Shouldn't L(d^2i/dt^2) + R(di/dt) + (1/C)i = dv_in/dt. Instead of being equal to v_in? colehill
Shouldn't L(d^2i/dt^2) + R(di/dt) + (1/C)i = dv_in/dt. Instead of being equal to v_in?
Isn't it L di/dt, not L di^2 / dt^2 ? Enigma
Isn't it L di/dt, not L di^2 / dt^2 ?
if the output of voltage of RL circuit is taken to be the voltage across the inductor, the circuit is said to be what sammezdoodles
if the output of voltage of RL circuit is taken to be the voltage across the inductor, the circuit is said to be what
The derivatives are rate of change of Voltage and not just Voltage dutta.alankar
The derivatives are rate of change of Voltage and not just Voltage
can you please upload videos about regular rlc circuits (not ac circuits) ? thank you very much! :) bartalor
can you please upload videos about regular rlc circuits (not ac circuits) ? thank you very much! :)
