- In
electrical engineering,
susceptance (B) is the
imaginary part of
admittance (Y = G + jB),
where the real part is
conductance (G). The
reciprocal of...
-
steady current can flow, but also the
dynamic effects of the material's
susceptance to polarization: Y = G + j B , {\displaystyle Y=G+jB\,,}
where Y is the...
- conductance,
electric susceptance, and
electric admittance in the
International System of
Units (SI). Conductance,
susceptance, and
admittance are the...
- ****e-like tool for three-dimensional
electromagnetic simulation. This
susceptance element equivalent circuit (SEEC)
model has the
advantages of a reduced...
- \end{aligned}}}
where R is resistance, G is conductance, X is reactance, and B is
susceptance.
These lead to the
complex number identities R = G G 2 + B 2 ,...
-
dipole moment coulomb metre C⋅m A⋅s⋅m G; Y; B conductance; admittance;
susceptance siemens S = Ω−1 kg−1⋅m−2⋅s3⋅A2 κ, γ, σ
conductivity siemens per metre...
-
dipole moment coulomb metre C⋅m A⋅s⋅m G; Y; B conductance; admittance;
susceptance siemens S = Ω−1 kg−1⋅m−2⋅s3⋅A2 κ, γ, σ
conductivity siemens per metre...
-
convolution inverse of p.
Acoustic conductance,
denoted G, and
acoustic susceptance,
denoted B, are the real part and
imaginary part of
acoustic admittance...
- (May 1888);
Heaviside is
sometimes incorrectly credited with
coining susceptance (the
imaginary part of admittance) and
reactance (the
imaginary part...
- thus a pure
reactance does not
dissipate power.
Magnetic reactance Susceptance Shamieh C. and
McComb G.,
Electronics for Dummies, John
Wiley & Sons...
