Description

UNO R3 kit (clone) – Starter KIT – Arduino Compatible

Practical starter kit with UNO R3 CH340 compatible module – set of 46 elements. The perfect kit for just starting out – for a beginner to learn programming in ARDUINO.

Kit contains everything you need to learn the basics of electronics and programming.

Description of the Basic kit compatible with UNO – Starter KIT

• Arduino compatible programming learning kit with UNO R3 board
• Power is taken via USB cable from the computer or through a container of R6 batteries
• The circuit is mounted on a contact board without the need for soldering
• We can make our first circuits using LEDs.

List of elements

• UNO R3 CH340 board (maple) – 1 piece
• Red LEDs – 5 pcs
• Yellow LEDs – 5 pcs
• Green LEDs – 5 pcs
• Resistors 4 types of 10 pieces each:
• 220Ohm
• 1KOhm
• 10KOhm
• 100KOhm
• Jumpers in different colors – 20 pcs.
• TACT buttons with colored caps – 6 pcs.
• Photoresistors – 2 pcs.
• DC power cable from a 9V battery

Description of the UNO R3-compatible main board clone

• Supply voltage: 7 V to 12 V
• Fully compatible with Arduino Uno Rev3
• Microcontroller: ATmega328 – operating voltage 5V
• Maximum clock frequency: 16 MHz
• SRAM: 2 kB
• Flash memory: 32 kB (5kB reserved for bootloader)
• EEPROM memory: 1 kB
• iN-OUT inputs 14 including as many as 6 PWM
• current capacity of a single pin 40mA
• Number of analog inputs: 6 (A/D converter channels)
• Serial interfaces: UART, SPI, I2C
• External interrupts
• Connector: USB socket
• Soldered ISP connector
• Plate dimensions: 75 x 54 x 15 mm
• pin spacing 2.54mm (can be mounted in contact boards)
• uSB cable included
• Module fully compatible with Arduino Uno R3. (This means that it can be programmed through the Arduino IDE environment using available libraries.)
• The module has:
• aTmega328 microcontroller – the chip is clocked with a 16MHz clock signal
• 14 digital inputs/outputs,
• 6 PWM channels – e.g. for controlling servos / motors e.g SG-90
• 6 analog inputs
• popular communication interfaces
• uSB connector on CH340
• dC power socket
• rESET button
• pins used to connect the AVR programmer.
• To run the DFRduino, connect the chip to the computer via a USB cable and select in the Arduino IDE environment.
• module mostly compatible with shields designed for Duemilanowe and Diecimila