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Electrical Engineering questions and answers in October 2020

1. What are the five basic types of industrial tachometers? Classify each types either magnitude or frequency tachometers. 2. Discuss the principles of operation of each of this five types of tachom...
Draw a logic gate circuit and truth table for a digital clock display indicating hours and minutes on paper with scientific principles.
1. Why is it necessary to install a pre-amplifier circuit before your power amplifier in a servo system? 2. What is the function of a pre-amplifier? 3. What is the function of power amplifier in a ...
What are key similarities and differences between a mini-computer and a microcomputer What are key elements of a simple microcomputer system Also, what differentiation between the real mode and the pr...
Need help with? You have spent some time learning about electricity in several forms, including DC circuits, AC circuits, electricity generation, etc. All these concepts are important for getting powe...
Suppose you are given an input pattern that contains SEVEN numbers ranging from 0 to 3, and each number from 0 to 3 occupies exactly two positions in the input pattern, except one number which only oc...
l. A small shop which is connected with a 380 V, 3-phase supply has the following electrical loads: ' 25 nos. of 40 W fluorescent light fitting ' 6 nos. of 30 A ring final circuits using 13 A socket ...
Find the following problem. For the BJT circuit, B = 100 and VBE = 0.7 V: a. Find all the DC voltages and currents (VB1, VEL, VCI, VB2, VEZ, VC2 . VCEI, VCEZ, BIEN,ICI, B2, E2 and Ic2). b. Find the Q ...
(c) A 3-phase electrical machine is to be wired by single-core PVC/PVC copper cables at an ambient temperature of 45"C. The machine is protected by a 630A TPN MCCB. Determine a suitable cable si...
Hey can you help me with my questions problems for this course, I am starting to learn how to construct a circuit using a breadboard. This is an assignment so I can learn more about Electrical Enginee...
Draw a logic gate circuit and truth table for a digital clock display indicating hours and minutes
This problem is to design a fast addition circuit (+) to add a 32-bit number with a 4-bit number (to produce a 33-bit number). The circuit should be designed with two macros (shown below): an adder ma...
Please help solving this probelm. (Window Design) Without using a computer, use the window design method with a Hamming window to find an *analytic* expression for the coefficients {h}, of a length-39...
1. The signal g(t) = e −αt , 0 ≤ t ≤ T is corrupted by additive white Gaussian noise with zero mean and power spectral density N0/2 watts/Hz. The optimum detector is a matched filter. (a) Find ...
3. The purpose of a radar system is basically to detect the presence of a target, and to extract useful information about the target. Suppose that in such a system, hypothesis H0 is that there is no t...
Please help me to complete the tables using MESH ANALYSIS, 6.1 table and 6.2 table, for the 6.2 table just change the polarities of the voltage source. Thank you CIst will .- imented. 50 U9 Record at ...
Hi, I am building a physical model of the below circuit so I can take some measurements with Digital Multimeters and some other tools. I am having trouble figuring out how lay out my circuit. Can some...
Need help with these questions. Therefore, Kmax = 04. . Consider a negative-feedback control system whose open-loop transfer func- tion is given by: Ks(s + 6) G(S) H(S) = ( s + 2 + j ) (s+ 2 - j ) Ske...
Hey Y'all... I dont know if this is beyond the scope of this tutoring but I am trying to physically build the circuit below created in LT spice. There is a USB power supply attached to the breadboard....
Problem 2: SR. Latch with Given the waveforms for S', R' and the initial values of Q and Q', complete the waveforms for Q and Q'. a s Q Q' t (sec) 2 9 12 R' t (sec) 10 11 12 t (sec) 11 12 Q' (see) 0 ...
Consider the 3-phase network, in which a balanced 3-phase voltage source supplies a balanced 3-phase resistive load through an ideal 3-phase step-down transformer connected in YY configuration. The 3-...
Upon creating this ladder lgoic, I cant seem to be able to make an accurate input and output table
How can I solve this question? Pissume a 60-Hz AC voltage signal picks up an 1kHz AC noise, and the amplitude of noise is 1/10 of that of the signal. Now, design a filter circuit to remove the noise,...
This is Linear Systems Theory (not linear Algebra - but it wouldn't let me enter anything else). Totally lost in this class and need help. Problem 5.4: Asymptotic observer Consider a second order syst...
Not Sure What I Did Wrong Here. Thanks! 4. [-/8 Points] DETAILS MY NOTES ASK YOUR TEACHER PRACTICE ANOTHER The capacitor in this circuit is initially charged to 13 V before the switch is closed at tim...
Please answer the whole question, thank you! 3. (Filter Design) Use the following design techniques to design a low-pass filter with passband cutoff frequency wp = #/4, stopband cutoff frequency ws = ...
