Gauss to Microteslas Converter (G to μT)
Gauss to Microteslas Converter (G to μT)
Convert Gauss (G) to Microteslas (μT) instantly. Multiply gauss by 100 to translate geomagnetic and low-field magnetometer readings into standard SI microteslas.
How to Use This Converter
- Enter the value in Gauss (G) you want to convert.
- Ensure the “From” selector is set to Gauss (G).
- Ensure the “To” selector is set to Microteslas (μT).
- The converted magnetic flux density in Microteslas (μT) calculates instantly in the result box.
Gauss (G) to Microteslas (μT) Formula
To convert from Gauss (G) to Microteslas (μT), use the exact electromagnetic relationship:
Primary Formula:
μT = G × 100
Calculation Examples
- Example 1: 1 G = 100 μT
- Example 2: 5 G = 500 μT
- Example 3: 10 G = 1,000 μT
- Example 4: 50 G = 5,000 μT
Gauss (G) to Microteslas (μT) Conversion Table
| Gauss (G) | Microteslas (μT) |
|---|---|
| 0.25 G | 25 μT |
| 0.5 G | 50 μT |
| 1 G | 100 μT |
| 2.5 G | 250 μT |
| 5 G | 500 μT |
| 10 G | 1,000 μT |
Frequently Asked Questions
How many Gauss are in 1 Tesla?
Exactly 10,000 Gauss. One Tesla equals 10,000 Gauss (1 T = 10⁴ G). Therefore, 1 Gauss equals 0.0001 Teslas (1 G = 10⁻⁴ T).
What is the difference between Magnetic Flux Density (B) and Magnetic Field Strength (H)?
Magnetic field strength (H, measured in Amperes per meter or Oersteds) represents the magnetizing force created by electric currents, independent of the medium. Magnetic flux density (B, measured in Teslas or Gauss) represents the total induced magnetic field inside the material, related by B = μ · H, where μ is the magnetic permeability.
How strong is a typical MRI magnetic field in Gauss?
A standard 1.5 Tesla clinical MRI scanner generates 15,000 Gauss. A high-resolution 3.0 Tesla scanner generates 30,000 Gauss—roughly 30,000 to 60,000 times stronger than Earth’s natural geomagnetic field.