Time-of-Flight Sensor

Feature • Small footprint fits in the mobile phone bezel • Detecting central closest objects • Within 5 of measurement (accuracy); no multi-path and no multiple object problems as for iToF • Better accuracy detects reliably closest object • Min. distance 1mm (black target) • Max. distance

文件：1.84619 Mbytes 页数：66 Pages

OSRAM

艾迈斯欧司朗

Time-of-Flight Sensor

Feature • Small footprint fits in the mobile phone bezel • Detecting central closest objects • Within 5 of measurement (accuracy); no multi-path and no multiple object problems as for iToF • Better accuracy detects reliably closest object • Min. distance 1mm (black target) • Max. distance

文件：1.84601 Mbytes 页数：66 Pages

AMSCO

艾迈斯欧司朗

Time-of-Flight sensor with 940nm integrated IR VCSEL in a 2.2mm x 3.6mm x 1.0mm optical module 1.8V I²C

TMF8701是一款真正的直接飞行时间（ToF）传感器系统，采用单一模块化封装，通过亚纳秒光脉冲和抗混叠的“秒表”方法测量脉冲的往返时间，实现高度准确的深度检测。在物体颜色、反射率和材质不同的情况下，能够对物体进行单区检测。带VCSEL发射器的单一模组具有高动态范围，可在接近检测模式（0–10 cm）或测距模式（10–60 cm）下进行检测传感。该器件采用高灵敏度的SPAD检测，通过快速紧凑的时间-数字转换器，可进行±5%以内距离的高准确度测量，并能在暗环境中工作。内置直方图可检测玻璃盖板和玻璃下的物体，以选择信噪比最高的物体，同时补偿玻璃盖板上的灰尘和污点，从而实现对多个物体的无伪影 • Direct ToF technology with high sensitivity SPAD detection\n• Fast Time-to-Digital Converter (TDC) architecture\n• Sub-nanosecond light pulse\n• 0 – 10cm proximity detection and 10 – 60cm distance sensing @ 60Hz\n• On-chip histogram processing\n• 940nm VCSEL Class 1 Eye Safety with 21° FOI\n• Sunl;

ams-OSRAM

艾迈斯欧司朗

Time-of-Flight Sensor

Feature • Small footprint fits in the mobile phone bezel • Detecting central closest objects • Within 5 of measurement (accuracy); no multi-path and no multiple object problems as for iToF • Better accuracy detects reliably closest object • Min. distance 1mm (black target) • Max. distance

文件：1.84601 Mbytes 页数：66 Pages

AMSCO

艾迈斯欧司朗

Time-of-Flight Sensor

Feature • Small footprint fits in the mobile phone bezel • Detecting central closest objects • Within 5 of measurement (accuracy); no multi-path and no multiple object problems as for iToF • Better accuracy detects reliably closest object • Min. distance 1mm (black target) • Max. distance

文件：1.84619 Mbytes 页数：66 Pages

OSRAM

艾迈斯欧司朗

Time-of-Flight Sensor

Feature • Small footprint fits in the mobile phone bezel • Detecting central closest objects • Within 5 of measurement (accuracy); no multi-path and no multiple object problems as for iToF • Better accuracy detects reliably closest object • Min. distance 1mm (black target) • Max. distance

文件：1.84619 Mbytes 页数：66 Pages

OSRAM

艾迈斯欧司朗

Time-of-Flight Sensor

Feature • Small footprint fits in the mobile phone bezel • Detecting central closest objects • Within 5 of measurement (accuracy); no multi-path and no multiple object problems as for iToF • Better accuracy detects reliably closest object • Min. distance 1mm (black target) • Max. distance

文件：1.84601 Mbytes 页数：66 Pages

AMSCO

艾迈斯欧司朗