Easy Electronics Arduino Nano Micro Controller Board Electronic Hobby Kit
- Power Source: DC
- Material: Carbon Fiber
- Weight: 100
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- 5★
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- 1★
- 859
- 291
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- 168
Wonderful
super item
I happy
Karthik M
Certified Buyer, Kudlu
Jan, 2019
Classy product
Akshat Customer
Certified Buyer, Bina
Mar, 2019
Terrific
Noufal Ahammed
Certified Buyer, Perinthalmanna
Jan, 2021
Awesome
Ananta charan Swain
Certified Buyer, Nayagarh
Apr, 2022
Good choice
Pradip Patil
Certified Buyer, Pimpri Chinchwad
Jun, 2021
Just wow!
Balraj Singh
Certified Buyer, Bathinda
Oct, 2022
Simply awesome
Worth for money
Venkatesh P
Certified Buyer, Dharmapuri
Sep, 2020
Classy product
Paramesh Paramesh
Certified Buyer, Bangalore
Jun, 2019
Great product
Flipkart Customer
Certified Buyer, Pimpri Chinchwad
Jan, 2023
Featuring a soldered nano microcontroller board and a nano cable mini USB to USB, this electronic hobby kit provides up to two essential components for various projects. With a DC power source, it allows for smooth integration into circuits, making it suitable for beginners and enthusiasts working on electronics.
Sporting a carbon fibre build, this kit offers durability while maintaining a lightweight structure. The included Atmel ATmega328 microcontroller operates at an optimised voltage level, ensuring reliable performance. Before use, installing the CH341SER driver is necessary for proper communication between the microcontroller and connected devices.
Boasting up to 14 digital I/O pins, with up to six offering PWM output, this kit enables precise signal control. The microcontroller operates at up to 5 V, with a recommended input range of up to 7 V to up to 12 V and an extended limit of up to 6 V to up to 20 V. It includes up to eight analogue input pins, up to 32 kb of flash memory, and a clock speed of up to 16 MHz, ensuring efficient processing for a range of applications.
Thanks to its compatibility with both digital and analogue components, this kit supports multiple project types. Whether designing interactive circuits or programming automated tasks, the microcontroller’s flexibility allows for diverse applications, making it suitable for educational and practical projects alike.
