Capacitor Voltage-current Relations

Here is a sketch for the voltage and current for both sinusoidal and triangular inputs.












 here are the graphs for the 2kHz  2V sinusoidal input















Here are the graphs for the 100 Hz 4V square function















Here are the graphs for the 1kHz  2Vfunction.

Comments

Post a Comment

Popular posts from this blog

Summing Amplifier

Image
 Here is a pic of our pre lab, we chose 22kOhms for our resistors. The actual values however were, R1=21.5kOhm, R2=21.7kOhm R3=21.4kOhm. Since our R values should betheoretically equal, our Vout equation should be Vout=-(Va+Vb). Our values made since except for Va=1, the value should've been -1V but it was -1.94V. For the last two values the %error was huge because of the saturation of the Op-Amp. Here are our experimental values from our board  Here's our circuit
Read more

Solderless Breadboards

Image
Solderless Breadboards This is the resistance i got when i connected the leads of the DMM to two holes in the same row. The value is .8 ohms which is really low. This operates as a short circuit.  When we connected the two rows of hole son opposite sides of the central channel we noticed that we had a really high resistance, this is because the leads are separated from each other which causes an open circuit. When we connected the leads in two arbitrary holes our DMM had a very large resistance, this is because again, the leads are isolated which causes an open circuit When we connected the leads with a jumper wire between the nodes our DMM read a very low resistance. The reason for this is because this configuration causes a short circuit.
Read more