Neuroscience 2022 EEG Electrodes
Neuroscience 2022 EEG Electrodes the best for your research
There are a few fundamental questions you may want to consider before deciding which electrode system is right for you:
Are low noise and highest signal quality crucial, or do you need a particularly quick or comfortable setup?
With what population (healthy adults, children, patients, etc.) are you testing?
Are you planning your study in a noise-free laboratory environment or rather in a mobile real-life setting?
Do you need high-density coverage or just a few EEG channels for your measurements?
How long are your experiments?
Are you planning to combine EEG with other techniques such as fMRI, TMS, fNIRS?
Neuroscience EEG Electrode Gel active electrodes
EEG Electrode Gel active electrodes
Neuroscience EEG Electrode SnapCAp Slim active electrodes
EEG Electrode SnapCAp Slim active electrodes
Neuroscience EEG Electrode passive gel-base
EEG Electrode passive gel-base
Neuroscience EEG Electrode passive Gel-Base
EEG Electrode passive Gel-Base
Neuroscience EEG Electrode sponge-based
EEG Electrode sponge-based
Neuroscience EEG Electrode Sponge R-Net
EEG Electrode Sponge R-Net
Neuroscience EEG Electrode Dry active actiCAP
EEG Electrode Dry active actiCAP
Neuroscience EEG Electrode Dry active CGX
EEG Electrode Dry active CGX
Neuroscience EEG Electrode dry active acticap
EEG Electrode dry active acticap
Neuroscience EEG Electrode Dry Quick CGX eletrodes
EEG Electrode Dry Quick CGX eletrodes
Neuroscience EEG Electrode active gel based CGX
EEG Electrode active gel based CGX
Neuroscience EEG Electrode active gel-based electrodes
EEG Electrode active gel-based electrodes
Neuroscience 2022 BrainLatam
Neuroscience 2022 BrainLatam
LATBrain A brain with science and Latin American consciousness
LATBrain A brain with science and Latin American consciousness
BrainSupport Solution for Neuroscience Researchers
BrainSupport Solution for Neuroscience Researchers – Neuroscience to improve Latin American Identity. Scientific questions and experimental designs for the development of culture, behavior, perception and Latin American consciousness.
We have now introduced several important concepts: electrode impedance, the difference between active and passive electrode technology, and different approaches to establishing contact between electrode and scalp. These principles are strongly inter-connected and choosing your electrode system may mean finding the right balance between signal quality, invested effort and the participant’s comfort.
In this section, we will look at important factors specific to your research project that may determine which electrode system works best for you. Hopefully, these considerations will help to guide you towards the best possible solution for your research.
