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redgoat
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Should every hareware circuit designer be able to repair computer hardware systems?
Chubby fingers are a handicap.redgoat said:Should every hareware circuit designer be able to repair computer hardware systems?
Wasn't redgoat was referring to computer hardware?berkeman said:...able to troubleshoot a flaky Win NT installation on a PC...
Yes, but I was referring to how flaky hardware problems can cause OS weird behavior that is really hard to track down. I probably didn't word it in the best way, though. Like, when you have some flaky bits in your RAM, and that shows up as occasional blue screens or program/OS crashes. Very hard to figure out. Or when you have an intermittant RF impairment that steps on your WiFi install sometimes, and causes problems that look like a software or OS issue.Ouabache said:Wasn't redgoat was referring to computer hardware?
A circuit designer is a professional who designs and develops electronic circuits, which are essentially paths that allow electricity to flow in a specific pattern. These circuits can be found in all kinds of electronic devices, from computers and smartphones to cars and home appliances.
A circuit designer needs a strong foundation in electrical engineering, including knowledge of circuit theory, electronics, and signal processing. They also need to be proficient in software tools used for circuit design, such as computer-aided design (CAD) software.
Circuit designers use a variety of techniques to troubleshoot hardware problems, such as using multimeters to measure voltage, current, and resistance at different points in the circuit. They may also use oscilloscopes to visualize the signals in the circuit and identify any abnormalities.
Some common hardware problems that a circuit designer may encounter include faulty components, short circuits, open circuits, incorrect connections, and overheating. These issues can lead to malfunctioning or non-functioning electronic devices.
Circuit designers can prevent hardware problems by carefully selecting and testing components, following design guidelines and standards, and using simulation tools to predict and optimize circuit performance. They should also consider environmental factors, such as temperature, humidity, and electromagnetic interference, when designing circuits.