Which risk increases with mismatched impedance in coaxial cable transmitting high-frequency signals?

💡 Explanation

When impedance is mismatched in coaxial cable, signal reflection occurs because the energy transfer is not optimized and creates interference patterns, leading to increased standing waves that amplify voltage fluctuations. Therefore, reflection and standing waves increase, rather than dielectric breakdown, radiation leakage, or capacitive distortion, which require distinct material or geometric properties to manifest.

• Which mechanism dominates when electrons pass silicon dioxide in flash memory?
• Which signal degradation occurs because of Fresnel Rhomb misalignment?
• Which mechanism amplifies an excimer laser's power output?
• Which outcome develops when a hydraulic system Reynolds number sharply rises?
• Which outcome occurs when a peptide bond hydrolyzes?
• Which outcome results when concentrated sulfuric acid contacts barium chloride?