MicRadar R60ATR1 Using Manual

MicRadar R60ATR1 Using Manual

60gmilimeterwave bio-sensing radar

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60GMilimeterwave
Bio-sensing radar
R60ATR1-Single track module using guide
Please read the product instructions carefully before use and keep
them properly V1.0
MicRadar Technology (Shenzhen) Co. ,LTD

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  • Page 1 60GMilimeterwave Bio-sensing radar R60ATR1-Single track module using guide Please read the product instructions carefully before use and keep them properly V1.0 MicRadar Technology (Shenzhen) Co. ,LTD...
  • Page 2 R60ATR1-Single track module using guide 1. Product description Trajectory tracking radar, based on the real-time collection of personnel movement amplitude, distance, angle, including breathing movement and other subtle amplitudes, detects the basic personnel movement trajectory and static position. By judging the changes of the distance and...
  • Page 3 R60ATR1-Single track module using guide 4. Module package size and pin description Radar module structure diagram Pin description Note: 1 ) GP1~GP6 are parameter selection control terminals, which can be redefined according to user needs. 2 ) The output signals of this interface are all 3.3VTTL level.
  • Page 4 7. Radar Installation Instructions 7.1. Working range of radar module The beam coverage of the R60ATR1 radar module is shown in the figure below. The radar coverage is a three-dimensional sector area of 100° horizontally and 100° vertically. Schematic diagram of R60ATR1 radar coverage area 7.2.
  • Page 5 R60ATR1-Single track module using guide (For the single-person trajectory tracking radar application installed on the top, the angular distance information is converted into the change of the x/y axis coordinate data of the elevation plane) 8. Key Functional Testing Guidelines...
  • Page 6 R60ATR1-Single track module using guide The mobile test is carried out within the radar detection range, and when it stops at a random position, the coordinate data finally reported by the radar is compared with the real position to confirm whether the distance error value is within a reasonable range to confirm the accuracy of the distance information.
  • Page 7 R60ATR1-Single track module using guide 11.Common problem Interference factors: Radar is an electromagnetic wave detection sensor, and active non-living will cause false alarms. The movement of metals, liquids, can lead to false positives. Usually, electric fans, pets close to the radar, and the shaking of metal curtains can cause false positives.

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