Hello everybody,
I have question related to a 555 Monostable circuit.I know how the circuit works but i am strugling with this question:
Consider R1=R2=50k and C=16 nF.How can i determine the output tension at the pin 3?
time period, \([T=*1.1*R1*C1[/tex]
Do i have to use the general expression for the capacitor discharge?
I know that \(Vc(t)=c*dvi(t)/(dt)
Vi(t)=10 *sin(100*pi*t)
Vc(t)=16*10^-9*d(10*sin(100*pi*t))/(dt))=(2/125)*pi*cos(100*pi*t)
Vc(0.88)=0.050 V
\)
so then i substitued
\(
Vc(t)=Vf-(Vf-Vi)*e^(-t/RC)
T=1.1*R*C=1.1*10*10^3*16*10^-9=0.88 Secs
\)
Thanks\)
I have question related to a 555 Monostable circuit.I know how the circuit works but i am strugling with this question:
Consider R1=R2=50k and C=16 nF.How can i determine the output tension at the pin 3?
time period, \([T=*1.1*R1*C1[/tex]
Do i have to use the general expression for the capacitor discharge?
I know that \(Vc(t)=c*dvi(t)/(dt)
Vi(t)=10 *sin(100*pi*t)
Vc(t)=16*10^-9*d(10*sin(100*pi*t))/(dt))=(2/125)*pi*cos(100*pi*t)
Vc(0.88)=0.050 V
\)
so then i substitued
\(
Vc(t)=Vf-(Vf-Vi)*e^(-t/RC)
T=1.1*R*C=1.1*10*10^3*16*10^-9=0.88 Secs
\)
Thanks\)
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