They are used in industrial testing and measurement, intelligent manufacturing, and automated assembly lines to enable defect early warning and quality control.
Applied in non-contact detection of biomedical radars, such as early tumor screening, electrocardiogram monitoring, and vital sign analysis, supporting non-ionizing radiation diagnosis and treatment.
In power systems, they monitor partial discharge signals and capture nanosecond-level pulses to realize early warning of insulation defects, ensuring the safe operation of the power grid.
Through sensor networks, they collect real-time data on soil moisture, temperature, and nutrient content, optimize irrigation and fertilization decisions, and improve resource utilization efficiency.
Used for real-time tracking of indicators such as air quality, water quality, temperature, and humidity, evaluate industrial emissions and environmental protection conditions, and provide accurate data support.
Applied in home automation equipment (e.g., temperature control, security systems) and intelligent building systems to achieve device interconnection and remote monitoring.
They support data transmission to the cloud or local servers, enabling remote monitoring, historical data storage, and intelligent control, while reducing reliance on central servers.
In addition, data acquisition modules continue to expand their applications in other emerging fields, driving the digital transformation of industries.