BITalino (r)evolution
User Manual
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1.2. Data Acquisition
Together with our available add-ons for our
extract statistical temporal and spectral parameters for further analysis of the acquired sensor
data.
1.3. Technical Specifications
See the details below to learn more about the technical specification of BITalino (r)evolution
Board. For more information regarding the technical specifications of the Microcontroller
(MCU) and Bluetooth module (BT) please download the datasheets
respectively.
> Communication
Bluetooth 2.0 + EDR or Bluetooth 4.1 BLE
> Resolution
10-bit (A1-A4) + 6-bit (A5&A6)
> Digital Ports
2 INPUT (1-bit) + 2 OUTPUT (1-bit), CMOS 3.3V compatible
> Sensors
EMG; ECG; EDA; EEG; ACC; LUX; BTN
For a full list of available and compatible sensors, please visit the
> Actuators
LED; BUZ
> Battery
700 mA 3.7V LiPo (rechargeable)
> Operating Voltage
3.3V
> Input Voltage Range
3.0-5.5V
> Sampling Frequency
1, 10, 100 or 1000Hz
> Analog Sensor Ports
4 in (10-bit) + 2 in (6-bit) + 1 auxiliary in (battery) + 1 out (8-bit)
> Size
65mm x 108mm x 2mm (Board); 65mm x 56mm x 2mm (Core)
> Consumption
~ 65mA
1.4. Charging Information
The micro-USB port is
ONLY USED
for battery charging.
BEFORE OPERATING
BITalino
disconnect the charging cable.
> Charging Port
> Input
Micro USB (female)
5VDC with a maximum consumption of 400mA
1.5. Features
>
Small form factor
>
Raw data output
>
Easy-to-use
1.6. Applications
>
Life sciences studies
>
Biofeedback
>
Biomedical device prototyping
>
Human-Computer Interaction
1.7. Electrode Connections & Sleeve Color Meanings
The BITalino boards and sensors must be connected to open wire cables and / or electrode
cables (see Table 1), to connect electrodes, sensors and the board.
Table 1: Cables for connecting the BITalino boards to the sensors and / or electrodes.
Sensor Cable
1-lead electrode
cable
2-lead electrode
cable
3-lead electrode
cable
