Arduino Compatible

Board specifications:

• Supply voltage: 4 AA batteries, approx. 6V

• Compatibility with UNO R3: Mounting holes

• Wheel diameter: 67mm

• Module height: 34mm

• Electric motor parameters:
  • Soldered cables + and –

  • Bidirectional movement

  • Gear ratio: 48:1

  • Speed: approx. 0.65m/s

  • Recommended supply voltage: 5 - 10V

  • Current consumption: 100mA/3V, 120mA/6V

  • Dimensions: ~215mm x ~150mm

Arduino compatible BLDC Shield allows Arduino Uno and other compatible boards to be used to control brushless DC electric motors.

Board specifications:

• Input voltage: 5V USB or 7-12V on pin VIN
• Connector types: MINI-USB-B
• Microcontroller: ATmega328P-AU – 8-bit, 16MHz frequency
• Flash memory: 32 kb
• EEPROM memory: 1 kb
• 2 kb SRAM memory
• 8 analogue inputs: A0-A7, 10-bit ADC
• 14 digital input/output pins: 6 of which are PWM
• Maximum allowable current per input/output pin: 20 mA
• Chip for USB communication: CH340, interface USB to Serial
• Dimensions: 45 mm x 18 mm
• Weight: 0.026 kg

Board specifications:

• Input voltage: 5V USB or 7-12VDC input jack
• Connector types: USB-B or DC connector 5.5x2.1mm
• Microcontroller: ATmega328P-AU – 8-bit, 16MHz frequency
• Flash memory: 32kb
• EEPROM memory: 1kb
• 2kb SRAM memory
• 6 analog inputs: A0-A10, 10-bit ADC
• 14 digital input/output pins: 6 of which are PWM
• Maximum allowable current per input/output pin: 20mA
• Chip for USB communication: CH340G USB to UART chip
• Dimensions: 73mm x 54mm x 17mm
• Weight: 0.026 kg

Board specifications:

• Supply voltage: 3.3V or 5V supplied by the Arduino board via the pin headers

• Compatibility with UNO R3: Pin headers on the bottom layer of the board

• Compatibility with MEGA2560: Pin headers on the bottom layer of the board

• Buttons: 6 push buttons connected to the pin header, corresponding to digital pins D2-D7, built-in joystick button connected to D8

• Joystick: two-axis joystick providing proportional voltage to analog pins A0 and A1

• Slide switch button: for selecting the voltage supplied to connected additional devices

• Additional devices: socket headers for nRF24L01 WIFI transmitter and 5110 LCD screen
• Additional communication pins: SDA and SCL from the I2C communication and TX/RX for connecting devices via UART.

Technical specifications:

- Input voltage: 5 – 30V DC

- Output voltage: 0.5 – 30V DC

- Output current: up to 4A (recommended: up to 3.5A for continuous operation)

- Maximum power: 50W (recommended: up to 35W)

- Operating modes:

- Constant Voltage (CV)

- Constant Current (CC)

- Dimensions: 79 x 43 x 26 mm

- Weight: 0.090 kg

The Bluetooth XBee Shield V03 Module provides an easy way to connect 20-pin 2.0mm pitch communication boards to an Arduino-compatible board. Such boards include Bluetooth or XBee boards. Via 2.54mm pitch pin headers, the expansion board connects to an Arduino-compatible board such as Uno, Mega etc. The same headers are extended on the top layer to sockets, to which multiple Arduino expansion boards can be connected – for motors, sensors, etc. In the middle of the expansion board, 2.00mm pitch socket headers are provided, with suitable arrangement for connecting Bluetooth or XBee boards. Bluetooth modules can transmit data to 1 point via a stable protocol. XBee modules can communicate with multiple XBee modules.

Expansion Sensor Shield provides an easy way to connect sensors, servos, and RS485 devices to an Arduino-compatible board. NANO 3.0 connects via female headers (male headers must be soldered onto the NANO 3.0). UNO R3 connects via plated through-holes, onto which female headers are soldered. The purpose of the board is to expand the capability to simultaneously connect multiple devices to the input/output pins. To each input/output pin, power (V) and GND (G) pins are added. The input/output pins are brought out to male headers. The POWER LED indicates whether 5V supply voltage is present.

The Expansion Sensor Shield is powered via a DC connector 5.5 x 2.1mm.

The DC connector input range is 7-12VDC.

Board specifications:

• Input voltage: Max 36V, screw terminal

• Connector types: screw terminals, multiple pin headers

• Compatibility with UNO R3: Pin headers on the bottom layer of the board

• Compatibility with MEGA2560: Pin headers on the bottom layer of the board

• Driver IC: L293D, 4-channel Half Bridge driver, 1A, DIP16 package

• Communication IC: 74HC595 Shift register

• Servo interface: 2 units, 5 V

• DC motors: 4 units, bidirectional control, 256 speed levels

• Stepper motors: 2 units, unipolar and bipolar

• Buttons: RESET button for easy resetting of the connected microcontroller board

• Dimensions: 58mm x 54mm x 17mm

• Weight: 0.026 kg

Board specifications:

• Input voltage: 5V USB or 7-12VDC input jack

• Connector types: MICRO-USB-B or DC connector 5.5x2.1mm

• Microcontroller: ATmega32U4– 8-bit, 16MHz frequency

• Flash memory: 32kb

• EEPROM memory: 1kb

• 2.5kb SRAM memory

• 20 input/output pins: 7 of which are PWM

• 12 analog inputs: A0-A5, and part of the remaining pins, 10-bit ADC

• Maximum allowable current on input/output pin: 20mA

• Chip for USB communication: built into the microcontroller, USB 2.0

• Communication speed: up to 12Mbit/s

• Dimensions: 73mm x 54mm x 17mm

• Weight: 0.026 kg

Board specifications:

• Input voltage: 5V USB or 7-12VDC input jack

• Connector types: USB-B or DC connector 5.5x2.1mm

• Microcontroller: ATmega2560 – 8-bit, 16MHz frequency

• Programmable flash memory: 256kb

• EEPROM memory: 1kb

• SRAM memory : 8kb

• Analog inputs: 16 units, 10-bit ADC

• Digital input/output pins: 54 (14 of which are with PWM)

• UART ports: 4 hardware serial ports, 1 of which is connected to a chip for USB communication

• Maximum allowable current on input/output pin: 20mA

• Chip for USB communication : Atmega16U2, programmed as USB to Serial

• Buttons: RESET button for easy restart

• Dimensions: 73mm x 54mm x 17mm

• Weight: 0.026 kg

Board specifications:

• Input voltage: 5V on pin VCC or 7-12V on pin RAW
• Connector types: plated through-holes with 2.54mm pitch
• Microcontroller: ATmega328P-AU – 8-bit, 16MHz frequency
• Flash memory: 32kb
• EEPROM memory: 1kb
• 2kb SRAM memory
• 8 analog inputs: A0-A7, 10-bit ADC
• 14 digital input/output pins: 6 of which are PWM
• Maximum allowable current per input/output pin: 20mA
• Chip for USB communication: not present on the board
• Dimensions: 33mm x 18mm
• Weight: 0.026 kg

The shield is based on the quad-band SIM 900 GSM/GPRS module. It enables Arduino to work with GSM and GPRS networks. The shield allows making voice calls, sending SMS messages or establishing connections over the internet. The shield has a switch that selects either a hardware or a software serial port connected to the GPRS shield. If you select the software serial port, you will use a software UART otherwise you will use the hardware UART port of the platform. The shield also includes a high-capacity capacitor intended to supply the real time clock module. If you switch the key to the DBG port, you can connect the port to the Arduino and connect it to a computer for debugging.