.: Calculate 11 and 12 in the two-port of Fig. 3.7. Fig. 3.7. 23URL 2/30° V 252 + V₁₂ 211=652 Z12 = -1452 221=-j4Q2 722 = 852

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Q: Indx H/W D In13 2) e dx 1+2e* difar → y- In(3xe*) Y=(9x-6x+2)e

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Q: Q3/B: Determine i, for t> 0 for the circuit shown below Ika ww Ikn 0.25 mF 30 mA 2kn

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A: V1= h11I1+ h12V2I2= h21I1+ h22V2

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Q: III Find the Q point of the given JFET circuit. VDD +6 V Ipss = 5 mA. VP3D4V Rp 820 2 RG 10 M2 Rs…

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Q: Q/ Find the digital convolution . for the given data shown in tables by: ) Graphical method 2) Table…

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Q: Q3/ Find the digital convolution for the given data shown in tables below by -2 -1 0 1 3 -1 3 2 1)…

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Q: 2.2 k2 90 k2 + C2 B =100 , r,= 50 k2 %3D Zo Vo 10 kQ 0.68 k2 . CE

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Q: SOLVE FOR THE FOLLOWING. FOR CIRCUIT

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Q: 30 co I, Hiwi@i for Figl1) using mesh analysi's to Determin I, It, Is

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Q: 1. 2. 3. 4. 5. In Rn Eth Rth VL(Min) VL(Max) IL(Min) IL(Max) R₁ max pwr

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Q: Q2:-Find Avs , Ajs , B = 65 . 15 v 560 k2 0.56k2 Zin Vout Vs 3.3 k2 2.2 k2 Zi Zo +

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Q: Solve for IDQ and VDS

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Q: R23 R1 940 B 100 0 R456 99.8

A: Given data, R1=100 ΩR2-3=94 ΩR4-5-6=99.8 Ω

Q: 3 y[n+1]-2 y[n]=x[n] sistemi için x [n] = 2 için y [0] = 0 paşlangıç koşuluna göre y [n] = ? itfen…

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Q: Q3/B: Determine i, for t> 0 for the circuit shown below Ikn ww Ikn +0.25 mF 30 mA 2kn

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A: SR FLIPFLOP

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Q: 3.16 Eliminate the exclusive-OR, and then factor to obtain a minimum product of sums: (a) (KLO M) +…

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Q: Find Thevenin equivalent circuit (VTH and RTH) across terminals X and Y if R₁= 2 ks, R₂ = 20 S, and…

A: The given problem is from circuits theorem. The detailed solution is given in the next steps

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Q: Using superposition theorem: Find the contribution of current source IB to the branch current I4.…

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Maximum power transfer theorem

A resistive load will consume maximum power from a network when the load resistance is equal to the resistance of the network as viewed from the open-circuit terminals, with all energy sources removed leaving only the internal resistances. Physicist Moritz von Jacobi introduced the maximum power transfer theorem in 1940. Therefore, this theorem is also known as Jacobi's law.