Changes in 21cb959: radar

				Tech-dat/Sensor-dat/sensor-motion-dat/sensor-radar-dat/2025-07-18-16-46-34.png
			
          Binary files /dev/null and b/Tech-dat/Sensor-dat/sensor-motion-dat/sensor-radar-dat/2025-07-18-16-46-34.png differ

				Tech-dat/Sensor-dat/sensor-motion-dat/sensor-radar-dat/sensor-radar-dat.md
			
          @@ -17,22 +17,54 @@ the coverage

           ![](2025-07-18-16-33-15.png)

          +### Radar Note 

          +

          +★如果雷达需要安装外壳，则外壳必须在24GHz频段具有良好的透波特性，且不能含有金属或对电磁波有屏蔽作用的材料：

          +

          +### Radar Installation & Usage Notes

          +

          +- If the radar needs to be installed in a housing, make sure the housing allows 24GHz signals to pass through easily. Do not use metal or materials that block electromagnetic waves.

          +

          +- Install the radar in a suitable environment. Detection may be affected in these cases:

          +  - There are moving non-human objects in the sensing area (e.g., animals, moving curtains, large plants near air vents).

          +  - There are large, highly reflective surfaces facing the radar antenna (these can cause interference).

          +  - For wall-mounted installation, consider interference from air conditioners, fans, or other devices near the ceiling.

          +

          +#### Installation Tips

          +

          +- Point the radar antenna directly at the area to be detected, and keep the surroundings open and unobstructed.

          +- Make sure the sensor is mounted firmly and stably. Movement or shaking of the radar will affect detection.

          +- Avoid movement or vibration behind the radar. Radar waves can penetrate, so the antenna may detect motion behind it. Use a metal shield or backplate to block unwanted signals from the rear.

          +- If multiple 24GHz radars are used, do not point their beams directly at each other. Install them far apart to avoid interference.

          +- Power supply: Ripple should be minimal (no obvious peaks below 100kHz). This design is for reference only; users should consider ESD and lightning surge protection for electromagnetic compatibility.

          +

          +### Radar Application 

          +

          +This product is suitable for various AIoT scenarios, such as smart lighting control, advertising display activation, life safety protection, energy-saving for smart appliances, and security/intrusion detection.

          +

          +![](2025-07-18-16-46-34.png)

          +

           ## FMCW Radar 

           millimeter wave radar == 毫米波雷达

          --频率：24G-24.25GHz

          --扫频带宽：25OMHz(符合CE/FCC认证标准)

          --调制方式：FMCW

          --探测角度：±60°

          --检测距离：存在&微动5m/运动7m(Typ.)

          --距离分辨率：0.15m(Typ.)

          --供电电压：3.3V(Typ.)

          --外形尺寸：20×20mm

          --环境温度：-40C~+85°℃

          --数据格式：串口ASCII输出

          --接口形式：默认2.54mm×5Pin

          +

          +### FMCW Radar Specifications

          +

          +| Parameter             | Value                                             |

          +| --------------------- | ------------------------------------------------- |

          +| Frequency             | 24G–24.25GHz                                      |

          +| Sweep Bandwidth       | 250MHz (CE/FCC compliant)                         |

          +| Modulation            | FMCW                                              |

          +| Detection Angle       | ±60°                                              |

          +| Detection Distance    | Presence & micro-motion: 5m; Motion: 7m (typical) |

          +| Distance Resolution   | 0.15m (typical)                                   |

          +| Supply Voltage        | 3.3V (typical)                                    |

          +| Dimensions            | 20 × 20 mm                                        |

          +| Operating Temperature | -40°C ~ +85°C                                     |

          +| Data Format           | Serial ASCII output                               |

          +| Interface             | Default 2.54mm × 5Pin                             |

           Here’s a comparison between RCWL and FMCW radar sensors:

				Tech-dat/sensor-camera-dat/Camera-dat.md
			
          @@ -10,7 +10,7 @@

           - [[camera-analog-dat]] - [[camera-digital-dat]] - [[camera-action-dat]]

          -- [[camera-SDK-dat]]

          +- [[camera-SDK-dat]] - [[camera-sys-dat]]

           ## boards

				Tech-dat/sensor-camera-dat/camera-sys-dat/camera-sys-dat.md
			
          @@ -6,7 +6,7 @@

           - [[power-dat]] - [[battery-dat]]

          -- [[sensor-motion-dat]] - [[sensor-lidar-dat]]

