Please can you explain and show every calcul and details I am confused how to solve this
Q: VBV (GaAs). 100 V VBV (Si) Is (GaAs) 50 V I, (Si) VKV (Ge) 304 25 20 15 10 5 I, (Ge) ID (mA) 0.3 0.7…
A: As per the guidelines of bartleby i need to answer first three subparts only so kindly repost other…
Q: 5. Use superposition to calculate the current i, in Circuit 5.
A: The superposition theorem state that the sum of response of individual sources acting alone is equal…
Q: Question 10 Determine the value of foward transconductance for a JFET with parameters of below: 9m0…
A: We need to find out the transconductance for given jfet .
Q: 10.9 In a medium, -0.05x *sin (2 × 10³t - 2.x) a. V/m E = 16e find: (a) the propagation constant,…
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Q: A chopper feeding on RL load is shown in the figure, with V= 200 V. R=50 L= 5 mH f = 1 kHz, d = 0.5…
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Q: .5 times the rise time.
A: It is given that:- A Second order system, Peak timetp=πωn1-η2Rise time tr =π-ϕωn1-η2 tp = 1.5 tr
Q: 11.36 Find the complex power for the following cases: (a) P = 4 kW, pf = 0.86 (lagging) (b) S=2 kVA,…
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Q: -4. A 30 KW, 250-V, d.c. shunt generator has armature and field resistances of 0.060 and 100…
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Q: 2-8. The following voltage waveform is seen on an oscilloscope connected to the input of a length of…
A: Given below clear explanation
Q: A Q1 using the curves of Fig. 1: a. Determine the voltage across Si diode at a current of 2 mA. b.…
A: “Since you have posted multiple questions with multiple sub parts,we will provide the solution only…
Q: Explain the function of the input on the FUP FLOP A. SET B. RESET
A: We need to explain the function of inputs given below on the Flip Flop. A) SET(S) B) RESET(R)
Q: Problem 3 For two signals x₁ (n) = {2, 1} and x₂ (n) = {-1, 2}, 个 个 a) Calculate 2-point Discrete…
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Q: 3. Encode a binary word 110101 into an even parity hamming code.
A: Here we have to find the encoded word.
Q: A plane wave propagates in a certain non-magnetic material (μ= μ₁), and the magnetic field is given…
A: We need to find out the velocity of given wave . We need to find permittivity and electric field for…
Q: Consider the moving average filter with length N = 21. For each of the following input signals f[k],…
A: Please post the remaining subparts in another question. Given data, Length N=21 To find:- a) fk=3 b)…
Q: Plot the function f(x) 2+ sinx , for -4≤x≤4. please solve using matlab and attach script
A: clc; clear; x=-4:0.01:4; f=(x.^2)./(2+sin(x)+(x.^4)); plot(x,f);
Q: Ra +-WWW ea(t) J₁ = 4 kg-m² N₁ = 50 D₁ 8 N-m-s/rad OL(1) √₂ = 36 kg-m²) m²f T (N-m) 150 N₂ = 150 D₂…
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Q: How do I find the Fourier Series coefficients of (1 + cos(2pi*t))(cos(10*pi*t + pi/3)) using…
A: Given below clear explanation
Q: 8. Voltage regulation refers to a change that takes place a. when speed is regulated. b. when the…
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Q: 8) For the following circuit: a) Find the voltage across the inductor b) Find the Real Power,…
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Q: 4 cos 5r V ( k₁=0.64 1H 1H: ΣΤΗ IH ky = 0,82 1 + ΤΩ ΖΩ
A: Given data: The given circuit diagram is shown below,
Q: .A thermal couple measures a temperature range between 0°C to 500°C. It is required that the…
A: Given data, Temperature, T1=0T2=500 °C Temperature change ∆T=0.5 °C
Q: Q4. Consider g(t) whose waveform and spectrum are illustrated as: g(t) G(f) 3 2 1 Assume fe 1400Hz.…
A: Given: Waveform of a signal g(t) with its spectrum G(f), fc=1400 Hz, To find: a) Sketch the…
Q: A DC electric field of magnitude Ez is applied along (6.15) the growth (2) axis of a quantum well.…
A: Given: In this question, the given details are, A DC electric field of magnitude εz is applied along…
Q: Calculate vo. 5V + 16 Ω ww 24 Ω + 8 Ω ww 12 Ω να
A: We need to find out the output voltage for given circuit.
