Difference between revisions of "Teaching Labs/1020 EB2"

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{{Teaching Labs}}__NOTOC__
 
{{Teaching Labs}}__NOTOC__
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The '''Microelectronics Lab''', like the Analog and Digital Circuits Lab, is another one of our most updated and advanced labs. Each workstation, save one, has a computer, flat panel monitor, oscilloscope, multimeter, function generator, and DC power supply for two partners to work at. The last workstation has a large microscope and a logic analyzer for the students to use. There is also a second logic analyzer for students to use if the first one is already being used.
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=Microelectronics Lab=
  
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ECE 302, Microelectronics, holds their laboratory sessions in the Microelectronics Lab. Microelectronics is the introduction to the physics of semiconductors such as PN Junctions, BJTs, and MOS field effect transistors, as well as differential and operational amplifiers. Each field will also be broken up into many sub-fields that will go into more detailed concepts of how microelectronics works. The laboratory sessions are used to reinforce the concepts discussed in class. Students also make use of the lab to use Cadence PSD and PSPICE Student Edition software.  
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The '''Microelectronics Lab''' contains a mix of computers and advanced equipment and instrumentation. Each workstation provides a computer, oscilloscope, multimeter, function generator, and DC power supply, and are large enough to allow students to work in teams. Additionally, a separate station provides additional equipment, including a research microscope, spectrum analyzers, and semiconductor parameter analyzers.
  
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==Lab Schedule==
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Microelectronics describes the study and manufacture of electronic components on a very small scale (commonly measured in micrometers or less).  These devices are widely used in integrated circuits and other solid-state devices, and are an important part in the continuing trend of device miniaturization.  Courses in the Microelectronics lab focus on the components and devices used and created in the field of microelectronics, and students gain hands-on experience designing actual electronic circuits.  Students also utilize Cadence software to perform circuit design and simulation, and work on assignments and projects to design and create electronic circuits.
  
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[[media: EB2-1020.pdf| EB II 1020 Lab Schedule]]
 
  
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====Lab Schedule====
 
The schedule is subject to change at anytime, so check back often. To schedule this lab, email [mailto:ecehelp@ncsu.edu?Subject=EB21020-Lab-Reservation ecehelp@ncsu.edu].
 
The schedule is subject to change at anytime, so check back often. To schedule this lab, email [mailto:ecehelp@ncsu.edu?Subject=EB21020-Lab-Reservation ecehelp@ncsu.edu].
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{{#tag:iframe|key="local"|path="calendar/u/0/embed?src=ncsu.edu_78723pfvenq83hsg48c9i0ak5c@group.calendar.google.com&ctz=America/New_York"}}
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====Related Research Areas====
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* [http://www.ece.ncsu.edu/research/cas Computer Architecture and Systems]
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* [http://www.ece.ncsu.edu/research/mrad Microwave, RF, Analog and Digital]
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* [http://www.ece.ncsu.edu/research/nep Nanoelectronics and Photonics]
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====Course Information====
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* [http://www.ece.ncsu.edu/courses/class/302 ECE 302]
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* ECE 492J
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==Equipment==
 
==Equipment==
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{|
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{| cellpadding="5"
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| Model:
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| '''Number of Computers''':
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| Dell Dimension 4600
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:* 13
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|
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| '''Operating System''':
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:* Microsoft Windows 7 Enterprise
 
|-
 
|-
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| Processor:
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| '''Model''':
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| Pentium 4 3.0 GHz
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:* Dell Optiplex 745
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|
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| '''Processor''':
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:* Intel Core 2 Duo 2.13 GHz
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|
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| '''RAM''':
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:* 2048 MB
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|}
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{| cellpadding="5"
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| '''Software''':
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:* Adobe Acrobat Professional
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:* Cadence SPB
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:* Matlab
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:* Microsoft Office
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:* OpenAFS/Kerberos
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:* Starnet X-win32
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:* Sun Java JRE
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:* WinSCP SFTP client
 
