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The sensors are used to control and reduce radio frequency (RF) emission power in the presence of a human body, allowing makers of electronic products with radiation sources to fulfill severe emission regulatory criteria with considerable performance advantages.
Smart sensors are all around us, making our lives easier, more productive, and safer. With these smart technologies having such an impact on our daily lives, we must take a step back and consider the security implications—or, worse, the failure of security—on the devices and their supporting systems.
North America and Western Europe maintain their market dominance, accounting for a substantial part of the smart sensor industry. Because of the tendency toward downsizing and flexibility, these goods are becoming more useful in consumer electronics and wearable gadgets.
The NORTH AMERICA SMART SENSORS MARKET accounted for $XX Billion in 2021 and is anticipated to reach $XX Billion by 2026, registering a CAGR of XX% from 2022 to 2027.
Hydreon Corporation (Minneapolis, MN) has introduced the new RG-9 precipitation sensor, which is low cost, low power, durable, and dependable. It detects rainfall using infrared light beams.
As a result, the sensor is resistant to dirt, dust, insects, birds, and other annoyances that might afflict sensors. It is highly suited to solar-powered applications because of its low power consumption.
The RG-9 detects droplets as small as a millimeter, and its threshold may be changed to activate at whatever intensity of rainfall is required by the application. Because the gadget has a serial output, the user’s equipment can alter the trip thresholds as needed.
