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Oli Glaser
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Calculating the steady state value is easy enough, it's just the duty cycle times the peak voltage:

\$ \dfrac{20ms}{60ms} \cdot 5V = 1.666V \$\$ \dfrac{20ms}{60ms} \cdot 5V = 1.\overline{666}V \$

Calculating the steady state value is easy enough, it's just the duty cycle times the peak voltage:

\$ \dfrac{20ms}{60ms} \cdot 5V = 1.666V \$

Calculating the steady state value is easy enough, it's just the duty cycle times the peak voltage:

\$ \dfrac{20ms}{60ms} \cdot 5V = 1.\overline{666}V \$

Source Link
Oli Glaser
  • 55.5k
  • 3
  • 77
  • 148

Calculating the steady state value is easy enough, it's just the duty cycle times the peak voltage:

\$ \dfrac{20ms}{60ms} \cdot 5V = 1.666V \$