This is probably going to seem like a V silly question but I can't think how to google it.
A single phase, 100 kVA, 11000/2200 V, 60 Hz transformer has the following parameters:
Rhv=6.0 Ω
Lhv=0.08
Lm(hv)=160
Rc(hv)=125 Ω
Rlv=0.28 Ω
Llv=0.0032
Obtain the equivalent circuit of the transformer:
a) Referred to the HV side
b) Referred to the LV side
So I created this schematic below. I went and found the formulas I need to convert everything, in order to answer the first question, these are the notation in red ink.
Problem is - all of the values for the inductors are in henry. I need to convert everything to complex numbers. Up till this point I pulled the value for Omega from the time notation, in the source.
H = jωL
But where to get the omega value from this?
My first instinct is to go for the hertz value.
Perhaps 1/60... Maybe...
Or perhaps it somehow derived from this complex power value...
A single phase, 100 kVA, 11000/2200 V, 60 Hz transformer has the following parameters:
Rhv=6.0 Ω
Lhv=0.08
Lm(hv)=160
Rc(hv)=125 Ω
Rlv=0.28 Ω
Llv=0.0032
Obtain the equivalent circuit of the transformer:
a) Referred to the HV side
b) Referred to the LV side
So I created this schematic below. I went and found the formulas I need to convert everything, in order to answer the first question, these are the notation in red ink.
Problem is - all of the values for the inductors are in henry. I need to convert everything to complex numbers. Up till this point I pulled the value for Omega from the time notation, in the source.
H = jωL
But where to get the omega value from this?
My first instinct is to go for the hertz value.
Perhaps 1/60... Maybe...
Or perhaps it somehow derived from this complex power value...
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