By using this website, you agree to the use of cookies. We use them to optimize functionality and convenience of the site for our clients.
Content Oriented Web
Make great presentations, longreads, and landing pages, as well as photo stories, blogs, lookbooks, and all other kinds of content oriented projects.
Pre order of EMG sensor MYO-micro v1.0
Fill in the form below to pre-order MYO-micro v1.0
By clicking on this button, you consent to the processing of personal data and agree to the privacy policy.
EMG sensor MYO-micro v1.0
MYO-micro v1.0 is a tiny, ready for use EMG sensor, designed for registration and measurement of muscle and heart activity and embedding in wearable EMG devices. It has inbuilt amplification and free libraries for visualisation EMG signals.
↓ Download Datasheet MYO-micro v1.0 (PDF)
archieved product
To learn more about the latest products - click below
↓ Download Datasheet MYO-micro v1.0 (PDF)
archieved product
To learn more about the latest products - click below
Sensor MYO-micro v1.0 is a compact EMG sensor, designed for registration and measurement body biopotentials, such as an electromyogram and an electrocardiogram.
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 3.3V (no more than 5.5V) and connect the output signal to a microcontroller input.
We provide free libraries for using sensor MYO-micro v1.0 with Arduino. Also we provide sketches for visualisation signals by Python and Matlab.
Features:
NOTE: this product is NOT a medical device and should not be used to diagnose or treat medical conditions.
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 3.3V (no more than 5.5V) and connect the output signal to a microcontroller input.
We provide free libraries for using sensor MYO-micro v1.0 with Arduino. Also we provide sketches for visualisation signals by Python and Matlab.
Features:
- Size: 30.0⨯12.0⨯5.4 ± 0.2 mm, wire length ~ 0.6 m.
- Supply voltage range 3.3 - 5.5 V. Typical voltage 3.3 V.
- Gain is 1000 V/V
- 8 – 200 Hz filter.
- Dry skin contact.
- Stainless steel electrodes.
- Connector pin pitch – 1.27 mm.
- Libraries for Arduino, STM32 and Teensy.
- Examples of sketches for signal visualisation by Python and Matlab.
NOTE: this product is NOT a medical device and should not be used to diagnose or treat medical conditions.
See the pdf-file below for more information on the features and connection of the sensor.
↓ Download Datasheet MYO-micro v1.0 (PDF)
↓ Download Datasheet MYO-micro v1.0 (PDF)
Interesting Related Articles and Reviews:
If you plan to use the sensor with a plugged-in PC (connected to the household power supply), we recommend purchasing a USB Isolator: it will reduce the interference caused by the household power supply and also make the connection safe.
Sensor MYO-micro v1.0 is a compact EMG sensor, designed for registration and measurement body biopotentials, such as an electromyogram and an electrocardiogram.
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 3.3V (no more than 5.5V) and connect the output signal to a microcontroller input.
We provide free libraries for using sensor MYO-micro v1.0 with Arduino. Also we provide sketches for visualisation signals by Python and Matlab.
Features:
NOTE: this product is NOT a medical device and should not be used to diagnose or treat medical conditions.
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 3.3V (no more than 5.5V) and connect the output signal to a microcontroller input.
We provide free libraries for using sensor MYO-micro v1.0 with Arduino. Also we provide sketches for visualisation signals by Python and Matlab.
Features:
- Size: 30.0⨯12.0⨯5.4 ± 0.2 mm, wire length ~ 0.6 m.
- Supply voltage range 3.3 - 5.5 V. Typical voltage 3.3 V.
- Gain is 1000 V/V
- 8 – 200 Hz filter.
- Dry skin contact.
- Stainless steel electrodes.
- Connector pin pitch – 1.27 mm.
- Libraries for Arduino, STM32 and Teensy.
- Examples of sketches for signal visualisation by Python and Matlab.
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 about the features and connection of the sensor.
Interesting Related Articles and Reviews
