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Electronic Engineering homework help

Consider two pieces of software that you use or want to learn to use (you cannot

Consider two pieces of software that you use or want to learn to use (you cannot consider Word, PowerPoint, or Excel® for the purposes of this assignment). Is the software you chose proprietary, or is it open source? How do you know? If it is proprietary, find an open-source alternative (For example, if you are looking for a proprietary word processing program, you might choose OpenOffice Writer.).
What are the benefits and drawbacks of using proprietary software?
What are the benefits and drawbacks of using open-source software?
Are there any drawbacks or benefits that are particular to the software you wrote about?

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Electronic Engineering homework help

   *You must show sufficient detail to support your work to  earn credit for you

 
 *You must show sufficient detail to support your work to  earn credit for your calculations. This can be hand-written work, typed  calculations, or excel formulas. To avoid round-off error, retain  at least six decimal places in all of your calculations.  Complete  all trigonometric calculations in  

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Electronic Engineering homework help

https://electronics.howstuffworks.com/diode.htm Answer the following:     Why do

https://electronics.howstuffworks.com/diode.htm
Answer the following:
    Why do some materials conduct electricity/current, why do some materials insulate from electricity/current, and why do some materials semi-conduct electricity/current?
    What you believe to be the most amazing use of semi-conductor technology (this could include mini, micro, and nanotechnology) in use today, or being developed for future uses. List the Internet, and other resources.

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Electronic Engineering homework help

  Please research a specific example of an engineering application (or other rea

 
Please research a specific example of an engineering application (or other real-world application) that utilizes partial derivatives (not just derivatives)! 
In your original post, complete the following:

Show us a specific partial derivative–either by including the equation where you see it and identifying it in your own words, or by explaining the partial derivative concept in context  in a very clear way.  You do not need to explain the entire topic, only  identify where you see a partial derivative, and tell us what that  partial derivative means.
All explanations should be in your own words!  Keep your post clear and concise (under 500 words).
All original posts must reference one source, listed in APA format, for credit. 

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Electronic Engineering homework help

https://electronics.howstuffworks.com/diode.htm Answer the following:     Why do

https://electronics.howstuffworks.com/diode.htm
Answer the following:
    Why do some materials conduct electricity/current, why do some materials insulate from electricity/current, and why do some materials semi-conduct electricity/current?
    What you believe to be the most amazing use of semi-conductor technology (this could include mini, micro, and nanotechnology) in use today, or being developed for future uses. List the Internet, and other resources.

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Electronic Engineering homework help

 I’m asked to provide the following: “Would you mind sending me a brief descript

 I’m asked to provide the following:
“Would you mind sending me a brief description of what your experience was within your internships? If you could do it in a resume format, where you would put your experience, would be great. You can absolutely do bullet points! I want to make sure to accurately depict all of your knowledge and experience in addition to school when I present your resume to the Hiring Manager.”
In the internship I’ve used a micro controller called Arduino. 
please keep it basic, simple, and brief as I haven’t work with this device much, although I’d like to project that I have a bit of knowledge about the device. 
More information are provided in the file I’ve attached.

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Electronic Engineering homework help

  Research and discuss the advantages and disadvantages of passive filters. So

 
Research and discuss the advantages and disadvantages of passive filters. Some advantages are, it is reliable, they can handle large voltage currents and power, there is no limitation on the frequency range, they do not need the additional dc power supply for their operation, easy to design, cheaper as compared to active filter, no amplifying elements, require no power supply, high frequency. Some disadvantages are, response problems, tuning for fixed frequency, fixed reactive power compensation, large in size, there is no isolation between input and output, the circuit becomes bulky if inductors are used, there is always some loss of signal it can be in the passband, this circuit cannot provide any gain, source loading can take place, there is no clear demarcation between passband and stopband but actually, it gets mixed up, in this frequency response is not sharp since when switching from passband to stopband there is no sudden change in output. 
Research and discuss types of passive filters and their use. Low-pass filters: attenuate or suppress signals with frequencies above a particular frequency called the cutoff or critical frequency. For example, a low-pass filter (LPF) with a cutoff frequency of 40 Hz can eliminate noise with a frequency of 60 Hz. High-pass filters: suppress  or attenuate signals with frequencies lower than a particular  frequency, also called the cutoff or critical frequency. For example, a  high-pass filter (HPF) with a cutoff frequency of 100 Hz can be used to  suppress the unwanted DC voltage in amplifier systems, if desired. Band-pass filters: attenuate or suppress signals with frequencies outside a band of frequencies. They are common in TV or radio tuning circuits. Band-reject, or notch filters: attenuate  or suppress signals with a range of frequencies. For instance, a notch  filter can reject signals with frequencies between 50 Hz and 150 Hz.
Why do passive filters not provide current amplification? Since passive  components consume power from the input signal, the passive filter does  not provide power gain and the output signal has a lower magnitude than  the input. It requires amplification post-filtering. Features of  Passive Filter Passive filter use only passive components such as  resistor, capacitor and inductor.
What is circuit isolation and why is not having any of a passive filter a disadvantage? Isolation  is a means of preventing current from flowing between two communicating  points. Typically, isolation is used in two general situations. You  don’t need isolation through a passive filter.
What are first order and second order filter and what are their uses? High  pass filter is a frequency selecting electronic circuit that controls  the frequency components in a signal by attenuating blocking the  low-frequency components and allowing only high-frequency components. An  active filter means that its circuit contains an active component such  as a transistor, operational amplifier Op-Amp, etc. for better  performance but mainly for amplification.
ECSTUFF4U for Electronics Engineer: Advantages and disadvantages of passive filters 
 Links to an external site.
Passive Filters Selection Guide: Types, Features, Applications | Engineering360 (globalspec.com) 
 Links to an external site.
Differences between Active and Passive Filter (electricaltechnology.org) 

