Vebnox Voltage Converter
Accurate conversion between different voltage measurement units
Key Features
Comprehensive Units
Convert between 7 different voltage units including volts, millivolts, kilovolts, and more.
Bidirectional
Convert from either field - just enter a value in any box and see instant results.
Precise Results
Accurate conversions with up to 10 decimal places when needed.
Quick Swap
Easily swap between units with the click of a button.
User Manual
Enter Your Value
Type the voltage value you want to convert in the "From" input field. You can enter any positive or negative number, including decimals.
Select Your Units
Choose the unit you're converting from in the first dropdown menu, and the unit you're converting to in the second dropdown menu.
View Results
The converted value will automatically appear in the "To" field. The conversion formula is displayed below for reference.
Swap Units (Optional)
Click the swap button between the fields to quickly reverse your conversion direction.
Pro Tip:
You can enter values in either field to convert in either direction. The converter works bidirectionally for your convenience.
Safety Note:
When working with high voltage measurements in real-world applications, always follow proper electrical safety procedures. This converter is for calculation purposes only.
About Voltage
Voltage, also known as electric potential difference, is the difference in electric potential between two points. It is measured in volts (V) and represents the potential energy per unit charge.
Common Voltage Ranges:
- Microvolts (µV): Used for very small signals like those from sensors or biological systems
- Millivolts (mV): Common for small electronic circuits and some medical devices
- Volts (V): Standard for household batteries (1.5V, 9V) and USB power (5V)
- Kilovolts (kV): Used in power transmission lines and industrial equipment
- Megavolts (MV): Found in large power systems and lightning strikes
Voltage in Everyday Life:
Voltage is present in nearly all aspects of modern life, from the tiny voltages that power your smartphone's circuits to the massive voltages that distribute electricity across continents. Understanding voltage measurements is essential for electrical engineers, technicians, and anyone working with electronic devices.
Did You Know?
A typical lightning strike has a voltage of about 100 million volts (100 MV)! That's enough to power a 100-watt light bulb for about 3 months if it could be stored efficiently.