Myoelectric sensor MYO v1.4
The LATEST VERSION is available, click below to learn more
MYO v1.4 is a compact EMG sensor, designed for registration and measurement body biopotentials, such as an electromyogram and an electrocardiogram. It has an adjustable signal gain. We provide software and free libraries for visualization EMG signals.
MYO v1.4 is a ready for use compact myoelectric sensor, designed for registration and measurement muscle and heart activity.
This EMG sensor is very easy to use with such microcontrollers as Arduino, STM32 and Teensy. To receive a signal, it is enough to power the device with a voltage of 5V (no more than 5.5V) and connect the output signal to a ADC, all step-by-step instructions are described in a datasheet for the sensor.
We provide free libraries for using MYO v1.4 with Arduino to help you implement your project ideas regarding muscle activity, such as EMG control systems or EMG research tasks.
Also we provide sketches and software for EMG signal visualisation by Python and Matlab.
Features:
- EMG sensor size: 35.4x13.8x6.0 mm (accuracy to 0.2 mm),
- Scanning electrodes size: 10x10 mm, grounding electrode: 10x5mm
- Wire length ~ 50 cm
- Connector pin pitch – 1,27 mm.
- Operate voltage is 4.5 - 5.5 V. Typical 5.0 V.
- Low supply current 3 mA.
- Analog output channel, the maximum range is equal to the supply voltage.
- Base gain is 1000 V/V, can be increased by 8 additional Gain Selections: x1, x2, x4, x5, x8, x10, x16 or x32 V/V
- Serial Peripheral Interface (SPI) gain selection.
- 8 - 200 Hz filter.
- Dry skin contact.
- Stainless steel electrodes.
- Free libraries for Arduino
- Open-source software for visialization and processing EMG signals (based on Python)
NOTE: this product is NOT a medical device and should not be used to diagnose or treat medical conditions.
The pdf-file for more information on the features and connection of the module.
MYO v1.4 is a ready for use compact myoelectric sensor, designed for registration and measurement muscle and heart activity.
Very easy to use with such microcontrollers as Arduino, STM32 and Teensy. To receive a signal, it is enough to power the device with a voltage of 5V (no more than 5.5V) and connect the output signal to a ADC, all step-by-step instructions are described in a datasheet of the sensor.
We provide free libraries for using MYO v1.4 with Arduino to help you implement your project ideas regarding muscle activity, such as EMG control systems or EMG research tasks.
Also we provide sketches and software for EMG signal visualisation by Python and Matlab.
Features:
- EMG sensor size: 35.4x13.8x6.0 mm (accuracy to 0.2 mm),
- Scanning electrodes size: 10x10 mm, grounding electrode: 10x5mm
- Wire length ~ 50 cm
- Connector pin pitch – 1,27 mm.
- Operate voltage is 4.5 - 5.5 V. Typical 5.0 V.
- Low supply current 3 mA.
- Analog output channel, the maximum range is equal to the supply voltage.
- Base gain is 1000 V/V, can be increased by 8 additional Gain Selections: x1, x2, x4, x5, x8, x10, x16 or x32 V/V
- Serial Peripheral Interface (SPI) gain selection.
- 8 - 200 Hz filter.
- Dry skin contact.
- Stainless steel electrodes.
- Free libraries for Arduino
- Open-source software for visialization and processing EMG signals (based on Python)
NOTE: this product is NOT a medical device and should not be used to diagnose or treat medical conditions.
- Article: "Overview of the EMG/ECG module MYO v1.4"
- Review of the EMG module MYO v1.4 (YouTube)
- Article: "Overview the Elemyo-library for Arduino.".