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滨松距离成像传感器技术说明

更新时间:2019-09-21 18:33:13 大小:948K 上传用户:fishundersky查看TA发布的资源 标签:距离成像传感器 下载积分:1分 评价赚积分 (如何评价?) 打赏 收藏 评论(0) 举报

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Hamamatsu distance image sensors Technical Note

滨松距离成像传感器技术说明

介绍滨松公司距离成像传感器(包括 :S11961-01CR S11962-01CR S11963-01CR S12973-01CT等产品)的特点、TOF原理、测距原理、电气时序、电气特性、器件产品参数、特性、结构形式、使用方法、距离测量示例、相关计算、器件校准、产品配套评估板情况、注意事项等。

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文件名 大小
distance_image_sensors_kmpd9011e.pdf 948K

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Technical note  
Distance image sensors  
S11961-01CR, S11962-01CR, S11963-01CR, S12973-01CT  
Contents  
1. Features............................................................................................................................................ 2  
2. Structure........................................................................................................................................... 2  
3. Operating principle............................................................................................................................. 4  
3-1. Phase difference (indirect) TOF (time-of-flight)............................................................................... 4  
3-2. Timing chart................................................................................................................................ 7  
3-3. Charge drain function................................................................................................................... 7  
3-4. Non-destructive readout............................................................................................................... 8  
3-5. Subtracting signals caused by ambient light ................................................................................... 9  
3-6. Calculating the frame rate .......................................................................................................... 10  
4. How to use...................................................................................................................................... 11  
4-1. Configuration example ............................................................................................................... 11  
4-2. Light source selection................................................................................................................. 11  
5. Distance measurement examples ...................................................................................................... 11  
5-1. Distance measurement (S11961-01CR, S12973-01CT) .................................................................. 11  
5-2. Short distance measurement (S11961-01CR, S12973-01CT).......................................................... 13  
5-3. Improving the distance accuracy by averaging the measurement data............................................ 14  
5-4. Measuring the distance to a cylinder............................................................................................ 15  
5-5. Distance measurement (using S11961-01CR, S12973-01CT) using pulse laser diode........................ 17  
5-6. Distance measurement (S11963-01CR)........................................................................................ 18  
5-7. Short distance measurement (S11963-01CR)................................................................................ 20  
6. Calculating the incident light level...................................................................................................... 21  
7. Calibration....................................................................................................................................... 28  
7-1. Calculating the sensitivity ratio (SR) ............................................................................................ 30  
7-2. Linear range and nonlinear range................................................................................................ 30  
8. Characteristics................................................................................................................................. 32  
8-1. Light incident angle characteristics.............................................................................................. 32  
8-2. Distance accuracy vs. incident signal level.................................................................................... 33  
8-3. Temperature characteristics of distance accuracy.......................................................................... 34  
9. Evaluation kit................................................................................................................................... 34  

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