Trigger
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MAKE TIME FOR BETTER SCIENCE |
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Main features:
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There are several good reasons to choose the Trigger Station. It is intuitive to use and the communication between computers, Virtual Reality systems (CAVE and HMD), bio-amplifiers (EEG, ERP, EMG, ECG), fMRI, eye trackers, neuro-stimulation techniques like TMS, tACS and tDCS has never been so easy. The Trigger Station is compatible with all bio-signals amplifiers and virtually with all devices interfaced by TTL input connectors present in your neuroscience laboratory.
Ready to use
Trigger Station is already equipped with:
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Device Compatibility
The main unit and all accessories are developed to easily work with the research supplies present in neuroscience, psychophysics and psychology laboratories.
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Softwares Compatibility
Trigger Station easily work with all the research softwares, such as Matlab, EPrime, Presentation, LabView, XVR and Unity 3D. It is also fully compatible with C++, C#, VB.NET and Delphi/Lazarus native languages. Now it is compatible with OpenSesame and PsychoPy.
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Modular and Expandible
Trigger Station is modular. Virtually, can be customized in infinite configurations.
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Accurate timing
The internal engine is embedded in the processor of the Trigger Station’s main unit. It provides true timing in the range of microseconds over critical circumstances.
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Firmware
Add external modules and hardware functions with the customized firmware.
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Accessories
Audio Box
The AudioBox is an optional expansion box with a microphone and an audio Pc line-in. It has an internal hardware optimized to process the audio over time. The microphone is used to detect the Voice Reaction Time and can be controlled by the software used to run the experiment (i.e. Matlab). The AudioBox detects sounds from PC Sound-Card and synchronizes their onset with a trigger output. The Audio Box uses the Probe A connector as input in the main unit of the Trigger Station and works also in combination with the Photodiode. AudioBox board provides three preprocessing levels of the audio signal while the Trigger Station main unit provides the signal classification and triggers the synchronization with the external devices via the output connectors.
The AudioBox is an optional expansion box with a microphone and an audio Pc line-in. It has an internal hardware optimized to process the audio over time. The microphone is used to detect the Voice Reaction Time and can be controlled by the software used to run the experiment (i.e. Matlab). The AudioBox detects sounds from PC Sound-Card and synchronizes their onset with a trigger output. The Audio Box uses the Probe A connector as input in the main unit of the Trigger Station and works also in combination with the Photodiode. AudioBox board provides three preprocessing levels of the audio signal while the Trigger Station main unit provides the signal classification and triggers the synchronization with the external devices via the output connectors.
Photodiode
Trigger Station is equipped with a Photodiode probe. We can provide you with two different photodiodes: Analogical and Digital probe. The analogical probe has an adjustable threshold, particularly useful in paradigms using videos. The digital probe is fast and particularly suitable for attentional paradigms or with screen with fast refreshing rate (>=100Hz).
Trigger Station is equipped with a Photodiode probe. We can provide you with two different photodiodes: Analogical and Digital probe. The analogical probe has an adjustable threshold, particularly useful in paradigms using videos. The digital probe is fast and particularly suitable for attentional paradigms or with screen with fast refreshing rate (>=100Hz).
Response pads, Touch buttons, Foot-Pedals and custom input devices
Trigger Station can be used with response pads, foot-pedals or digital Joysticks. BrainTrends team can design and customize input devices usig different shapes, colors, sizes and functions (including touch interfaces).
Trigger Station can be used with response pads, foot-pedals or digital Joysticks. BrainTrends team can design and customize input devices usig different shapes, colors, sizes and functions (including touch interfaces).
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