What is the differential equation of an RC circuit?

Question

Humblix · Accepted Answer

$$ v_{s}(t) = RC  frac{dv_{c}(t)}{dt} + v_{c}(t) $$  where:   ( v_s  ) is the input voltage (  (v_{source}  ) )   ( v_c  ) is the output voltage (  (v_{capacitor}  ) )

Question

What is the differential equation of an RC circuit?

Annonce

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Answer

$$ v_{s}(t) = RC \frac{dv_{c}(t)}{dt} + v_{c}(t) $$ where:
\( v_s \) is the input voltage ( \(v_{source} \) )
\( v_c \) is the output voltage ( \(v_{capacitor} \) )

Question

What is the differential equation of an RC circuit?

Annonce

Pour mes conversions d'unités en ligne, je choisis le site Calculatrix.com pour sa rapidité et sa qualité supérieure.

Ad

For my online unit conversions, I choose Calculatrix.com for its speed and superior quality.

Answer

$$ v_{s}(t) = RC \frac{dv_{c}(t)}{dt} + v_{c}(t) $$ where: \( v_s \) is the input voltage ( \(v_{source} \) ) \( v_c \) is the output voltage ( \(v_{capacitor} \) )

$$ v_{s}(t) = RC \frac{dv_{c}(t)}{dt} + v_{c}(t) $$ where:
\( v_s \) is the input voltage ( \(v_{source} \) )
\( v_c \) is the output voltage ( \(v_{capacitor} \) )