
Electus Keyes Relay Breakout Board For Microbit XC4640
- Summary
- Specifications
-
This Relay Breakout Board for BBC micro:bit is a versatile accessory that enables the micro:bit to control higher-voltage devices, such as home appliances, through four onboard relays. It's particularly useful for projects involving automation, robotics, and smart home systems.
Key Features
- 4-Channel Relay Module: Equipped with four 5V relays, each capable of switching up to 120V AC at 3A or 24V DC at 3A.
- Active HIGH Control: Relays are activated with a HIGH signal, simplifying control logic.
- Dedicated Micro:bit Pins: Each relay is controlled via micro:bit pins P3, P4, P6, and P7.
- Integrated Voltage Regulators: Includes onboard 3.3V and 5V regulators to power the micro:bit and connected peripherals.
- Simple Setup: Insert the micro:bit into the breakout board and supply 5V DC to the VIN/GND terminals to operate.
This Relay Breakout Board for BBC micro:bit is a versatile accessory that enables the micro:bit to control higher-voltage devices, such as home appliances, through four onboard relays.
Contains Button Cell false Packaged Volume 0.09l Packaged Weight 0.69kg Packaged Length 8.4cm Packaged Width 5.9cm Packaged Height 1.8cm Availability Stocked item Additional Information For more information on our shipping policy follow this link and for our returns policy click here.
- Summary
- Specifications
-
This Relay Breakout Board for BBC micro:bit is a versatile accessory that enables the micro:bit to control higher-voltage devices, such as home appliances, through four onboard relays. It's particularly useful for projects involving automation, robotics, and smart home systems.
Key Features
- 4-Channel Relay Module: Equipped with four 5V relays, each capable of switching up to 120V AC at 3A or 24V DC at 3A.
- Active HIGH Control: Relays are activated with a HIGH signal, simplifying control logic.
- Dedicated Micro:bit Pins: Each relay is controlled via micro:bit pins P3, P4, P6, and P7.
- Integrated Voltage Regulators: Includes onboard 3.3V and 5V regulators to power the micro:bit and connected peripherals.
- Simple Setup: Insert the micro:bit into the breakout board and supply 5V DC to the VIN/GND terminals to operate.
This Relay Breakout Board for BBC micro:bit is a versatile accessory that enables the micro:bit to control higher-voltage devices, such as home appliances, through four onboard relays.
Contains Button Cell false Packaged Volume 0.09l Packaged Weight 0.69kg Packaged Length 8.4cm Packaged Width 5.9cm Packaged Height 1.8cm Availability Stocked item Additional Information For more information on our shipping policy follow this link and for our returns policy click here.
Original: $13.78
-65%$13.78
$4.82Description
- Summary
- Specifications
-
This Relay Breakout Board for BBC micro:bit is a versatile accessory that enables the micro:bit to control higher-voltage devices, such as home appliances, through four onboard relays. It's particularly useful for projects involving automation, robotics, and smart home systems.
Key Features
- 4-Channel Relay Module: Equipped with four 5V relays, each capable of switching up to 120V AC at 3A or 24V DC at 3A.
- Active HIGH Control: Relays are activated with a HIGH signal, simplifying control logic.
- Dedicated Micro:bit Pins: Each relay is controlled via micro:bit pins P3, P4, P6, and P7.
- Integrated Voltage Regulators: Includes onboard 3.3V and 5V regulators to power the micro:bit and connected peripherals.
- Simple Setup: Insert the micro:bit into the breakout board and supply 5V DC to the VIN/GND terminals to operate.
This Relay Breakout Board for BBC micro:bit is a versatile accessory that enables the micro:bit to control higher-voltage devices, such as home appliances, through four onboard relays.
Contains Button Cell false Packaged Volume 0.09l Packaged Weight 0.69kg Packaged Length 8.4cm Packaged Width 5.9cm Packaged Height 1.8cm Availability Stocked item Additional Information For more information on our shipping policy follow this link and for our returns policy click here.


















