The Q20 is a 19 channel Electroencephalogram with a low noise floor of 0.25 μV peak to peak from 0.1 to 10.0Hz, meaning that you can record EEG without worrying about noise contamination. On top of our low-noise design, the Q20 is a non-averaged, multi-channel readout amp, minimizing slew for the most accurate whole brain imaging, and giving you the exact readout of your recordings, no loss of data or smoothing.
In the NeuroField software suite you can acquire stand-alone EEG or use our synchronized EEG and stimulation (pEMF, tACS, or both) Z-score training to take things to the next level. Combining Z-score with EEG allows you to target your neurofeedback protocols with an unprecedented level of accuracy, taking your treatment plans to a new level of effectiveness.
The Q20 is also fully integrated into the Neuroguide suite as well as both Bioexplorer and BioEra for traditional amplitude training.
|Input Range||+/-100mV EEG, +/-5 VDC|
|Input Noise||0.25 μV P – P, 0.1-10.0Hz|
|Common Mode Rejection Ratio||>120dB from 0-60Hz|
|Single Pole Low Pass Filter||~80Hz|
|Sample Rate/Data Rate||256 Samples/sec|
|Full Scale Input Range||+/-2.25 V|
|EEG Resolution||0.02 μVolts/LSB|
|EEG Channel Bandwidth||Software Controllable|
|DC Offset Measurement||Average DC Level|
|Sensor Contact Quality||Monitored Via Offset Voltage|
|PC Connection||USB – CAN Optically Isolated|
|Software Compatibility||NeuroField, Neuroguide, Bioexplorer, Bioera|
Q20 Package Details
The Q20 kit includes everything you would need to operate the Q20 Quantitative EEG system. The Q20 is a Quantitative Electroencephalograph, and it does not provide any form of stimulation. If you wish to run stimulation treatments, take a look at our X3000 or tDCS/tACS.
-Q20 EEG Unit
-One 4-Channel Breakout Box
-One RRC2040 Battery Pack
-One Battery Pack Charger (100-240VAC)
-Access to the NeuroField Software Suite
Requires but does NOT include E1-LEX electrode cap or E5-9S ear drops.
Please Check our Hardware Recommendations page to see if your computer will run our software.