• Q : Using the schematic design entry method....
    Electrical Engineering :

    Using the schematic Design Entry Method, design a logic circuit that has two 2-bit inputs X and Y, a 1-bit input CinOrBin, and a 1-bit control input SubAddn.

  • Q : Remain in the positively charged body....
    Electrical Engineering :

    If one body is positively charged and another body is negatively charged, free electrons tend to move from the negatively charged body to the positively charged body.move from the positively charged b

  • Q : Determine the type of semiconductor after doping....
    Electrical Engineering :

    An unknown semiconductor has Eg=1.1 eV and Nc=Nv. it is doped with 10^16/cm^3 donor atoms a) determine the type of semiconductor after doping b) Given that Ef is 0.2 eV below Ec, calculate Ni and the

  • Q : Special signals and spatial frequencies....
    Electrical Engineering :

    Special signals and spatial frequencies: Generate images of sinusoidal signals with spatial frequencies fx = 5c/ph, fy = 0c/ph, fx = 5c/ph, fy = 10c/ph, and fx = 1.5c/ph, fy = 2.5c/ph. Calculate th

  • Q : Design analog signal conditioning to provide....
    Electrical Engineering :

    An LVDT with associated signal conditioning will be used to measure work-piece motion from -20 to +20 cm. The static transfer function is 2.5 mV/mm. The output will be interfaced to a computer v

  • Q : What is the net force exerted by these two charges....
    Electrical Engineering :

    What is the net force exerted by these two charges on a third charge q_3 = 46.5 nC placed between q_1 and q_2 at x_3 = -1.210 m? Your answer may be positive or negative, depending on the direction

  • Q : What is the minimum sampling rate....
    Electrical Engineering :

    A computer will be used to control flow through 10 pumping stations. The pumps exhibit a surging effect with a period of 2.2 sec. What is the minimum sampling rate to ensure quality data? How mu

  • Q : An increase or decrease in resistance....
    Electrical Engineering :

    We will weigh objects by a strain gauge or R = 120Ω, GF= 2.02 mounted on copper column of 6-in. diameter. Find the change in resistance per pound placed on the column. Is this change an in

  • Q : Display the equivalent hex number....
    Electrical Engineering :

    How can i write code to vhdl i have lab 7-segment led display decoder that takes 4- bits binary input and display the equivalent hex number on the 7-segment display alphanumric digits 0-f whi

  • Q : Why are several pilot channels monitored....
    Electrical Engineering :

    Why are several pilot channels monitored in IS-95? When does a pilot channel from a base station move from an active set to a candidate set? How does the mobile get the neighbor information.

  • Q : Cellular and wireless networks....
    Electrical Engineering :

    Telcom 2720 Cellular and Wireless Networks Homework 5 Spring 08 1. Consider an IS-95 network a. Why do the Power Control bits puncture the downlink voice traffic after it has been coded, interle

  • Q : A single silicon photovoltaic cell....
    Electrical Engineering :

    A single silicon photovoltaic cell is found to have an open-circuit voltage of 0.6 V and a short-circuit current of 15 mA in full sunlight. Show how a collection of these cells can be arranged t

  • Q : How do i assemble a digital logic circuit....
    Electrical Engineering :

    How do I assemble a digital logic circuit with four inputs(A,B,C,D)and four outputs (LED's G,H,I,J). Different sequences using NAND and NOR logic gates light the LED's using the following truth

  • Q : State the purpose of each stage....
    Electrical Engineering :

    Draw a block diagram of an armstrong-type FM bradcast transmittercomplete from the microphone input to the antenna output. state the purpose of each stage, and explain briefly the overall operat

  • Q : What is the spectral efficiency....
    Electrical Engineering :

    Assuming you have an analog AMPS system that has 84 channels operating at 30 Khz, using a 7/1 reuse pattern and it's omni-directional antenna has a max 10 kilometer range. What is the spectral e

  • Q : A mobile telelphone system....
    Electrical Engineering :

    A mobile telelphone system (MTS) has 10 channels operating at 30 Khz with a max 80 kilometer range. What is the spectral efficency in users per Khz per kilometer^2?

  • Q : Draw the same line current....
    Electrical Engineering :

    Three capacitors, each of 100*(10)^(-6)F are connected in delta to a 440V, 3-phase, 50Hz supply. What will be the capacitance of each of the three capacitors if the same three capacitors are con

  • Q : Find the number of channels....
    Electrical Engineering :

    In an FDMA system, each user is allocated a duplex channel i.e. one for uplink and other for downlink voice communication. Also, these channels need to be guarded from each other for interference by

  • Q : Find the maximum output compliance....
    Electrical Engineering :

    Figure 1 shows a class A power amplifier. Assuming that the base-emitter voltage (VBE) of the transistor in conduction is 0.7V. If the resistance RB = 1.2k W and RE = 50 W,Determine the quiescen

  • Q : Calculate the value of the power factor....
    Electrical Engineering :

    A test on an 80 W fluorescent lamp circuit gave the ff. results when connected to a 50 Hz mains supply. Calculate the value of the power factor correction capacitor in microfarads (μF).

  • Q : question 1the linear circuit shown above consists....
    Electrical Engineering :

    question 1the linear circuit shown above consists of dependent sources and resistors only if the value of the voltage source its is changed to

  • Q : 1 you will create a data set consists of the....
    Electrical Engineering :

    1 you will create a data set consists of the total data number elements for example if your total data number is 127 you will create a data set

  • Q : project on lfc using tuned fopid i have....
    Electrical Engineering :

    project on lfc using tuned fopid i have considered a two area model need help regarding implementation of ga matlab code for a two area

  • Q : part 1 - generating random variablesmost software....
    Electrical Engineering :

    part 1 - generating random variablesmost software libraries include a uniform random number generator that generates equally probable numbers between

  • Q : the finite-difference time-domain fdtd method ....
    Electrical Engineering :

    the finite-difference time-domain fdtd method is a computational electromagnetic technique for solving for the electric and magnetic

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