wireless emg - adinstrumentscdn.adinstruments.com/adi-web/brochures/trigno_wireless_emg.pdf ·...

Channels simultaneous recording

Software Modules, including Video Capture with synchronized playback

Citations of LabChart software in scientific papers

32

11

20K

LabChart data analysis software

Record data with true freedom of movement.

Trigno EMG wireless systems make

EMG signal detection reliable and

easy. Systems combine the power of

PowerLab and LabChart software with

revolutionary Motion Artifact Supression

technology from Delsys Inc.

The complete system provides power

and ease-of-use at every stage of your

EMG research. Enjoy fast set up, flexible

data display, synchronised video capture

and sophisticated analysis capabilities.

TrignoWireless EMG

Hour battery for long recording

Meter range

Axes of accelerometery data

Samples/sec EMG sampling rate

8

40

3

2K

Trigno EMG / XYZ

Choose a recording system to suit your research. Our complete Wireless EMG solutions include:

Flexible data analysis software.

Trusted data acquisition hardware.

Specifications

Trigno sensor

adinstruments.com/wireless-emg

Trigno EMG / XYZ Sensors - with your choice of 4, 8 or 16 transmitters. Trigno Base Station receiver.

Trigno

Typical Operating Range ...........

Case dimension ..........................

Contact Dimensions ...................

Contact Material ..........................

Weight .............................................

Number of Axes ............................

Sampling Rate (EMG) ..................

Sampling Rate (Accelerometer)

40 m (This can be exceeded

under favorable RF conditions)

27 x 37 x 15 mm

5 x 1 mm

99.99% silver

14 g

3 DOF

2000 samples per second

148.1 samples per second

CitationImpact of lightweight and conventional jackhammers on the operator.

Delsys Trigno wireless sensors were an

ideal match for this experiment, given

their built-in EMG artifact suppression

technology and integrated 3D

accelerometers.

Campbell-Kyureghyan N, Singh G, Otieno

W, Cooper K (2012) Impact of lightweight

and conventional jackhammers on the

operator. Work 41: 4180-4184