🧲Magnetomotive Force
Gilbert in Ampere-Turn umrechnen
Rechnen Sie Gilberts in Ampere-Turns (Gb in At) online um mit Berechnungsformel und Umrechnungstabelle.
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Magnetomotive Force3 Einheiten
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How the Calculation Works (Linear Scaling)
Formula:
Ampere-Turn = Gilbert / 1.256637
Substitution:1 / 1.256637
Calculated Result:0.7958 At
Since 1 Ampere-Turn = 1.256637 Gilberts, divide the value in Gilberts by 1.256637.
Standard Ratio Factor:1 Gb = 0.795775 At
Gilbert to Ampere-Turn Conversion Table
Precomputed values for quick reference and printing.
Gilbert → Ampere-Turn(Gb → At)
| Gilbert | Ampere-Turn |
|---|---|
| 1 Gb | 0.7958 At |
| 2 Gb | 1.5915 At |
| 3 Gb | 2.3873 At |
| 4 Gb | 3.1831 At |
| 5 Gb | 3.9789 At |
| 6 Gb | 4.7746 At |
| 7 Gb | 5.5704 At |
| 8 Gb | 6.3662 At |
| 9 Gb | 7.162 At |
| 10 Gb | 7.9577 At |
| 15 Gb | 11.9366 At |
| 20 Gb | 15.9155 At |
| 25 Gb | 19.8944 At |
| 30 Gb | 23.8732 At |
| 40 Gb | 31.831 At |
| 50 Gb | 39.7887 At |
| 75 Gb | 59.6831 At |
| 100 Gb | 79.5775 At |
Ampere-Turn → Gilbert(At → Gb)
| Ampere-Turn | Gilbert |
|---|---|
| 1 At | 1.2566 Gb |
| 2 At | 2.5133 Gb |
| 3 At | 3.7699 Gb |
| 4 At | 5.0265 Gb |
| 5 At | 6.2832 Gb |
| 6 At | 7.5398 Gb |
| 7 At | 8.7965 Gb |
| 8 At | 10.0531 Gb |
| 9 At | 11.3097 Gb |
| 10 At | 12.5664 Gb |
| 15 At | 18.8496 Gb |
| 20 At | 25.1327 Gb |
| 25 At | 31.4159 Gb |
| 30 At | 37.6991 Gb |
| 40 At | 50.2655 Gb |
| 50 At | 62.8319 Gb |
| 75 At | 94.2478 Gb |
| 100 At | 125.6637 Gb |
📌 Standard Benchmark Reference Values
1 Gb (gilbert)=≈ 0.795775 At
Exact CGS-emu to SI relationship: 1 gilbert = 10 / (4π) ampere-turns.
Exact RatioGilbert (Gb)
The CGS electromagnetic unit of magnetomotive force, defined as the mmf around a closed loop enclosing a current of 1 abampere (10 A) times 1/(4π), giving exactly 10 / (4π) ampere-turns (~0.795775 At).
Ampere-Turn (At)
The SI coherent unit of magnetomotive force (mmf), defined as the magnetic potential difference produced by a direct current of one ampere flowing through an electric coil of one turn (ℱ = N · I). Dimensionally equal to the ampere (I).
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