Simulate a uniform plane-wave propagating inside a lossy sea water of σ = 0.4 in the ANSYS HFSS program, and show the E-field amplitude as a function of distance [E(z)], compared with the analytical...
The 741C configured as an inverting amplifier and following parameters are given A=4x105 , R1=470Ω, Ri= 33M Ω, Rf = 3.9K Ω, R0 = 60 Ω, supply voltage = ± 15V, maximum output voltage swing= ±...
For the following second-order nonlinear system d 2 x/dt 2 + (dx/dt) 5 = x 2 u is it possible to stabilize the origin by first linearizing the system about the eq. point and then designing the control...
The diagram attached is for question no.2..please solve both the questions I) calculate the primary winding current ( magnitude and phase angle ) for this resistively loaded isolation transformer with...
2/18/2020 NI myDAQ and Multisim Problems for Circuits by Ulaby and Maharbiz R1 SW1 Sw2 R3 M + V1 + v(t) . R2 + V2 (a) Circuit SW1 Closed Open + 10 20 30 it (ms) 40 50 SW2 Closed- Open 10 20 30 40 50 ...
2/18/2020 NI myDAQ and Multisim Problems for Circuits by Ulaby and Maharbiz Chapter 5 RC and RL First-Order Circuits m5.3 Response of the RC Circuit Figure m5.3a shows a resistor-capacitor circuit wi...
Discuss on effect on voltage drop in transmission line when different level loads are varied. Also plotting the graph to show the effect on transmission line. The current through the load depends on U...
Assignment Topic: Calculate rise delay and fall delay for the following figure for given A=1 & B=1 Assignment Topic: Calculate rise delay and fall delay for the following figure for given A=1 &amp...
3)  How could symmetrical component-based overcurrent elements improve the performance of overcurrent elements? What are the advantages? Is any special equipment needed to implement zero sequence or ...
1)    Why would an inverse time overcurrent be combines with instantaneous overcurrent element? Sketch a combined characteristic for such an implementation and describe how it works. What is an ap...
How does one determine the coordinating time between a protective device and a downstream device? Explain how this is implemented in a protection scheme if inverse time overcurrent elements are used? ...
The voltage and current magnitudes and angles provided below the figure are the results as seen by a relay located at R1 on a simulated power system. Assume the primary side MVA base of 100MVA, and a ...
Require final answer of these mcqs Question 3. In the following circuit, all gates, including the inverter, have an inertial delay of 8 ns except for pate 3, which has a 30 ns delay. A. Write a VHDL c...
Please respond as soon as possible, thank you. Determine the three zone settings for the relay Rat in the system shown in Figure 5.26. The system nominal voltage is 138 kV, and the positive-sequence i...
The experiment shows za as function of vas, with vgs parameter using the Analog Discovery and Waveform tool. - Build the circuit as shown in the schematic diagram of Figure 4 and connect the Analog D...
Having trouble setting up step voltage T-Mobile Wi-Fi 10:27 AM 1 95% 326 Experiment #4 MOSFET.pdf 0.45 2 of 12 OBSERVE THE CHANGE IN THRESHOLD VOLTAGE DUE TO SUBSTRATE-TO- SOURCE VOLTAGE (VSB): Set up...
This is an electrical engineering question regarding process control. A high-order chemical process is to be approximated by a first-order plus time delay system described by K 2-" Ts+1 Gym = An op...
This is an electrical engineering question regarding process control. A mathematical model for the level of gasoline in a hemispherical storage tank is described by: iiLI 1 ____— F— hl/Z d: n(2Rh?...
This is an electrical engineering question regarding process control. 3. In a fired-heater, the temperature of the fluid in the coil at the outlet of the heater is to be controlled. The basic feedback...
Kindly provide simulation results/simulink process/calculations: (Matlab/Simulink) Kindly provide step by step solutions. This is a process control question from Electrical Engineering. This is a comp...
1.   How long does a standby generator last? 2.   What is difference between standby and prime generator? 3.   Discuss the advantages and dis advantages of Diesel power Generation 4.   D...
Answer the following questions 1) The gain of a voltage amplifier is the ratio of to 2) [True/False] No amplifier can provide perfect linear transfer characteristics because transistors are non-linear...
dont know how to attempt this question In the circuit shown below is :13 A and V5: 145 V. Find ix which is the current that passes through the 5 Q resistor in unit A.
need help In the circuit shown below, Vs = 30 V, Is = 4 A, and R= 40 0. Note: The load has already been removed from this circuit. Find the Thevenin circuit with respect to the terminals a, and b and ...
need help on this homework question In the circuit below, Vs = 50 V and R1 = 18 0. Find ing and io in unit A. 15 0 12 0 Vs + 10 50 20 0 W 13 Q 11 = DD
Stuck on this Find the currents if and if in the circuit below in unit A, if Ix =19 A and I3, = —26 A.
