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Problem 5 (- Consider the following Class B Amplifier in Figure 5, Each BIT (if it's ON) has (Vnal-0.7V and the cut-in voltage is assumed to be 0.35V. Assume that B-75. Figure 5 5.1.( In Figure 5 above, if cach BJT can dissipate no more than Po6W, R=500 and v(() can be any DC or AC signal, what is the maximum permitted value of Vec?

Problem 5 (- Consider the following Class B Amplifier in Figure 5, Each BIT (if it's ON) has (Vnal-0.7V and the cut-in voltage is assumed to be 0.35V. Assume that B-75. Figure 5 5.1.( In Figure 5 above, if cach BJT can dissipate no more than Po6W, R=500 and v(() can be any DC or AC signal, what is the maximum permitted value of Vec?

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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Problem 5 (- Consider the following Class B Amplifier in Figure 5. Each BIT (if it's ON) has Vael-0.7V and the cut-in voltage is assumed to be 0.SV. Assume that B-75. Figure's 5.1. (- In Figure 5 above, if cach BIT can dissipate no more than Pn-6W, R=500 and vI(t) can be any DC or AC signal, what is the maximum permitted value of Vec? : In Figure 5 above, let Vee-12V, R-80n and let vit) be a symmetric square-wave of levels 5V and -SV and a frequency of 800H2. Sketch valt) and icst). Is there a crossover distortion? 5.2. ( Figure Sa 5.3. If in the above basic Class B amplifier circuit diagram (Figure Sa), vit) is an AC signal of amplitude 0.75V and frequency SK PNP BJT. Each BIT (if it's ON) has vur-0.7V and the cut-in voltage is assumed to be 0,35V. Assume that B-75. co15V and R-502, sketeh vt) and the collector current of the
Transcribed Image Text:Problem 5 (- Consider the following Class B Amplifier in Figure 5. Each BIT (if it's ON) has Vael-0.7V and the cut-in voltage is assumed to be 0.SV. Assume that B-75. Figure's 5.1. (- In Figure 5 above, if cach BIT can dissipate no more than Pn-6W, R=500 and vI(t) can be any DC or AC signal, what is the maximum permitted value of Vec? : In Figure 5 above, let Vee-12V, R-80n and let vit) be a symmetric square-wave of levels 5V and -SV and a frequency of 800H2. Sketch valt) and icst). Is there a crossover distortion? 5.2. ( Figure Sa 5.3. If in the above basic Class B amplifier circuit diagram (Figure Sa), vit) is an AC signal of amplitude 0.75V and frequency SK PNP BJT. Each BIT (if it's ON) has vur-0.7V and the cut-in voltage is assumed to be 0,35V. Assume that B-75. co15V and R-502, sketeh vt) and the collector current of the
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