Voltage Converter Tool
Quick Answer:
A Voltage Converter Tool allows you to convert between different voltage units, from nanovolt (nV) up to exavolt (EV). Whether you work in electronics, solar energy, nanoscience, or electrical engineering, this tool helps you calculate voltage values efficiently.
Voltage (V) represents the electric potential difference between two points. Correct voltage conversion is critical for circuit design, appliance compatibility, energy efficiency, and scientific calculations.
How to Use the Voltage Converter Tool
Select the input voltage unit – e.g., nanovolt (nV).
Select the output voltage unit – e.g., microvolt (μV), millivolt (mV), kilovolt (kV), or exavolt (EV).
Enter the value in the “From” field.
Get the converted value instantly in the “To” field.
It’s a one-step process to convert voltages across a wide variety of units.
Example Voltage Conversions
1 Nanovolt (nV) = 1,000 Picovolts (pV)
1 Microvolt (μV) = 1,000 Millivolts (mV)
1 Millivolt (mV) = 1,000 Microvolts (μV)
1 Volt (V) = 1,000 Millivolts (mV)
1 Kilovolt (kV) = 1,000 Volts (V)
Full Voltage Units and Conversion Factors
| Unit | Conversion Factor | Equivalent Unit |
|---|---|---|
| Nanovolt (nV) | 1 | nV |
| Picovolt (pV) | 1,000 | pV |
| Femotvolt (fV) | 1,000,000 | fV |
| Attovolt (aV) | 1,000,000,000 | aV |
| Microvolt (μV) | 0.001 | μV |
| Millivolt (mV) | 0.000001 | mV |
| Centivolt (cV) | 0.0000001 | cV |
| Decivolt (dV) | 0.00000001 | dV |
| Volt (V) | 0.000000001 | V |
| Decavolt (daV) | 0.0000000001 | daV |
| Hectovolt (hV) | 0.00000000001 | hV |
| Kilovolt (kV) | 0.000000000001 | kV |
| Megavolt (MV) | 0.000000000000001 | MV |
| Gigavolt (GV) | 0.000000000000000001 | GV |
| Teravolt (TV) | 0 | TV |
| Petavolt (PV) | 0 | PV |
| Exavolt (EV) | 0 | EV |
Note: Users can calculate any voltage conversion using the above factors.
Why Use the Voltage Converter Tool?
Electrical Engineers & Scientists: Accurate conversions for electronics, power grids, and energy systems.
Solar Energy Professionals: Easily convert voltage values for panels, inverters, and storage units.
Students & Educators: Ideal for learning voltage scaling and physics concepts.
DIY Enthusiasts: Ensure correct voltage levels for electronics projects.
How Voltage Conversion Works
Mathematical Principle: Voltage (V) = Current (I) × Resistance (R)
Unit Conversion: Uses predefined factors for all units from nV to EV.
Instant Results: Input the value, choose units, and get accurate conversions instantly.
FAQs
Q1: What’s the difference between Nanovolt and Picovolt?
A: 1 Nanovolt (nV) = 1,000 Picovolts (pV).
Q2: Why convert Volt to Kilovolt?
A: High-energy systems, like transmission lines or solar farms, often require kilovolt (kV) units for safety and efficiency.
Q3: Can I convert voltage units other than Volt?
A: Yes. Supported units include attovolt (aV), femtovolt (fV), microvolt (μV), millivolt (mV), centivolt (cV), decivolt (dV), decavolt (daV), hectovolt (hV), kilovolt (kV), megavolt (MV), gigavolt (GV), teravolt (TV), petavolt (PV), exavolt (EV).
Q4: Can I calculate power directly from voltage?
A: No. Power requires voltage and current (amps). Use a Volts to Watts calculator for energy calculations.