Datasheet

This module is an ACTUATOR. The connector is an INPUT which must be connected to one of the
OUTPUT connectors on the TinkerKit Shield.
_____________________________________________________________________________
The LED is possibly the simplest actuator available. It’s a low power light
source available in many colors. It lights up when powered from an Arduino
pin.
Input: Arduino provides a maximum of 40 mA per pin; this is enough to
light up the LED through the digitalWrite() and analogWrite() functions.
Module description: this module features a 5mm Green Light Emitting
Diode, the standard TinkerKit 3pin connector and a green LED that signals
that the module is correctly powered and a tiny yellow LED that shows the
current brightness of the main green LED. A resistor provides the optimal
amount of current when connected to an Arduino.
This module is an ACTUATOR therefore the connector is an INPUT that need
to be connected to one of the OUTPUT connectors on the TinkerKit Shield.
______________________________________________________________________________
The LED is possibly the simplest actuator available. It’s a low power light
source available in many colors. It lights up when powered from an Arduino
pin.
Input: Arduino provides a maximum of 40 mA per pin; this is enough to
light up the LED through the digitalWrite() and analogWrite() functions.
Module description: this module features a 5mm Yellow Light Emitting
Diode, the standard TinkerKit 3pin connector and a green LED that signals
that the module is correctly powered and a tiny yellow LED that shows the
current brightness of the yellow LED. A resistor provides the optimal amount
of current when connected to an Arduino.
This module is an ACTUATOR therefore the connector is an INPUT that need
to be connected to one of the OUTPUT connectors on the TinkerKit Shield.
_______________________________________________________________________________
The LED is possibly the simplest actuator available. It’s a low power light
source available in many colors. It lights up when powered from an Arduino
pin.
Input: Arduino provides a maximum of 40 mA per pin; this is enough to
light up the LED through the digitalWrite() and analogWrite() functions.
Module description: This module features a 5mm Red Light Emitting
Diode, the standard TinkerKit 3pin connector and a green LED that signals
that the module is correctly powered and a tiny yellow LED that shows the
current brightness of the red LED. A resistor provides the optimal amount of
current when connected to an Arduino.
This module is an ACTUATOR therefore the connector is an INPUT that
need to be connected to one of the OUTPUT connectors on the TinkerKit Shield.