Need help can you show your steps In the circuit shown below, R1 : 43 Q and R2 : 43 (1. Find the equivalent resistance seen by the source [between terminals 3 and b] in unit 0.
stuck on this In the circuit shown below, 11: 80 mA, f2: 5 mA, and V7=170 V. Find the voltage v0 across the 25 k0 resistor with the polarity shown in the circuit in unit V. Skfl
1.   How does Solar Energy Works ? 2.   Discuss Types of Solar Concrete Collector 3.   Discuss the advantages and disadvantages of Solar Energy.
1.   How does Water Turbines works ? 2.   Discuss Types of Water Turbines 3.   Discuss the advantages and dis advantages of constructing a dam. 4.   How efficient is the Water Turbine (...
Can you help me on the matlab code of the following question .it is crucial for me so i need help PRE 1).pdf X + X | Dosya | C:/Users/EgeDoster/Desktop/1).pdf . . . 16 A Sesli oku | V Ciz v Vurgula v ...
sir i am stuck for this question please solve this b. Providers of a wireless network claim a theoretical maximum data rate of 150 Mbps. This is when a 10 MHz frequency band is available, and the netw...
27. How many internal address lines are required for a 16M x 4 DRAM chip? 28. How many address lines are required for a 128M x 4 ROM chip? 29. How many address lines are required for a 512G x 4 ROM ch...
Please solve the problem below Q-4. For the network shown below find the following: 16 V 1. Q - point. ( VDS , Vas & ID). 2. VD and Vs. [2.5 marks] 2.2 kohm VDSQ IDSS = 6 mA VGs(off) = 6 V VcsQ 2....
Preparation Starter Code: Download, unzip, and build the starter project posted to Teams. All code must be written in assembly. No C code allowed. Purpose This lab has these major objectives: 1. Confi...
please I need question with in 10 minutes and reply as soon as possible
A 15 kW, 230 V, shunt generator was run light as a motor to determine its stray power losses at rated load. The applied voltage across the armature, computed for test was 254 V and the armature curren...
1/. In the Dyruffometer window, slowly decrease the speed parameter of the prime mover until the generator speed is about 5 RPM above the synchronous speed of the Synchronous Generator. While doing s...
2. 3. 5. 6. 1ii'v'iring to be checked by instructor [initial] ii? In the Dynamometer window. start the prime mover. [in the Power Supply. turn the DC power source on. then turn the three-phase AC pow...
plz show all steps x[n] 5 -3 2 q[n] D y[n] wn D 2+ 0.06 +0.1 3.) (30 points): For the LTI system shown above: a.) Find the transfer function, H(z), for the system. b.) Express the difference equation ...
23. In the Metering windowI measure the synchronous generaor active power and reactive power by clicking the Single Refresh button, then multiply each power value by three to obtain the generator thr...
17. On the Synchronous Generator, adjust the Exciter knob so that the synchronous generator voltage Ecen is as close as possible to the AC power network voltage ENet. 20. Observe the synchroscope nee...
what can you conclude? /2 12. In the synchroscope window, observe the direction of rotation of the synchroscope needle. In which direction does the indicator needle rotate? /1 Is this direction coher...
plz show all steps. 1.) (30 points) For the signals f [n] = (0.25)"un - 2] and g[n] = f[n - 3] Student A says the unilateral (one-sided) z-transform of g[n] is G(2) = (0.25)2- 2 - 0.25 + f [-3] +...
is... power. and torque TEE... Describe what happened at the instant of synchronization and explain briefly. f2 {Generator transients and mechanical streSs of synchronization} 25. At the instant of ...
You are required to solve on paper first. MATLAB code is optional, you will get the credit for solving on paper. The course is electromagneticfieldtheory. Thankyou in advance The Hint of solving the q...
Consider the following routing table in an IPV4 router: Port Ptr IP Prefix (Decimal) IP Prefix (Hex) A 192.168.240.192/27 C0.A8.F0.C0/27 B 192.168.240.241/32 C0.A8.F0.F1/32 C 192.168.240.234/31 C0.A8....
1. You have been asked to brief your supervisor as to the advantages and disadvantages of using physical and temporal separation to secure the companies IT infrastructure. The company has indicated ...
When a service entrance calculation results in a value of 10kw or more what is the minimum size service required by the code?
Engineering matlab programming problem You may have seen pictures like this before: Figure 1: The Mandelbrot set: -2 < a < 1, -1< b<1. The white object in Figure 1 is called the Mandelbrot...
Solve the following problem for the dynamic system:
Consider the following routing table in an IPV4 router: A) Construct the prefix matching table for this router (show the prefixes in Binary). Hint: The prefix matching table should include the IP addr...
Consider the following routing table in an IPv4 router: Port Ptr IP Prefix (Decimal) IP Prefix (Hex) A 192.168.240.192/27 C0.A8.FD.CD/27 192.168.240.241/32 C0.A8.FD.F1/32 B C 192.168.240.234/31 CD.A8...
Can you please help me in solving this? Problem 8 (15 points). Suppose that the linear state equation 5 is uniformly stable. Prove that the linear state equation 2 (t) = [A(t) + F(t)]=(t) is uniformly...
Please help me to complete the tables using MESH ANALYSIS. thank you AMA OnLINE oEd Course Code EE201 Get App UNIVERSITY Education box 10GB free storage for Description Electric Circuits College / Dep...
Hi, need help for this question : How to explain the mechanism of below sequences in terms of Input, Output and solenoid ? why need 2 solenoids ? Link:https://www.youtube.com/watch?v=QArf9Yw84Pc Autom...
Please do NOT use Laplace transforms to solve, thank you! #6.43 For the circuit of Fig. 6.43. determine: (a) in (t) for f 2 0 (b) The amount of energy stored in the capacitor at / = 00. 1=0 1=0 40 50 ...
Matlab Should be made by you 4- Find the state solution of the system described by . _ 0 1 "(0 ' [—3 41"") with the initial conditions x(0) = L11] Compare the solution with the one generate...
Answer the following two questions Four long straight parallel wires pass through the x-y plane each 5.0 cm from the origin. The figure below shows the location of each wire, and its current. Find the...
Help I really need it Project Description: MatlabeimuIinI-z provides various blocks for the simulation of three phase power systems and it provides excellent tools for power measurements. To learn how...
Please help, thank you. 3 SVD properties In this question, we look at some properties of SVD. Below we consider a m by n matrix whose SVD writes A = )!_ of of where r is the rank of the matrix. a) We ...
Please help, thank you. Find the singular value decomposition of the following matrix (leave all work in exact form, not decimal): 3 a) Find the eigenvalues of AAT and order them from largest to small...
design and build a limiting circuit, with: -5 ≤ Vin ≤ 3 V, Vout = Vin Vin ≤ -5V, Vout = -5 V Vin ≥ 3 V, Vout = 3 V Comment on the effect of Von on your design.  kind of like this image above
1.   In a digital frequency meter, the Schmitt trigger is used for,        (a)             Sinusoidal waveforms into rectangular pulses.                       ?...
this question refers to my electrician career from Stratford Career Institute,the book number is ISBN-13:978-0-17-668466-2 ISBN-10:0-17-668466-2 14. The ASHRAE Handbook is considered the Bible of the ...
Solve by NOT using Laplace transforms #6.48 After closing the switch in the circuit of Fig. P6.48 at 1 = 0, it was reopened at / = 1 ms. Determine ic() and plot its waveform for t > 0. Assume no en...
1. For the circuit shown in the figure, assume that Vg ~ = 63 ∠ 0 V rms, R g = 3 Ω, N = 1, and R 0 = 16 Ω. Assume an ideal transformer. Find the amplitude of equivalent load resistance seen by the...
Solve NOT using laplace transforms 6.45 For the circuit in Fig. P6.45: (a) Determine up(f) for f 2 0. (b) Determine the time at which the inductor has maximum energy stored in it and calculate the amo...
Solve NOT using laplace transforms *6.43 For the circuit of Fig. 6.43, determine: (a) i (t) fort = 0 (b) The amount of energy stored in the capacitor at f = co. 1=0 1=0 OW 4 0 5 0 Wo $20 I mF + 10 V I...
QUESTION 8 We are using a 1000 G , reference magnet. In testing this magnet, the Arduino reads an average value of 264. Determine m in formula y=mx+b where y is magnetic field strength in Gauss, x i...
Consider the oneline diagram of a simple power system shown in Figure 9.20. System data in per-unit on a 100-MVA base are given as follows: FIGURE 9.19 Problem 9.12 Synchronous generators: G1 100 MVA ...
The first observation of Bloch oscillations was in a semiconductor super-lattice with a period of 10 nm. The lowest energy states in the wells form a band of bandwidth 20 meV. (a) If the Bloch oscilla...
design and build three diode circuits to meet the specifications described below.  A voltage regulator which meets these specifications: Diode power dissipation ≥ 1 W Output voltage between 5 and 6...
