09. Application of Differential Equations to RLC, RL, RC, LC Circuits
▼ IMPORTANT INFORMATION! ▼
In this direct from Twitch I explain how the linear second order differential equation of inhomogeneous constant coefficients arises, which models the load and the current in a series RLC circuit. From this equation we obtain the equations that model RL, RC, LC circuits. They are circuits formed by a resistance (or resistor), a capacitor (or capacitor) and an inductor, expressing the measurements of inductance, resistance and capacitance, in henries (henrys), ohms (ohms) and farads (farads), where we also have an input voltage source (it can be constant in which case we have direct current, or it can vary with time in which case we have alternating current) measured in volts (or volts). Charge is measured in coulombs (or coulombs) and current in amps (or amps). Everything explained step by step.
#Differential Equations #Circuits #EDO
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