Use superposition theorem to find current in 100 resistor in the figure below. 10/0°V 10 92 3.022-5.67° A 5.50238.87° A 4.26242.81 A 2.212-56 24° A j 10 Ω Hellll E₂20/0°V : =j 30 Ω

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Q: Ad Zeq- Bo O a. Ο b. Ο c. O d. 1 Ω -j2 Ω Zeq = 3,8 - j0,6 Ω Zeq = -3,8 - j0,6 Ω Zeq = 3,8 + j0,6 Ω…

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Q: The Widlar current mirror circuit shown in Fig. Q2.b is required to provide Io = 5 µA and Iref = 1…

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Q: FIND Pt. An 212 32 f₁. 22 42 = Is fre t le F2R -

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Q: A lossless transmission line is 80 cm in length and operating at a frequency of 140 MHz. The line…

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Q: Referring to Figure below: (Assume values of VBE = VCE(sat) = 0.7 for both device) Given: Vin = 45…

A: The circuit is given as'VG=VCEsat=0.7V Now the voltage across the gate terminal will be…

Q: image

A: Given:

Q: Draw the energy band diagram of MESFET.

A: Given: Draw the energy band diagram of MESFET.

Q: answer number 3 asappoo

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Q: Two different second order systems have the characteristic equation roots shown below. Which…

A: For the two second order system having characteristic equation roots shown in the diagram.

Q: Z 3D 20 www 40 -j3 n O d. Z 1,95 -j1,29 = O e. Z 1,95 + j0,29 0 j3 n j20 -j30 O a. Z₁ = 1,95 +j1,29…

A: Simplified circuit for total impedance ZT :

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A: The circuit is shown below:  In the above circuit at node a,  I3=I1+I2................(1) Applying…

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Q: 1'0 Derive the expression for ladder network shown in 0%. Y₂ Ys 6 Z 02

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Q: Consider the feedback control system Select one: O O R(s). a. a, 3.26 rad/sec b. wy=5.49 rad/sec C.,…

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Q: ) For the network shown, find currents i(t) and iz(t) when the switch is closed at t = 0. ਅ 50 50 V…

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Q: For the above JFET amplifier. loss 2.71mA, Vp=-4V. Also given is the drain potential and it is equal…

A: Given- IDSS= 2.71 mA VP= -4 Volts VD= 6 Volts To find- VGS=? VDS=?

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Superposition Theorem

The superposition theorem is applied to linear systems. For such systems, the output from two different inputs equals the sum of the outputs from each input separately. On applying this theorem many times we get the output from any number of inputs equal to the sum of the outputs from the individual inputs separately.