Refer to the single supply Class AB amplifier circuit shown in Figure 8 below. Show work...

 

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Refer to the single supply Class AB amplifier circuit shown in Figure 8 below. Show work neatly in stepwise fashion. (a) Do the de analysis and determine the values of VEQ), VE Q, VE, IcQ. VCEQIQ1), VCEQ Q2). (b) Do the ac analysis and find the following maximum possible Vour(peak), Av, Pin or PDC, and the maximum average power that could be delivered to the load resistor, Pout. Vcc +15 V Write the heading DC Analysis' for part a. Write the heading 'AC Analysis' for part b. Find only required quantities. R 1.0k2 Each required value in parts a & b is worth 2 point3. C3 HINT Find the current flowing in the diode branch. D2 75 2 10k2 I Refer to the single supply Class AB amplifier circuit shown in Figure 8 below. Show work neatly in stepwise fashion. (a) Do the de analysis and determine the values of VEQ), VE Q, VE, IcQ. VCEQIQ1), VCEQ Q2). (b) Do the ac analysis and find the following maximum possible Vour(peak), Av, Pin or PDC, and the maximum average power that could be delivered to the load resistor, Pout. Vcc +15 V Write the heading DC Analysis' for part a. Write the heading 'AC Analysis' for part b. Find only required quantities. R 1.0k2 Each required value in parts a & b is worth 2 point3. C3 HINT Find the current flowing in the diode branch. D2 75 2 10k2 I

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CALCULATIONS solution 03 of 85 0 DC ANALYSIS b AC ANALYSIS The trio transistors given a and an are V... View the full answer