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VS1 9R w A R www 5R - Vout For this circuit, find Vout. Since the OP-AMPs are ideal and cascaded, you can first analyze the output at node A and take this value as the input to the second amplifier. Note: it has a non- inverting configuration cascaded with an inverter, so you can use the known formulas for these configurations. 12:04 p. m.

VS1 9R w A R www 5R - Vout For this circuit, find Vout. Since the OP-AMPs are ideal and cascaded, you can first analyze the output at node A and take this value as the input to the second amplifier. Note: it has a non- inverting configuration cascaded with an inverter, so you can use the known formulas for these configurations. 12:04 p. m.

Understanding Motor Controls
Understanding Motor Controls
4th Edition
ISBN:9781337798686
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter53: The 555 Timer
Section: Chapter Questions
Problem 2RQ
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VS1 9R w A R www 5R - Vout For this circuit, find Vout. Since the OP-AMPs are ideal and cascaded, you can first analyze the output at node A and take this value as the input to the second amplifier. Note: it has a non- inverting configuration cascaded with an inverter, so you can use the known formulas for these configurations. 12:04 p. m.
Transcribed Image Text:VS1 9R w A R www 5R - Vout For this circuit, find Vout. Since the OP-AMPs are ideal and cascaded, you can first analyze the output at node A and take this value as the input to the second amplifier. Note: it has a non- inverting configuration cascaded with an inverter, so you can use the known formulas for these configurations. 12:04 p. m.
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