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Write a conclusion to the measured values from the 3 different rectifier circuit.

Write a conclusion to the measured values from the 3 different rectifier circuit.

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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Write a conclusion to the measured values from the 3 different rectifier circuit.

Transformer Check Center-tapped rectifier Actual Actual Expected (Calculated) Expected (Calculated) (Readings from XSC and XMM) (Readings from XSC1 and XMM3) V1(peak) 169.706 V 168.769 V V2(peak) 16.971 V 16.637 V V2(peak) 33.941 V 33.065 V Half of 2nd windings V2(peak) Vout(peak) 16.270 V 16.076 V 16.971 V 16.875 V Vout(DC) 10.803 V 10.264 V Half of 2nd windings fout 120 Hz 119.303 Hz V 1(rms) 120 V 119.997 V V2(rms) Bridge-type Rectifier 12 V 11.998 V Half of 2nd Actual Expected (Calculated) windings (Readings from xSC and XMM) Half-wave rectifier V1(ms) 120 V 120.005 V Vout(peak) 16.971 16.062 V V2(ms) 24 V 23.999 V Vout(DC) 5.402 V 5.116 V V1(peak) 169.706 V 168.376 V fout 60 Hz 60.354 Hz V2(peak) 33. 941 V 33.672 Vout(peak) 33.941 V 32.017 V VoutçDC) 21.606 V 20.416 V fout 120 Hz| 119.303 Hz
Transcribed Image Text:Transformer Check Center-tapped rectifier Actual Actual Expected (Calculated) Expected (Calculated) (Readings from XSC and XMM) (Readings from XSC1 and XMM3) V1(peak) 169.706 V 168.769 V V2(peak) 16.971 V 16.637 V V2(peak) 33.941 V 33.065 V Half of 2nd windings V2(peak) Vout(peak) 16.270 V 16.076 V 16.971 V 16.875 V Vout(DC) 10.803 V 10.264 V Half of 2nd windings fout 120 Hz 119.303 Hz V 1(rms) 120 V 119.997 V V2(rms) Bridge-type Rectifier 12 V 11.998 V Half of 2nd Actual Expected (Calculated) windings (Readings from xSC and XMM) Half-wave rectifier V1(ms) 120 V 120.005 V Vout(peak) 16.971 16.062 V V2(ms) 24 V 23.999 V Vout(DC) 5.402 V 5.116 V V1(peak) 169.706 V 168.376 V fout 60 Hz 60.354 Hz V2(peak) 33. 941 V 33.672 Vout(peak) 33.941 V 32.017 V VoutçDC) 21.606 V 20.416 V fout 120 Hz| 119.303 Hz
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