HIMALAYA
HIMALAYA basic ESP32, nano board, UNO R3, Mega2560, LoRa and Add-On board
- SKU:
- AR01001
- GTIN:
- 4060137001697
- Manufacturer:
-
- Shipping weight:
- 0,06 kg
- Item weight:
- 0,05 kg
- Review:
- SKU:
- AR01003
- GTIN:
- 4060137000812
- Manufacturer:
-
- Shipping weight:
- 0,06 kg
- Item weight:
- 0,05 kg
- Review:
- SKU:
- AR01010
- GTIN:
- 4060137000829
- Manufacturer:
-
- Shipping weight:
- 0,01 kg
- Item weight:
- 0,01 kg
- Review:
- SKU:
- HL02001
- GTIN:
- 4060137037269
- Manufacturer:
-
- Shipping weight:
- 0,02 kg
- Item weight:
- 0,02 kg
- SKU:
- CP02009
- GTIN:
- 4060137000225
- Manufacturer:
-
- Shipping weight:
- 0,04 kg
- Item weight:
- 0,04 kg
- Review:
- SKU:
- HB01001
- GTIN:
- 4060137041792
- Manufacturer:
-
- Shipping weight:
- 0,01 kg
- Item weight:
- 0,01 kg
- SKU:
- HL01005
- GTIN:
- 4060137054396
- Manufacturer:
-
- Shipping weight:
- 0,20 kg
- Item weight:
- 0,02 kg
- Review:
- SKU:
- AR01018
- GTIN:
- 4060137002427
- Manufacturer:
-
- Shipping weight:
- 0,11 kg
- Item weight:
- 0,09 kg
- Review:
- SKU:
- HL01002
- GTIN:
- 4060137037245
- Manufacturer:
-
- Shipping weight:
- 0,01 kg
- Item weight:
- 0,00 kg
- SKU:
- HL02004
- GTIN:
- 4060137037290
- Manufacturer:
-
- Shipping weight:
- 0,03 kg
- Item weight:
- 0,03 kg
The Arduino Uno R3 is a microcontroller board based on a removable, dual-inline-package (DIP) ATmega328 AVR microcontroller. It has 20 digital input/output pins (of which 6 can be used as PWM outputs and 6 can be used as analog inputs).
The Arduino Uno WiFi is an Arduino Uno with an integrated WiFi module. The board is based on the ATmega328P with an ESP8266WiFi Module integrated. The ESP8266WiFi Module is a self contained SoC with integrated TCP/IP protocol stack that can give access to your WiFi network (or the device can act as an access point).
ATmega328P is a high performance yet low power consumption 8-bit AVR microcontroller that's able to achieve the most single clock cycle execution of 131 powerful instructions thanks to its advanced RISC architecture. It can commonly be found as a processor in Arduino boards such as Arduino Fio and Arduino Uno.
1.Use your Arduino Uno on the Arduino Web IDE.
2.Use your Arduino Uno on the Arduino Desktop IDE. Install the board drivers. Open your first sketch. Select your board type and port. Upload the program. Learn more on the Desktop IDE.
3.Tutorials.
The Arduino Uno R3 pin diagram is shown below. It comprises 14-digit I/O pins. From these pins, 6-pins can be utilized like PWM outputs.