Zure kokapena zerrendatuta ez badago, hautatu hauetako bat:

polskiSvenskaespañolItaliaFrançaisEnglishDeutschFrançaisItaliaespañolPortuguês日本語한국의русскийMaoričeštinaSlovenskáΕλλάδαDanskEuskeraSuomiromânescíslenskaSvenskaMelayuالعربيةGaeilgeGalegoTürk diliKongeriketRepublika e ShqipërisëБеларусьEesti Vabariikಕನ್ನಡkannaḍalietuviųLatviešuAyitiසිංහලAzərbaycanภาษาไทยनेपालीtiếng ViệtPilipinoსაქართველოCambodiaپښتوТоҷикӣAfrikaansKiswahilimalaɡasʲفارسیతెలుగుpolski

Zure kokapena zerrendatuta ez badago, hautatu hauetako bat:

polskiSvenskaespañolItaliaFrançaisEnglishDeutschFrançaisItaliaespañolPortuguês日本語한국의русскийMaoričeštinaSlovenskáΕλλάδαDanskEuskeraSuomiromânescíslenskaSvenskaMelayuالعربيةGaeilgeGalegoTürk diliKongeriketRepublika e ShqipërisëБеларусьEesti Vabariikಕನ್ನಡkannaḍalietuviųLatviešuAyitiසිංහලAzərbaycanภาษาไทยनेपालीtiếng ViệtPilipinoსაქართველოCambodiaپښتوТоҷикӣAfrikaansKiswahilimalaɡasʲفارسیతెలుగుpolski
  1. Hasiera
  2. tresnak
  3. RC zirkuitu berehalako tentsio kalkulua

RC circuit instantaneous voltage calculation

RC circuit: A circuit that uses a voltage source and a current source to drive a capacitor and a resistor.

The following calculator is used to calculate the capacitive instantaneous voltage at a certain point in time for the capacitor of the RC circuit to change over time.

Voltage (V)
Resistance (KΩ)
Capacity（Micro method）
Time （ms） Instantaneous Voltage （V）

Capacitive voltage over time Vc = V * (1- e^(-t / R*C))