Greetings all, thank you in advanced for understanding my VERY newness to op amps.
I've been tasked with drawing the input and output waveforms, indicating the voltage levels, of an integrator with a given frequency of 20kHz and an initial voltage of zero.
For wave frequency, frequency = 1/Period, thus my period per wave (T) is 50 micro seconds. (Not 100% sure if I am applying this correctly to the equation).
My Resistor is 10K OHMS, my Capacitor is 0.01 micro Farads.
Again, initial voltage=0.
Voltage in (square wave) is plus/minus 4 v.
I've attached my attempt to answer the question, as well as my work.
A questions is, when I am calculating for Vout, I don't seem to reach the (expected) value of 2 v, either positive or negative. Am I supposed to reach a 2v output? My output is consistently either zero or negative 1. For this question, is this correct?
Where am I going wrong - OR, is this the correct answer?
Thank you.
I've been tasked with drawing the input and output waveforms, indicating the voltage levels, of an integrator with a given frequency of 20kHz and an initial voltage of zero.
For wave frequency, frequency = 1/Period, thus my period per wave (T) is 50 micro seconds. (Not 100% sure if I am applying this correctly to the equation).
My Resistor is 10K OHMS, my Capacitor is 0.01 micro Farads.
Again, initial voltage=0.
Voltage in (square wave) is plus/minus 4 v.
I've attached my attempt to answer the question, as well as my work.
A questions is, when I am calculating for Vout, I don't seem to reach the (expected) value of 2 v, either positive or negative. Am I supposed to reach a 2v output? My output is consistently either zero or negative 1. For this question, is this correct?
Where am I going wrong - OR, is this the correct answer?
Thank you.