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Enhance EEG Analysis with SCP Sensor

The Slow Cortical Potentials Sensor (SCP) is a cutting-edge device designed to measure Slow Cortical Potentials, a crucial component in the EEG spectrum below 1 Hz. This sensor is tailored for precision and reliability, making it an essential tool for neuroscientists, researchers, and medical professionals. With its state-of-the-art touch proof (TP) connectors and sintered Ag/AgCl electrodes, the SCP Sensor ensures a noise-free and artifact-resistant measurement experience. The SCP Sensor is the ultimate choice for those who demand the highest level of accuracy in their EEG analysis.

Technical Specifications and Features

The SCP Sensor for NeXus is a versatile and robust solution for measuring Slow Cortical Potentials. This sensor offers two channels, making it suitable for a wide range of applications. The SCP Sensor is equipped with DIN touch proof leads, which are compatible with various types of electrodes, ensuring flexibility and convenience. To minimize noise and movement artifacts, the SCP Sensor comes with shielded cables and brushed aluminum medical grade ODU connectors. These features make the SCP Sensor a reliable and efficient tool for capturing high-quality electrophysiological signals.

Applications and Benefits

The SCP Sensor is an invaluable asset for professionals in the field of neuroscience and electrophysiology. Whether you are conducting research on sleep patterns, cognitive function, or neurological disorders, the SCP Sensor can provide you with the necessary tools to obtain precise and reliable data. The sensor's compatibility with the NeXus system, including NeXus-10 (MKI, MKII), NeXus-4, and NeXus 32F, ensures seamless integration into your existing setup. With the SCP Sensor, you can expect improved accuracy, reduced noise, and enhanced signal quality, making it an indispensable tool for anyone involved in EEG analysis.