U = Voltage in volts U = I * R U = P / I U = sqrt( P * R )
I = Current in amperes I = U / R I = P / U I = sqrt( P / R )
R = Resistance in ohms R = U / I R = P / I2 R = U2 / P
P = Power in watts P = U * I P = U2 / R P = I2 * R
Length of one puff:
sec
Puffs per session:
pc
Sessions per hour:
pc
Puffing per hour:
sec
Battery:
mAh
Capacity loss:
%
Real capacity:
Wh
Battery life:
h:mm
Total puffing:
m:ss
Kanthal D 26 AWG 0.4 mm 10.7 Ω/m
Kanthal A-1 26 AWG 0.4 mm 10.85 Ω/m
Kanthal A-1 28 AWG 0.32 mm 18.3 Ω/m
Kanthal A 30 AWG 0.25 mm 28.3 Ω/m
Nichrome 32 AWG 0.2 mm 34.7 Ω/m
Kanthal A-1 32 AWG 0.2 mm 45.3 Ω/m
Nichrome 34 AWG 0.16 mm 53.5 Ω/m
Kanthal A-1 33 0.18 mm 57.7 Ω/m
Kanthal D 36 AWG 0.13 mm 102.0 Ω/m
Kanthal D 37 AWG 0.11 mm 149.0 Ω/m
Other
mm
Ω/m
:O ??? (ato Ω missing)
Mesh ⌀
mm --> Turns: ??
Resistances in parallel:
R1:
R2: