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In magnetic circuits, the core is often made of laminated magnetic material. What are the benefits of using a laminated magnetic core? Select ALL that apply: 1. Laminations reduce the effective cross section of material which eddy currents form in 2. Laminations work better for high frequencies 3. Eddy current losses are decreased by the inclusion of laminations 4. Eddy current losses are increased by the addition of laminations in the core 5. Core losses are better reduced by phase shifting the input voltage by 180 degrees

In magnetic circuits, the core is often made of laminated magnetic material. What are the benefits of using a laminated magnetic core? Select ALL that apply: 1. Laminations reduce the effective cross section of material which eddy currents form in 2. Laminations work better for high frequencies 3. Eddy current losses are decreased by the inclusion of laminations 4. Eddy current losses are increased by the addition of laminations in the core 5. Core losses are better reduced by phase shifting the input voltage by 180 degrees

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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In magnetic circuits, the core is often made of laminated magnetic material. What are the benefits of using a laminated magnetic core? Select ALL that apply: 1. Laminations reduce the effective cross section of material which eddy currents form in 2. Laminations work better for high frequencies 3. Eddy current losses are decreased by the inclusion of laminations 4. Eddy current losses are increased by the addition of laminations in the core 5. Core losses are better reduced by phase shifting the input voltage by 180 degrees
Transcribed Image Text:In magnetic circuits, the core is often made of laminated magnetic material. What are the benefits of using a laminated magnetic core? Select ALL that apply: 1. Laminations reduce the effective cross section of material which eddy currents form in 2. Laminations work better for high frequencies 3. Eddy current losses are decreased by the inclusion of laminations 4. Eddy current losses are increased by the addition of laminations in the core 5. Core losses are better reduced by phase shifting the input voltage by 180 degrees
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