RETURN TO MAIN HYPERCUBE
T [kelvin] =
$$E = \frac{k_{boltzmann}T}{q_{electron}}$$
E [electron volts]=
= E [meV]=
= E [\(\mu\)eV]=
f [GHz] =
$$E = \frac{hf}{q_{electron}}$$
E [electron volts]=
= E [meV]=
= E [\(\mu\)eV]=
R [\(\Omega\)] =
T [K] =
$$\sqrt{S_V} = \sqrt{4k_{boltzmann}TR}$$
\(\sqrt{S_V} \left[\frac{nV}{\sqrt{Hz}}\right] = \)