Breadboard Power Supply Module 3 3v 5v

The output voltage for each breadboard rail can be selected through a 2 pin shunt jumper.
Breadboard power supply module 3 3v 5v. This is a very simple breadboard power supply board that takes power from a dc wall wart or an usb port requires a micro usb cable and provides dual output voltages 5 0v and 3 3v. Its ease of use allows users to connect any dc power supply unit that has 6 5 12 vdc power output from a barrel jack. Put the power supply on the breadboard with its pins the jumper according to the desired output voltage 2x 3 3 and 5v available with power supply in the picture a battery is to be seen and a prefabricated dc jack cable. Switch on the power supply as soon as the device has been supplied with gnd and 5v dc.
220 r led power. Here are the detail features of this power supply module. Anmbest pcs5 mb102 breadboard power supply module 3 3v 5v for arduino board solderless breadboard 6 99 elegoo 3pcs mb 102 breadboard 830 point solderless prototype pcb board kit for arduino proto shield 8 99 austor 560 pieces jumper wire kit 14 lengths assorted preformed breadboard jumper wire with free box 10 99. Geebat mb102 breadboard power supply module 3 3v 5v for arduino board solderless breadboard pack of 5pcs.
The 3 3v 5v output mb102 breadboard power supply module is an easy to use most useful breadboard component that can be added with any breadboard related projects where 5v 3 3v or both power requirements are required. The handling is simple. On board there are two sets of 3 3v 5v dc output pins please change the jumper cap position to select 5 0v or 3 3v voltage. The module can be powered by a usb port or an external power supply 7 12v.
Use this power regulation module to provide 5v and 3v3 power supply to your breadboard based project this power supply board is designed to plug into a breadboard panel with 2 power distribution strips. The mb102 bread board with two way independent control the board can be switch between 0v 3 3v 5v. Components required to construct the circuit.