QuestionAugust 21, 2025

EMI in low-voltage circuits is often the result of __ using twisted conductors grounding the sheath sharing pathways with power circuits using sheathed power cables

EMI in low-voltage circuits is often the result of __ using twisted conductors grounding the sheath sharing pathways with power circuits using sheathed power cables
EMI in low-voltage circuits is often the result of __
using twisted conductors
grounding the sheath
sharing pathways with power circuits
using sheathed power cables

Solution
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Answer

sharing pathways with power circuits Explanation 1. Identify the source of EMI Electromagnetic interference (EMI) in low-voltage circuits is often caused by external electromagnetic fields. 2. Determine the common cause Sharing pathways with power circuits can introduce EMI due to proximity to high current flows and electromagnetic fields.

Explanation

1. Identify the source of EMI<br /> Electromagnetic interference (EMI) in low-voltage circuits is often caused by external electromagnetic fields.<br /><br />2. Determine the common cause<br /> Sharing pathways with power circuits can introduce EMI due to proximity to high current flows and electromagnetic fields.
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