logologo
Contact

HOMEABOUTSERVICESBLOGSBOOKSSHOPCONTACT

+977 9803661701support@nepatronix.orgLokanthali, Bhaktapur

© 2025 NepaTronix all rigths reserved

Combination of Resistance Parallel Connection(STEAM Education)

  Back To Blogs

To understand the effect of resistance in parallel connection on circuit behavior, that we will observe from LED intensity.

Project : 19


Combination of Resistance (Parallel Connection)

 

Project Aim:

To understand the effect of resistance in parallel connection on circuit behavior, that we will observe from LED intensity.


Components Used:

1.     Power Supply

2.     Resistors of 2.2K & 4.7K

3.     LED

4.     Connecting Wires

 

Circuit Diagram:

 

Connection Procedure:

Step 1: Connect the one end of 2.2K ohm resistor (R4, Pin 7) to one end of 4.7k ohm resistor (R5, Pin 9). Again, connect another end of 2.2K ohm resistor (R4, Pin 8) to another end of 4.7k ohm resistor (R5, Pin 10). This makes the connection of Resistors in Parallel.

Step 2: Now, Connect the positive terminal of the power supply (Pin 62) to one end of the parallel resistors, connect to any one pin (R4, Pin 7) or (R5, Pin 9).

Step 3: From another end of parallel resistors, any one pin (R4, Pin 8) or (R5, Pin 10) connect to Anode of the LED (Pin 45).

Step 4: Connect the Cathode of the LED (pin 46) to the negative terminal of the power supply (Pin 59).

Step 5: Ensure that the power supply is connected to a power source, and the circuit is complete.

Step 6: Observe the LED for illumination, indicating that the circuit is functioning properly.

 

Explanation:

In a parallel connection, resistances are linked between two points, each with its own current direction. This setup divides the current into different paths, which then join back together. As a result, the overall resistance decreases, leading to brighter LED lights. Additionally, if one part of the circuit fails, the others typically continue to function.




Total likes : 3

Comments







Read More Blogs!

LED Intensity Controlled with Resistance(STEAM Education)

The aim of this project is to understand how resistance affects the flow of current in a circuit and to learn how to control the intensity of an LED by varying resistance.


1.7k04

Research on Web-Based Smoke and Gas Detection System

This project presents a Smoke and Gas Detection System designed primarily for household applications but also suitable for industrial use. Utilizing an ESP32 microcontroller along with MQ-135 and MQ-3 sensors, the system effectively detects harmful gases and Smokes. Data from the sensors is transmitted to a web-based interface via the ThingSpeak platform, enabling real-time monitoring and alerts. The integration of a buzzer provides immediate audio notifications in the event of a detected hazard. This project aims to enhance safety by providing an efficient, reliable solution for early detection of Smoke and gas leaks, ultimately minimizing risks to life and property. By exploring various applications of the components used, this report further emphasizes the versatility and potential of IoT technology in safety systems.


1.6k00

Smart Cold Storage(IoT Projects Agriculture)

IoT Projects Agriculture Smart cold storage is a modern way to store food that uses high-tech sensors and computer systems to keep items like fruits, vegetables, and other perishable goods fresh for longer. It monitors things like temperature and humidity, adjusting conditions automatically to prevent spoilage. IoT Projects Agriculture This technology also helps save energy and improves overall efficiency, making sure food stays safe and of good quality until it reaches your table.


2.5k09

20 Arduino Projects For Beginners

Arduino UNO provides a versatile and accessible platform for building a wide range of innovative projects, whether you're a beginner just starting out or an experienced developer exploring complex applications. From simple LED blinking projects to advanced home automation systems and robotic creations, the possibilities are endless. Through hands-on experimentation and coding, Arduino UNO enables users to understand key concepts such as sensor interfacing, motor control, and automation. As seen in the diverse projects mentioned, the Arduino UNO serves as a gateway to mastering electronics, automation, and IoT development. By engaging in these projects, enthusiasts not only develop technical skills but also unlock creativity, allowing them to build real-world solutions for everyday challenges. With the foundation laid by these projects, the door is open for further exploration, customization, and innovation in the fascinating world of electronics and robotics.


4.2k010