Muscle activation is triggered by bioelectrical signals of very low amplitude sent from motor control neurons on our brain to the muscle fibers. Electromyography (EMG) enables the translation of these electrical signals into numerical values, enabling them to be used in a wide array of applications. Our sensor is especially designed for surface EMG, and works both with pre-gelled and most types of dry electrodes. The bipolar configuration is ideal for low-noise data acquisition, and the raw data output enables it to be used for human-computer interaction and biomedical projects alike.
SPECIFICATIONS
> Gain: 1000
> Range: ±1.65mV (with VCC = 3.3V)
> Bandwidth: 10-400Hz
> Consumption: ~4mA
> Input Impedance: 100GOhm
> CMRR: 110dB
FEATURES
> Bipolar differential measurement
> Pre-conditioned analog output
> High signal-to-noise ratio
> Small form factor
> Raw data output
> Easy-to-use
APPLICATIONS
> Human-Computer Interaction
> Robotics & Cybernetics
> Physiology studies
> Psychophysiology
> Biomechanics
> Biofeedback
> Muscle reflex studies
> Nerve conduction measurement
> Biomedical devices prototyping
