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Q: 13.- If you have an ACD digital analog converter that works with a sampling frequency of 8kHz. What…

A:

Q: The inverse Laplace transform of the function S+5 (s + 1) (s + 3) is

A: The transform function is y(s) = s+5s+1s+3 We have to find the laplace transform.

Q: Machine is connected for dynamic braking with braking resistance of 1.5 ohm.Calculate motor current…

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Q: Problem 4 Six similar amplifiers are cascaded, with a lower cut-off frequency 100Hz. Bandwidth is B₁…

A: Number of amplifiers = 6 Lower cut-off frequency fL = 100 Hz Bandwidth B1 = 10

Q: Find vs(t) in the circuit in Fig.

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Q: Question 1 Consider silicon at T =300 K that is doped with donor impurity atoms to a concentration…

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Q: 40VⒸ 140V 1 120 250 5A www 200 400 3 2 400 7.5A

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Q: Alternator and Synchronous Motors A 3-phase alternator has 48 stator slots and 4 poles. Calculate…

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Q: 1 Find the F.T. of the following Signals using differentiation prop. Ans: F(W) = 2A ( bars bow) b-a…

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Q: Given shows the mutual characteristic for a junction gate field effect transistor. When the gate -…

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Q: Is it a transistor? V₁ T1 A T4 İŢ¹ What is this? D1 D4 R QI V₂ -000 T3 T2 ADI Is it like this? B D3…

A: It is given that:

Q: 4. Show that for n ≥ 3, Z(Sn) = {e}

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Q: (Problem 1) (a) Determine the equivalent impedance seen by the source Vs in Figure when: Vs (t) = 10…

A: b) To find the equivalent impedance as seen from the source Vs

Q: Consider a bar of p-type silicon that is uniformly doped to a value of N₂ = 2 × 10¹6 cm-3 at T = 300…

A: Given:  Na=2×1016  cm-3, T=300 K, Applied electric field is "0",δp0=δn0=2×1014 cm-3, μn=1200…

Q: Question 1-) Write the state equations for the circuit given in Figure below.

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Q: It is asking for us Vo.

A: The required parameters can be calculated by using the nodal analysis. The node equation can be…

Q: 4. Variables A and B contain the values 0x80 and OxFF, respectively. What will be the content of…

A: Given,Variable A= 0×80Variable B=0×FFandThe instructions are,movlw 0×01movwf Aaddwf B, Wmovf A,W

Q: 4. The circuit below depicts a non-inverting summing amplifier. a. Obtain an equation for the output…

A: The required parameters can be obtained by using kirchhoff's current law, nodal analysis and ideal…

Q: AC V RS CIN 1 K R₂ R₁ 2 M R₂ 3 M AM Cc Rs 2K R. R₁ Vo 1K -

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Q: 3. Determine ID1, ID2 and V4 for the given circuit below by using constant voltage model for the two…

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Q: At t = 0, the switch in the circuit shown moves instantaneously from position a to position b. a)…

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Q: 4mA Vs R₁ = 3 k + V₁ V₂ R₂ = 2 k Is E 7V

A: It is given that:- Is = I = 4 mA (series circuit) Vs = ?

Q: Find the frequency-domain voltage V shown in Fig. P8.41. 0.5/25° Α j2 Ω -j5 Ω 10 Ω + Vo ΟΙ

A: Apply kcl at node connecting the current source , resistance,  inductance and capacitance and using…

Q: Find the transfer function of these figure. 1K 1H °coஉ[Z+"} 2Kn (5012 Vi (5) 8, ©v.a Pizcs) (3) i(s)…

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Q: = 5. Determine the output voltage vo in the circuit below if vs 2V. Hint: There is a voltage divider…

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Q: A balanced positive-sequence wye-connected 60-Hz three-phase source has line-to-line voltages of 400…

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Q: Using the defining equations, compute the inverse Fourier transform of the following signals: (Part…

A: Given: X1jω=jδω-ωc-δω+ωc and X2jω=δω-ωc+δω+ωc. Required: Inverse Fourier transform.

Q: 4. Repeat 2 and 3 for supply voltage change from 1 to 10 volts in steps of 1 volt. 5. Construct the…

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Q: A series RLC consists of a 400 resistor, a 61μF capacitor and a 26mH inductor. If the source…

A: By ohms law ,  Voltage V = current I × impedance Z . Using above equation find the unknown values .

Q: A0 020 kg record with a radius of 14 cm rotates with an angular speed of 33 rpm Part A Find the…

A: Given data, Mass m = 0.0.20 kg Radius r=14 cm = 0.14 m. Angular speed ω=3313 rpm.

Q: Q1) For the following examples, draw the logic diagram with gates. Logic Function X = A(B+C)+BC…

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Q: 2 A ↑ RT = t = 0 = ≥6N Find i(t) at the specified times, the Thevenin resistance seen by the…

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Q: Q2 obtain the transfer function for the network 2H 12 (5) V₁ (5) 52-2 I, THE 222 2H IF Iz 1₂

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Q: Part A Find using the approximate expression given if R = 500 ks?, R = 15 k2, AR = 150 2, and Vin =…

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Q: V1 12V R1 250Q V1 R3 500Q R4 1kQ V2 -24V 20.6 mA 2.06 mA O 8.15 MA O 22.25 mA O

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Q: QUESTION 7 A metal having a work function of 2.8 eV is illuminated with monochromatic light whose…

A: Given data, Work function is given ϕ0=2.8 eV =2.8×1.6×10-19=4.48×10-19 J.

Q: 5 Find the F.T. of the following periodic signal

A: It is given that:

Q: Why the Inputs (A0-------A5) in arduino UNO are analog?

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Q: 4. Find the Thevenin equivalent with respect to terminals at b in the circuit below. зла 20 V 105 ww…

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Q: Time 0.000 s 0.000 s 0.000 Channel A 0.000 V 0.000 V 0.0001 Channel B Reverse Savo

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Q: The circuit below has a 4-input priority encoder connected to a 2-to-4 decoder with enable. The…

A: Given: Priority encoder truth table and diagram.  Output of Priority encoder connected to 2:4…

Q: 14 Find the F. To of the following Signals using TA using rect -b - A A a differentiation prop.)

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Q: The pMOSFET has e) V₁=-IV, AC CIN R₁ 'k' W=0.5mA/V²,V₁0⁰ "L R₁ 1.6 M V R₂ 820k DD = 10V Rs 2K W f)…

A: As per your requirement I am solving only d,e,f as shown below.

Q: The following 1-8 Decoder would be considered active

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Q: write a list at least 10 ideas for graduation project in renewable energy and 10 ideas in power.…

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Q: 1. The forward bias voltage (FBV) in the circuit below is OV. Determine the transfer function at A…

A: The required plot can be drawn based on the conduction of diode in forward and reverse bias.

Q: 2) Answer the following questions a) If (t) = 200 sin(160t), how long in seconds does it take to…

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Q: Please help me with my homework. Thanks! The course subject is Fundamentals of Electronic…

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Q: The output voltage range of the op amp in the following figure is equal to the power supply…

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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.