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The separately-excited generator has constant: a. Field Strength. b. Load Current. c. Terminal Voltage.

The separately-excited generator has constant: a. Field Strength. b. Load Current. c. Terminal Voltage.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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2. The separately-excited generator has constant: a. Field Strength. b. Load Current. c. Terminal Voltage. 3. The terminal voltage of DC generators under load: a. Goes up as load increases. b. Goes down as load increases. c. Stays the same as load increases. 4. The current drawn from a separately-excited generator by the load Is also its armature current. a. b. c. Has no relation to internal generator current. The sum of the armature and field current. 5. The current drawn from a self-excited generator by the load: Is also its armature current. a. b. Has no relation to internal generator current. C. The sum of the armature and field current. 6. Field excitation current in a self-excited generator: a. Goes up as the load increases. b. Goes down as the load increases. c. Stays the same as the load increases. 7. As load is applied to a self-excited generator: a. The field current is constant. b. The terminal voltage is constant. c. Neither field current nor terminal voltage is constant.
Transcribed Image Text:2. The separately-excited generator has constant: a. Field Strength. b. Load Current. c. Terminal Voltage. 3. The terminal voltage of DC generators under load: a. Goes up as load increases. b. Goes down as load increases. c. Stays the same as load increases. 4. The current drawn from a separately-excited generator by the load Is also its armature current. a. b. c. Has no relation to internal generator current. The sum of the armature and field current. 5. The current drawn from a self-excited generator by the load: Is also its armature current. a. b. Has no relation to internal generator current. C. The sum of the armature and field current. 6. Field excitation current in a self-excited generator: a. Goes up as the load increases. b. Goes down as the load increases. c. Stays the same as the load increases. 7. As load is applied to a self-excited generator: a. The field current is constant. b. The terminal voltage is constant. c. Neither field current nor terminal voltage is constant.
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