Semiconductor chip making is a complex process, Indian electronics engineers in most of the colleges do not have the facility to learn practically how the chips are made. But atleast they are blessed with labs to learn how to use the chips. To further empower electronics engineers in learning practical aspects of circuit design, mainly analog circuit design, leading U.S. based chipmaker Analog Devices (ADI) is offering a portable kit to learn analog circuit concepts. The USB powered kit can be connected to PC/laptop/notebook computer to wire circuits and learn their behavior. So the fresher EE can convert his study table into a mini lab. That's awesome for electronics enthusiast.
This kit is part of Analog Devices's academic program for EE students in India. The portable electronic design kits enabling conduction of experiments on linear/analog circuit design without the need for expensive lab equipment. Analog Devices is showcasing and demonstrating the Analog Design Kits at the VLSI and Systems Design Conference 2013 at the Hyatt Regency Hotel in Pune from January 7- 9th 2013.
ADI explains the Analog Kits will allow engineering students to build and test a wide range of analog and digital circuits outside their university labs, using their own PC without the need for any additional lab equipment like oscilloscopes, waveform generators, logic analyzers and power supplies. Students will also have easy access to online and downloadable software and teaching materials, circuit simulation tools, online support, textbooks, reference designs and lab projects to design and implement analog circuits as a supplement to their core engineering curriculum. This approach eliminates the time and space limitations of traditional university lab settings and allows students more flexibility to experiment with real circuits through direct hands-on experience.
Speaking on this occasion, Somshubro (Som) Pal Choudhury, Managing Director, Analog Devices India said, “Analog Devices has been operating in India for close to 20 years and has been a pioneer in helping to establish India as a centre of excellence for high end engineering design. The company is focused on bringing together the industry and academia and building strong system design expertise across multiple industry segments. The University Program enhances the engineering students’ educational experience with a hands-on learning approach giving them the freedom and creativity to expand the scope of course materials and explore, design, build and test real-world real-time circuits with their personal lab right in the classroom or outside, anytime and anywhere.”
What these kits have: The Kits come in three variants - an Analog Discovery Kit, an Analog Parts Kit and an Analog Discovery Training Pack. The Analog Discovery kit combines a dual-channel oscilloscope, a two-channel waveform generator, a 16-channel logic analyser, power supply and many other circuit analysis tools in a USB-powered, low-cost device. The USB-powered Analog Discovery kit lets students work outside of the lab on their laptop, so they can spend more time designing, testing and analyzing circuits. The Analog Parts Kit offers a large selection of Analog and mixed signal components designed to create a wide variety of useful experiments & devices. The Analog Discovery Training Pack combines the Analog Discovery and Analog Parts kit together along with the Student version of the TINA Design Suite, a powerful and affordable circuit simulation and PCB design suite. With this hands-on exposure, students will be able to understand both basic and complex Analog Design, signal processing concepts like analysis of biasing, time/frequency domain, noise, interference, error budgeting, stability etc. and will be able to build sub systems like Amplifiers, Oscillators, Comparators, Converters, Filters, and Regulators. The kits are now available for purchase in India at www.analog.com/india/university
To enhance the knowledge and system design skills among the engineering student community in India, Analog Devices recently conducted its Anveshan 2012 Project Fellowship to encourage and nurture the system level engineering expertise among engineering students at the university level by aligning the selected team with Industry mentors to guide them during the design phase.
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