A certain network transfer function is given in standard form as H(W) = (0.1)(1+1)(jw)(1+200) a, Determine and draw the straight-line approximations for each term on the semi-log plot below and then i...
Problem Statement Suppose we will use Advanced Encryption Standard (AES) to encrypt a block of plaintext. Given the following information: Plaintext = {0C 0D 0E 0F 08 09 0A 0B 04 05 06 07 00 01 02 03}...
QUESTION 8 We are using a 1000 G , reference magnet. In testing this magnet, the Arduino reads an average value of 264. Determine m in formula y=mx+b where y is magnetic field strength in Gauss, x i...
please draw cash flow diagram for 1,2,3 and 4 please help using the formula notes 1) A boiler was purchased in an instalment basis wherein the buyer pays an amount of P 125, 000 as down payment. Remai...
Problem #1: Circuit theories applications: [30 points] a) Find the voltage 123,, and i3 b) List the values of power dissipated and developed for all sources. 0.7V 49:3 4
(Problems 5-9) Confidence intervalAssume σ=0.8, and we would like a 95% confidence in our answer; and the error in the average to be within the voltage given by ½ step of the ADC. Start by calculat...
please help me with this question Question 6 1 pts Consider a plant G(s) = 1 $2 +8-6 that is controlled using negative feedback with a proportional controller F(s) = K. The controller can stabilize th...
please help me with this question The output of the convolution ge-(1+Wu(t - 1) * e-4(t-3)u(t - 2) is of the form e- (be-(t-d) - ce " (t-d) ) u(t - d) where a, b, c, and d are all positive intege...
2. (Spring 2010 exam). The following routines perform an even partitioning of an array, followed by merging, i.e., the array is divided into two subarrays, and Mergesort is recursively applied on the...
Consider the following sequential circuit with JK flip flops where we denote the output to be z=A' . a.    Construct the state table and show a state diagram of this circuit.
Q1) Write a Matlab function called spher2cart that will convert Spherical coordinates to Cartesian coordinates. Note that this function will have three inputs and three outputs. Test you function usi...
Design an 8-input OR gate with a delay of under 4 FO4 inverters. Each input may present at most 1 unit of capacitance. The load capacitance is 16 units. If the input probabilities are 0.5, compute the...
10- ) The primary intended use for most Hall Effect sensors manufactured today is to measure the strength of a magnetic field strength in a laboratory environment. (T or F) ______   QUESTION 11 Ben...
QUESTION 5 (Problems 5-9) Confidence interval (You may need to review W2 material). Assume σ=0.8, and we would like a 95% confidence in our answer; and the error in the average to be within the volt...
A walkthrough of this problem would be appreciated 1.) Threshold values a.) If a computer clock has an internal resistance of R1 = 500 Ohms, an internal capacitance of 1 pF, what is the amount of time...
please help 6. Consider the following sequential circuit with JK flip flops where we denote the output to he z=A'. 3. Construct the state table and show a state diam of this cirCuit. b. Show a tim...
2. RC Circuits. Using the value of time constant t determined in 2c, make a table listing time, measured Vc/Vg and predicted Vc/Vg. This should show that Vc does indeed follow an exponential rise. Co...
Can you please show me the results using Multisim and MyDAQ. Thank you. Vo v(in)(t) v(in)(t Vo R Vo v(in)(t v(in)(t Take Vin from AO 0. Then set Vin and Vout to Al O and Al 1 respectively to observe b...
please be specific 2. Given Io= -4A, I1=-8A, Is = 20A, and Vs = 24 V, calculate the unknown currents using KCL. R WWW a RO RI R2 b Is + R www Rs
1. A 300 watts solar panel is used for a 6hour sunshine day, if the factor of losses is 70%. Calculate the amount of energy the solar panel can provide. 2. If the total load requires a 6.5 kw - hour...
Subject : Electronic Devices **** Vx is 87 Consider that the input shown in the below figure (here Vx = ID V) [5] Problem 1 to Fig. 1 Apply the knowledge gained from diode theories to construct a circ...
1. Draw the diagram and discuss the operation of a photocell's operation when used as automatic switch in street lights from dusk until dawn. 2. Draw the diagram and discuss the operation of a photo...
1. The circuit of figure 5 uses a 10-volt supply voltage. A current of 5mA flows when the cell is illuminated with about 400 lm/m2 and deenergized when the cell is dark. Find a) The required series r...
forget about inputing files and stuff, just help writing the vhdl and testbench part. DO NOT ASK additional info needed. THIS IS ALL I HAVE. library IEEE ; use IEEE . STD_LOGIC_1164 . ALL; entity lab_...
