Learn how engineers design electrical circuits by calculating the voltage, current and resistance of electrical components.

SPICE simulates the behavior of RC circuits in different configurations and with different values of resistance and capacitance.

The goal of this paper is to prove, by means of calculations the existence of the ω-limit cycle of a simple circuit where a resistor, a capacitor and a square-wave-type voltage source are in series.

TODO: Document how to use/how the RC circuit should be set up. For now, here's a pretty graph: Alt text: Picture of two plots of time versus digital output value. A triangle ramp wave was applied to ...

The paper considers the response to the accumulated energy in the resistor (R)-capacitor (C) circuit. In the (RC) circuit, the capacitor C is initially charged with the “capacitive” voltage U 0 . At ...

Live visualization of voltage, current, and resistance sensors with animated charge movements Input fields for custom conditions Responds instantly to changes in inputs, even while running Calculates ...

This paper proposes a novel systematic method of generating active inductor circuits. It is a graph-based approach that consists of building a flow-graph of a structure without inductors, whose ...

The crosstalk issue is one of the primary factors that increase the loss of GaN HEMTs and compromise the switching speed. In practical applications, the GaN gate drivers are based on either RC circuit ...

Achieved the desired charge profile Adopting an active hysteretic buck circuit significantly improves efficiency and reduces the size of the charging circuitry in high voltage DC-link capacitors found ...