Let V₂ = 45/45°V, R₁ = 3N, R₂ = 7N, Zc = −j6N, ZL = j7, and n = 2. Compute the impedance seen by the source, ZT as well as the signals V₁ and the opposite of I2. R₁ Zc n:1 +● 1●+ R₂ DO V₁ Note: In this problem, you may only submit numerical answers. (i.e. If 4 is the correct answer, 4 will be marked as correct, but 2+2 will be marked as incorrect.) ZT = 7.65 Z-59.30 °n V₁ = 39.05 - 12 I₁ -2.115 Z22.17 -18.43 °V °A Z

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Let V = 45/45°V, R₁ = 3N, R₂ = 7N, Zc = −j6N, Z₁ =j7N, and n = 2. Compute the impedance seen by the source, ZT as well as the signals V₁
and the opposite of I2.
V₂
R₁
V₁ = 39.05
Zc
- I2 = -2.115
h₁
+●
n:1
Note: In this problem, you may only submit numerical answers. (i.e. If 4 is the correct answer, 4 will be marked as correct, but 2+2 will be marked as incorrect.)
°n
ZT = 7.65
Z-59.30
22.17
R₂
Z-18.43
°V
ZL
°A
Transcribed Image Text:Let V = 45/45°V, R₁ = 3N, R₂ = 7N, Zc = −j6N, Z₁ =j7N, and n = 2. Compute the impedance seen by the source, ZT as well as the signals V₁ and the opposite of I2. V₂ R₁ V₁ = 39.05 Zc - I2 = -2.115 h₁ +● n:1 Note: In this problem, you may only submit numerical answers. (i.e. If 4 is the correct answer, 4 will be marked as correct, but 2+2 will be marked as incorrect.) °n ZT = 7.65 Z-59.30 22.17 R₂ Z-18.43 °V ZL °A
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