There is a 4-pixel by 4-pixel image shown below. Each pixel shows value of image intensity (value of x, value of y). If we apply Gx=5Gauss/cm as the frequency encoding gradient and Gy=10Gauss/cm as th...
Please help me with this problem 4. Vector Potential, Faraday's Law and Mutual Inductance: A system shown in the sketch below consists of a squared loop and a long straight conducting wire carrying an...
Please help me with this problem 2. Picture Magnetic Field: There has been a lot of news in the past about the danger of living close to a high voltage transmission line because of the magnetic field....
Please help me with this problem 1. Laplace's Equation for Electric Potential - finite difference method: The sketch below describes the system cross-section of a microstrip of perfect conductor place...
Determine the Fourier transform X(e^jω) 1. x[n] = u[n − 2] − u[n − 6] 2.) x[n] = ((1 /2)^−n) *u[−n − 1] 3.
how do i get the temperature history graph in black diagram The reference front panel and block diagram are as the following: 01.20 Furring Avg 80 61 Cunent Temp ON 90.0 OFF High Limit 80.00 86.0- War...
Also find il(t) along with vc(t), thank you! 6.33 Find new for r I: D in the circuit in Fig. P633. Figure P1133: Circuit far Problem 6.33.
i, ii, iii, iv 4. (i) Assume a sinusoidal current distribution on a short dipole like a half-wave dipole (but retardation effect on the dipole is ignored or the current on the dipole has equal phase),...
i Find equation for vector and scalar potentials using Coulomb's gauge. ii Discuss pros and cons of Coulomb's gauge vs Lorenz gauge 2. The equations for vector and scalar potentials have been found us...
i Find formula for Q of this mode ii  Assume a transmission line resonator is loaded with two resistors at its two ends. Assume that these resistors are much smaller than the characteristic impedance...
help me with this problems thanks Q2. AD Conversion (20') (a). Ifan 5-bit AID converter with a -5 to 5V voltage range is used to sample an analog sensor's voltage, what digital output code would c...
help me with this questions. thank you (a). What is aliasing? Ifthe input signal x0) is given by x(t) = 5 cos(800m) +10 cos(]600 at + :17?!) , what is the minimum sampling rate that can be used to sam...
The unknown resistance R u  of a resistance thermometer is to be measured by a bridge circuit of the form shown in Figure 3. The nominal thermometer resistance at temperature of 20  o C is 100Ω an...
I need help writing the code for the ASM chart below and also draw ASM chart for clock divider and write its Verilog code. I really appreciate it. An Electronic Craps Game Game of craps: The rules are...
The generator efficiency is determined by A) Copper loss, Iron Loss, Resistance loss B) Mechanical loss, friction loss, hysteresis loss C) Copper loss, Iron Loss, Friction loss D) Speed loss, Iron Los...
Consider a semiconductor laser of length L' whose emission exhibits numerous longitudinal modes. The laser can be fabricated with mirrors on the ends of the chip, but it is often advantageous to use a...
High Electron Mobility Transistors (HEMTs) use band bending at an AlGaAs/GaAs heterojunction to create well region that is very thin, forming what is known as a two-dimensional electron gas. Within th...
High Electron Mobility Transistors (HEMTs) use band bending at an AlGaAs/GaAs heterojunction to create well region that is very thin, forming what is known as a two-dimensional electron gas. Within th...
1. Given the photodiode circuit (figure 7) and photodiode characteristic curve with the load line (figure 6) and an illumination of 7,500lm/m 2 , find a) The diode current b) The IR drop across R1 c)...
3. High Electron Mobility Transistors (HEMTs) use band bending at an AlGaAs/GaAs heterojunction to create well region that is very thin, forming what is known as a two-dimensional electron gas. Within...
Q1- In order to match a load to a given transmission line one could use a shunt stub i.e. a short piece of line applied in parallel. A load ZL = 20 − i15 Ω is to be matched to a line with impedanc...
The question below are answered I JUST NEED THE WORK TO BE SHOWN AND EXPLAINED ON HOW TO GET THE ANSWER CIRCLE THE ANSWERS AND WHERE THEY GO AND HOW SO I MAY PRACTICE HOW TO SOLVE ALL THE INFO NEED IS...
The question below are answered I JUST NEED THE WORK TO BE SHOWN AND EXPLAINED ON HOW TO GET THE ANSWER CIRCLE THE ANSWERS AND WHERE THEY GO AND HOW SO I MAY PRACTICE HOW TO SOLVE ALL THE INFO NEED IS...
The question below are answered I JUST NEED THE WORK TO BE SHOWN AND EXPLAINED ON HOW TO GET THE ANSWER CIRCLE THE ANSWERS AND WHERE THEY GO AND HOW SO I MAY PRACTICE HOW TO SOLVE ALL THE INFO NEED IS...
