top of page

Interfacing Temperature Sensor with Arduino using TinkerCAD

Updated: Mar 24

Simulation software is an interactive tool generally used in experimenting with the circuit design before establishing it in the hardware/PCB board. It helps to analyze the design schematic to check the integrity of its functions and makes sure the efficiency of the design before establishing it in the circuit board.


In this article, let us learn how to Interface Temperature Sensor with Arduino using TinkerCAD. Let's first start with the requirements that we will need to design the circuit with TinkerCAD Software.


Hardware Requirements:


These components are required for manual circuit development, for #simulation purposes TinkerCAD software is sufficient. To build the circuit manually, click on the links given below to buy the components required.


1. Arduino UNO:

Develop a stronger concept in Arduino through this article:- What is Arduino?

Arduino UNO
Arduino UNO

#Arduino board is a microcontroller that is used to accept inputs from sensors connected and provide an output action on the desired device connected to it. The sensor inputs can be from light-detecting sensors, motion sensors (Ultrasonic or IR), temperature sensors, etc. The output from this device can be received through other output devices such as LED, Buzzer, Serial monitor, etc.


Buy Arduino UNO from here.


2. LM-35 Temperature Sensor:


LM-35 Temperature Sensor
LM-35 Temperature Sensor

LM-35 #Temperature Sensor is a temperature measuring device, gives an analog output voltage based on the instantaneous change in temperature value. This analog output voltage is proportional to the instantaneous input. It has three pins namely - supply voltage pin (Vcc), Output Voltage pin, and Ground pin (Gnd).



3. Jumper Wires:


Jumper Wires
Jumper Wires


These are the main components that are used to establish the connections between different devices of the circuit. There are three types male to female, female to female, and male to male.


Buy Jumper Wires from here.

Software Requirements:


1. TinkerCAD Software:


TinkerCAD Software LOGO
TinkerCAD Software LOGO

It is an easy-to-use online simulation #software used for circuit design. It has all the essential electrical components required to built and analyze the circuit.


Visit the TinkerCad website.


Circuit Connection and its Working :



The connection between the Arduino board and LM35- Temperature sensor by using jumper wires involves simple steps:

  • The supply voltage is the voltage by which the circuit operates, and it needs to be connected to 5V on the Arduino board to power the temperature sensor LM35.

  • The output voltage is the analog pin connected to the A0 pin of the Arduino board through which we receive data.

  • Finally, connect the ground pin of the sensor to the GND terminal in the Arduino board to establish a common ground connection.

Code:



NOTE: The default code present in the TinkerCAD window needs to be removed and the program code needs to be written. Download the document and copy-paste the code in TinkerCAD to simulate the circuit.


Check the Project working video here - Interfacing Temperature Sensor(LM35) with Arduino

Video By - Rhea Mantri


Simulation software plays a major role in the building of large circuits as they help to analyze the working of the circuit before it can be built practically. It helps us create a #virtual design of the circuit we want to build and avoid damages to the circuit if in case we don't know, beforehand about the correct circuit connections.


For more projects through TinkerCad click here.


By using this TinkerCad open-source software design your own circuit, run the code in the software, and validate your project ideas.

 

See also:


Related Posts

See All

2 comentarios


Informative and concise! LearnElectronics India always delivers quality content.

Me gusta

Anushka Gupta
Anushka Gupta
24 jul 2023

Learn Electronics India deserves all the praise for this well-researched and beautifully presented blog. I loved the practical approach, and the troubleshooting tips were a lifesaver. Looking forward to more such content from you.

Me gusta
bottom of page