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For the circuit shown in Figure B19a, Ve 20V Rc 3kQ RB = 10k 2 VCE VBB=3V Figure B19a i) Sketch the DC load line in the Graph B19. ii) Calculate the Q point, if the zero signal base current is 50 µA and a = 0.991. Mark the Q point in load line.

For the circuit shown in Figure B19a, Ve 20V Rc 3kQ RB = 10k 2 VCE VBB=3V Figure B19a i) Sketch the DC load line in the Graph B19. ii) Calculate the Q point, if the zero signal base current is 50 µA and a = 0.991. Mark the Q point in load line.

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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19. For the circuit shown in Figure B19a, Ve 20V Rc = 3k %3D RB = 10k 2 VCE VBB=3V Figure B19a Sketch the DC load line in the Graph B19. ii) Calculate the Q point, if the zero signal base current is 50 uA and a = 0.991. Mark the Q point in load line. Graph B19
Transcribed Image Text:19. For the circuit shown in Figure B19a, Ve 20V Rc = 3k %3D RB = 10k 2 VCE VBB=3V Figure B19a Sketch the DC load line in the Graph B19. ii) Calculate the Q point, if the zero signal base current is 50 uA and a = 0.991. Mark the Q point in load line. Graph B19
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