4pcs LD2410C Sensor Module HLK-LD2410 Human Presence Radar LD2410 Millimeter Wave Radar Sensor Module Non Contact 24GHz ISM Band Serial Port IO Level Output

Features:Frequency: 24GHz~24.25GHzModulation Mode: FMCWDetection Distance: 0.75m~6m adjustableDetection Angle: ± 60°Power Supply: 5VCurrent: 79mAOutput Serial Port Level: 3.3VSweep Bandwidth: 250MHzRange Resolution 0.75mAmbient Temperature: - 40℃~+85℃Data Format: serial port ASCII output/high and low level 3.3V&0VModule Size: 16mmx22mm, with 5 pin holes reserved for hardware (factory default pin)The hole diameter of pin hole is 0.9mm, and the distance between bow and foot is 2.54mmInterface Type:RX, serial port receivingTX, serial transmissionOUT, inductive output high levelGND, power groundVCC, power supply input (5V voltage)

• LD2410C Human Presence Radar Sensor Module is a High Sensitivity 24GHz Human Presence State Sensing Module. Its Working Principle is to Use FMCW FM Continuous Wave to Detect Human Targets in the Set Space
• LD2410C Human Presence Radar Sensor Module Support GPIO and UART Output, Plug and Play, Flexible Application to Different Intelligent Scenarios and Terminal Products
• LD2410C Human Presence Radar Sensor Module Combines Radar Signal Processing and Accurate Human Body Sensing Algorithm to Realize High Sensitivity Human Body Presence State Sensing, and Can Calculate the Target Distance and Other Auxiliary Information
• Convenient Parameter Adjustment: LD2410C Human Presence Radar Sensor Module Offers the Convenience of Direct Parameter Adjustment Using a Dedicated Mobile App. This Eliminates the Need for Complex Programming or Connecting to a Serial Port for Debugging
• Widely Applications: LD2410C Human Presence Radar Sensor Module In Addition to Being Sensitive to the Moving Human Body,and Sensitive to the Static, Inching, and Sitting and Lying Human Body that Cannot be Recognized by the Traditional Scheme,Widely Used for Temperature, Brightness, Humidity, and Light Fluctuations. This Ensures Reliable and Accurate Sensing Results in Diverse Environments