Design an 8 to 1 MUX using a 4 to 1
Q: Calculate the power dissipated in the amplifier. 10 V- +12 V 10 mA 50 mV- w I M Vin "M Amplifier 10…
A: Input voltage signal Output voltage signal Given Circuit
Q: i (mA) A HA 2 3 10 -10 4 t 200 μF HE V The current through C-200 uF is shown above Find and sketch…
A: In this question We need to determine the voltage across the terminal of the capacitor where current…
Q: " A Si photodetector responds to an optical signal at 850 nm of 2 mW power with a photocurrent of…
A: Given- A Si photodetector- Optical signal at 850 nm, 2 mW power, Photocurrent = 400 μA, To Find- The…
Q: It is desired to obtain the Thevenin equivalent of a non-ideal battery. When no load is connected,…
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Q: Solve ii) and iii) only showing all the steps and the timing diagram properly in all the details
A: According to the question, we need to find QA, QB, QC for the given diagram as shown below,
Q: Question-2 Consider the following circuit, and given: lin(s) Iin (s) = â 2s-1 (s + 1)(s² +25) 400 Ω…
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Q: For the voltage amplifier shown, find the current gain.
A: The current gain is the ratio of output current to the input current and the required current can be…
Q: 10. A circuit is made up of 10 resistance, 12 mH inductance and 281.5 µF capacitance in series. The…
A: here we need to find the current.
Q: Solve the current through the silicon dio de Assume piecewise-linear diodę model with and re = IMSL…
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Q: 4. A signal is digitized using pulse-code modulation. The signal bandwidth is 10MHz. Encoding:…
A: Given: Signal bandwidth of an analog signal = 10 MHz. The signal is digitized using PCM. To find: a)…
Q: 1.6 The power of the signal s(t)=8 cos 20nt (A) 40 (C) 42 T —— 2 + 4 sin(15nt) is (B) 41 (D) 82
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Q: A R1 +10V lili RL 60
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Q: Use the following values for this question: B = 100 VT = 25mV 9m1 =25 m 4 9m2 =200 m rπ1 - Vin 4,…
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Q: 1. A 1000-kVA and a 500-kVA, 1-phase transformers are connected to the same bus-bars on the primary…
A: Given data Transformer T1; 1000 kVA, 500 V, 3.4% Transformer T2; 500 kVA, 510 V, 5% To find out We…
Q: A series RIC circuit consisting of a 25 ohms resistor, 0.8 henry inductor, and a 8.8F capacitor is…
A: In these questions We need to determine the all unknown parameters. We know Inductive Reactance XL…
Q: An iron ring has its mean length of flux path as 60 cm and its cross sectional area as 15 cm^2. Its…
A: SOLUTION:Data given in the question Length of flux path (l) = 60 cm Cross sectional area (A) = 15…
Q: 7.4 A 1000 kVA, 3300 V, 60 Hz, four-pole, three-phase, wye-connected syn- chronous generator has…
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Q: Show that the Maximum Likelihood (ML) decision for the BSC channel is equivalent to minimising the…
A: According to the question, we need to prove that the Maximum Likelihood (ML) decision for the BSC…
Q: EMITTER BAS Zlok 2.1k 3=75 -VER -12
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Q: Solve for current (in UA) through R when Vin =5V. Use Figure a.
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Q: O 20K.2 www. 7.5mA 80K 0-4MF 50K2 The switch in the circuit shown has been closed. for a long time…
A: In this given question we need to find out, a) Initial value of capacitor voltage. b)time constant.…
Q: 1/IMF Problem #5 The initial voltage across the capacitor in the circuit shown is zero. Find vo (t)…
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Q: Two Coils A and B are kept in parallel plane, such that 70% of the flux produced by coil A link with…
A: In this question We need to determine the self inductance, mutual inductance and coupling…
Q: s). Consider the circuit shown in Fig. 3. Obtain expressions for both is(t) and ii(t) for t>0. Μ 8 Ω…
A: In this question we need to find the current iL(t) and i1(t) for t>0
Q: Find peak time of the given system G(s) 200 (3 10s2+50s+200
A: Given data, Transfer function is given as, Gs=20010s2+50s+200,=20s2+5s+20.
Q: Drive the following (write all the solution steps): 1. VxVU, where U = F (x, y, z) 2. V-VXA, where A…
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Q: 2. In a circuit that contains only resistors in parallel, some of the current in the circuit will go…
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Q: Question-1 Consider the following circuit, and given: lout (S) = Vin(t) Vin(t) = (-2e-t cos(5t) +…
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Q: A vector field S is expressed in rectangular coordinates as: 76 S = - (x − 1)² + (y − 2)² + (z + 1)²…
A: Given,In rectangular coordinates,A vector fiels S is expressed as,S=76x-12+y-22+z+12x-1i+y-2j+z+1k.