|-
 
|-
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| RAM:
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| '''Instruments''':
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| 1024 MB
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:* 12 HP E3631A DC Power Supplys
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|-
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:* 12 HP 33120A 15 MHz Function Generators
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| Operating System:
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:* 12 HP 54600B 100 MHz Oscilloscopes
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| Microsoft Windows XP Professional
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:* 12 Agilent 34401A Digital Multimeters  
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|-
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:* 2 Agilent 4155C Semiconductor Parameter Analyzers  
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| Number of Computers:
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:* 2 HP ESA-L1500A Spectrum Analyzers
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| 13
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:* 1 Olympus BH Trinocular Research Microscope
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|-
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|}
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| Software:
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| <pre>Symantec Antivirus 10
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==Pictures==
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Wolfcall 1.2.1/AFS/Kerberos
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{|
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PDF Factory Pro 2.40
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| [[Image:1020-01.JPG|thumb|Room view]]
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Microsoft Office 2003 SP2
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| [[Image:1020-02.JPG|thumb|Workstation]]
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Microsoft Logoff Screensaver
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| [[Image:1020-03.JPG|thumb|Station equipment]]
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Acrobat Reader 7.0.3
 
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X-win32 6.1.1/PuTTy 0.55
 
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Ultimate Zip 2.7.1
 
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TecPlot 10
 
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Project 2003 SP2
 
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Visio 2003 SP2
 
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GhostScript/GhostView 8.51
 
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JDK 1.5.0.4
 
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Macromedia Flash Player 8.0.22.0
 
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Macromedia Shockwave Player 10.1.0.11
 
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Quicktime Player 6.5.2
 
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RealPlayer 10.5
 
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WinSCP 3.71
 
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Matlab 7.1
 
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Condor Client (Run Only) 6.6.10
 
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Cadence PSD 15.1.061
 
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PSPICE Student Edition </pre>
 
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|-
 
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| Equipment:
 
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| <pre>13 Dell Flat Panel Monitors
 
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13 HP E3631A DC Power Supplys
 
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13 HP 33120A 15 MHz Function Generators
 
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13 HP 54600B 100 MHz Generators
 
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13 Agilent 34401A Digital Multimeters  
 
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2 Agilent 4155C Semiconductor Parameter Analyzers  
 
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1 Giant Microscope </pre>
 
 
|}
 
|}
  
 
==Room Layout==
 
==Room Layout==
  
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[[Image:1020EB2.gif]]
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[[Image:1020EB2.jpg]]

Latest revision as of 09:59, 8 August 2022

Microelectronics Lab

The Microelectronics Lab contains a mix of computers and advanced equipment and instrumentation. Each workstation provides a computer, oscilloscope, multimeter, function generator, and DC power supply, and are large enough to allow students to work in teams. Additionally, a separate station provides additional equipment, including a research microscope, spectrum analyzers, and semiconductor parameter analyzers.

Microelectronics describes the study and manufacture of electronic components on a very small scale (commonly measured in micrometers or less). These devices are widely used in integrated circuits and other solid-state devices, and are an important part in the continuing trend of device miniaturization. Courses in the Microelectronics lab focus on the components and devices used and created in the field of microelectronics, and students gain hands-on experience designing actual electronic circuits. Students also utilize Cadence software to perform circuit design and simulation, and work on assignments and projects to design and create electronic circuits.


Lab Schedule

The schedule is subject to change at anytime, so check back often. To schedule this lab, email ecehelp@ncsu.edu.



Related Research Areas

Course Information


Equipment

Number of Computers:
  • 13
 Operating System:
  • Microsoft Windows 7 Enterprise
Model:
  • Dell Optiplex 745
 Processor:
  • Intel Core 2 Duo 2.13 GHz
 RAM:
  • 2048 MB
Software:
  • Adobe Acrobat Professional
  • Cadence SPB
  • Matlab
  • Microsoft Office
  • OpenAFS/Kerberos
  • Starnet X-win32
  • Sun Java JRE
  • WinSCP SFTP client
Instruments:
  • 12 HP E3631A DC Power Supplys
  • 12 HP 33120A 15 MHz Function Generators
  • 12 HP 54600B 100 MHz Oscilloscopes
  • 12 Agilent 34401A Digital Multimeters
  • 2 Agilent 4155C Semiconductor Parameter Analyzers
  • 2 HP ESA-L1500A Spectrum Analyzers
  • 1 Olympus BH Trinocular Research Microscope

Pictures

Room view
Workstation
Station equipment

Room Layout

1020EB2.jpg

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