Expansion Sensor Shield for NANO 3.0 and UNO R3 - EXNUPL
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: 7-12VDC input jack
- Connector types: DC connector 5.5x2.1mm, multiple male and female pin headers
- Compatibility with NANO 3.0: Female pin headers
- Compatibility with UNO R3: Plated holes for soldering male pin headers
- Servo-compatible outputs: 4 units, GND, power and signal (S)
- Analog inputs: 8 units, with added GND and power for each
- PWM pins: 8 units
- Servo power input: 1 unit
- I2C pins: Brought out to pin header
- Buttons: RESET button for easy resetting of the connected microcontroller board
- Dimensions: 58mm x 54mm x 17mm
- Weight: 0.026 kg
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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.