Problem Set 1: Difference between revisions
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Problems |
'''Problems''' |
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1.A solenoid transformer has 3V and .5 A on its primary winding. The leakage flux of this transformer is 2. Find the amount of flux create and by primary winding, the flux created by the secondary winding, and the efficiency of the transformer. |
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1. A solenoid transformer has 3V and .5 A on its primary winding. The leakage flux of this transformer is 2. Find the amount of flux create and by primary winding, the flux created by the secondary winding, and the efficiency of the transformer. |
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2. An non-ideal 2-phase transformer core has Rc1=2 Ohms and Lw1=5 micro Henrys. The average flux created when the transformer is connected to an open circuit is 5. Find Rc2 and Lw2. |
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'''Solutions''' |
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Revision as of 08:29, 20 January 2010
Problems
1. A solenoid transformer has 3V and .5 A on its primary winding. The leakage flux of this transformer is 2. Find the amount of flux create and by primary winding, the flux created by the secondary winding, and the efficiency of the transformer.
2. An non-ideal 2-phase transformer core has Rc1=2 Ohms and Lw1=5 micro Henrys. The average flux created when the transformer is connected to an open circuit is 5. Find Rc2 and Lw2.
3. The flux created by a transformer’s primary winding is 3, and the flux from the secondary is 3. Find the leakage flux.
4. Find the amount of energy lost in a magnet by using Green’s theorem to approximate the area of its characteristic BH curve shown.
5. Derive the power equation for an ideal three phase transformer. Interms of
Solutions