Find the equivalent resistance seen by the independent source 2i, 3Ω 52 10V
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A: We will find out equivalent resistance then we will find out total current then voltage across each…
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A: In this question we will find unknown current I 1..
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A: The solution can be achieved as follows.
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A: The solution can be achieved as follows.
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A: In this we will find current through resistor..
Q: Compute current, io(t) when vs(t) = 45 cos (100t + 35°) V as shown in Figure 3. ww io Vs : 10 Ω 1 H…
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Q: H.W. a- calculate the equivalent resistance of the circuit below figure. 82 10 N 24 2 b. 18 Ω a b-…
A: The solution can be achieved as follows.
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Q: Solve for the total current by determining the equivalent resistance. Let Vs = 81, R = 74. 12 2 10 N…
A: This question belongs to circuit theory . It is based on the concept of calculation of current by…
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- Consider the circuit shown in the figure. Note that two currents are shown. Calculate the emfs ε1 and ε3.Use the thevenin equivalent resistance and Vth =?Explain the specific concepts and processes for the design methods that can effectively and efficiently design the electric and electrical systems (Ex. wireless power transfer systems, electric motors, solar power plants, etc.) in detail with some pictures and figures. MAKE A PRESENTATION WITH EXAMPLES.
- Using the diagram, solve for the Rth, Vth, and load current (IL) through each resistance using Thevenin’s Theorem. Please draw the circuit diagram for each Rth and Vth computation.Know how to design simple voltage-divider and currentdivider circuits Find the no-load value of vo in the circuit shown.Prove that VDS > VGS − VTH (saturation mode) in the circuit below. Show your complete solution.
- Draw the npn version of the circuit shown. Use the same circuit element values but change polarities as needed.Q23.For the circuit shown in the figure , find the operating point. What is the stability factor of the circuit ? Given that β = 50 and VBE = 0.7V.Explain the working principle of the circuit in details.
- a) Compare metallic foil vs semiconductor strain gauges (construction, advantages and disadvantages). b) Consider a Wheatstone bridge circuit (Figure 1) that has all resistances equal to 250 ?. The resistance R1 is a strain gauge that cannot sustain a power dissipation of more than 0.25 W. What is the maximum applied voltage that can be used for this bridge circuit? At this level of bridge excitation, what is the bridge sensitivity?For the JFET shown in Figure, Determine the minimum value of VDD required to put the device in the constant-current region of operation when VGS = 0 V. where VGS(off) = - 4 and IDSS = 42mAWith a neat diagram ,explain about the working of Dual Slope ADC.