Function Generators and Circuit Components

This video tutorial introduces the use of Tinkercad for simulating circuits with a function generator and oscilloscope. It covers lab sheet number four, explaining the setup and use of diodes and resistors in circuits. The tutorial provides detailed instructions for conducting experiments, including setting up the function generator and oscilloscope, and measuring AC signals. It also guides viewers on using Tinkercad to simulate the circuit and capture input and output signals. The video concludes with instructions for experiments involving multiple diodes and additional components.

What is the primary purpose of using Tinkercad in this lab session?

• To write software code

• To create 3D models

• To simulate electronic circuits

• To design mechanical parts

What type of signal does a function generator produce?

• DC signals

• AC signals

• Digital signals

• Pulse signals

In a diode forward bias, the signal flows in which direction?

• Both directions

• Backward direction

• No direction

• Forward direction

What equipment is used to measure AC signals in this lab?

• Digital multimeter

• Oscilloscope

• Voltmeter

• Ammeter

What is the role of the oscilloscope in this experiment?

• To amplify signals

• To supply power

• To measure input and output signals

• To generate signals

What is the first step in setting up the Tinkercad circuit?

• Connect the power supply

• Add a switch

• Select a breadboard

• Place the oscilloscope

What waveform is used as an example in the function generator setup?

• Square wave

• Sine wave

• Triangle wave

• Sawtooth wave

In experiment two, how many diodes are used?

• Three

• Four

• Two

• One

What additional component is introduced in experiment three?

• A transformer

• A switch

• A resistor

• A relay

What is the purpose of adding a capacitor in experiment three?

• To increase voltage

• To amplify signals

• To decrease current

• To store energy