The HAM synchronous signal trigger is used for marking synchronization points during simultaneous data collection for various types of equipment. It provides synchronization trigger signals for devices from different manufacturers, such as wireless EMG devices, wireless EEG devices, multiple high-speed camera systems, 2D/3D motion capture (posture analysis, video analysis) systems, 3D force platforms, 6-axis force platforms, and insole pressure plates, ensuring all data is based on a common time reference point for later analysis.
The equipment consists of a master unit of a synchronous signal trigger, a set of signal cables and connectors, powered by a computer's USB port. The synchronous signal is output through a BNC connector, and via BNC cables and BNC Tee or Splitter, it can output multiple signals to different instruments (the number of connected instruments is unlimited). The number, length, and wiring method of the signal cables can be customized according to experimental requirements.
This equipment was developed with the assistance of experts from the Institute of Automation, Chinese Academy of Sciences.
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HAM synchronization signal trigger
HAM synchronization signal trigger is used to mark the synchronization point when multiple kinds of instruments and equipment data are collected simultaneously. It can provide synchronous trigger signals for devices from different manufacturers, such as wireless electromyograph, wireless electroencephalograph, multiple high-speed photography systems, 2D and 3D motion capture (motion posture analysis, video analysis) systems, 3D force measuring tables, six-dimensional force measuring tables, plantsole pressure plates, etc., so that all data have the same time reference point during later analysis.
The device is composed of a synchronization signal trigger host, a group of signal cables and connectors, and the computer USB port power supply. The synchronization signal is output through a BNC terminal, and through the BNC cable and BNC tee or cross divider, multiple signals can be output to different instruments (the number of connected instruments is not limited). The number, length and wiring mode of signal cables can be customized according to the needs of the experiment.
The equipment was developed with the assistance of experts from the Institute of Automation, Chinese Academy of Sciences
