Category: Electrical Engineering

  • Title: Analysis of a 2-Pole, 100V DC Shunt Motor at 2200 rpm: Equivalent Circuit, Speed Regulation, Shaft Torque, and Efficiency

    the magnetization curve of a 2-pole, 100V DC shunt motor at 2200 rpm is given below. The armature resistance is 0.12Ω. The shunt winding has 500 turns per pole and its total resistance is 125Ω. Full load current is 40A. Since the motor has a compensation winding, the effect of the armature reaction is neglected. The total rotational losses of the motor (Pfe+Pfw) are 240W : Using the given values;
    a) Draw the equivalent circuit of the motor. Find the speed of the Motor at full load. b) Calculate the speed regulation. c) Find the shaft torque and efficiency of the motor.

  • “Chapter 1 Practice Problems: Understanding Basic Concepts in Algebra”

    please answer HW #1: Chapter 1: 1, 5, 7, 9, 13, 15, 19, 21, 23, 25, 27, 29, 31, 33, 35, 37 these qustions and show the work too thank you

  • “Fundamentals Practice Problems”

    I need help in fundamentals with this hw. Please your answer must be handwritten and show work. Check the file for questions are really easy ones.

  • “Solving Basic Algebraic Equations”

    I need help with this hw. Please your answer must be handwritten and show work. Check the file for questions are really easy ones.

  • “Exploring AD2: Using the Waveforms App for Data Analysis”

    Please answer the following 2 questions, when using AD2, pls use the waveforms app on your laptop.

  • Title: Designing a CCTV System for a 2-Storey Residential or Commercial Establishment with Parking Space

    Design a CCTV system with the following minimum requirements:
    Type of establishment: 2-storey Residential or Commercial with parking space.
    Floor Area: 1,000 sq.m.
    Lot Area: 1,500 sq.m.
    Outputs for Submission:
    Single Line Diagram
    As-Built Plan
    Additional Instructions:
    Submit a printed output in A3-size paper. (SLD and As-Built Plan)
    Attach your DWG file and turn-in your submission.
    CCTV layout must be printed in color over a grayscale floor layout.
    Use the attached DWG file for the layout template.
    Note: The layout template should be .DWG but since I can’t able to upload it I turned it into PDF instead so you may access it by using AutoCAD and turn it into .DWG to further view the template.

  • “Exploring Circuit Design: A Hands-On Lab Experience”

    here is the circuit lab.
    I attached the lab and the template for the lab it might required to take a screenshot of the baord or lt spice I

  • “Interrupt Service Routines and Timer Setup for Embedded Systems”

    Q1. Given the following setup code for Timer 2, write an Interrupt Service Routine (ISR) for Timer 3 that uses INV to toggle the LED light connected to Port A, RA5. The ISR should be called Timer3Interrupt. Timer 3 setup: Internal fPB clock is 40Mhz , pre-scalar 1:256
    Q2. a) If TAD = 85 * 10-9 (85 ns) Seconds (Assume PBclk-Freq = 40 MHz , [2 Marks] So TPB = 1 PBclk − Freq ), Calculate the ADC’s value. Hint: TAD = 2 * (TPB * (ADCs + 1)) b) Write the following Setup code for the ADC with manual sampling and manual conversion.
    Q3a.Write a program using an Interrupt Service Routine that does the following : Waits for a Single High Pulse of 250 ms on Pin OC3. When the High Pulse goes from High to low , it turns ON the LED at Port A, RA3 and the LED then stays on. You will use the Output Compare OC1, Dual Compare mode with a Single High Pulse (OCM= 004). You will use Timer 3 for the OC with a pre-scale value of 256. You need to setup OC3RS and OC3R such that OC3RS – OC3R = 200 ms. We need to convert 200 ms into Timer Clock Cycles. We have Timer 3 with a fpb is 10 Mhz and a Precale of 1:64.

  • Title: “Designing a Non-Traditional Communication Device: Incorporating ESP32 and Encrypted Bluetooth Technology for Enhanced Security and Efficiency” Keyword Search: 1. ESP32 2. Key Fob 3. Non-Traditional Communication Device

    Research Problem Statement
    design non traditional communication device (ESP32 inside the Key Fob ) Using encrypted bluetooth channel . Consider SD card connected the esp32 to store and transfaer the message Based on your submission for the research problem statement, please do the following:
    Identify your current or proposed research topic and create a Keyword search (at least 10) around your defined area of Research Interest/Topic [10pts]
    Conduct a Literature Search based on information relevant to your topic. [20pts]]
    Identify at least 10 sources, e.g. peer reviewed journals, conference papers & proceedings, conference journals, technical report/documents, trade journal, government doc, engineering news, etc.)
    Use APA reference and citation format. Create an Annotated Bibliography from 5 of your identified sources (Max 1/2 for each source). */ ** [20pts]
    Prepare 2 pages. Consider and explain how it fits in with the UN Sustainability goals or the engineering grand challenge agenda. [40pts] Instructions [Formating]: [10pts] Organize your responses clearly and neatly; Each question response must be clearly identified; Submit in Word only – Use Times Roman 11 Font
    Note – Include all sources, all urls must be hyperlinked!
    Use APA reference and citation format. Cite “Chat Gpt” if used.
    Include filename (e.g. PJames-Information & Databases)