Cytron Robot Combat microcontroller URC10 ATmega328P
Cytron Robot Combat microcontroller URC10 ATmega328P – 2
Cytron Robot Combat microcontroller URC10 ATmega328P – 3
Cytron Robot Combat microcontroller URC10 ATmega328P – 4
Cytron Robot Combat microcontroller URC10 ATmega328P – 5
Cytron Robot Combat microcontroller URC10 ATmega328P
Cytron Robot Combat microcontroller URC10 ATmega328P
Cytron Robot Combat microcontroller URC10 ATmega328P
Cytron Robot Combat microcontroller URC10 ATmega328P
Cytron Robot Combat microcontroller URC10 ATmega328P

Toote toon ja tegelik värvus võivad erineda pildil kujutatust, kuna pildid on illustratiivse iseloomuga. Samuti on toote kirjeldus üldine ega pruugi sisaldada kõiki toote omadusi.

Cytron Robot Combat microcontroller URC10 ATmega328P

49.00 €
Kuumakse alates 2,16 €
3562049

AN-12414

5904422341022

Tarneaeg 11-18 t.p.

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Kõik toote kohta

URC10 is an Arduino UNO analog designed specifically for educational sumo robot projects. URC10 combines the capabilities of Arduino UNO, two 10-Amp motor controllers, which allow you to control a sumo robot weighing up to 3kg, and more convenient connections for sensors on a single board. The microcontroller is similar to the popular Arduino UNO - it has the same number of connectors, so projects created for the UNO microcontroller can be easily transferred to this microcontroller. LED lights and built-in buttons allow you to quickly and easily test the motors and code.

Note: The microcontroller does not have reverse polarity protection.


Technical data:
● Microprocessor: Atmega328
● Operating frequency: 16 MHz
● Motor voltage: 8-25V DC
● Motor current: 10-30A for each of 2 channels
● Buttons for quick code-free engine testing
● Power supply: 5V DC (via micro USB or ICSP)
● Number of analog signal connectors: 6 (input only)
● Number of digital signal connectors: 20 (6 of which are PWM)
● Dimensions: 76 x 100 mm

References and application:
● Arduino tutorial series for beginners
● Connector layout and more characteristics
● User manual
● Sumo robot project