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Electronic Engineering homework help

  Why do passive filters not provide current amplification? Passive  filters d

 
Why do passive filters not provide current amplification?
Passive  filters do not provide current amplification because passive filters  are made up of passive components such as resistors, capacitors, and  inductors and have no amplifying elements (ElectronicsTutorial, n.d.).  Therefore, no signal gain and output level is always less than or never  exceeds the input.
What is circuit isolation and why is not having any of a passive filter a disadvantage?
Circuit  isolation provides a barrier using a mechanic switch to separate two  circuits to prevent dangerous voltages from passing through the  electrical circuit in the event of an electrical fault or failure in the  system (AtlasScientific, 2022). The disadvantage of not having a  passive filter is the circuit isolation will still allow any range of  frequency to pass through the circuit.
What are first order and second order filter and what are their uses?
A  first order filter can be made by connecting together a single resistor  and a single capacitor/inductor in series across an input signal (Vin),  with the output of the filter (Vout) taken from the junction of these  two components (ElectronicsTutorial, n.d.). A second order filter will  have two of either components, and the stability of the system is  proportional to the order of the filter.
References
Passive Low Pass Filter. Electronics Tutorials. (n.d.). Retrieved from https://www.electronics-tutorials.ws/filter/filter_2.html 
 Links to an external site.
What is Electrical Isolation? (2022, June 8). [web log].  Retrieved from  https://atlas-scientific.com/blog/what-is-electrical-isolation/.

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Electronic Engineering homework help

  Research and discuss the advantages and disadvantages of passive filters. So

 
Research and discuss the advantages and disadvantages of passive filters. Some advantages are, it is reliable, they can handle large voltage currents and power, there is no limitation on the frequency range, they do not need the additional dc power supply for their operation, easy to design, cheaper as compared to active filter, no amplifying elements, require no power supply, high frequency. Some disadvantages are, response problems, tuning for fixed frequency, fixed reactive power compensation, large in size, there is no isolation between input and output, the circuit becomes bulky if inductors are used, there is always some loss of signal it can be in the passband, this circuit cannot provide any gain, source loading can take place, there is no clear demarcation between passband and stopband but actually, it gets mixed up, in this frequency response is not sharp since when switching from passband to stopband there is no sudden change in output. 
Research and discuss types of passive filters and their use. Low-pass filters: attenuate or suppress signals with frequencies above a particular frequency called the cutoff or critical frequency. For example, a low-pass filter (LPF) with a cutoff frequency of 40 Hz can eliminate noise with a frequency of 60 Hz. High-pass filters: suppress  or attenuate signals with frequencies lower than a particular  frequency, also called the cutoff or critical frequency. For example, a  high-pass filter (HPF) with a cutoff frequency of 100 Hz can be used to  suppress the unwanted DC voltage in amplifier systems, if desired. Band-pass filters: attenuate or suppress signals with frequencies outside a band of frequencies. They are common in TV or radio tuning circuits. Band-reject, or notch filters: attenuate  or suppress signals with a range of frequencies. For instance, a notch  filter can reject signals with frequencies between 50 Hz and 150 Hz.
Why do passive filters not provide current amplification? Since passive  components consume power from the input signal, the passive filter does  not provide power gain and the output signal has a lower magnitude than  the input. It requires amplification post-filtering. Features of  Passive Filter Passive filter use only passive components such as  resistor, capacitor and inductor.
What is circuit isolation and why is not having any of a passive filter a disadvantage? Isolation  is a means of preventing current from flowing between two communicating  points. Typically, isolation is used in two general situations. You  don’t need isolation through a passive filter.
What are first order and second order filter and what are their uses? High  pass filter is a frequency selecting electronic circuit that controls  the frequency components in a signal by attenuating blocking the  low-frequency components and allowing only high-frequency components. An  active filter means that its circuit contains an active component such  as a transistor, operational amplifier Op-Amp, etc. for better  performance but mainly for amplification.
ECSTUFF4U for Electronics Engineer: Advantages and disadvantages of passive filters 
 Links to an external site.
Passive Filters Selection Guide: Types, Features, Applications | Engineering360 (globalspec.com) 
 Links to an external site.
Differences between Active and Passive Filter (electricaltechnology.org) 

Categories
Electronic Engineering homework help

  Why do passive filters not provide current amplification? Passive  filters d

 
Why do passive filters not provide current amplification?
Passive  filters do not provide current amplification because passive filters  are made up of passive components such as resistors, capacitors, and  inductors and have no amplifying elements (ElectronicsTutorial, n.d.).  Therefore, no signal gain and output level is always less than or never  exceeds the input.
What is circuit isolation and why is not having any of a passive filter a disadvantage?
Circuit  isolation provides a barrier using a mechanic switch to separate two  circuits to prevent dangerous voltages from passing through the  electrical circuit in the event of an electrical fault or failure in the  system (AtlasScientific, 2022). The disadvantage of not having a  passive filter is the circuit isolation will still allow any range of  frequency to pass through the circuit.
What are first order and second order filter and what are their uses?
A  first order filter can be made by connecting together a single resistor  and a single capacitor/inductor in series across an input signal (Vin),  with the output of the filter (Vout) taken from the junction of these  two components (ElectronicsTutorial, n.d.). A second order filter will  have two of either components, and the stability of the system is  proportional to the order of the filter.
References
Passive Low Pass Filter. Electronics Tutorials. (n.d.). Retrieved from https://www.electronics-tutorials.ws/filter/filter_2.html 
 Links to an external site.
What is Electrical Isolation? (2022, June 8). [web log].  Retrieved from  https://atlas-scientific.com/blog/what-is-electrical-isolation/.