Power-Efficient Design and Implementation of an IoT Data Acquisition Terminal
Keywords:
Internet of Things, Low power, Electronic information acquisition, STM32, NB-IoTAbstract
With the rapid development of Internet of Things (IoT) technology, a large number of devices need to access the network for data exchange. As a key front-end device in IoT, the low-power electronic information acquisition terminal is of great significance for the widespread application of IoT. This paper presents a detailed design and implementation scheme for a low-power electronic information acquisition terminal oriented toward IoT. Through appropriate hardware selection, optimized circuit design, and efficient software algorithms, the terminal’s power consumption is effectively reduced and the efficiency of data acquisition and transmission is improved. The terminal demonstrates excellent performance in practical applications and meets the low-power and long-endurance requirements of IoT scenarios.
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