Arduino Uno SMD

The Arduino Uno SMD is a compact variant of the Arduino Uno development board, using surface-mount components. Based on the ATmega328P microcontroller, it offers the same functionality and compatibility with Arduino shields, but in a smaller form factor thanks to its surface-mount design. It facilitates electronic prototyping and project development through its user-friendly programming environment and its input/output pins for connecting various components.

Specifications:

• Microcontroller: ATmega328

• Nominal operating voltage: 5 V

• Recommended input voltage: 7–12 V

• Maximum input voltage via VIN: 6–20 V

• Maximum input voltage via USB connector: ≈ 5.5 V

• Digital input/output pins: 14 (including 6 PWM outputs: pins 3, 5, 6, 9, 10, and 11)

• Analog input pins: 6 (also usable as digital pins)

• Maximum current per I/O pin (5 V): 20 mA

• Maximum current available from the 3.3 V output: 50 mA

• Maximum current available from the 5 V output: 500 mA

• Flash program memory: 32 KB (ATmega328), including 0.5 KB used by the bootloader

• SRAM (volatile memory): 2 KB (ATmega328)

• EEPROM (non-volatile memory): 1 KB (ATmega328)

• Operating temperature: -40°C to 85°C

• Clock speed: 16 MHz

Note:

The Arduino Uno can be powered either through the USB connection (which provides 5 V, up to 500 mA) or through an external power supply. The power source is automatically selected by the board.

The external (non-USB) power supply can be either an AC-to-DC adapter or batteries. The AC adapter can be connected to the board's 2.1 mm DC barrel jack. Wires from a battery pack can be connected to the board's pins labeled GND (ground or 0 V) and VIN (positive input voltage).

In theory, the board can be powered with an external voltage ranging from 6 to 20 V. However, powering the board with less than 7 V may result in unstable operation, even though it may work at 5 V in some cases.

If you use more than 12 V, the voltage regulator may overheat or become damaged. The ideal recommended voltage range for powering the Arduino Uno is 7 to 12 V.

Applications:

• Rapid electronic prototyping: Quickly create functional prototypes to test electronic concepts and ideas.

• Electronics education: Teach programming and electronics in classrooms and training environments.

• Home automation: Automatically control lighting, heating, security systems, and other household devices.

• IoT (Internet of Things) projects: Connect physical devices to the Internet to collect data and enable remote control.

• Robotics: Control movements, sensors, motors, and actuators in various robotic applications.

• Interactive devices: Create interactive artistic installations, games, toys, and electronic devices.

• Lighting control: Create automated and customizable lighting systems for different environments and applications.

• Measurement and sensing: Use sensors to measure temperature, light, and other physical parameters.

• Industrial automation: Control processes, equipment, and machines in various industrial applications.

• Consumer electronics: Develop electronic products for consumers, such as controllers, toys, gadgets, and other smart devices.