscilloscope to generate JFET transfer and ...