![]() So, besides having knowledge related to the positioning of hundreds and thousands of components and traces that meet physical and electrical requirements, a PCB designer must also have good knowledge of the manufacturing process.Ī PCB designer has to follow the standards related to Design for assembly (DFA) while designing a PCB. Worse, it may end up being useless and whose outcome does not correlate well with real-world scenarios. A perfectly developed PCB Design is always a key to success in the manufacturing process while a poorly designed PCB leads to wastage of time and effort, rework and product failure. This design has to transform well into a physical form for the desired electric circuit to take shape. Designing a complex circuit starts with the process of investment, identifying product development challenges and design life cycle, and considering the return of investment.ĭesigning a complex circuit is one aspect of the challenge, whereas transforming the circuit design into a PCB Design is another. ![]() ![]() Solutions for various problems and demands need to identify basic requirements of circuit design. Designers have to simply identify the input and the required output. Other applications may also include entertainment, defence, communications, medical, automotive, automation and so on, which involves logic, memory, control and decision making. The process of circuit design can range from developing a small toy to a large space station.
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