What happens when the transistor changes to a pnp transistor

Assignment Help Electrical Engineering
Reference no: EM131296747

Lab Assignment

Transistor Fundamentals

Introduction:

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"-
https://content.grantham.edu/at/EE212/1-20-2015/week2/Fundamental_of_Breadboard.mp4

2. Watch the video: "Video 4: Basic electrical components"
https://content.grantham.edu/at/EE212/1-20-2015/week2/Basic_Electrical_Components.mp4

3. Watch the video: "Video 5: Simple resistive circuit with NI myDAQ"
https://content.grantham.edu/at/EE212/1-20-2015/week2/Simple_Resistive_Circuit_with_NI_myDAQ.mp4

Materials and Equipment:

Materials:

• Hardware Parts (In the Toolbox):

o An NPN transistor: 2N3904
o Two resistors: 10 kΩ and 3.6 kΩ
o Jumper wires

Equipment:

• Hardware Equipment:

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

Procedure:

This lab has to be implemented only in hardware (using NI myDAQ)

6. 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.

7. Construct the circuit shown in Figure 1 below on the breadboard using the transistor and two resistors (RC and RE).

8. Using the jumper wires, screw driver and screw terminal connector, connect the board to NI MyDAQ Instrument Device.

9. 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.

1000_Circuit.jpg
Figure 1

Using the function generator from NI ELVISmx Instrument Launcher, provide the input voltage VBB to the circuit.

Use the oscilloscope to measure the voltages: VE, VRC, VC, VCE.

Now, using multimeter with the probes, measure the required voltages: VE, VRC, VC, VCE and currents: IC and IE.

Tabulate the values obtained in step 1 and 7.


Calculated

Measured

VE



IE



VRC



VC



VCE



Review questions:

9. Compare the calculated and measured values in the table and analyze the performance of the transistor.

10. 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.

11. 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:

12. Analysis of the circuit and calculations of voltages: VE, VRC, VC, VCE and currents: IC and IE.

13. 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.

14. Take screenshots of the measurements obtained from function generator and Multimeter on the NI ELVISmx Instrument Launcher on your screen.

Lab Report:

• Use the Lab report template found in the "Tools and Template" link in the navigation center.
• Include all the deliverables.
• Include all the screenshots of the measurements from Multisim, circuit design on the breadboard using NI myDAQ device and measurements from MI ELVISmx Instrument Launcher.
• Save the document as Lab4YourGID.docx (ex: Lab4G00000000.docx) and submit in Blackboard.

Reference no: EM131296747

Questions Cloud

Explain the benefits of reducing inventories : Questions - Explain the benefits of reducing inventories and setup times. Briefly discuss the contributions of Deming, Crosby, and Juran to Quality Management
What are some advantages of the software as a service model : What are some advantages of the software as a service (SaaS) model?- Why has it been successful in the CRM space?
Aggregate demand and supply : Image that the mayor has hired you as a consultant to evaluate the increase in aggregate demand in the city where you live. Describe to the mayor one (1) aggregate demand and supply factor that would have the greatest impact on the economy of your..
Describe roles of the five key stakeholders in a business : Describe the roles of the five key stakeholders in a business? Explain how and why the ownership of a business may spread.?
What happens when the transistor changes to a pnp transistor : 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?
Read the case and answer the below question : MLT 107: Hematology/Phlebotomy-read the case and answer the below question. List the equipment that should be used, and how should the phlebotomist proceed to collect the specimen?What problems could the phlebotomist encounter during this draw?
How nonprofit organization and for profit businesses similar : Discuss the economic, industry, and global environments and explain how they may affect the business environment?
Efficiency of tax system and equity of tax system : Analyze the difference between the efficiency of a tax system and the equity of a tax system as it refers to the costs imposed on taxpayers using the benefits principles.
Explain why people are willing to be entrepreneurs : Explain why people are willing to be entrepreneurs, even though they might potentially lose all the money that they invest in the business?

Reviews

Write a Review

Electrical Engineering Questions & Answers

  What is max quantization error that can expected from meter

A DC voltmeter is rated at 14 bits of resolution and has a full-scale input range of ±5V. Assuming the meter's ADC is ideal, what is the maximum quantization error that we can expect from the meter.

  What is maximum load that can be connected to tansformer

Three single phase transformers rated at 100kVA, 13.2kV / 2.4kV are connected in wye -delta on a 3 phase, 18kV line. What is the maximum load that can be connected to the transformer bank

  The circuit below stores energy in the capacitor

1. Because the circuit below stores energy in the capacitor and in the magnetic field of the inductor and the energy is simply transferred back and forth on alternate half-cycles, this circuit is commonly called a

  Describe one sample point for this experiment

Assume that the "expert" really knows nothing about wine and randomly assigns ranks to the three wines. One of the wines is of much better quality than the others. What is the probability that the expert ranks the best wine no orse than second be..

  Compute the map produced by the som algorithm

Compute the map produced by the SOM algorithm after 0, 20, 100, 1,000, 10,000, and 25,000 iterations.

  What value of capacitor should be put in series

You have a 10 nH inductor. What value of capacitor should you put in series with the inductor to achieve an impedance of Z=j50 ohm at f=1.0 GHz

  Find the magnitudes of s- parameters for the device

A reciprocal 2 port microwave device has vswr of 1.5 andan insertion loss of 2db. Find the magnitudes of S- parameters forthe device.

  How did the variable packet sizes affect the time required

Consider the router diagram in Figure 3. Consider that the packets shown are uniformly 500kB in size and that they are all stored in the input buffers of ports W, X and Y. These packets marked with the output buffer they are destined for.

  What is the equivalent continuous flow of power in megawatts

If the U.S. consumes 10 Quads each year by burning gasoline for automobiles, and if this energy usage is spread evenly across 8760 hours in a year, what is the equivalent continuous flow of power in Megawatts (MW)

  Design an 8-bit counter that counts up starting from 0

The counter must stop at a value which is defined by using the 8 slide switches. Use the discrete LEDs as the output to validate the counter. The counter should run when a push button ‘run' is being pressed.

  Find the electric field at a height h given the origin

The curved surface of a hemisphere of radius a centered at the origin carries a total charge of Q uniformly distributed over its curved surface. Find the electric field at a height h above the origin.

  What is the influence of the capacitance on the ripple of vr

Study the following full-wave rectifier circuit. Vary the filter capacitor C (100uf, 500uf, 1000uf). With each capacitance plot source voltage Vs, source current Is and output voltage across the resistor R.

Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd