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Trigno Quattro, Duo, Mini EMG Sensor User’s Guide 

Sealed Enclosure 

The environmentally sealed enclosure protects the electronics from the ingress 

of liquids and other environmental elements and provides a high standard of 

user safety and durability. 

Internal Magnetic Switch 

The Trigno sensors are equipped with an internal magnetic switch which is used 

to turn the sensors “on” and to perform RF pairing operations. To activate the 

internal magnetic switch, the sensor must be placed on the magnet lock label 

located on the Base Station charging cradle. The internal magnetic switch will 

only react when the sensors are undocked from the charger or when the 

software is performing an RF pairing operation. Exposure to any magnetic fields 

outside of these 2 qualifying conditions will be ignored by the sensor.  The 

internal magnetic switch is a feature which removes the need for a mechanical 

button and improves sensor durability and performance. Common household 

magnets can be used to perform these functions as well. 

Sensor LED Feedback States 

Trigno Avanti sensors indicate their status through various LED Arrow colors 

and blink patterns 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 

 

 

 

Power Off 

Off 

none 

 

Power On/Activate 

White/Green  fade 

  / 

 

Charging 

Amber 

solid 

 

Charge Complete 

Green 

solid 

 

Identification Mode 

White 

rapid flash 

/

/

 

Scan (Startup) 

Amber/Cyan 

slow flash 

  / 

 

Power Up Error 

Red 

slow flash 

  / 

 

 

Trigno RF Mode 

 

 

 

Scan (Base) 

Amber/Green  Slow flash 

  / 

 

Low Power Scan (Base) 

Amber 

Occasional Flash 

  / 

 

10  Data Collection (Base) 

Green 

slow flash 

  / 

 

11  Configuration Change (Base)  Green 

rapid flash (3x) 

/

/

 

12  Pairing (Base) 

Amber 

solid 

 

13  Pairing Success (Base) 

Green 

rapid flash (≥6x)

 

/

/

/

/

 

14  Pairing Fail (Base) 

Red 

double flash(≥3x)

 

/

/

 

 

BLE Mode 

 

 

 

15  Advertise (BLE) 

Cyan 

Slow flash 

  / 

 

16  Low Power Advertise (BLE)  Cyan 

occasional flash 

  / 

 

17  Data Collection (BLE) 

Blue 

slow flash 

 

18  Idle (BLE) 

Magenta 

slow flash 

 

Table 1: Sensor LED functions. 

Summary of Contents for Trigno Duo EMG

Page 1: ...ght 2019 by Delsys Incorporated MAN 039 1 1 MP1193B August 2019 No part of this document may be reproduced transmitted transcribed stored in a retrieval system or translated into any language in any f...

Page 2: ...attro Duo Mini Sensors 11 Using the Analog Outputs if Equipped 11 Quattro Analog Output Configuration 11 Duo Analog Output Configuration 12 Mini Analog Output Configuration 13 Placing the Trigno Senso...

Page 3: ...muscle 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...

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: ...27 Trigno Duo Sensor Model SP W06 024 Trigno Mini System Model DS 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 compli...

Page 6: ...at interference will not occur in a particular installation If this equipment does cause harmful interference to radio or television reception which can be determined by turning the equipment off and...

Page 7: ...neration triggering scenarios and digital integration through the Trigno SDK Software Development Kit and the Trigno API Application Program Interface Refer to the Trigno System User Guide for System...

Page 8: ...es using the Bluetooth Low Energy BLE industry standard protocol Note that the information bandwidth when operating over Bluetooth is limited by the Bluetooth protocol and the host device capabilities...

Page 9: ...oves sensor durability and performance Common household magnets can be used to perform these functions as well Sensor LED Feedback States Trigno Avanti sensors indicate their status through various LE...

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: ...th and sampling rate are configured by the software 3Note that the magnetometer has a fixed range and a fixed bandwidth 4An onboard RMS calculation can be invoked to reduce data transmission rates and...

Page 12: ...Ch 3 1 7 1 1926 sa sec EMG 20 450 Hz 4 Ch 4 1 8 1 1926 sa sec EMG 20 450 Hz 5 Ch 9 1 13 1 1926 sa sec EMG 20 450 Hz 6 Ch 10 1 14 1 1926 sa sec EMG 20 450 Hz 7 Ch 11 1 15 1 1926 sa sec EMG 20 450 Hz 8...

Page 13: ...e Trigno Sensor on the Skin Trigno Quattro Duo and Mini Sensors consist of a main sensor body and four two or one cabled detection head s respectively The sensor heads should be placed near the centro...

Page 14: ...ally designed adhesive interfaces to simplify sensor attachment These hypo allergenic interfaces are manufactured from medical grade adhesive approved for dermatological applications Usage of the inte...

Page 15: ...operation While the sensors are sealed and are water resistant these should never be completely submerged in any liquid The sensor contacts are made of pure silver and are quite soft Care should be ta...

Page 16: ...2 Sensor skin contacts are made from pure silver and should not be used if allergic reactions to silver are expected or found to occur Electrical Specifications RF Frequency Band 2400 2483 MHz ISM ban...

Page 17: ...Bandwidth 8 Hz Gyro Range 7 dps Gyro Resolution 7 bits 1 2 4 0 9 1111 20 450 11 22 16 2 4 4 0 45 2222 20 450 10 850 11 22 16 1 The Trigno System is designed with 16 data slots for wireless transmissio...

Page 18: ...111 20 450 11 22 16 1 35 741246 2 4 8 16 16 1 35741361 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 t...

Page 19: ...2 16 13 5 74 28 11 4 4 0 5 2000 20 450 10 850 11 22 16 13 5 74 32 1 The Trigno System is designed with 16 data slots for wireless transmission Sensors can occupy up to 4 slots depending on the samplin...

Page 20: ...can occupy up to 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 p...

Page 21: ...16 data slots for wireless transmission Sensors can occupy up to 4 slots depending on the sampling rate settings 2 Sampling period is the precise time elapse between samples in milliseconds The sampl...

Page 22: ...precise time elapse between samples in milliseconds The sampling rate is a rounded expression of 1 sampling period expressed as samples second sa sec 3 RMS window is the period of raw signal that is...

Page 23: ...Hz Gyro Range 10 dps Gyro Resolution 7 bits 1 1 0 465 2148 20 450 10 850 11 22 16 2 2 0 23 4370 20 450 10 850 11 22 16 1 The Trigno System is designed with 16 data slots for wireless transmission Sen...

Page 24: ...000 16 9 2 135 17 1259 20 450 11 22 16 3 375 296 111 2 4 8 16 16 1 35 741 361 250 500 1000 2000 16 10 2 25 4000 20 450 10 850 11 22 16 13 5 74 24 2 4 8 16 16 13 5 74 24 250 500 1000 2000 16 11 1 2 7 3...

Page 25: ...uattro Duo Mini EMG Sensor User s Guide 25 Denotes onboard RMS calculation of the EMG signal Denotes onboard 3 DOF accelerometer data Denotes onboard 3 DOF gyroscope data Denotes analog output support...

Page 26: ...esigned with 16 data slots for wireless transmission Sensors can occupy up to 4 slots depending on the sampling rate settings 2 Sampling period is the precise time elapse between samples in millisecon...

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