Hall Voltage Calculator (by Carrier Charge)
Compute Hall voltage including explicit carrier charge per carrier.
Input Data
Magnetic Field T
T
Current A
A
Carrier Density Per M3
m⁻³
Charge Per Carrier C
C
Thickness M
m
Results
V_H in mV.
6,241.509074mV
V_H = I·B/(nqt).
6.2415090745V
R_H = 1/(nq).
0.0062415091m³/C
At a glance:V_H = I·B/(n·q·t). Complements hall-voltage-calc and hall-effect.
Formula
V_H = I·B / (n·q·t).
$$V_H = \frac{B\,I}{n\,q\,t}$$$$R_H = \frac{1}{n\,q} = \frac{V_H \cdot t}{B\,I}$$How to Use
- Enter B, I, n, charge and thickness.
- The tool returns V_H and R_H.
Case Studies
B=0.5, I=0.05, n=1e22, q=1.6e-19, t=1e-3
V_H≈1.56e-2 V.
FAQ
q magnitude?
Use elementary charge 1.602e-19 C (sign sets polarity).
Related Tools
References
Content review: Calculatorism Editorial Team. Results are for reference only; please refer to the relevant authorities for the official figures.