The magnetic structure of Figure Q7 1 has a rerromagnetic core that can be treated as infinitely permeable Air-gap fringing Is negligible Let N 10 turns, A 02 m and gap length is 0 5 x 10 m The coil is excited by a sinusoldal voltage source that establishes a flux given by (t) 0 25stn20t Wb. The resistance of the coil can be neglected Determine the supply voltage, t), the current, t) and the inductance of the coil, L. Area, A LAir Vstt n 8. Figure Q7.1. Solutions Insert your solutions in the spaces provided below. Give your numerical values to the nearest whole number unless where stated otherwise. vt) = Volts A. H (give vour answer correct to 3 decimal places)
The magnetic structure of Figure Q7 1 has a rerromagnetic core that can be treated as infinitely permeable Air-gap fringing Is negligible Let N 10 turns, A 02 m and gap length is 0 5 x 10 m The coil is excited by a sinusoldal voltage source that establishes a flux given by (t) 0 25stn20t Wb. The resistance of the coil can be neglected Determine the supply voltage, t), the current, t) and the inductance of the coil, L. Area, A LAir Vstt n 8. Figure Q7.1. Solutions Insert your solutions in the spaces provided below. Give your numerical values to the nearest whole number unless where stated otherwise. vt) = Volts A. H (give vour answer correct to 3 decimal places)
Introductory Circuit Analysis (13th Edition)
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Publisher:Robert L. Boylestad
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![The magnetic structure of Figure Q7 1 has a rerromagnetic core that can be treated as infinitely permeable Air-gap fringing
Is negligible Let N= 10 turns, A=02 m and gap length is 0 = 5 x 10 m. The coil is excited by a sinusoidal voltage source
that establishes a flux given by p(t) = 0.25stn20t Wb. The resistance of the coil can be neglected Determine the supply
voltage, ), the current, (t) and the inductance of the coil, L.
%3D
Area, A
ŁAir
Vst)
Figure Q7.1.
Solutions
insert your solutions in the spaces provided below. Give your numerical values to the nearest whole number unless where
stated otherwise.
Veft) =
Volts
t) =
A.
L=
H (give your answer correct to 3 decimal places).](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F50999d49-7252-4ebf-a0dd-823dc8351477%2F6bf62047-43b0-4bc4-9424-9e783958e0b3%2F5u3m54sd_processed.jpeg&w=3840&q=75)
Transcribed Image Text:The magnetic structure of Figure Q7 1 has a rerromagnetic core that can be treated as infinitely permeable Air-gap fringing
Is negligible Let N= 10 turns, A=02 m and gap length is 0 = 5 x 10 m. The coil is excited by a sinusoidal voltage source
that establishes a flux given by p(t) = 0.25stn20t Wb. The resistance of the coil can be neglected Determine the supply
voltage, ), the current, (t) and the inductance of the coil, L.
%3D
Area, A
ŁAir
Vst)
Figure Q7.1.
Solutions
insert your solutions in the spaces provided below. Give your numerical values to the nearest whole number unless where
stated otherwise.
Veft) =
Volts
t) =
A.
L=
H (give your answer correct to 3 decimal places).
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