The forward-traveling wave on a 40 Ω line has a power of 2 mW. The line is terminated in a resistance of 60 Ω. How much power is in the backward traveling wave?

Q: Describe the working of FHSS and DSSS

A: FHSS FHSS which is Frequency-hopping spread spectrum transmission is the replicated switching of the…

Q: Q2. For the system shown in Figure(3).Find values of K and P that make the system oscillates with…

A: Given data, The Oscillate frequency ωn = 2 rad/secG= k(s+1)s3+ps2+2s+1

Q: What is the peak output voltage during negative cycle?

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Q: 3. Consider the system shown below. M(f) (the Fourier transform of m(t)) is also shown. M (f) y(t)…

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Q: 2 Find the F.T. of the following Signals (functions) C. f(t) = 35gn (3t) 14 jt d. f(t) = 1 + cos…

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Q: System 1 has transfer Function G₁(s) = 30 4s +3s +6 G₂(e) = and system 2 has transfer function 2 9+4…

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Q: Q2: Let D = 4xyäx + 4yzãy + 2(x² + y²)ãz C/m². Find the total charge enclosed in the rectangular…

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Q: A parallel resonance circuit has a resistance of 4 kohms and half-power frequencies of 16.6 kHz and…

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Q: Can someone solve for total resistance, amperage, volt drop on r1 r2, and ir5?

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Q: R(5) K G(S) (5+2) (5+3) [S+5) (S+20) H(S) = 1 ((s)

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Q: A system with unitary feedback is shown in Figure 2, where R(s) and Y(s) stand respectively for…

A: Given data : The open loop transfer is, Gs=10s+4ss+1s+2s+5 Unity feedback Hs=1

Q: Find the F. T. of the following Signals using differentiation pro. ÎA --- -a a Ans F(W) - 2A b-a…

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Q: Using Kirchhoff's Rules, compute the current (mA) and voltage (V) values of the circuit if R1=2kohm…

A: Given figure,

Q: A tank circuit contains a capacitor and an inductor that produce 30 Ω of reactance at the resonant…

A: From the question it is given thatVolotage applied (ET)=277VInductive reactance (XL)=30 ΩCapactive…

Q: 1. A silicon p-n junction is biased as shown below. Determine the depletion width xn in the unit of…

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Q: A load has a reflection coefficient of 0.5 when referred to 50 Ω. The load is at the end of a line…

A: GIVEN:       reflection coefficient=0.5              (a) reflection coefficient when distance l from…

Q: For the emitter-stabilized bias circuit of Fig. 4.122, determine: b. Ico a. I d. Vc BQ C. V CEQ e. V…

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Q: iii) A three-phase, 50Hz, 6-pole induction motor runs at 950 rpm. Calculate a) the synchronous speed…

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Q: 6 Find the convolution between X(t) and hit! AXU 4 h(t) st. # -1 y(t) = x (t) htt), the find yew),…

A: Given, The signal x(t) is given below, The signal h(t) is given below,

Q: D13.5. Determine the wave angles 0m for the first four modes (m= 1, 2, 3, n a parallel-plate guide…

A: Solution- Given, d = 2 cm ∈r' = 1 f = 30 GHz βx2+βz2 =β2=ω2μ∈βz =βsinθm,      βx=βcosθm To solve…

Q: For the sequence x) = {4, 6, 9, 10} Decimate it. filter h(n)= {0.25, h6) = (0.5, 0.25) by a factor…

A: Solved using convolution.

Q: 10. Overhead and underground service conductors are governed by the _______ and are the…

A: Given:Overhead and underground service conductors

Q: 4. Write nodal equations for V1, V2, V3, V4. Do not simplify. 50 Vi ele V3 2H 40 3MCT) V₂ V4 0 OV F…

A: For the given question only we need to write the nodal equations at the given nodes.

Q: A parallel resonance circuit has a resistance of 4 kohms and half-power frequencies of 16.6 kHz and…

A: Given, A parallel resonant circuit Lower frequency, fL=16.6 kHz Upper frequency, fH=20 kHz…

Q: Figure 3: For questions 6-7 R1 = 20 R3=60 R2 =40 6. What is the total circuit resistance? a) 0.9…

A: Given figure:

Q: Construct a 3-bit counter using three D flip-flops and a selection of gates. Th e inputs should…

A: 3 bit counter: Three T flip-flops are used in the three-bit asynchronous binary up counter, and all…

Q: 2.a. What's defined as an assembly consisting of a service raceway, guy wires or braces, service…

A: 2.a.  Drip loops are used for preventing rainwater and moisture. Thus this is not a suitable…

