Millimeter Wave Radar Sensor Fmcw Non-Contact Sensor Fall Detection LD6002C/60G

LD6002C boasts an impressive detection angle of ±60°azimuth/±60°pitch angle and an effective detection distance of less than 2 meters (when hung between 2.2 meter and 3 meter). Its fall recognition accuracy stands at 90% (Typical), thus providing reliable and superior performance for your safety requirements.<br> LD6002C is a 60G Millimeter Wave Radar Module based on FMCW (Frequency Modulated Continuous-Wave) radar mechanism. Integrated with advanced radar signal processing algorithms, it offers accurate sensing of an individual's status in a specified location and ensures timely fall detection, making it an essential asset for any smart home system or healthcare facility.<br> Working frequency:60G(58-62GHz)<br> Transmit power:12dBm<br> Modulation method:FMCW<br> Antenna gain:4dBi<br> Detection angle:azimuth angle 60°/ elevation angle 60°<br> Detection distance:Less than 2m (hanging height 2.2-3 meters)<br> Fall recognition accuracy:90%(Typ.)<br> Maximum number of people tested:1 person<br> Power supply requirements:3.3V<br> This radar sensor is well suited to numerous scenarios including nursing care facilities, especially in toilets and bathrooms, home security systems, and comprehensive home intelligence units. Its functionality and design cater to a wide range of environments requiring enhanced security and monitoring.<br> Our FMCW Radar Module can detect one person at a time and operates at a voltage of 3.3V(Typical), drawing 1A of current. Its transmitting power stands at 12dBm, using FMCW modulation mode, and has an antenna gain of 4dBi. The data output is provided in a Serial ASCII format.<br> Power supply requirements for the radar module are critical, within a range of 3.1-3.5V, ripple less than equal 50mV, sufficient current equal 1A. use of a DCDC power supply with a switching frequency no lower than 2MHz. For best performance, the product must be appropriately integrated into the application scene to effectively any interference.