Q: A single phase transmission line 120 km long has the following constants: Resistance/km/phase =…
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Q: (Part a) Differentiation in frequency of DTFTs. Show that d -jnx[n] ⇒ X(e³¹). dn (Part b) Time-shift…
A: “Since you have asked multiple question, we will solve the first question for you. If you want any…
Q: A silicon pn junction at zero bias has dopant concentration of N₁ = 3 x 10¹7cm-³ and №d= 4 x 10¹6…
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Q: Q6) A signal x(t) with Fourier Transform X(w) = 4 sinc(2w) (shown below) is the input to a system…
A: What is Fourier Transform? Fourier transform is a mathematical model that helps transform a signal…
Q: For the circuit shown below, find the Thevenin equivalent with respect to the terminals c,d. j20 Ω…
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Q: 3) For the circuit shown in Figure 3, determine the voltage gain. A= 4 B = 1 C = 5 D = 1 Answer:…
A: Given: In this question, the given details are, The given circuit diagram is, To find the voltage…
Q: 9. For each of the cascaded configurations shown below, determine the overall modulus and the output…
A: The overall modulus is the product of individual modulus and the output frequency is input frequency…
Q: (b) An aperiodic signal defined below is the input signal to a system is sampled at 4000Hz rate:…
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Q: 4.36 Find the Norton equivalent of the circuit in Fig. 4.98. 4 A 69 www 692 -o a 492 o b
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Q: a) For a signal h(n)= {-1, 1, 2, 1, -1} ↑ Find the expression for the DTFT of the signal, i.e.…
A: Given: h(n)=-1, 1, 2, 1, -1, To find: a) DTFT of the signal h(n) b) Prove that DTFT of an even…
Q: (c) A linear time (shift) invariant system is shown in Figure Q1(c) with q[n], p[n] and r[n]…
A: C) Given difference equation is r(n) = 4p(n) + 3p(n-1) - 3p(n-2) + 2p(n-3) Where, p(n) is input,…
Q: -jin 0,079 20 싸 Z jin m 311
A: We need to find out the load impedance for given circuit for maximum power transfer .
Q: The output current i(t) at t<0 is equal to zero Amperes. Determine the following: a. an expression…
A: Parallel RC circuit A parallel RC circuit consists of a resistor and a capacitor connected in…
Q: 2. Determine the appropriate value of frequency for a square wave generator (in Hz) to measure the…
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Q: constants: km long has the following Resistance/km/phase = 0.1592 Inductive reactance/km/phase =…
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Q: Show that 1 kWh = 3.6 MJ. C
A: We need to find out energy for given power .
Q: A two-beam interferometer is illuminated with light of irradiance lo, assuming perfect splitting…
A: Given below clear explanation
Q: 9.39 For the circuit shown in Fig. 9.46, find Zeq and use that to find current I. Let @ = 10 rad/s.…
A: The total impedance can be calculated by using the reduction techniques and the current can be…
Q: ww R1 R=10 Ohm V1 U=150 V. S1- b. What is the current through R₁7 4. Finally the switch is…
A: As per the guidelines of Bartley we supposed to answer first three subpart only for solution of…
Q: Describe and discuss the electrical load requirements for different types of buildings.
A: Any instruments or devices which consume electrical energy and converts it into another form is…
Q: 4) An 8 bit Analog to Digital converter (ADC) has an analog input voltage range of -10V to +10V.…
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Q: Find the input source voltage and the power factor of the source for the network shown below.
A: It is given that: P1=12 kWcosϕ1=0.87 laggingP2=24 kWcosϕ2=0.9 lagging
Q: 13) Consider a transformer connected to an AC power source that provides 240 volts (peak value). A…
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Q: In reference to the given circuit, what is the dc load voltage, Blank 1 if the diode drop is 0.65V?…
A: Given: Primary RMS Voltage = 110Vrms The primary transformer turns N1 = 10 The secondary transformer…
Q: Find the regulation
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- The temperature dependence of resistance is also quantified by the relation R2=R1[ 1+(T2T1) ] where R1 and R2 are the resistances at temperatures T1 and T2, respectively, and is known as the temperature coefficient of resistance. If a copper wire has a resistance of 55 at 20C, find the maximum permissible operating temperature of the wire if its resistance is to increase by at most 20. Take the temperature coefficient at 20C to be =0.00382.How is a solid-state diode tested? Explain.Consider a silicon P- N step junction diode with Nd = 1018 cm-3 and Na = 5 × 1015 cm-3 . Assume T=300K. Calculate the capacitance when it is under reverse biased at 1.5V. Assume a cross sectional area of 1um2. If you want to make the capacitance decrease by factor of 3 what should be the width of the depletion layer?
