Field Strength Conversion
Author: kegasaExecutions: 42
※ This library was created by a member. This site is not responsible for its content.
Power density, electric field, magnetic field, and magnetic flux density at a vacuum impedance of 120π = 377 Ω
print(P);
dBm = log(P) + 30;
print(dBm);
Vpm = sqrt(P * Z);
print(Vpm);
dBuVpm = 20 * log(Vpm) + 120;
print(dBuVpm);
Apm = sqrt(P/Z);
print(Apm);
dBuApm = 20*log(Apm)+120;
print(dBuApm);
Tesla = Apm*e0;
print(Tesla);
pTesla = Tesla * 10^12;
print(pTesla);
dBpTesla = 20 * log(pTesla);
print(dBpTesla);
Gauss = 10^4 * Tesla;
print(Gauss);
dBm = log(P) + 30;
print(dBm);
Vpm = sqrt(P * Z);
print(Vpm);
dBuVpm = 20 * log(Vpm) + 120;
print(dBuVpm);
Apm = sqrt(P/Z);
print(Apm);
dBuApm = 20*log(Apm)+120;
print(dBuApm);
Tesla = Apm*e0;
print(Tesla);
pTesla = Tesla * 10^12;
print(pTesla);
dBpTesla = 20 * log(pTesla);
print(dBpTesla);
Gauss = 10^4 * Tesla;
print(Gauss);
| P/m² | W/m² |
| dBm/m² | dBm/m² |
| Vpm | V/m |
| dBuVpm | dBuV/m |
| Apm | A/m |
| dBuApm | dBuA/m |
| Tesla | T |
| pTesla | pT |
| dBpTesla | dBpT |
| Gauss | Gauss |
| dBm/cm² | dBm/cm² |
No customer feedback for this calculation yet.