Electronics Design and Implementation Flow.Basics of Digital, Analog and mixed signal Circuits design.The second stage will run for three days, from 4pm to 7pm. The second stage starts approximately four weeks later, when the manufactured PCB is returned. The first stage is complete after the PCB layout is finished and sent out for manufacturing. The first stage of the course will run for seven working days, from 4pm to 7pm. The course is also divided into two stages. The course consists of 10 sessions, with most sessions lasting approximately 3.5 hours. Hands on experience on testing circuits with Multi-meter and Oscilloscope.Be able to generate the PCB manufacturing files and understanding the manufacturing process.Be able to optimize the PCB layout in minimizing noise level with grounding layout techniques.Be able to follow the best practice for the schematic capture and PBC layout.Understanding the basic electronics design and implementation flow.Understanding the basic strategies for digital, analog, and mixed signal PCB design.

Understanding the basic principles for digital, analog, and mixed signal design.Passing the course will enable you to put best practices to use when implementing your PCBA schematic and layout, and gain hands-on experience with PCBA assembly and testing circuits with commonly used tools such as multi-meters, oscilloscopes, etc. You will learn basic electronics skills by tackling a project: a signal generator and conditioning circuits. We believe that the best way to learn is through practice, therefore, the course is almost entirely hands-on. It is also manned from 8:30am to 4pm, Monday to Friday, by experienced lab engineers and technicians who will be more than happy to assist you. Located in Hennings 254, the electronics lab is equipped with all the necessary tools for electronics design, production, repairs, and maintenance. The Technical Services of the Department of Physics & Astronomy provides access to its Electronics Lab (ELab).

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