hich of the following statements about DC-DC converters is false? A) The maximum value that the continuous operating limit of the coil current can take in the booster type converter is d=1/3. B) none C) In case the switch is on (off) in the step-down converter, the input voltage is not used by any of the circuit elements. D) buck-boost type converters It is obtained by connecting buck and boost type converters in succession. E) In the step-up converter, when the switch is ON, the input source only feeds the coil.
hich of the following statements about DC-DC converters is false? A) The maximum value that the continuous operating limit of the coil current can take in the booster type converter is d=1/3. B) none C) In case the switch is on (off) in the step-down converter, the input voltage is not used by any of the circuit elements. D) buck-boost type converters It is obtained by connecting buck and boost type converters in succession. E) In the step-up converter, when the switch is ON, the input source only feeds the coil.
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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hich of the following statements about DC-DC converters is false? A) The maximum value that the continuous operating limit of the coil current can take in the booster type converter is d=1/3. B) none C) In case the switch is on (off) in the step-down converter, the input voltage is not used by any of the circuit elements. D) buck-boost type converters It is obtained by connecting buck and boost type converters in succession. E) In the step-up converter, when the switch is ON, the input source only feeds the coil.
Question
Which of the following statements about DC-DC converters is false?
A) The maximum value that the continuous operating limit of the coil current can take in the booster type converter is d=1/3.
B) none
C) In case the switch is on (off) in the step-down converter, the input voltage is not used by any of the circuit elements.
D) buck-boost type converters It is obtained by connecting buck and boost type converters in succession.
E) In the step-up converter, when the switch is ON, the input source only feeds the coil.
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