Over the better part of a decade, Delsys has advanced EMG sensor technology by continuously expanding our Trigno™ Wireless product line to accommodate the intricate needs of our customers. As a result of our advancement, we will be retiring our [...]
Adding EMG to Improve mobility, stability, strength, and control measurements metrics. HUMAC Norm now directly integrates Delsys Trigno™ EMG directly into HUMAC NORM Isometric and Isokinetic resistance protocols greatly simplifying the data management process. Easily manage HUMAC /Delsys EMG (HUMAC [...]
The Trigno™ Trigger Adapter is designed to allow researchers to sample 0 to ±5V signals from 3rd party lab devices alongside other Trigno™ sensors so that data from these other devices and systems can be compared with Trigno biofeedback [...]
Tutorial #1: Focuses on recording eMG and inertial measurements from concentric and eccentric upper limb tasks and in this case, elbow flexion and extension. It guides one through sensor setup, data collection and post-processing analysis of the recorded data sets. [...]
Download the latest version here. Change Log EMGworks Acquisition Message present to alert user that acquisition is waiting for a start trigger TPM Data Download UI fixes Proper units for aux data when filtering EKG as BPM User settable Y-Scale [...]
Download the latest version here. Change Log EMGworks Acquisition Fixed sensor mismatch false positives For timed data collection, time now input and displayed as Hours:Minutes:Seconds Addressed mode control synchronization between Control Utility and Acquisition Fixed issue causing the sensor status [...]
Download the latest version here. Change Log EMGworks Acquisition Signal Quality Monitor (patent pending) Live monitoring of all EMG signals from all Trigno EMG sensors In-plot alerts for Signal Quality Now providing information for improving signal quality New functionality to [...]
If you have owned a Trigno product for a few years now and are looking to upgrade to some of our newest products, you will find that the new products are not compatible with your older system. This is because [...]
Electromyogram (EMG) signals have proven to be quite effective as tools for researching muscular fatigue. These EMG signals are capable of providing electrical data for an individual muscle, which allows for the use of a spectral fatigue index to describe [...]
Overview: The root-mean-square (RMS) envelope of the EMG signal is calculated using a moving window, with each window of data calculated according to the following equation: , where S equals the window length (points) and f(s) equals the data within the [...]