Category: Electrical Engineering

The research focuses on in-depth exploration of technology exploitation in Wireless EV charging, and the application of research methodologies.Paper Structure
The research paper should include the following sections (additional sections and subsections may be added as necessary):
• Title: Main title and subtitle.
• Abstract: Concisely summarizes research, clearly highlighting significance and outcomes (150 -200 words).
• Keywords: Relevant keywords (4-5 keywords).
• Introduction: Includes motivation, hypothesis, problem statement, aim, objectives, contributions, and paper structure. Introduction clearly sets stage for research, effectively synthesizes findings with
• Background: Necessary for providing context.
• Related Work: the literature review must have comprehensive review demonstrating deep analytical skills and strong foundation for independent research.
• Methodology: Highly appropriate, demonstrating innovative problem-solving approaches.
• Results and Analysis: SWAT Analysis. Insightful analysis with high understanding of impacts on EV industry.
• Findings: Discussion of results and advanced analysis.
• Conclusion and Future Work: Summarizes the research and suggests future research directions.
• References: List of sources cited, in IEEE format.
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I need someone who knows what they’re doing. This is a transmission lines assignment. You can check the book to find the questions mentioned in the assignment.

I would like to have a report for the intro to the circuit lab. All the instructions and data are attached. No need for a methodology section. Also just part A and B in the lab, Ignore part C

I need someone who knows what they’re doing. This is a transmission lines assignment. You can check the book to find the questions mentioned in the assignment.

I would like to have a report for the intro to the circuit lab. All the instructions and data are attached. No need for a methodology section. Also just part A and B in the lab, Ignore part C

Please see the attached file for details.. Report is required. Professional Presentation slides are required. Your research over the selected topic “LIQUID CRYSTAL DISPLAYS (LCD) ” should be in detail and not in general. The work should be solely yours and not plagerized from any source. No use of AI.

I got all the lab data done only missing some calculations and I’m looking for someone to do the small calculations and put a lab report together.

I got all the lab data done only missing some calculations and I’m looking for someone to do the small calculations and put a lab report together.

Please do literature search to find their application in different kinds of circuits. You need to include at least two cases where they use either PN junction diode or Schottky diode in the circuit, explain their function and limitations in the circuit.
The term papers are limited to five-pages and should include:
Title
• Short literature review to address issues such as:
o Device physics (of course)
o Operational principles
o Design rules
o Device performance
o State of the art
o Important research issues
o Theoretical models
o Experimental techniques
o Critical comments on source materials (journal papers)
• Conclusion and outlook
• References (excluded from the page count), Recommended journals include IEEE
Journal of Quantum Electronics, Photonics Technology Letters, Applied Physics
Letters, Journal of Applied Physics, Physical Review Letters, Phys. Rev. B, and
so forth.
• Margins: 1 inch on all sides
• Font: Times New Roman
• Font Size: 11 point
Line Spacing: Single-spaced
primary goal in writing is not formality but CLARITY.
The final presentation is limited to 12 minutes, where 10 minutes for the presentation and
2 minutes for the questions from audiences. You should have 12-20 pages for your final
presentation to make full use of the 10-minute presentation.

First perform a hand calculation,
Then build the circuit in SPICE, simulate the following performance in SPICE.
Conduct a DC analysis in spice.
Perform AC analysis, and plot the output and input waveforms in the time domain.
Perform an AC sweep to plot the frequency responses.
Adjust parameters as needed during the simulation.
Finally, compare the hand calculation with your simulation result and discuss the differences.
this is the website for the bookhttps://af79471c-693e-43f9-840b-9b70f48aaec8.filesusr.com/ugd/defd98_ca5a028ffb76428e92d6b99b453bbcf2.pdf