for some reasons, the current rises from negative to zero instead of falling from 1.5 mA to Zero, while the Voltage is charging in the capacitor. its not the current charging function its the discharge function. i dont get why the Current function is delayed like that. what did i forget?
Hello please, can you make a simulation for an RL circuit with time constant of 15us by Tuesday? Thank you. I have checked everywhere but I can't find any
If instead of using the pulse function we just use the constant 5V, shouldn't the voltage across the capacitor increase exponentially and reach 5V while the current stops? I'm not getting this result simulating it though
Nice video very well explained. Your language is easy to understand for a french guy.
for some reasons, the current rises from negative to zero instead of falling from 1.5 mA to Zero, while the Voltage is charging in the capacitor. its not the current charging function its the discharge function. i dont get why the Current function is delayed like that.
what did i forget?
Hello please, can you make a simulation for an RL circuit with time constant of 15us by Tuesday? Thank you. I have checked everywhere but I can't find any
If instead of using the pulse function we just use the constant 5V, shouldn't the voltage across the capacitor increase exponentially and reach 5V while the current stops? I'm not getting this result simulating it though
lol same doubt asking after 2 years but still
Xiaomil bro leave a thanks if you watched this and it helped you too :P