- SEMICONDUCTOR DEVICES n-type silicon sample with a donor impurity concentration of 2x1015 cm–3 is converted into p-type by gallium (Ga) diffusion so that resistivity at T= 80 °C is (100/48) Ω.cm. µp (80 °C) =300 cm2/V.s, µn (80 °C) =900 cm2/V.s and ni (80 °C) = 3x1011 cm–3. Calculate the hole concentration after converting into p-type?A sample of n-type silicon semiconductor has the following properties:Donor density Ndis 5x1019per cm3Mobility of electron is 1500 Mobility of hole is 500Electron charge q = 1.602x10-19coulombs.Intrinsic carrier density ni= 1.45x1010per cm3a)Find the density of holes and electrons in this sampleb)Find the conductivity of the given sample if the. c)What is the resistivity of the given sample?A semiconductor junction diode, we can say that: a) The diode is composed of two types of crystal, one positive side (Anode) and the other P-type (Cathode) side, allowing the flow of charge from N to P.b) It is an electronic component that has two terminals, the Anode (with material of type N - Electrons) and Cathode (with material of type P - Gaps), which allows the flow of charge from P to N.c) It is the union of a P-type crystal and an N-type crystal, thus creating a PN junction, thus creating a simple solid-state device, the junction semiconductor diode.d) At a temperature of 25 degrees Celsius, the depletion barrier has a potential barrier, which for silicon is 0.7 volts and for germanium it is 0.3 volts.e) None of the above options is correct. Choose one of the alternatives
- Consider a pn junction diode at 300 K under forward applied bias 0.7 V. To design a diode with hole and electron current densities 5 A/cm2 and 2 A/cm2 respectively at the edges of space charge region, determine the donor concentration and acceptors concentration in n and p semiconductors of the pn junction. Dn Dp Tno Tpo 25 cm²/s 10 cm/s 5x107s 5x107 s 1.5x1010 cm 3An abrupt pn junction, a diode, is fabricated using 1017 acceptor atoms cm-3 on the p side and 10^15 donors cm^-3 on the n side of the diode. The geometry of the pnjunction is shown in the figure below.Assume that when the diode is illuminated with light (with photon energy > bandgap energy) 10^21 EHPs are generated per cm^-3 per sec. Also Assume that the electron and hole recombination times are 10 microsec and that Dp =12 cm2/s and Dn = 18 cm2/s . If w =4mm, t = 4mm L1 = 2mm and L2 = 2mm, calculate the resistance of the p side and the n side of the pn junction due to (δn and δp), assume that they act as two resistors in series and determine the current through the pn junction if the reverse bias voltage is 2V. T = 300K.At 300 K for a diode current of 1 mA, a certain germanium diode requires a forward bias of 0.1435 V, where a certain silicon diode requires a forward bias if 0.718 V. Under the condition stated above, find the closest approximation of the ratio of reverse saturation current in germanium diude to that of silicon diode. (For si n=2 and for ge n=1) Ans is 4*103
- A diode is doped with NA = 1018/cm3 on the p-type side and ND =1019/cm3 on the n-type side. (a)What is the depletion-layer width wdo? (b) What are the values of xp and xn? (c) What is the value of the built-inpotential of the junction?(d) What is the value of EMAX? Use Eq. E(x) = 1 /εs ∫ ρc(x) dxand as shown.Assume a cylindrical diode, half P doped and half N doped. If the diode diameter is 100um, calculate the following: a) Junction capacitance for no external bias and ND = 1E16 atoms/cm3 and NA = 1E16 atoms/cm3 b) Junction capacitance for no external bias and ND = 1E17 atoms/cm3 and NA = 1E15 atoms/cm3 c) Junction capacitance for a 10V reversed voltage and ND = 1E17 atoms/cm3 and NA = 1E15 atoms/cm3 d) Junction capacitance for a 0.3V forward voltage and 1E16 atoms/cm3 and NA = 1E16 atoms/cm3Calculate the built-in potential and depletion-region width for a silicon diode if NA is increased to 2×1018/cm3 on the p-type side and ND =1020/cm3 on the n-type side.