Current & Electrical Resistance to DC Voltage Calculator

DC Electrical Circuit Voltage Parameters
Current (I) [?]
Select current unit microamps (µA) milliamps (mA) amps (A) quectoamps (qA) rontoamps (rA) yoctoamps (yA) zeptoamps (zA) attoamps (aA) femtoamps (fA) picoamps (pA) nanoamps (nA) microamps (µA) milliamps (mA) centiamps (cA) deciamps (dA) amps (A) decaamps (daA) hectoamps (hA) kiloamps (kA) megaamps (MA) gigaamps (GA) teraamps (TA) petaamps (PA) exaamps (EA) zettaamps (ZA) yottaamps (YA) ronnaamps (RA) quettaamps (QA)
Resistance (R) [?]
Select resistance unit ohms (Ω) kilohms (kΩ) megohms (MΩ) quectoohms (qΩ) rontoohms (rΩ) yoctoohms (yΩ) zeptoohms (zΩ) attoohms (aΩ) femtoohms (fΩ) picoohms (pΩ) nanoohms (nΩ) microohms (µΩ) milliohms (mΩ) centiohms (cΩ) deciohms (dΩ) ohms (Ω) decaohms (daΩ) hectoohms (hΩ) kilohms (kΩ) megohms (MΩ) gigaohms (GΩ) teraohms (TΩ) petaohms (PΩ) exaohms (EΩ) zettaohms (ZΩ) yottaohms (YΩ) ronnaohms (RΩ) quettaohms (QΩ)
Calculate DC Electrical Voltage
Voltage (V) [?]
Select voltage unit microvolts (µV) millivolts (mV) volts (V) kilovolts (kV) quectovolts (qV) rontovolts (rV) yoctovolts (yV) zeptovolts (zV) attovolts (aV) femtovolts (fV) picovolts (pV) nanovolts (nV) microvolts (µV) millivolts (mV) centivolts (cV) decivolts (dV) volts (V) decavolts (daV) hectovolts (hV) kilovolts (kV) megavolts (MV) gigavolts (GV) teravolts (TV) petavolts (PV) exavolts (EV) zettavolts (ZV) yottavolts (YV) ronnavolts (RV) quettavolts (QV)

Sorry, a graphic could not be displayed here, because your browser does not support HTML5 Canvas.

Related Tools

• Voltage & current to resistance (DC)
• Voltage & resistance to current (DC)
• Power & current to voltage (DC)
• Current & resistance to power (DC)
• Power & resistance to voltage (DC)

User Guide

Use this calculator to determine the voltage in microvolt, millivolt, volt or kilovolt units in a direct current (DC) electrical circuit with a specified current and resistance. Two conversion scales show how the voltage in an electrical circuit changes as current or resistance is changed independently, whilst keeping the other constant.

Formula

The formula used by this calculator to determine the voltage in a DC electrical circuit from the current and resistance is:

V = I · R

Symbols

• V = Voltage (DC)
• I = Current (DC)
• R = Electrical resistance (DC)

Current (I)

This is the electrical current flowing through the DC electrical circuit.

Resistance (R)

This is the electrical resistance of the DC electrical circuit

Voltage (V)

This is the DC voltage or electrical potential difference applied to or generated by the electrical circuit with the entered values for current and resistance.