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Trigno Avanti Load Cell 

Adapter User’s Guide

 

11 

Getting Started with the Load Cell Adapter 

 

Please  refer  to  the  Trigno  System  User  guide  for  key 
operational details regarding the base station, sensor charging, 
and initiating the sensor. 

 

Configuring the Trigno Load Cell Adapter 

Once paired to the system,  Load Cell data  and optionally IMU data  from  the 
sensor can be configured through the software in the following ways: 
 

Load Cell Channel Characteristics 

Input Range 

1.6mV, 3.25mV, 6.5mV 

Bandwidth 

DC-50 Hz 

Inertial Measurement Unit (IMU) Ranges 

Accelerometer

1

 

±2 

g

 

or 

±4 

g

 

or 

±8 

g

 

or 

±16 

g

 

Accelerometer Bandwidth

1

 

24Hz - 470 Hz 

Gyroscope

1

 

±250 

dps

 

or 

±500 

dps

 

or 

±1000 

dps

 

or 

±2000 

dps

 

Gyroscope Bandwidth

1

 

24 Hz - 360 Hz 

Orientation

2

 

10 Hz 

1

Accelerometer and gyroscope range, bandwidth and sampling rate are configured by 

the software.     

2

Note that the orientation is calculated on-board with a data fusion algorithm. 

 

Using the Analog Outputs (if Equipped) 

The Trigno System provides simultaneous analog signal reconstruction of data 
being detected by all active sensors. These signals are made available on the 
68-pin connectors located on the Base Station and range cover the +/-5V range. 
Analog outputs are engaged through software and are only available for specific 
sensor sampling configurations as stated below: 

 

Sampling Rate 

Data Type 

Bandwidth 

Ch. x.1 

1926 sa/sec 

Load Cell A 

DC-50 Hz 

Ch. x.2 

148 sa/sec 

N/A 

DC-50 Hz 

Ch. x.3 

148 sa/sec 

N/A 

DC-50 Hz 

Ch. x.4 

148 sa/sec 

N/A 

DC-50 Hz 

Table 2: Analog Output signal details. Note that sampling rates are approximate; please 
refer to specification table for precise sampling periods. 

 

 

Summary of Contents for DS-T03

Page 1: ...elsys Incorporated MAN 022 2 0 MP1313A October 2019 No part of this document may be reproduced transmitted transcribed stored in a retrieval system or translated into any language in any form by any m...

Page 2: ...Data Synchronization 8 Rechargeable Battery 8 Sealed Enclosure 8 Internal Magnetic Switch 8 Sensor LED Feedback States 9 Getting Started with the Load Cell Adapter 11 Configuring the Trigno Load Cell...

Page 3: ...cle reeducation Interpretation of the EMG and supporting signals by a qualified individual is required Rx ONLY Contraindications DO NOT USE on Patients with implanted electronic devices of any kind in...

Page 4: ...iscomfort occurs Immediately discontinue device use if a change in the device s performance is noted Contact Delsys technical support for assistance Delsys Inc guarantees the safety reliability and pe...

Page 5: ...T03 FCCID W4P SP W06 Sensor FCCID W4P SP W02 Base Station IC 8138A DST03 System 211 190332 DS T03 211 190333 SP W06 This device complies with Part 15 of the FCC Rules and Industry Canada s RSS 210 Li...

Page 6: ...t does cause harmful interference to radio or television reception which can be determined by turning the equipment off and on the user is encouraged to try to correct the interference by one or more...

Page 7: ...s also capable of integrating with 3rd party lab equipment through a variety of interfaces which include analog signal generation triggering scenarios and digital integration through the Trigno SDK So...

Page 8: ...conditions no RF path obstructions or interfering sources this nominal distance can be notably superseded Data Synchronization Data from each sensor and from each channel within a sensor are time sync...

Page 9: ...erns as indicated in the table below Each of these states is described in subsequent sections of this User Guide State Color Pattern Arrow Display Common States 1 Power Off Off none 2 Power On Activat...

Page 10: ...check on power up 8 Scan Base Sensor was previously paired and is scanning for the active base station 9 Low Power Scan Base Sensor was previously paired and has been scanning for the active base stat...

Page 11: ...Hz Orientation2 10 Hz 1Accelerometer and gyroscope range bandwidth and sampling rate are configured by the software 2Note that the orientation is calculated on board with a data fusion algorithm Usin...

Page 12: ...tly oriented and fully mate the plug Figure 2 Mating the Load Cell connector to the sensor connector head Ensure that the connectors are fully inserted Interfacing with the Load Cell Load cells can be...

Page 13: ...ll transducer top affixed to an isometric setup bottom The Figure above illustrates a common technique that researchers employ when using load cell type devices Each situation and use case is unique h...

Page 14: ...for proper operation While the sensors are sealed and are water resistant these should never be completely submerged in any liquid Sensor leads are delicate and should be handled gently Do not pull ki...

Page 15: ...Electrical Specifications RF Frequency Band 2400 2483 MHz ISM band Dynamic Range 1 6mV 3 25mV 6 5mV Bandwidth DC 50 Hz Accelerometer Range 2g 4g 8g 16g Accelerometer Bandwidth 50 Hz 246Hz configurable...

Page 16: ...25 6 5 16 10 4 1 0 2 7 370 111 2 4 8 16 16 2 7 370152 250 500 1000 2000 16 1 The Trigno System is designed with 16 data slots for wireless transmission Sensors can occupy up to 4 slots depending on th...

Page 17: ...4 slots depending on the sampling rate settings 2 Sampling period is the precise time elapse between samples in milliseconds The sampling rate is a rounded expression of 1 sampling period expressed a...

Page 18: ...18 MAN 022 2 0 This page intentionally left blank...

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