Learn how isolation is the key to making a safer, more reliable design and how the CMOS digital isolation portfolio from Silicon Labs offers solutions to meet this growing need.
As today’s world of digital electronics and technology progresses, circuit designs keep pushing the boundaries of speed, performance, and reliability. Isolation is one tool that designers use to overcome obstacles created by noise and stability.
More specifically, isolation is used to transfer signals or power between two circuits, or two power domains, while preventing current from flowing between them. Typical applications consist of reducing noise or electromagnetic interference (EMI) by removing ground loops, providing protection for low-voltage circuits or human operators from potentially hazardous voltages, and preventing corrupt data causing unsafe conditions in safety- or operation-critical applications.
Read this paper from Silicon Labs to learn in detail how isolation is the key to making a safer, more reliable design and how the CMOS digital isolation portfolio from Silicon Labs offers perhaps the most reliable, flexible, and cost-effective solution to this growing need.
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