The question below are answered I JUST NEED THE WORK TO BE SHOWN AND EXPLAINED ON HOW TO GET THE ANSWER CIRCLE THE ANSWERS AND WHERE THEY GO AND HOW SO I MAY PRACTICE HOW TO SOLVE ALL THE INFO NEED IS...
This question is about robotic and Matlab (8 5pts) Puma 560 Inverse Kinematics: Write a Matlab program that provides all solutions to the inverse kinematics problem of the PUMA 560 robot of Assignment...
Problem #1 (20 pts): Planar Stewart Platform 21=Qo + Coy a) (8pts) In the planar Stewart platform shown (not in the "home" a position), each active leg has passive revolute joints at both e...
Hello, I want to ask for any ideas or topics for an electrical engineering capstone project. I want to make a simple prototype of some sort that I can use when presenting, preferably something that is...
please help me do the mutism and solve this PRELAB Figure P.1 shows the basic illustration of the circuit you will be building in lab. This figure does not show the bioamplifier, and instead shows y...
Could you explain why "The backgate effect helps reduce the low-frequency input impedance of a common gate stage when the transistor's bulk is AC grounded"
Please solve with explanation 6.1. For a certain small power system with three buses, the bus admittance matrix at 60 Hz referenced to ground is given by Ybus 1 —j100 leO 0 Ybus = j100 1 —j150 j50...
Kindly I need a clear solution for below questions.
Please solve the problem 1. Consider the circuit and transient output shown below. This is the response of a series resistor capacitor combination to a square wave input. The blue signal is the voltag...
Prove the identity of each of the following Boolean equations using algebraic manipulation: A. A'B' + B'C+ AC + AB +BC' = A'B' + AC + BC' B. AC + A'CD'+ ABD + A'BC'= AC + A'BD' + B'CD' + BC'D
Answer this question Ql-(A)-A memory unit deploys a capacity to seek results based on a possible filtered match criteria {using argument and key registers), what sort of memory is being addressed in ...
2. Answer following questions related to Table 1: (a) From the values of Table 1, plot power PL vs. load resistance RL [-_/2]
3. In section 7.4 you found vTH, isc and computed Rry using simulation for the network to the left of terminals a and b in Fig. 8. You also found the max power transfer Pmar. (a) Find the same parame...
(b) In the graph that you plotted above, does the power delivered to Ry exhibit a maximum? If so, estimate the value of Ry for which PL is maximized. [-/2]
1. 1What is the advantage of Thevenin theorem? (Relate it to the values of fl and UL you found for the original circuit of Fig. 1 and then for the Thevenin equivalent of Fig. 2. [__/2]
For this Lab you need the program Multisim to complete the attachments. Include the following: Step 9: Include a screenshot of the entire oscilloscope Step 10: Include a screenshot of the entire oscil...
1.    Explain why voltage drop occur in transmission line? 2.    What is the different between voltage drop and power loss in transmission line? 3.    For a transmission line model of 100k...
Answers: 1.46: g = [6 1 2 3 4 5] 1.48: g = [1 6 5 4 3 2 0] 1.49: g = [3 2 1 6 5 4] Can you explain what properties to use, how it affects signal, and why the outcome is as is?
solve problem 7 please!!! please show all work Problem 6: Given the vector field E =r10e-"-23z, find the outwards flux from the surface defined by r = 2, 0 < = <4. Problem 7: For the same v...
13. What is the purpose of the JTAG interface in a CPLD? 14. What is the purpose of the JTAG TDI and TDO signal pins in a CPLD testing? 15. Name five of the design blocks found in a typical FPGA chip...
20. How many look up tables are found on the Basys 3 FPGA? 21. What How many Flip Flops are located on the Artix-7? 22. What is Vivado used for? 23. How many slide up/down switches are located on the...
2. What are the components used in a typical digital system design? . Describe the functional block that are included in the FPGA design? 1. What are the advantages of using an FPGA? 5. Name four app...
solve only problem 9!!! please show all work Problem 9: Find the curl of the vector field in Problem 8. Then, calculate the surface integral of the curl on the surface defined by R = 1, 0 < 0 < ...
please show all work Problem 8: Given the vector field E = 110/r + cosy/r -232, find the line integral on the path defined by r = 1, z = 0.
please show all work Problem 7: For the same vector field as in Problem 6, find the divergence and then integrate over the same volume as in Problem 6, in order to validate Gauss' theorem.
please show all work Problem 6: Given the vector field E =r10e-"-23z, find the outwards flux from the surface defined by r = 2, 0 < = <4.
please show all work Problem 5: Find the divergence and the curl of the following functions: (a) F = 2x x + yay + (r' + 32)z. (b) G=isin p/' + cosy/r2. (c) H = Rsin 9/R' + 0 cos 9/ R2.
please show all work Problem 4: Find the gradient of the following functions: (a) f = 1 + 3yz. (b) $ = rsing + er cosy. (c) d = e-all sin f cos y.
