Advanced Electrical Engineering Calculator

Ohm's Law

Enter at least two values to calculate the third.

Voltage (V):

Current (I):

Resistance (R):

Power

Enter voltage and current to calculate power.

Voltage (V):

Current (I):

Resistance

Enter resistor values separated by commas.

Resistances in Series (comma separated, in ohms):

Resistances in Parallel (comma separated, in ohms):

Capacitance

Enter capacitor values separated by commas.

Capacitors in Parallel (comma separated, in farads):

Capacitors in Series (comma separated, in farads):

Inductance

Enter inductor values separated by commas.

Inductors in Parallel (comma separated, in henrys):

Inductors in Series (comma separated, in henrys):

Unit Conversions

Enter a value and select the conversion type.

Value:

Conversion Type:

AC Circuit Analysis

Enter frequency and either capacitance or inductance values.

Frequency (Hz):

Capacitance (F):

Inductance (H):

RC and RL Time Constants

Enter resistance and either capacitance or inductance values.

Resistance (Ω):

Capacitance (F):

Inductance (H):

Voltage Divider

Enter input voltage and resistor values.

Input Voltage (V):

Resistor R1 (Ω):

Resistor R2 (Ω):

Complex Numbers

Enter real and imaginary parts for both numbers.

Complex Number 1 (Real):

Complex Number 1 (Imaginary):

Complex Number 2 (Real):

Complex Number 2 (Imaginary):

Impedance Calculation

Enter resistance, capacitance, and inductance values.

Resistance (Ω):

Capacitance (F):

Inductance (H):

Frequency (Hz):

Back