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Research examines dynamic gain control effects on signal analyzer devices, suggesting improvements in measurement accuracy and performance.
Dynamic Gain Control (DGC) is a control technique that allows automatic adjustment of system gain based on input signals. This research examines the implementation of DGC on signal analyzer devices to improve measurement accuracy and performance. In this research, we implemented and evaluated the effectiveness of DGC in a signal analyzer device using a microcontroller and function generator as input signal sources. The research results show that DGC can improve system performance in overcoming varying signals and interference
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Markis et al. (2025) studied this question.
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