Category: Electronic Engineering homework help

 
create a Word document that contains the information listed below for at least three credible, expert-authored, timely (recent) sources you could use for your Problem/Solution Presentation project. 
At the top of your Word document list the problem you are seeking to solve and the potential solution or solutions you are researching. Then, for each source, provide the following:
An APA Style References Page entry
A summary of the source (8-10 sentences) where you explain specifics such as:

Why the information the source provides is credible.
How you could use this source in your problem/solution presentation project. For example, what background information does it describe? In what way does it explain or provide information about the problem?  In what way does it explain or provide information about the solution or solutions?

A paraphrase or summary of research that you expect to cite in your presentation. Be sure to include the proper in-text (parenthetical) citation for the source.

Remember: You should cite sentence by sentence. If a sentence contains any source information, it should be cited with a parenthetical citation. This is true even if you are putting the words of your source into your own words (paraphrasing). You are still using the ideas from the source, and those ideas must be cited.

A direct quote of research that you expect to cite in your presentation. Be sure to include quotation marks around the quoted material and the proper in-text (parenthetical) citation for the source.  

 Engineers and technicians need to be familiar with all sorts of  mechanical components. Most of these components may be procured  commercially, and part of your job will be to find components with  design characteristics suited to your design purposes. This assignment  examines the typical specifications found in the commercial world. 
 
Consider the following fluid power system components: valves, motors, compressors, and pneumatic cylinders. 
In your original post, answer the following:
Discuss one of the components in detail. 
Post a datasheet of the component and try to explain the specifications for the class. 
How would you use the specifications provided in the design of a fluid power system? 
Discuss the range of applications and technical specifications, and if it requires any electrical control to operate. 

 
Figure 14-8  downloadand Figure 15-11 downloadfound in chapter 14 and chapter 15, of the textbook respectively, show a pneumatic and electrohydraulic system.
 
The two systems perform the same task using different fluid  power components. Upon momentarily pressing the push-button valve V3, in  figure 14-8, or the start button, in figure 15-11b, the cylinder piston  extends and retracts once.
In your original post, answer the following:
Compare the two systems by highlighting the advantages and disadvantages of each. 

 
Clearly present: 

The given data
The unknowns
The formulas needed, and
Sketches, where applicable

Use consistent units (Do not switch or convert between USCS and SI)
Round off final answers to proper degree of precision or accuracy  (Use 3 decimal points or 3 significant digits for all your calculations  and answers)
Underline your final answer with proper unit

 The widespread use of industrial robots is expected to continue to  increase globally for the foreseeable future. Improvements in robotics  technology and the desire to improve workplace safety and productivity  are two of the driving factors that are leading to the increased use of  robotics. New developments in areas such as collaborative robots, sensor  technology, and simplified programming methods will make industrial  robots an attractive option for manufacturers in many industries in the  future. 

  Complete the problems in the attachment and show steps.  Show all steps leading to the final answer.  

 
Problem statement
Circuit diagram
Name of the selected analysis method
Detailed calculation analysis of the current in R2 (Simulation data will not be accepted)
Highlight the final answer

 
Use the Delta-Wye transformation to find the resistance as seen at  the input. Label each Delta/Wye you identify on the circuit diagram and  discuss your approach and your reasoning for the solution.
Why do industrial plants use power factor correction? Here is a good resource to read. Find other examples and list your resources.

 
Since the original circuit has two loops, then we will need to assign two loop currents in each going clockwise.
You will write the characteristic equations for each loop by applying KVL. 
You will solve the simultaneous equations to calculate I1 and I2. And then calculate the current in each resistor.
You will need to connect your measuring instruments as shown below to measure current in each resistor and verify your calculations.

 
Since the original circuit has two loops, then we will need to assign two loop currents in each going clockwise.
You will write the characteristic equations for each loop by applying KVL. 
You will solve the simultaneous equations to calculate I1 and I2. And then calculate the current in each resistor.
You will need to connect your measuring instruments as shown below to measure current in each resistor and verify your calculations.