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Power supply for Arduino
MB102 V2 module for powering 5V/ 3.3V contact boards - USB LED - Arduino

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MB102 V2 module for powering 5V/ 3.3V contact boards - USB LED - Arduino

MB102 V2 module for powering 5V/ 3.3V contact boards - USB LED - Arduino

The MB102 Universal Module for powering contact boards allows you to easily supply 5V or 3.3V stabilized voltage to the rails of this board.

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Product availableShipment on Monday (904 pcs. in stock)

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MB102 V2 module for powering 5V/ 3.3V contact boards - USB LED - Arduino

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MB102 module for powering 5V/ 3.3V contact boards - with USB, LED and on/off switch

Moduł MB102 do zasilania płytek stykowych 5V/ 3.3V - z USB, LED i wyłącznikiem

Universal MB102 power supply module for contact plates.

The module allows you to easily bring 5V or 3.3V stabilized voltage to the rails of this board.

Product features and specifications

Output voltage: 3.3V or 5V
External power supply via
uSB port of the computer - maximum current 500mA
or DC 2.5/5.5 plug - maximum current 700mA - AC adapter
The device also has a USB Type A output to allow the derivation of 5V power for other circuits such as Arduino
Using jumpers, the user selects the voltage level, 3.3 V or 5 V, for a given board rail.
On-Off switch installed to disconnect power at any time
LED indicating power connection
voltage configuration with jumpers
DC input 2.1 x 5.5 mm for plugging in a 6.5 V - 12 V AC adapter - recommended impulse power supply 12V 5A

Selection of supply voltage

The output voltage is selected by jumpers on each side rail of the contact board.
There is a value of 5 V and 3.3 V available to the user (any value can be selected for each line).
In addition, power can be connected from the connector located in the center of the board using wires.

Video presentation

Brand

ABC-RC

Symbol

6145

Producer code

5904384709175

Manufacturer

abc-rc

inny

Other

Status

New

Manufacturer code

6145

Rodzaj

inny

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Uspołeczniamy Arduino, czyli o czujnikach i komunikacji słów kilka

Gdy wiemy już jak zasilić diody, oraz jak napisać program, który będzie reagował na stan przycisków, warto teraz zainteresować się czujnikami. Dzięki wiedzy z tego artykułu będziemy w stanie podłączyć podstawowe sensory do Arduino. Wyniki wyświetlać na bieżąco na naszym monitorze.