Find I to set a Ø = 0.02 Wb on the right hand side. Below the material table to find (Flux density T (tesla) or Magnetizing force H (At / m) according to the material used. Data: N=250 vueltas Sı= 100 x 250 L2 = 300mm Factor de Apilameinto = 0,97 Li = L3 = 900mm I= ¿? S2 = S3= 100 x 160mm L1/S1 L3/S3

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
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Find I to set a Ø = 0.02 Wb on the right
hand side. Below the material table to find
(Flux density T (tesla) or Magnetizing force
H (At / m) according to the material used.
Data:
N=250 vueltas
Sı= 100 x 250
L2 = 300mm
Factor de Apilameinto = 0,97
Li = L3 = 900mm
I= ¿?
S2 = S3= 100 x 160mm
L1/S1
L3/S3
A
B
L2/S2,
$ = 0,02 Wb
Wb
Av/m
10
20
50
140
400
1000
2000
9000
0,7
1,3
1,6
1,7
1,8
1,85
1,9
2,0
B.
Transcribed Image Text:Find I to set a Ø = 0.02 Wb on the right hand side. Below the material table to find (Flux density T (tesla) or Magnetizing force H (At / m) according to the material used. Data: N=250 vueltas Sı= 100 x 250 L2 = 300mm Factor de Apilameinto = 0,97 Li = L3 = 900mm I= ¿? S2 = S3= 100 x 160mm L1/S1 L3/S3 A B L2/S2, $ = 0,02 Wb Wb Av/m 10 20 50 140 400 1000 2000 9000 0,7 1,3 1,6 1,7 1,8 1,85 1,9 2,0 B.
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