Electrical Engineering Assignment Help

Electrical Engineering Assignment Help

High-Quality Electrical Engineering Assignment Helpers in Australia


Students life is one of the best times for any individual but it is also the time when students have to learn a lot of things which are new to them. Especially engineering is one of the most hectic streams of study. Engineering students often get to study things which are very different from their previous studies which make their routine very hectic. Electrical Engineering is one of the most complicated engineer branches. The various principles and theories of electrical engineering make the life of a student tiresome. The assignments given by the various professors are time-consuming as well as hard.

Electrical engineering students are often seen doing their assignments and projects which generally consumes all of their time but after putting their effort and then not able to score good marks which affect their confidence as well as marks. These put immense mental pressure on students which are generally followed by mental breakdown or loss of confidence in studies. Many students often tend to find online assignments helping sites which can help them to complete their assignments. Most of these online assignments help sites have no engineers working for them and they generally provide these students with either copied answers or answers which are inaccurate, hence, fetching them bad marks in their assignments. We at Assignment Hippo are one of the oldest online assignment help provider.


Consider Assignment Hippo for Electrical Engineering Assignment Help Online


Assignment Hippo does not only help you to complete your assignments and projects but we also make sure that the assignment is accurate and is in compliance with all the various methods used for their respective universities. Our engineers are well versed with almost all the various concepts of electrical engineering and are generally updated on different ways of solving any questions that are thrown on them. Our experts are one of the best known for their accuracy as well as precise answering capabilities.

We have a special team which mostly comprises of electrical engineers and some English graduates who work together to give you answers which are not only accurate as well as grammatically correct. We specialize in topics of electrical engineering like Differential equations, thermodynamics for electrical engineering, Electromagnetic theory, control theory, etc. We not only provide the best possible answers for these parts of electrical engineering but also other parts.

To reduce the chance of marks deduction we also provide the students, if asked, the ways of doing these assignments and projects with a proper blueprint so that students may be able to understand and also explain these assignments and projects to their respective teachers if asked so. We guarantee that students will be able to see great results in their assignments marks after they give us to their assignments on a regular basis. Our pricing scheme gives students the necessary flexibility because we know that students are not financially stable and they work hard for their money. We provide the lowest price for the assignments and also let them decide which part of the assignments they want us to complete and charge them accordingly. To know more about us read our last section.

Why Us for Electrical Engineering Assignment Help Services?

Well if you are interested as still you are reading this let us read about Assignment Hippo more. Given below are some of the reasons why we are the best online assignment help provider in the world:

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Sample Electrical Engineering Assignment Solved by the Experts

{`
Transistor Fundamentals
Introduction:
Week 4 lab is based on the fundamentals of a transistor and analysis of an analog circuit.
Please review the following videos before getting started with this lab:
1.      Watch the video: “Video 3: Fundamentals of breadboard”
2.      Watch the video: “Video 4: Basic electrical components”
3.      Watch the video: “Video 5: Simple resistive circuit with NI myDAQ”

Materials and Equipment:

Materials:
•         Hardware Parts (In the Toolbox):

•                  An NPN transistor: 2N3904
•                  Two resistors: 10 kΩ and 3.6 kΩ
•                  Jumper wires
Equipment:
•         Hardware Equipment:

•                  Breadboard
•                  NI myDAQ Instrument device
•                  Screw Driver
•                  Screw Terminal connector
•                  USB Cable
•                  Multimeter probes
•                  Oscilloscope, Multimeter and Function generator from NI
				   ELVISmx Intrument Launcher

Procedure:
*** This lab has to be implemented only in hardware (using NI myDAQ) ***
1. 	Analyze the circuit in the Figure 1 below to calculate the following values:
	VE, IE, VRC, VC, VCE. Make sure to include 20% tolerance for each resistor in the calculations.
2.  Construct the circuit shown in Figure 1 below on the breadboard using the transistor
	and two resistors (RCand RE).
3.  Using the jumper wires, screw driver and screw terminal connector, connect the board to
	NI MyDAQ Instrument Device.
4.  Use channel +15V pin out on the NI myDAQ Instrument Device to provide the supply voltage
	(VCC) and channel AO0 to provide the base voltage (VBB). Make sure that this voltage is
	peak-to-peak. Use channel AI0 to measure the required voltages using the oscilloscope.

5.         Using the function generator from NI ELVISmx Instrument Launcher, provide the
		   input voltage VBB to the circuit.
6.         Use the oscilloscope to measure the voltages: VE, VRC, VC, VCE.
7.         Now, using multimeter with the probes, measure the required voltages:
		   VE, VRC, VC, VCE and currents: IC and IE.
8.         Tabulate the values obtained in step 1 and 7.


 	Calculated	Measured
VE
IE
VRC
VC
VCE

Review questions:
1.      Compare the calculated and measured values in the table and analyze the performance
		of the transistor.
2.      Discuss whether the values are the same or different. If they are different,
		provide the reasoning and explain how to reduce this difference between calculated
		and measured values.
3.      Explain what happens when the transistor changes to a PNP transistor.
		How does the change in the transistor effect the current and voltage in the circuit?

Deliverables:
1.      Analysis of the circuit and calculations of voltages:
		VE, VRC, VC, VCE and currents: IC and IE.
2.      Place your student ID card on the breadboard and take a picture of the circuit
		board and pin out on the NI myDAQ Instrument Device.
3.      Take screenshots of the measurements obtained from function generator and
		Multimeter on the NI ELVISmx Instrument Launcher on your screen.
		`}