Maple Flow vs Excel: Making your engineering calculations more productive

Free Whitepaper:

5 Steps to Make Your Electrical Engineering Analysis Faster and More Reliable

Highlights:

Electrical engineers work in a wide range of industries, leveraging their expertise to design, develop, and maintain electrical systems and components. Electronic parts are commonly used in consumer products, automotive applications and in the growing areas of medical devices. Electrical circuit designs are used for planning power generation infrastructure and telecommunication networks and for developing cutting-edge technologies such as microprocessors, memory chips and avionics systems.



The design engineers are required to perform analysis on circuit designs before proceeding to production for several crucial reasons.

  • Functional Verification: By simulating the circuit under different conditions and input scenarios, engineers can identify potential issues and design flaws, and verify that the electrical circuit or system will perform correctly and reliably when implemented in the real world.
  • Performance Optimization: By fine-tuning key parameters such as voltage levels, current flows, power dissipation, and signal integrity, engineers can enhance the overall effectiveness of the circuit which can lead to cost savings, reduced energy consumption, and make the final product more competitive in the market.
  • Safety and Reliability Assessment: Electrical circuits can be potentially hazardous if not designed properly. Analysis helps engineers assess the safety and reliability of the circuit by identifying potential failure points, voltage/current stress levels, and thermal issues. It ensures that the circuit meets safety standards, operates within specified tolerances, and is less prone to malfunction or damage under normal operating conditions.

Conducting engineering analysis on circuit designs is a critical step in the development process, but it takes a large amount of effort and time to complete an engineering assessment, such as Worst-Case Circuit Analysis (WCCA). There is also commercial pressure to complete it as quickly as possible as the findings can impact key design decisions.


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