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Educational soldering kit for building an electronic reaction game controlled by an STM32C0 microcontroller. The player must stop the moving light on the green LED, while the switching speed increases after each successful round. The kit is powered by an included CR2032 battery. Soldered 333138
The device Stop Me Game Solder Kit by Soldered is an educational soldering kit for building an electronic reaction game. The circuit uses an STM32C0 microcontroller, and the player's goal is to press the button exactly when the moving light reaches the green LED.
During the game, the LEDs illuminate in sequence and the switching speed increases after each successful round. As the game progresses, the available reaction time becomes progressively shorter. If the player does not press the button quickly enough, all LEDs illuminate and the game starts again from the beginning.
The SMD components are factory pre-soldered, allowing the user to focus on assembling the through-hole components, including the LEDs, resistors, pushbutton, ON/OFF switch and battery holder. Clear markings on the PCB simplify component placement and make the kit suitable for practical soldering exercises.
Power is supplied by the included CR2032 battery installed in the supplied holder. The compact design and keychain attachment make the completed game easy to carry. Soldered also provides a step-by-step assembly guide.
Educational soldering kit for building an electronic reaction game controlled by an STM32C0 microcontroller. The player must stop the moving light on the green LED, while the switching speed increases after each successful round. The kit is powered by an included CR2032 battery. Soldered 333138
Educational soldering kit for building an electronic reaction game. Four LEDs illuminate in a random order and the player must press the corresponding button as quickly as possible. The game becomes progressively faster after successful responses and is powered by a CR2032 battery. Soldered 333139
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Educational soldering kit for building an electronic dice based on the ATtiny404 microcontroller. The SW-18020P vibration sensor detects a shake, after which the circuit generates a random value from 1 to 6 and displays it using seven LEDs. The kit includes a CR2032 battery and a keychain ring. Soldered 333140
Educational soldering kit for building a functional electronic piano with 12 capacitive touch keys. It uses an ATmega328P microcontroller, LM386 audio amplifier and 8Ω speaker, and features volume control, four octave ranges and an arpeggio mode with adjustable speed. Soldered 333181
Educational soldering kit for building a functional ATmega328P-based microcontroller board. The SMD components are factory pre-soldered, while the included THT components, LEDs, JST connector, IC socket and microcontroller are assembled by the user. Soldered 333200
Educational soldering kit for building an electronic reaction game controlled by an STM32C0 microcontroller. The player must stop the moving light on the green LED, while the switching speed increases after each successful round. The kit is powered by an included CR2032 battery. Soldered 333138