Matek UBEC DUO, 4A/5~12V & 4A/5V

Are you in Australia and seeking to purchase the Matek UBEC DUO? This amazing device is a high - efficiency switch - mode buck regulator. It comes with two output channels and can work with a 7 - 26Vdc input. One channel can supply 0 - 4A at 5V, perfect for your RX or Flight Controller. The other channel offers 4A with an adjustable voltage from 5 to 12V. It also has a built - in power switch controlled by a spare Aux Channel, allowing you to power and turn on/off various electric equipment like multi - rotor gimbals, video transmitters, FPV camera systems, HV servos, and navigation/landing lights. Key features include a switch - mode buck regulator design, two output channels, built - in Aux control for on/off function, low input voltage alarm with threshold setting, and output short - circuit protection. Specs are as follows: Input voltage ranges from 7 to 26V (2 - 6S LiPoly battery). Out - 1 has adjustable voltages of 5V, 6V, 7.2V, 12V, can output 0 - 4A with a max of 6A, and has an inbuilt Aux control switch. Out - 2 outputs 5V, 0 - 4A with a max of 6A. Efficiency can reach up to 95%. Standby current is 10mA. LiPoly voltage alarm settings are 3.4V, 3.5V, 3.6V, 3.7V/Cell & OFF. Input cable is 20cm (Silicone 20 AWG), output cable is 30cm (2 pairs, Silicone, 22AWG). Size is 58x36x8mm and weight is 32g. Check out the UBEC DUO Manual and browse more regulators and Matek products.

Using the Matek UBEC DUO is quite simple. First, make sure your input voltage is within the 7 - 26V range, which can be provided by a 2 - 6S LiPoly battery. Connect your RX or Flight Controller to the 5V output channel (Out - 2) that can supply 0 - 4A. For other equipment like multi - rotor gimbals or video transmitters, use the adjustable 5 - 12V output channel (Out - 1). You can control the power of Out - 1 using a spare Aux Channel. When it comes to the low input voltage alarm, you can set it according to your needs from 3.4V, 3.5V, 3.6V, 3.7V/Cell or turn it off. As for maintenance, keep it in a dry and clean place. Avoid over - current situations as the device has a max current limit of 6A for each output. Also, check the cables regularly for any signs of damage. If there's a short - circuit, the device will protect itself, but it's better to prevent such situations to ensure long - term performance.