capteur2.py

Created by klfraimbow

Created on May 15, 2023

879 Bytes

Activité 2 Premier ordre


Equation dif 1er ordre
tau * ds/dt +s = K*e
tau= constante de temps en s
K= 0s/0e= K*A /A

Condensateur:
Ur = R*i 
i= C* ds/dt
K=1  tau=RC

e'(t)=K*e(t)

Bobine:
e= uL + s
uL = L* di/dt 
i= s/R 
di/dt= 1/R * ds/dt
e= uL + s = L* di/dt + s 
 = L/R * ds/dt +s 
 
K=1 et tau=L/R
---------------------------------
Entree      Eq diff Sortie
e=A       tau* ds/dt +s =K*A     
 =cte       

Sortie (reponse indicielle)
s=K*A(1-e**-t/tau) 
----------------------------------
temps:t    Tr=5%  Tr=1%
0   1*tau  3*tau  5*tau  10*tau
0  0,63*KA 0,95KA 0,99Ka 1*KA
-----------
s=K*A(1-e**-t/tau) 
->
S= KA/p(1+tau*p)
---------------------------------
T_ = S_ /E_ = K/ 1+j*(w/wc)
=K/ 1+j*(f/fc)


T=10**G/20
1decade = *10   -20,-40,-60,-80

Emax=E*rac2
w(rad.s)=2pi*f
wc(rad.s)= 1/tau(s)
         =2pifc

fc(hz)= wc(rad.s)/2pi 
= 1/2pi*tau

Go=20logK 
Gwc= Go-3dB
Gfc= Go-3dB

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