What outcome arises from an industrial robot's thermal runaway of junction temperatures in silicon accelerometers in the presence of sustained high-frequency vibration?

💡 Explanation

Position drift occurs because high frequency heating affects accelerometer bias stability driven by *temperature dependence*, creating small but cumulative integration errors. It accumulates, therefore causing reading errors rather than energy inefficiencies, backlash, or cycle time changes under vibration.

• Which outcome occurs when spool valves within a hydraulic actuator experience aeration?
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