While the SDA and SCL pins of the Oled display module are connected with the Arduino Nano A4 and A5 pins. Similarly, the VCC and GND pins of the I2C supported SSD1306 Oled display module are connected with the 3.3V and GND pins of the Arduino Nano. While the DATA wire of the DHT21 Sensor is connected with the digital Pin D2 of the Arduino Nano. The VCC and GND wires of the DHT21 Temperature and Humidity Sensor are connected with the Arduino Nano 3.3V and GND pins. This is the circuit diagram of the Arduino and DHT21 Temperature and Humidity Sensor based temperature monitoring system. Project 1: Arduino-based Temp & Hum Circuit Diagram: Start with Altium Designer and Activate Altium 365. Right in the design environment so you can focus on your designs. Octopart is the fastest search engine for electronic parts and gives you the most up-to-date part data like specs, datasheets, cad models, and how much the part costs at different amounts etc. Get real-time component insights as you design with Octopart built into Altium 365. Altium 365 requires no additional licenses and comes included with your subscription plan. Connect to the platform directly from Altium Designer without changing how you already design electronics. Design, share, and manufacture, all in the same space with nothing extra to install or configure. Comments are attached directly to the project, making them viewable within Altium designer as well as through the browser interface. Using the browser interface, you’re able to comment, markup, cross probe, inspect, and more. Anyone you invite can open the design using a web browser. it’s easy, leave a comment tagging your teammate and they’ll instantly receive an email with a link to the design. Share your designs from anywhere and with anyone with a single click. I have already covered all these things.Īltium 365 lets you hold the fastest design reviews ever. Because, in this article, I am not explaining how to install the Raspberry Pi Pico board in the Arduino IDE or its technical specs, and pinouts. If you are just getting started with Raspberry Pi Pico or Raspberry Pi Pico W then I highly recommend, first, read my getting started articles on the Raspberry Pi Pico and then you can resume from here. I would appreciate your support in this way I may make a commission if you buy the components through these links. So, without any further delay, let’s get started. So, let’s go ahead and one by one convert these Arduino based projects into Raspberry Pi Pico based projects. Industrial Temperature Monitor using Arduino, K-type Thermocouple, Ma圆675 Amplifier board, and SSD1306 Oled display Module.Temperature and Humidity Monitoring System using Arduino, DHT21, and SSD1306 Oled display Module.To find out this, first, I made two Arduino-based projects. And some guys even asked about the Arduino Libraries if they can use the same Arduino Libraries with the Raspberry Pi Pico. Industrial Temperature Monitor using RPI PICO:Īrduino Project into Raspberry Pi Pico Project:Īrduino Project into Raspberry Pi Pico Project without changing the Code- A lot of boys and girls have been asking me if they can convert any Arduino based Project into a Raspberry Pi Pico based project without making any changes in the code.
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