Q: Fill-in Questions: 1. A diode will pass only alternations of a sine wave. 2. A half-wave rectifier…

A: 1. Diode: It is an electrical component which basically allows the current to flow in one direction…

Q: Mathematical Modelling: State Space Representation of Transfer Function Systems 1. Based on the…

A: By using the concept of state space representation we have calculated transfer function of the given…

Q: • Find the convolution between X(t) and hitt AX(t) h(t) st.... -1 -1 ( y(t) = x(t) het), the find…

A: Fourier series is used to find the frequency response ,Harmonics information and total Harmonics…

Q: IV + 22 I, 2a²}√ [₂ 20 + 4V What is I₂ = ? (in A)

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Q: 1. Power factor 2. Average power delivered by the source 3. Reactive Power 4. Apparent Power 5.…

A: The power factor is defined as the cosine angle between the voltage and current. So, power factor =…

Q: If the L[ eat cos5t] = (s-a)/( s² - bs + 48), determine the value of a.

A: It is given that: Leatcos5t=s-as2-bs+48

Q: The average energy of a photon in a pulsed laser beam is 2.39 eV, with a minimum uncertainty of…

A: Given: Average energy of a photon is 2.39 eV Minimum uncertainty energy is 0.0155 eV Number of…

Q: Figure 4: For question 8 R1-100 ΕΞ ww R4 = 300 8. What is the total circuit resistance? R2= a) 35…

A: 8) Given data, R1=10 ΩR2 =20 ΩR3=20 ΩR4=30 Ω 9) R1=100ΩR2=200 ΩR3=100 ΩR4=150 ΩR5=100 ΩR6=300 Ω 10)…

Q: Find the convolution between X(t) and hitt AXCU h(t) st # y(t) = x(t) htt), the find Yew), check the…

A: Writing the both signals into their mathematical form. xt=ut+1-ut-1ht=ut+1-ut-1 Considering the…

Q: 2 Find the F.I. of the following Signals (functions). a. f(t) = tat b. f(t) = u(t) Coswet. Ans: a.…

A:

Q: a A LII system has H(W) = 4 + jw find the D.E... relating the input x++) and the output y(t), the…

A: Given data, H(jω) = 4+jω6+5jω-ω2

Q: 4. An LC circuit consists of a 1-uF capacitor and a 4mH inductor. What is its oscillation frequency…

A: Given data, The capacitor (C) is 1μF The inductor(L) is 4mH

Q: A CMOS inverter with minimum sized transistors has K₂ = 100 µA/V², Kp = 50 µA/V² and V™n = |VT|= 0.6…

A: For the given inverter we need to calculate the value of inverter switching threshold voltage.

Q: Vs R₂ + R₁ ww + VRI- •VR2 Consider the circuit above. Using voltage division, compute VR1 with R₁ =…

A: Given circuit: R1=1 kΩR2=2.2 kΩVs=3.3 V

Q: Using Euler's equation, show that-: z {in (KØ) } } z sin Ø z² - 2zCos 0 +1

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Q: Find the attached file.

A: Given : 8 by 1024 SRAM memory

Q: 1. Determine the following for the network shown below: gm, ZiAMP, ZOAMP, AVAMP Rsig Vs C1 = Given…

A: The circuit diagram is shown below, IDSS=15mAVP=-6Vyos=50μSC1=0.02μFC2=1μFCs=2.2μF

Q: Determine IE and Vc for the network of Fig. 4.152.

A: Given: Required: IE and VC

Q: Convert the following circuit into a) All NAND and inverter 5) all NOR and inverter. B A C 자 to Dy

A: According to digital electronics,  1.The bubbled OR gate is equal to NAND gate. 2.The bubbled AND…

Q: b-Two aluminum and copper wire resistors consume 0.5 W when connected in parallel to 2 V DC supply.…

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Q: Find the F.T. of the fall wing Signals (functions) e(t) = 3 Sgh(st) - 1+jt ans: F(W) = 5W- 6 - 25 e

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Q: 1.3. Consider the system shown below. M(f) (the Fourier transform of m(t)) is also shown. M (f) y(t)…

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Q: 20.a. What's the primary disadvantage of using copper conductors? A. Durability B. Cost C.…

A: 20. (a) Although one of the most electrically conductive materials known, copper is easily corroded…

Compensation Techniques

The compensation techniques are the methods that are employed in the electrical control systems to enhance the performance of the system. The performance are generally affected by the factors like lag in the compensating devices, slow response of the system of the components like sensors used in the control system. The basic compensation technique involves lag compensation, lead compensation or the combination of the both.