This collaborative white paper between Pickering Interfaces and Pickering Electronics provides an in-depth analysis of precision high voltage switching, including the importance of minimizing the effects of electrical spikes, transients, and surges on modular switching cards and details the suppression circuitry necessary to protect relay coils and contacts. We also highlight the benefits of commercial off-the-shelf (COTS) technologies to create a flexible and cost-effective testing environment that integrates hardware and software, optimizes test routines, and runs multiple tests in parallel, significantly reducing test time.
- Techniques to minimize the impact of electrical spikes and transients.
- Ways to reduce costs and development time for high-voltage testing applications.
- Best practices for achieving accuracy and repeatability in high-voltage testing environments.
- The relevance of high-voltage switching, RTD simulation, and fault insertion in EV development.
- Benefits of collaborating with established manufacturers for high-voltage switching solutions.
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