π§ To create and simulate an Arduino ohm meter using Proteus, you will need a 5V DC input as a power supply.
π An Arduino Uno R3, an open-source microcontroller board, is required for this project.
π₯οΈ An LCD display (LM016L) is necessary to display the outputs of the ohm meter.
π The experiment is to measure the unknown resistance using an Arduino-based resistance/ohm meter.
π‘ To measure the resistance, a potential potentiometer is used as the unknown resistance, and a known resistor is also needed.
β‘ The resistance is measured using a voltage divider network with the known and unknown resistors.
The video discusses an Arduino-based resistance/ohm meter using Proteus.
The voltage divided network equation is used to calculate the unknown resistance.
The Arduino code includes the liquid crystal display library and initializes the pins.
π‘ The video demonstrates how to create an Arduino-based resistance/ohm meter using Proteus.
π§ The Arduino is interfaced with an LED and the ohmmeter is displayed to show the experiment.
π The unknown resistance value is calculated using the analog pin voltage and displayed in real-time.
π The video demonstrates the use of an Arduino-based resistance/ohm meter.
π The resistance values displayed by the meter are accurate and responsive to changes in a potentiometer.
β The Arduino resistance/ohm meter is shown to be functioning properly.
π₯ The video is about creating and simulating an Arduino-based ohmmeter using Proteus.
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