Currently available products

---

Turn on and off external devices rated up to 250 VAC - 10A or 30 VDC - 10A , with your Arduino. These relays are optically isolated and require 5VDC - 20mA for actuation. Suitable for that home automation project. Click here for datasheet and wiring details.

Get started with your Arduino project with a solderless breadboard.

This board is ideal for that project with a vast amount of servos. Using the I2C pins on the Arduino, each board can drive 16 servos simultaneously. Jumping the expansion pins on the board, 62 boards can be chained for a total of 992 motors! All controlled with just 4 Arduino pins. The board accepts a 6VDC input so that your servos are powered separately from the Arduino. Since its PWM (pulse width modulation), you can control LEDs instead of servos. Click here for datasheet and wiring details.

These jumper wires are ideal for breadboard/Arduino connections. Included are male to male, male to female and female to female, dupont wires, 20 cm each.

These servos are ideal for larger projects such as robot arms. They are powered externally and are capable of providing a high torque with its all metal gear drive train. Click here for datasheet and more details. 

These MOSFET breakout modules are ideal for driving solenoids, DC motors,  LEDs with high frequency pulses, where a relay cannot be used. For example using PWM to control motor speeds or LED brightness. Can also be used in conjunction with the Arduino stepper motor library for driving high powered stepper motors. Click here for datasheet and more details.

These sensors are perfect for that irrigation project. They conveniently output an analogue voltage that can be directly read by the Arduino analogue pins. Click here for datasheet and more details. 

These stepper drivers are commonly used for driving bipolar stepper motors. With a max continous current rating of 1A, these drivers are ideal for projects utilising a NEMA 17 stepper motor. Microstepping can be easily accomplished by altering highs on the MS1, MS2 and MS3 pins. The included heat sink has theramal tape that allows for easy installion on the chip. Click here for datasheet and more details.

Common 3 mm and 5 mm light emitting diodes. A 220 ohm resistor is recommended.

At 12 inches long, this is a neat cable perfect to get started programming your Arduino.