Highly-Efficient Radar Module: The LD6002 60G radar module utilizes the FMCW radar mechanism, effectively detecting radar echoes reflected from the human body. Its advanced radar signal processing algorithms render real-time, single-person heart rate and respiratory frequency measurements with precision.
Optimal Power Requirements: The radar module has stringent specifications for its power supply, necessitating a 3.2-3.4V supply, power supply ripple of less than equal 50mV, and current of greater than equal 1A. If a DCDC power supply is employed, a switching frequency of not less than 2MHz is recommended to ensure smooth operation.
Rapid Detection & Detailed Readings: Our sensor takes only 1 min to establish detection, with a maximum detection capacity of one person. Operating at a power requirement of 3.3V and providing detailed measurements of the person's breathing and heartbeat patterns, it is an essential tool for health monitoring.
Broad Detection Scope: The sensor captures data within an azimuth and pitch angle of ±60°, and a detection distance range of 0.4 - 1.5m, targeting respiratory heartbeat/thorax specifically. This ensures accurate detection and tracking of respiration and heartbeat rates.

Working frequency:60G (58-62GHz)
Transmit power:12dBm
Modulation method:FMCW
Antenna gain:4dBi
Detection angle:azimuth angle 60°/pitch angle ± 60°
Detection distance:0.4-1.5m (breathing and heartbeat/chest)
Respiration measurement accuracy:90% (Typ.)
Breath measurement frequency range:9-48bpm
Heartbeat measurement accuracy:90% (Typ.)
Breath measurement frequency range:60-150bpm
Refresh time:50ms
Establish detection time:1min
Maximum number of people tested:1 person
Power supply requirements: 3.3V(Typ.)/Greater than 1A
Working temperature:-20℃-+85℃
Ambient temperature:40℃-+85℃
Data format: serial port ASCII output
Package form:Default 2.0mmx8Pin pin header
Colour:Green
Material:PCB
Size:25x23MM

Package Contents:
1 * sensor module

Only the above package content, other products are not included.
Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.