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SET solution for performing SCP derivations and training with BioGraph Infiniti. Requires ProComp5/ProComp Infiniti encoder. This set consists of 1x EEG-Z3 sensor, 1x TT-AV-Sync sensor for exact time synchronization, 1x pushbutton, TTL-SCP-Suite (German). Additional accessories are required for SCP leads, which can be purchased separately (ProComp encoder, EEG-Z sensor for detecting eye movements and other components). We would be pleased to advise you.

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Sensor for the collection of SCP derivatives (Slow Cortical Potentials). Type EEG-Z3. Scope of delivery includes the required DC cables to the sensor. (Item no. 8817)

The TT-AV-SYNC sensor ensures absolutely time-precise acquisition of start and end signals for SCP training as well as for reaction time measurements. By means of a fiber-optic connection attached to the monitor, it records with millisecond accuracy when the respective stimulus is set and when the screen is actually changed. Inaccuracies due to latencies, which are unfortunately very common under Windows, are thus completely eliminated.

Pressure sensor ("Push button") for connection to ProComp Infiniti, ProComp5 and ProComp2. Used for example for reaction time suite and SCP suite.
Can be used to:
- skip or end steps during a session
- set time markers
- to react to stimuli
The push button is easy to use and fits comfortably in your hand due to the smooth push switch and non-slip foam cover.
(diameter: 3cm; length: 10,5cm; length cable: 1,5m)

The suite is a perfect starting point for users who want to combine evoked potential and slow cortical potential (SCP) measurements with biofeedback and neurofeedback.
It is based on extensive studies under the direction of the University of Tübingen in Germany. There the effects of self-regulation of slow cortical potentials in children with attention deficit and hyperactivity disorders were investigated.
The researchers believe that "slow cortical potentials are slow event-dependent standing DC shifts of the electroencephalogram. Slow shifts of the cortical potential in the electrical negative direction reflect the depolarization of the large cortical cells and reduce their excitation threshold.
This training aims to regulate the cortical excitation thresholds, which are considered to be prevented in children with attention deficit or with "hyperactivity".

Software package for ProComp5/ProComp Infiniti for the implementation of a sophisticated SCP-based neurofeedback training. This software package comprises several training protocols that build on each other and has been developed very closely on the basis of the SCP research results of the University of Tübingen, publications by Ute Strehl.

The suite is a perfect starting point for users who want to combine evoked potential and slow cortical potential (SCP) measurements with biofeedback and neurofeedback.
It is based on extensive studies under the direction of the University of Tübingen in Germany. There the effects of self-regulation of slow cortical potentials in children with attention deficit and hyperactivity disorders were investigated.
The researchers believe that "slow cortical potentials are slow event-dependent standing DC shifts of the electroencephalogram. Slow shifts of the cortical potential in the electrical negative direction reflect the depolarization of the large cortical cells and reduce their excitation threshold.
This training aims to regulate the cortical excitation thresholds, which are considered to be prevented in children with attention deficit or with "hyperactivity".