EFX Electronic Learning Kit-15 Projects-in-1

15 projecs in 1

The young mind is the sharpest mind. It learns quick and acts quicker. Nowadays, the education system focuses on books and rote-learning, but times are changing as these young geniuses, who chose to take a different path, have proved. To those of us who teach and love our subjects, it seems unintelligible that students are not loving about them.Practical learning experiences when students are actively busy in query work, where they are reading, questioning, talking, analyzing & making small projects many groups independently. The main purpose of project work is to provide a structure through which students can show mastery of a subject by making, creating an Electronic Learning Kit project that is driven by their personal interest in a topic While the projects can appraise the students’ knowledge to which students have understood them, they also let students imagine intensely and logically.

EFX Electronic Learning Kit – 15 Projects-in-1

Generally, success in Electronic Learning Kits plays an important role in the career of school students. Many students quit this branch because they fail on their first try of their projects. After a few failures, a student has a myth that Electronic Learning Kits working currently might not work correctly tomorrow. So, we recommend beginners start with this 15 Projects-in-1 on a breadboard which will work or not in your first effort.You can buy any of the below-listed projects from us for your school science fair demonstration.

Project-1

The main objective of this project is to determine the open and closed circuit concept.This circuit can be built with PSU (power supply unit) and PI red LED (power indicator).The below figure gives the circuit diagram and connects the circuit as per the diagram is shown in below.

Open and Closed Circuit

Project-2

The main objective of this project is to demonstrate how electricity is used to generate sound using the push button and a buzzer.This circuit can be built with (power supply unit), PI red LED (power indicator), S1(push button switch) and L4 buzzer.The below figure gives the circuit diagram and connects the circuit as per the diagram is shown in below.

How Electricity is Used

Project-3

The main objective of this project is to demonstrate how LED valves let the flow of electricity only in one direction.This circuit can be built with PSU (power supply unit), PI red LED (power indicator), S1 (push button switch) and reversed LED LU3.The below figure gives the circuit diagram and connects the circuit as per the diagram is shown in below.Retain project 3 and replace LED LU3 in reverse direction

How LED Valves Let the Flow of Electricity

Project-4

The main objective of this project is to demonstrate how electricity is used to light up an LED.This circuit can be built with PSU (power supply unit), PI red LED (power indicator), S1 (push button switch) and LED LU3.The below figure gives the circuit diagram and connects the circuit as per the diagram is shown in below.

How Electricity is Used

Project-5

The main objective of this project is to demonstrate insulator and conductor of electricity.This circuit can be built with PSU (power supply unit), PI red LED (power indicator), jumper J and LED LU3.The below figure gives the circuit diagram and connects the circuit as per the diagram is shown in below.Retain project 3 and replace the push button switch S1 with a jumper J.

Insulator and Conductor of Electricity

Project-6

The main objective of this project is to demonstrate insulator and conductor of electricity.This circuit can be built with PSU (power supply unit), PI red LED (power indicator), jumper J, Fuse, and LED LU3.

Insulator and Conductor of Electricity

Project-7

The main objective of this project is to demonstrate the function of a resistor in series with a buzzer.This circuit can be built with PSU (power supply unit), PI red LED (power indicator), 330R resistor, buzzer L4.

The Function of a Resistor

Project-8

The main objective of this project is to demonstrate how a series resistor is used to guard an LED. This circuit can be built with PSU (power supply unit), PI red LED (power indicator), 330R resistor, LED LU3.The below figure gives the circuit diagram and connects the circuit as per the diagram is shown in below. Retain project 7 and replace the Buzzer L4 with a red LED LU3.

How a Series Resistor is Used

Project-9

The main objective of this project is to demonstrate how electrical circuits can be built to turn on various loads at a time without disturbing the other load’s performance. This circuit can be built with (power supply unit), PI red LED (power indicator), LED white LU3, Buzzer L4.

How Electrical Circuits Can be Built

Project-10

The main objective of this project is to demonstrate the use of transistors using the push button switch for input and buzzer for output.This circuit can be built with PSU (power supply unit), PI red LED (power indicator), Buzzer L4, push button switch (S1), transistor BC 547 QU1 block.

The use of Transistors

Project-11

The main objective of this project is to demonstrate how transistor as a switch can control the output of an LED This circuit can be built with PSU (power supply unit), PI red LED (power indicator), LED LU3, push button switch (S1), transistor BC 547 QU1 block.The below figure gives the circuit diagram and connects the circuit as per the diagram is shown in below. Retain project 10 and replace the Buzzer L4 with a red LED LU3.

How Transistor as a Switch

Project-12

Demonstration of Push Button Switch in reverse function with Buzzer for output.This circuit can be built with PSU (power supply unit) of 5V, red LED (power indicator), push button switch, Breadboard, Transistor BC547, Buzzer L4, jumper wires and connecting wires.The below figure gives the circuit diagram and connects the circuit as per the diagram is shown in below.

Push Button Switch in Reverse Function

Project-13

Demonstration of Push Button Switch in reverse function with LED for output.This circuit can be built with PSU (power supply unit) of 5V, red LED (power indicator), push button switch, Breadboard, Transistor BC547, LED LU3, jumper wires, and connecting wires. The below figure gives the circuit diagram and connects the circuit as per the diagram is shown in below.Retain project 12 and replace the Buzzer L4 with a red LED LU3.

Push Button Switch in Reverse Function

Project-14

To demonstrate, “The human body is a good conductor of electricity” using human touch as input and the buzzer output.This circuit can be built with PSU (power supply unit) and red LED (power indicator), Breadboard, 2- Transistor BC547, Buzzer, connecting wires.The below figure gives the circuit diagram and connects the circuit as per the diagram is shown in below.

Human Body is a Good Conductor of Electricity

Project-15

Amplification of the current via Darlington transistor.This circuit can be built with PSU (power supply unit) and P1 red LED (power indicator), Breadboard, 2-Transistor BC547, Buzzer L4, and connecting wires.The below figure gives the circuit diagram and connects the circuit as per the diagram is shown in below. Retain project 14 and replace the Buzzer L4 with a red LED LU3.

Amplification of the Current via Darlington Transistor

Thus, above are some of the Electronic Learning Kits to get you on track in the making and development of your school level projects. While you may decide to use any of these projects, we preferably used mini breadboards to guide you in developing your own projects. We have kept them extensive so that any school student can work out the details. Keep in mind that these mini breadboard projects should be continued throughout the school year and contain strong aims and deliverables.