E010001 серебристый/серебристый хлорид нейрообразная связь электрод ag/agcl Спеченный в EEG нейромонитовая система

Описание и отзывы

Характеристики

Description:

silver/silver chloride(Ag/AgCl) electrodes are made from very finely powdered high purity silver and silver chloride.They are mixed in a specific ratio and compacted into the electrode body at very high pressures. The resulting pellet is relatively thick (0.7mm to 1.0mm) and never needs to be rechloridized because it is a homogenous mixture.

Feature:
High quality, durable, reusable Pre-Wired sintered Silver/Silver Chloride (Ag/AgCl) electrodes for precise measurement of weak or low bio-potentials such as EEG, EOG, ENG, EMG, GSR, and evoked potentials. 

By using a patented manufacturing procedure, we make top-of-the-line electrode sensors that incorporate a fine grain, homogeneous mixture of Silver and Silver Chloride. Furthermore, our Ag/AgCl electrodes are nontoxic, and because of their stability and reproducibility, they make excellent standard and reference electrodes.

Essentially non-polarizable
Less noise (from low frequencies)
Never need chlorinating
Reusable-Resurfaceable. No problem of surface abrasion
Less DC offset and less polarization and contribution to DC drift than many other types of EEG electrode

Feature:

1. Dispersed Ag/AgCl with micro-porous structure and non-polarization
2.Precision measurement and low-noise
3.Easy machining and processing by sanding, filing, cutting and drilling
4. Available in a variety of standard configurations for use in electrochemistry, electrophysiology, and precision bioelectric recording and stimulation.
5.Resistant against surface abrasion, as a new surface can be exposed to restore the original performance of the electrode
6.Optimal choice for scientific research and clinical electrophysiological measurement
7. DC Offset voltage:
8.Cathodic protection, Reference electrode
9. Environmental monitoring: Underwater Electrical Field Measurement, Electrical Prospecting
10.Custom made for specific requirements