Please solve it Problem 8: Given the vector field E = 110/r + @cosp/r - 23z, find the line integral on the path defined by r = 1, z = 0.
please show all work Problem 2: Given a vector field F with the following expression in Cartesian coordinates F = 2rx + yzy + (1' +32)2, find an expression for F in cylindrical and spherical coordinat...
please show all work Problem 1: Given a vector A = 2x + y in Cartesian coordinates, find an expression for A in cylindrical coordinates at the points with Cartesian coordinates (a) (1, 1). (b) (0, 1)....
Recessed fixtures are available for installation in direct contact with thermal insulation. These fixtures bear the UL mark Type__________________''
Design a circuit to implement the following pair of Boolean equations (five inputs A, B, C, D, E and two outputs for equations F and G): 𝐹 = 𝐴(𝐶𝐸̅ + 𝐷𝐸) + 𝐴̅𝐷 𝐺 = 𝐵(?...
How do you know that Xc is -90 degrees? is it always -90? Why is VC1 78.02 degrees while VR1 is only 11.98 degrees? Do they always add up to 90 degrees? Capacitive Circuits R1 3000 Vs 120Vrms C1 500Hz...
Please solve this transmission line problem. This is all I have been given and please don't say not enough info because no one has been able to solve this in two days. ZL=25-5j, frequency= 5.4GHz The ...
1) In the interrupt diagram shown to the Low data right, set the DIP switches to apply bus an interrupt vector of Ox9A. Do this by filling in the top half of the DIP switch to indicate that the switc...
Problem 12.3 (Credit Card Code on Tracks 2 and 3) The two-digit sequence 09 is very important. Encode these digits in a data block as they may appear on a credit card. Encode each code word on a separ...
This is about field intensity. 3. A single static charge Q in free space is h meters above a PEC in the x,y plane a. Find the electric potential at a point P(,x,y,z), that is, somewhere in the x,y z s...
Problem 12.3 (Credit Card Code on Tracks 2 and 3) The two-digit sequence 09 is very important. Encode these digits in a data block as they may appear on a credit card. Encode each code word on a separ...
This is about transmission line. 2. a. Design a coaxial transmission line to have an impedance of 50 ohms. Use Teflon as the dielectric. b. Assuming that the conductors are copper, and that the frequ...
(e) What is the minimum Euclidean distance d(e) min? (f) Draw the optimum receiver. (g) Assuming the transmitted signal is corrupted by additive white Gaussian noise with zero mean and PSD N0/2, what ...
Construct timing diagram and state table for the circuit
This problem relates to the use of 'companion circuits' which is a circuit solution method in which all energy storage elements in the studied circuit are converted to a Norton equivalent circuit. Con...
 For a certain small power system with three buses, the bus admittance matrix at 60 Hz referenced to ground is given by Ybus. 6.1. For a certain small power system with three buses, the bus admittanc...
7. What is a Lambertian emission profile? For a packaged LED exhibiting a Lambertian emission profile, at what viewing angle would you expect the luminance to be about ½ of the luminance emitted fro...
please help VHDL Coding (a) Write the VHDL code for an 8-bit signed comparator. Use Behavioral VHDL. (b) Write the VHDL code for an 8-to-3 priority encoder. Use a when-else statement. (c) Write the VH...
I need step by step explanation to solve the lab questions
Multistage circuit 2. The circuit below is an OPAMP implemented using BJT. The 1st stage is a PNP differential pair, the 2nd stage is an emitter degenerated amplifier and the 3d stage is a common drai...
Functional Simulation and Analysis Run the ISim Simulator to produce a behavioral simulation of the design. (Processes window: expand ISim Simulator and double click on Behavioral Check Syntax.) Run ...
Due: 03/18/2013 ECE 3561 Project 2: Using VHDL to Design a Simple Sequential Machine Project 2: Using VHDL to Design a Simple Sequential Machine Instructor Prof. Eylem Ekici In this project, you will...
27 to 29 with work(formula) 27. Clear All. Construct the following 4 vectors: (They do not have to start at the origin.) IR = 20, 0 =0" R = 20, 0 = 90 R = 20, 0 = 180" (or -180") R = 20...
Estimating emissions from spot measurements.There arensources of a pollutant, atknown locationss1, . . . , sn∈R2. Each source emits the pollutant at some emission3rate; we letxjdenote the emission r...