Neuroscan 8050 脑电采集系统 - 北京恒挚科技有限公司

Neuroscan 8050 EEG Acquisition System

The Neuroscan EEG acquisition system is a 70-conductor amplifier consisting of 64 unipolar, 4 bipolar, and 2-conductor high-frequency inputs, with an accurate 24-bit AD conversion rate per conductor to ensure the most accurate sampling possible. Applicable fields: basic scientific research (including sensory neurological research, cognitive neurological research, etc.); applied neurological research (e.g., schizophrenia, epilepsy, Alzheimer's disease, etc.); brain-computer interface (BCI); multimodal simultaneous acquisition (EEG and fMRI, MEG, TMS, fNIRS, TACS, tDCS, eye movement, physiological multidirectional, etc.); and other EEG-related fields. For more information, please contact us: 010-53352947

Products

Function Introduction
Product Features
system utilization
Technical considerations

SynAmps uses integrated programmable software to allow flexibility in data acquisition
CURRY software, the core of the Neuroscan system, will continue to serve as the interface to the SynAmps system, and the combination of CURRY and SynAmps will allow researchers to perform high-quality data acquisition
The combination of SynAmps/CURRY provides more powerful recording capabilities.

SynAmps' Headbox consists of 64 unipolar, 4 bipolar and 2 high level inputs totaling 70 conductors.
Simultaneous acquisition at a sampling rate of up to 20,000 Hz per conductor.
Its companion system provides coordinated synchronization of up to four amplifiers (256/280 conductors).
Well-designed start-up and time-lock functions ensure no phase deviation of channels in the system
All channels use high-quality 24-bit A/D analog-digital chips to process data

The combination of SynAmps/Curry allows you to obtain digitized data strings via the TCP/IP protocol.

Software Features

Real-time acquisition of electrical signals within the human brain to capture the brain's response and activity, and can capture high-resolution EEG, capturing the characteristics of brain waves can be displayed in real time EEG when analyzing and processing data, resulting in a variety of indicators to provide a variety of data output formats, convenient for subsequent processing and data analysis

Neuroscan has a clear technological and equipment lead and has never pursued the number of channels, shorter lead times or lower costs at the expense of data quality. Neuroscan will continue to strive for higher standards of data accuracy and analysis capabilities in more areas.