          +- [[sensor-motion-dat]] - [[sensor-lidar-dat]] - [[sensor-radar-dat]]

...	...	@@ -17,22 +17,54 @@ the coverage
17	17	![](2025-07-18-16-33-15.png)
18	18
19	19
	20	+### Radar Note
	21	+
	22	+★如果雷达需要安装外壳，则外壳必须在24GHz频段具有良好的透波特性，且不能含有金属或对电磁波有屏蔽作用的材料：
	23	+
	24	+### Radar Installation & Usage Notes
	25	+
	26	+- If the radar needs to be installed in a housing, make sure the housing allows 24GHz signals to pass through easily. Do not use metal or materials that block electromagnetic waves.
	27	+
	28	+- Install the radar in a suitable environment. Detection may be affected in these cases:
	29	+ - There are moving non-human objects in the sensing area (e.g., animals, moving curtains, large plants near air vents).
	30	+ - There are large, highly reflective surfaces facing the radar antenna (these can cause interference).
	31	+ - For wall-mounted installation, consider interference from air conditioners, fans, or other devices near the ceiling.
	32	+
	33	+#### Installation Tips
	34	+
	35	+- Point the radar antenna directly at the area to be detected, and keep the surroundings open and unobstructed.
	36	+- Make sure the sensor is mounted firmly and stably. Movement or shaking of the radar will affect detection.
	37	+- Avoid movement or vibration behind the radar. Radar waves can penetrate, so the antenna may detect motion behind it. Use a metal shield or backplate to block unwanted signals from the rear.
	38	+- If multiple 24GHz radars are used, do not point their beams directly at each other. Install them far apart to avoid interference.
	39	+- Power supply: Ripple should be minimal (no obvious peaks below 100kHz). This design is for reference only; users should consider ESD and lightning surge protection for electromagnetic compatibility.
	40	+
	41	+### Radar Application
	42	+
	43	+This product is suitable for various AIoT scenarios, such as smart lighting control, advertising display activation, life safety protection, energy-saving for smart appliances, and security/intrusion detection.
	44	+
	45	+![](2025-07-18-16-46-34.png)
	46	+
20	47
21	48	## FMCW Radar
22	49
23	50	millimeter wave radar == 毫米波雷达
24	51
25		--频率：24G-24.25GHz
26		--扫频带宽：25OMHz(符合CE/FCC认证标准)
27		--调制方式：FMCW
28		--探测角度：±60°
29		--检测距离：存在&微动5m/运动7m(Typ.)
30		--距离分辨率：0.15m(Typ.)
31		--供电电压：3.3V(Typ.)
32		--外形尺寸：20×20mm
33		--环境温度：-40C~+85°℃
34		--数据格式：串口ASCII输出
35		--接口形式：默认2.54mm×5Pin
	52	+
	53	+### FMCW Radar Specifications
	54	+
	55	+\| Parameter \| Value \|
	56	+\| --------------------- \| ------------------------------------------------- \|
	57	+\| Frequency \| 24G–24.25GHz \|
	58	+\| Sweep Bandwidth \| 250MHz (CE/FCC compliant) \|
	59	+\| Modulation \| FMCW \|
	60	+\| Detection Angle \| ±60° \|
	61	+\| Detection Distance \| Presence & micro-motion: 5m; Motion: 7m (typical) \|
	62	+\| Distance Resolution \| 0.15m (typical) \|
	63	+\| Supply Voltage \| 3.3V (typical) \|
	64	+\| Dimensions \| 20 × 20 mm \|
	65	+\| Operating Temperature \| -40°C ~ +85°C \|
	66	+\| Data Format \| Serial ASCII output \|
	67	+\| Interface \| Default 2.54mm × 5Pin \|
36	68
37	69
38	70	Here’s a comparison between RCWL and FMCW radar sensors:

...	...	@@ -10,7 +10,7 @@
10	10
11	11	- [[camera-analog-dat]] - [[camera-digital-dat]] - [[camera-action-dat]]
12	12
13		-- [[camera-SDK-dat]]
	13	+- [[camera-SDK-dat]] - [[camera-sys-dat]]
14	14
15	15	## boards
16	16

...	...	@@ -6,7 +6,7 @@
6	6
7	7	- [[power-dat]] - [[battery-dat]]
8	8
9		-- [[sensor-motion-dat]] - [[sensor-lidar-dat]]
	9	+- [[sensor-motion-dat]] - [[sensor-lidar-dat]] - [[sensor-radar-dat]]
10	10
11	11
12	12