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4.9 The supply voltage of the op amp in the circuit of Fig. P4 is 16 V. If Rµ = 3 k2, assign a resistance value to Rf so th the circuit would deliver 75 mW of power to Rµ. 50 Ω cc = 16 V 3 V(+ Rf RL 4 kN Figure P4.9: Circuit for Problem 4.9.

4.9 The supply voltage of the op amp in the circuit of Fig. P4 is 16 V. If Rµ = 3 k2, assign a resistance value to Rf so th the circuit would deliver 75 mW of power to Rµ. 50 Ω cc = 16 V 3 V(+ Rf RL 4 kN Figure P4.9: Circuit for Problem 4.9.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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*4.9 The supply voltage of the op amp in the circuit of Fig. P4.9 is 16 V. If RL = 3 kN, assign a resistance value to Rf so that the circuit would deliver 75 mW of power to RĻ. 50 Ω Vcc = 16 V %3D се 3 V(+ Rf RL 4 kΩ Figure P4.9: Circuit for Problem 4.9.
Transcribed Image Text:*4.9 The supply voltage of the op amp in the circuit of Fig. P4.9 is 16 V. If RL = 3 kN, assign a resistance value to Rf so that the circuit would deliver 75 mW of power to RĻ. 50 Ω Vcc = 16 V %3D се 3 V(+ Rf RL 4 kΩ Figure P4.9: Circuit for Problem 4.9.
*4.13 Obtain an expression for the voltage gain G = vo/vs for the circuit in Fig. P4.13. R2 R3 Ovo RL R1 Rs Figure P4.13: Circuit for Problem 4.13.
Transcribed Image Text:*4.13 Obtain an expression for the voltage gain G = vo/vs for the circuit in Fig. P4.13. R2 R3 Ovo RL R1 Rs Figure P4.13: Circuit for Problem 4.13.
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