View allAll Photos Tagged electricalengineering
Senior Adwoa Boakye works alongside other students on a lab for course 6.002, Circuits and Electronics, in a student lab in Building 38. The project was the first group lab and focused on measuring output in metal-oxide-semiconductor field-effect transistors (MOSFETs) to see if observed results match theoretical predictions.
Photo: M. Scott Brauer
B2B (Bunks 2 Buildings). This year, the Oregon National Guard re-built a pump house, greenhouse, and other buildings for the Horning Seed Orchard. This work helped them complete their required Annual Training (AT). More than 30 members of the Vertical Engineering Unit worked alongside journey-level engineers, plumbers, and electricians to gain valuable skills that they will use on an upcoming deployment.
Congratultions to @ucsandiego bioengineers and alumni, whose work on a new neuromorphic chip was published today in @nature_the_journal! You can learn more here: bit.ly/NeuRRAMchipNature
@ucsdalumni
#bioengineering #electricalengineering #AI #neuralnetworks #neuromorphiccomputing #semiconductors Pictures by David Baillot
Life is good at CSU! Engineering Spring Commencement, Colorado State University, May 15, 2009. CSU Photography: 04004_02078
Electricity Substation, Stainburn, Workington, Cumberland.
Pentax MX, 28mm lens, 100ASA positive film.
Images of magnetic domains in a cobalt platinum (Co/Pt) alloy multilayer film exposed to laser light where dark gray indicates one magnetization orientation, while the light gray indicates an opposite orientation. The images show that the final direction of magnetization can be controlled using circularly polarized light without the use of magnetic fields.
The National Science Foundation’s Division of Electrical, Communications and Cyber Systems has awarded a five-year grant of $400,000 to Qun (Q.) Jane Gu, an assistant professor in the UC Davis Department of Electrical and Computer Engineering. Gu will be PI on the research project, titled “Terahertz Interconnect, the Last Centimeter Data Link.”
Photo: Watson Lu
QFP, 32 - 100 Pins 0.5mm Pitch, 2" X 2" Grid EZ Version
Support up to 100 pins QFP, TQFP, PQFP package IC with 0.5mm pitch, 20 pcs. of 0603 package, and some thru hole passive components. 6 ground holes are connected a copper plane on the bottom side.
This product utilizes the "EZ" technology to assure fast, easy, and flawless hand soldering
The Kenwood 4-Channel Power Amplifier model KAC-646X was a pricy (at the time of release in the late 90’s/early 00’s) amplifier for those who were into taking vocals to another level. The maximum power output at 4 Ohm for this amp in the 4-, 3-, and 2-channel configurations are 50Wx4, 50Wx2 + 140Wx1 (bridged), and 140Wx2 (bridged). The frequency response on this amazing piece of hardware spans 10Hz - 45kHz which accentuates the build quality that Kenwood provides. In addition, you have the option of applying an 80Hz low-pass filter or 150Hz high-pass filter to further let you hone in on the frequencies you desire. Even more interesting is the ability for the user to amplify 2 independent signals simultaneously with the slide of the AB/A input selector switch. There are many more goodies that allow for input signal impedance matching and operation mode to best suit your needs! You certainly pay for these variations in complexity and stability with Kenwood!
Click the "All Sizes" button above to read an article or to see the image clearly.
These scans come from my rather large magazine collection. Instead of filling my house with old moldy magazines, I scanned them (in most cases, photographed them) and filled a storage area with moldy magazines. Now they reside on an external harddrive. I thought others might appreciate these tidbits of forgotten history.
Please feel free to leave any comments or thoughts or impressions... They are happily appreciated!
Mine telephone switchboard. Sobering that "Fire", "Amb[ulance]" and "Hosp[ital]" are marked - I presume those calls got made more often than they should.
No. 9 Coal Mine & Museum in Lansford, PA - this is inside the museum building, which was small but had some interesting artefacts on display.
Winter vacation to The Poconos, Feb 2009.
Grad student Ezzeldin Hamed readies software radios used in research in the Wireless Center. Hamed works in Professor Dina Katabi's research group in the Computer Science and Artificial Intelligence Laboratory (CSAIL).
Photo: M. Scott Brauer
Technology is successfully on its path and influencing the growth of the IoT. You will wonder about technological innovation and how it changed things to be smarter. It improves every aspect of our lives in wonderful ways. The rise of the Internet of Things (IoT) has successfully laid the foundation for the development of mobile apps. With the help of IoT, mobile developers are making effective changes to mobile app development. Planning to collaborate your IoT ideas with the finest techies? Contact Pixbit Solutions.
pixbitsolutions.com/blogs/iot-in-mobile-app-development
For More Inquiry :
☎️ : +91-7560933933
📧 : contact@pixbitsolutions.com
#iot #smart #internetofthings #pixbit #pixbitsolutions #machinelearning #ai #electronics #embedded #deeplearning #embeddedsystems #microcontroller #RaspberryPi #engineering #electricalengineering #programming #artificialintelligence #projects #computerengineering #robotics #Matlab #Electronics #arduino #sensors #sensor #technology #digitalelectronics
John N. Daigle, professor of Electrical Engineering, receives a Distinguished Professor Award. Photo by Kevin Bain/University Communications Photography.
