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In the circuit in Figure 3, first find the Thevinin equivalent circuit (Vth and Zth) at terminals a-b. Use the Thevinin equivalent circuit to: i. Find ZL which, if connected between terminals a-b, will absorb maximum average power. Determine that power. ii. If, instead of ZL, only RL, (no imaginary part) is connected between terminals a-b, find its value which will absorb maximum average power. Determine that power. (Express Vth in polar form and, Zth and ZL in rectangular form.) j60 4/0° A RMS a b C d с d :50 0 30 Ω ww Vth (in polar form) Zth (in rectangular form) ZL (for maximum average power, in rectangular form) PLmax (Average power absorbed by ZL) RL (for maximum average power) PLmax (Average power absorbed by RL) -j100 Ω a b Figure 3

In the circuit in Figure 3, first find the Thevinin equivalent circuit (Vth and Zth) at terminals a-b. Use the Thevinin equivalent circuit to: i. Find ZL which, if connected between terminals a-b, will absorb maximum average power. Determine that power. ii. If, instead of ZL, only RL, (no imaginary part) is connected between terminals a-b, find its value which will absorb maximum average power. Determine that power. (Express Vth in polar form and, Zth and ZL in rectangular form.) j60 4/0° A RMS a b C d с d :50 0 30 Ω ww Vth (in polar form) Zth (in rectangular form) ZL (for maximum average power, in rectangular form) PLmax (Average power absorbed by ZL) RL (for maximum average power) PLmax (Average power absorbed by RL) -j100 Ω a b Figure 3

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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In the circuit in Figure 3, first find the Thevinin equivalent circuit (Vth and Zth) at terminals a-b. Use the Thevinin equivalent circuit to: i. Find ZL which, if connected between terminals a-b, will absorb maximum average power. Determine that power. ii. If, instead of ZL, only RL, (no imaginary part) is connected between terminals a-b, find its value which will absorb maximum average power. Determine that power. (Express Vth in polar form and, Zth and Z₁ in rectangular form.) j60 n 4/0° A RMS a b с с d THE 350 Ω 30 Ω m V th (in polar form) Zth (in rectangular form) ZL (for maximum average power, in rectangular form) PLmax (Average power absorbed by ZL) RL (for maximum average power) PLmax (Average power absorbed by RL) -j100 b Figure 3
Transcribed Image Text:In the circuit in Figure 3, first find the Thevinin equivalent circuit (Vth and Zth) at terminals a-b. Use the Thevinin equivalent circuit to: i. Find ZL which, if connected between terminals a-b, will absorb maximum average power. Determine that power. ii. If, instead of ZL, only RL, (no imaginary part) is connected between terminals a-b, find its value which will absorb maximum average power. Determine that power. (Express Vth in polar form and, Zth and Z₁ in rectangular form.) j60 n 4/0° A RMS a b с с d THE 350 Ω 30 Ω m V th (in polar form) Zth (in rectangular form) ZL (for maximum average power, in rectangular form) PLmax (Average power absorbed by ZL) RL (for maximum average power) PLmax (Average power absorbed by RL) -j100 b Figure 3
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