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Full-Wave Rectifiers 17. Find the average value of each voltage in Figure In tm. n 5 V OV (a) 20 V Im 10 V OV (c) 100 V (b) +25 V OV -15 V (d) m

Full-Wave Rectifiers 17. Find the average value of each voltage in Figure In tm. n 5 V OV (a) 20 V Im 10 V OV (c) 100 V (b) +25 V OV -15 V (d) m

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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**Full-Wave Rectifiers** **17.** Find the average value of each voltage in the figure. The diagrams illustrate voltage waveforms for full-wave rectifiers. Each graph depicts the output voltage over time, showing the transformation of an AC input into a DC output. **(a)** - The waveform oscillates from 0 V to a peak of 5 V. It demonstrates a typical full-wave rectification pattern, with positive voltage peaks and zero-level sections between cycles. **(b)** - The waveform reaches a peak voltage of 100 V, with sections returning to 0 V. The pattern repeats regularly, characteristic of full-wave rectification with consistent peak voltage. **(c)** - This waveform maintains a minimum voltage of 10 V and peaks at 20 V. The upward shift indicates a DC offset, showing that the rectification process raises the whole waveform above 0 V. **(d)** - The waveform ranges from -15 V to +25 V. This graph shows the oscillation of the waveform above and below a 0 V baseline, resulting in both positive and negative peaks. Each of these diagrams showcases different aspects and configurations of full-wave rectified voltage outputs, key for understanding rectification in electrical engineering.
Transcribed Image Text:**Full-Wave Rectifiers** **17.** Find the average value of each voltage in the figure. The diagrams illustrate voltage waveforms for full-wave rectifiers. Each graph depicts the output voltage over time, showing the transformation of an AC input into a DC output. **(a)** - The waveform oscillates from 0 V to a peak of 5 V. It demonstrates a typical full-wave rectification pattern, with positive voltage peaks and zero-level sections between cycles. **(b)** - The waveform reaches a peak voltage of 100 V, with sections returning to 0 V. The pattern repeats regularly, characteristic of full-wave rectification with consistent peak voltage. **(c)** - This waveform maintains a minimum voltage of 10 V and peaks at 20 V. The upward shift indicates a DC offset, showing that the rectification process raises the whole waveform above 0 V. **(d)** - The waveform ranges from -15 V to +25 V. This graph shows the oscillation of the waveform above and below a 0 V baseline, resulting in both positive and negative peaks. Each of these diagrams showcases different aspects and configurations of full-wave rectified voltage outputs, key for understanding rectification in electrical engineering.
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