VeloCiy : V = M/s
as
werades
Linea lotational
Acceleration a =
d ↓= du
di T
W
= E F = levis d = rPm = 60 · F
terque t= E1 / : = Eine .
/ If coso .
Torque out of thelage results ((motion .
Into
The Page results Clockwise
to
Force Ema Work We d =
power Pe = f . v = tow Pin = Port + Poss (heart
Faradays lawa XE =
-0 1 . 8 = c
Amperes law A XM
-x = -
= J InSH =
I = e
Va V1 = Evcos(wil -
Time demain
=
=L
For % line current = Phase Current
,
Far 1 ,
line Voltage : Phase Voltage
,Picoso Phase dur O = Qua
P s=
= col)
Pf =
5
S = P +iQ
Stokes Theorem BidH = Permeability
&
B Magneti Firx
=
Mr = & # = magnetic field
Mo
M Mr Mo
= · J= current density
No = 44 ·
10
Lc = mean care length
H vi Ni = Pain cerlent
Wit
=
Flux = BA = To
A = area
N= # turns
force F Ni = Re Rc
i reluctance
=
=
,
R. =
flux density To
HYSTCrYS is : An unmagnetized ferrous material Will
be magnetized even when current
is removed . Requires negative current
to return to neutral state.
care loss = Hystcrysis less + eddy loss
, Faradays law i =
N DXE = -
* find-
ex .
If bossin (377) Wh N = 100 turns ·
What is
The voltage ?
find = N .
d = 100
· Ossin
=(3777)v
Lind = (VXB)ok far Constant field was moving
wire .
Out of the page = sing .
=
IVX8l/LI Los O
ex .
If VIOMIs B . Si L= Im ,
What is the
Vitase? 8= 300
2nd = Vx8 - c = Vosin 90 %: I cas goo
= 100
, 5 : 1 ·
Loss
=
Fi((X8) =
insue induced force
V = Cind + iR Indiced voltage
as
werades
Linea lotational
Acceleration a =
d ↓= du
di T
W
= E F = levis d = rPm = 60 · F
terque t= E1 / : = Eine .
/ If coso .
Torque out of thelage results ((motion .
Into
The Page results Clockwise
to
Force Ema Work We d =
power Pe = f . v = tow Pin = Port + Poss (heart
Faradays lawa XE =
-0 1 . 8 = c
Amperes law A XM
-x = -
= J InSH =
I = e
Va V1 = Evcos(wil -
Time demain
=
=L
For % line current = Phase Current
,
Far 1 ,
line Voltage : Phase Voltage
,Picoso Phase dur O = Qua
P s=
= col)
Pf =
5
S = P +iQ
Stokes Theorem BidH = Permeability
&
B Magneti Firx
=
Mr = & # = magnetic field
Mo
M Mr Mo
= · J= current density
No = 44 ·
10
Lc = mean care length
H vi Ni = Pain cerlent
Wit
=
Flux = BA = To
A = area
N= # turns
force F Ni = Re Rc
i reluctance
=
=
,
R. =
flux density To
HYSTCrYS is : An unmagnetized ferrous material Will
be magnetized even when current
is removed . Requires negative current
to return to neutral state.
care loss = Hystcrysis less + eddy loss
, Faradays law i =
N DXE = -
* find-
ex .
If bossin (377) Wh N = 100 turns ·
What is
The voltage ?
find = N .
d = 100
· Ossin
=(3777)v
Lind = (VXB)ok far Constant field was moving
wire .
Out of the page = sing .
=
IVX8l/LI Los O
ex .
If VIOMIs B . Si L= Im ,
What is the
Vitase? 8= 300
2nd = Vx8 - c = Vosin 90 %: I cas goo
= 100
, 5 : 1 ·
Loss
=
Fi((X8) =
insue induced force
V = Cind + iR Indiced voltage