Q: Q.1 Consider the circuit shown in the figure below: V₂ ww+ 50 92 600 Ω ww 300 92 Let V₁ = 40 V and i…
A: Given- A circuit as shown- Vs=40 V &is=0 A. To Find- The value of the voltage across 50 Ω…
Q: using Thevening theorem reduce the circuit below to an equivalent circuit and calculate the power…
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Q: Fill in the empty cells within the table below with increase (†), decrease (↓), or no change (→) for…
A: According to the question, on the basis of the given table and chart as shown below We need to fill…
Q: 1. A transverse electromagnetic wave propagates in a nonmagnetic simple medium with & = 4. (1) What…
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Q: B (a) In the circuit below, the ammeter and voltmeter are ideal. What is the reading X of the…
A: The required parameters can be calculated by using the ohms law and voltage divider rule.
Q: Consider the vector F=- RR. What is the z component of this vector? 01.-R cos 0 O2. R cos 0 O 3. R…
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Q: DE NG 4. Discussion: Phase Lead Compensator Prove mathematically the effect of compensator at the…
A: Given: Phase Lead Compensator.To prove: The effect of compensator at the system and its comparison…
Q: Using D flip-flops, design a synchronous counter that counts in the sequence 1, 3, 0, 2, 1, .... The…
A: Given : Synchronous Counter counts the sequence of 1->3->0->2->1 go on repeats. X=1…
Q: 8. A nonmagnetic medium has an intrinsic impedance 240e/6. Find its complex permittivity.
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Q: Q5) a) For ideal diodes, show the voltage waveforms across the secondary winding and across RL when…
A: In this question we need to draw the waveform of Vsec and Vload of the given center tapped…
Q: Problem 5: The asymptotic Bodé plots of dB magnitude and phase are given. a) What are the DC gains |…
A: Given, Bode magnitude and phase plots are
Q: Problem 1 Consider the op-amp circuit shown below 100F yin a) Choose the resistors R1 and R2 and R3…
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Q: R Active power: 100 Calculate the circuit's active, reactive and apparent powers and it's power…
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Q: Q.2 A generator is connected to a transmission line as shown below. Calculate; a) VSWR b) The…
A: As per Bartleby's guidelines, only 3 subparts can be solved. Please send other subparts separately.…
Q: The transfer function of phase lead compensator is given by G(s) = 4√10 rad/sec 1+0.25s 1+0.025s…
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Q: ht) x 2 (1) 909日 p(1) (1)X X+ [ -we (2) H (1)d In 1 wo 0 WB 3 (1) K
A: Given relation between input and output: Plot of H1(ω) x(t)=Saωβt2 p(t)=Cos(ω0t) h2(t)=Saω0t2
Q: In the circuit shown, R₁ = 2k. R₂ = 5kn. R3 = 4k. R₁ = 8kN. C₁ = 850nF. C₂ = 1000nF and L= 10H.…
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Q: The two-transistor amplifier illustrated below combines an FET and a BJT to achieve both a high…
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Q: A sinusoidal 100V source (w=100 r/s) has an series resistor and capacitor as shown. This source…
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Q: 8.00<12.00, 12.00<16.00, 16,00<20.00, 20.00<24,00, frequency : 24, x , 46 , 18 , total = 120 ,…
A: Given Data: A table of, frequency : 24 x 46 18 cumulative frequency : 24 y 102 120 Total…
Q: Solve for the rms output voltage of figure b when Vin = -50V. Use ideal diode condition.
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Design an 8 to 1 MUX using a 4 to 1
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- Construct circuits that produce x'(y'+z')'4. Which one of the following statement is correct. a) AC bridge circuit can convert electrical parameters into voltage. b) The resistance of the strain gauge decreases when it is compressed. c) The output of the potentiometer is resistance with the external power supply. d) When total distance increase, the capacitance of the capacitor sensor will increase.Redesign the W/L ratio for M2 as shown to achieve a voltage gain of 0.75.
- Wind turbine is a device for converting Kinetic Energy to Mechanical Energy. Select one: True FalseObtain the single delta equivalent with respect to terminals A, B and C.Calculate v and ix in the given circuit. Assume A = 10 V, B = 18 Ω, and C = 20 V. The value of v is _______ V. The value of ix is _______ A.