Teri Mitchell '85 and '86 submitted this great photo of three generations of Auburn engineering alumni. Her son, Steven, graduated in May 2012, is shown here with his dad and granddad.
From left to right it is Walter Mitchell, API Electrical Engineering class of ’59, Steven Mitchell, Mechanical Engineering 2012 and Dan Mitchell, Computer Engineering 1986.
If you have a great photo to share with us, please email it to alumweb@auburn.edu. War Eagle!
so I'm still alive... :)
after graduating in December, I embarked on an epic quest to obtain a non-internship position at work, which turned out to be quite the quest. I finally landed a dream job, two months later, and only one month before the end of my internship.
my new job is in a hectic department that is really understaffed right now, which makes for no shortage of work. between 50 hour weeks, house work and the occasional evening of knitting, I haven't been in much of a Flickr mood lately.
that's all changed though with my shiny new camera (sadly, the D50 got stolen in a house break in...) I may even write a blog post too! (baby steps, baby steps...)
also, if you never saw the note on yarnnerd.com a bit ago, I'm not sure what will happen there in the future. for now, I definitely don't have the time to dye yarn, except for a few personal projects here and there. it's all good though, I'm just glad to have a job I love, and know someday I'll be a dyeing fiend again :)
so hi there! how's it going?
In the special International Railway Congress issue of the Railway Gazette for 1954 English Electric splashed out with their advertising budget taking a series of full colour pages for adverts looking at the company's lineage and products. English Electric had been formed in December 1918 and brought together a number of companies who had been involved in electrical and mechanical engineering along with wartime munitions work. Of the various concerns it was Dick, Kerr of Preston who had been most involved in transport; primarily tramways but also in railways. The following year EE purchased the Siemens Brothers Dynamo Works Limited at Stafford, works that were to become a major centre of EE activity.
Postwar and the early 1920s saw EE, like many other industrial concerns, struggle financially and in 1928 it was necessary to restructure and recapitalise the company to keep it as a going concern. By 1930 it was announced that much of the capital behind the restructuring came from the American Westinghouse businesses. EE now prospered somewhat to become one of the major UK electrical companies alongside GEC and the AEI group. During WW2 EE became involved in aircraft construction and, by acquiring Napier the aero engine company, the post-war aviation business became an important sector. In 1960 this became part of the new British Aircraft Corporation as the sector raionalised under Government pressure.
In terms of railway work, EE made many traction motors and electrification equipment that were used in 1930s schemes for expansion at London Underground and the Southern Railway. The construction of diesel locomotives began in 1936. In post WW2 years EE acquired both the Vulcan Foundry and Robert Stephenson and Hawthorns Ltd in 1955 to strengthen the business. As can be seen from the adverts much of EE's output had been in the form of exports and the UK railway stock shown dated back, some to pre-EE days. In a way the lack of UK materials shows the slow progress that the newly Nationalised British Railways were making in terms of Modernisation and the undertaking's somewhat slow pace in the replacement of steam with diesel and electric traction. In the years after 1954/55 as BR's Modernisation Plan took hold EE did supply many new items of rolling stock to BR.
Alongside the "Sunlander" luxury train for Queensland Railways in Australia, the New Zealand Government Railways are seen including the use of one of the new diesel-electric locomotives, the DE class, on a Royal Train and the main illustration of one of the 1500-HP DF-Class locomotives delivered to New Zealand.
Graduate student Kimon Drakopoulos (in green) presents his work on the LinkedIn social network to members of Asuman Ozdaglar's (in red) research group in a lab in the Connection Science and Engineering Center.
Photo: M. Scott Brauer
Doctoral candidate Matthew Cotter demonstrates how a computer can identify an object. (Photo credit: Curtis Chan)
Took this while studying for a test (digital filter design for DSP). Did not touch it with photoshop or anything, the lighting came out weird like this naturally because of a desklamp and longer exposure.
Joy Ekuta, a senior in Course 9, tests nurse call system equipment with Janet Gardner in Dorchester, Mass. Ekuta is helping to design a new nurse call system for Gardner, who has multiple sclerosis. Gardner's old system used a single button attached loosely to a wall, which she often dropped. The new system would involve more buttons, voice activation, and lights to let the patient know the button has been pressed and a call has been made. Here, Ekuta is testing a variety of button styles with Gardner to find one that she can easily press.
Photo: M. Scott Brauer
A view of postdoc Mohamed Mostagir's notes in his office in the Stata Center. Mostagir works in Asuman Ozdaglar's research group in Connection Science and Engineering Center.
Photo: M. Scott Brauer
QFP, 32 - 64 Pins 0.8mm Pitch, 2" X 2" Grid EZ Version
Support up to 64 pins QFP, TQFP, PQFP package IC with 0.8mm pitch, 38 pcs. of 0603 package, and some thru hole passive components. 22 ground holes are connected a copper plane on the bottom side.
This product utilizes the "EZ" technology to assure fast, easy, and flawless hand soldering
The National Science Foundation’s Division of Electrical, Communications and Cyber Systems has awarded a five-year grant of $400,000 to Qun (Q.) Jane Gu, an assistant professor in the UC Davis Department of Electrical and Computer Engineering. Gu will be PI on the research project, titled “Terahertz Interconnect, the Last Centimeter Data Link.”
Photo: Watson Lu