Product description: Mini Controller - programmable controller for Raspberry Pi Pico - remote control - Kitronik 5353
Kitronik Mini Controller is a programmable controller designed for use with the Raspberry Pi Pico board. It is equipped with a buzzer and 6 utility buttons - 4 directional buttons and 2 action buttons, which are arranged based on the layout found in gamepads . The controller can be used as a remote control for the Autonomous Robotics Platform educational platform (sold separately) or with any other platform whose heart is Raspberry Pi Pico .
Mini Controller - programmable controller for Raspberry Pi Pico - remote control - Kitronik 5353.
Mini Controller from Kitronik.
Special features of the mini controller
- Designed for use with Raspberry Pi Pico and the Autonomous Robotics Platform learning platform.
- The perfect solution for any project and game based on Raspberry Pi Pico that requires user control.
- It does not have a screen, so its dimensions are minimized as much as possible.
- Includes a buzzer for sound signaling and 6 input buttons (4 directional buttons and 2 action buttons).
- In the front of the module there is a socket for connecting the Raspberry Pi Pico , a slider-switch, buttons and a buzzer.
- At the back of the module there is a basket for 3 AA batteries.
Technical Specifications
- Module type: controller
- Intended use: for Raspberry Pi Pico
- Power supply: 3x AA (typically 4.5 V) or USB via Raspberry Pi Pico
- Maximum current consumption (excluding Raspberry Pi Pico and buzzer): 4 mA
- Typical current consumption (with Raspberry Pi Pico turned on and buzzer turned off): 25 mA
- Typical current consumption (including Raspberry Pi Pico and buzzer): 80 mA
- Typical battery life: approximately 60 hours
- Pins: 6x digital GPIO, 2x ADC, 3.3V and GND
- Number of buttons: 6
- Module dimensions: 60 x 82.4 x 28.5 mm
Set contents
- Mini Controller - programmable controller for Raspberry Pi Pico - 1 piece
The set does not include batteries.
The kit does not include the Raspberry Pi Pico module and the Autonomous Robotics Platform educational platform.
