About Course

Learn Oscilloscopes for Beginners – Free Course!

This comprehensive course is your complete guide to mastering oscilloscopes, essential tools for anyone working with electronics. Whether you’re a beginner or have some experience, this course will help you understand how oscilloscopes work and how to use them effectively. This course is completely free and covers everything from the basics of oscilloscopes to advanced techniques. You’ll learn:

The essential features, functions, and controls of an oscilloscope
How to calibrate and prepare your oscilloscope for use
Hands-on experiments using Arduino and ESP32 to demonstrate various oscilloscope features

This course is perfect for anyone who wants to:

Gain a deeper understanding of electronics
Learn how to use an oscilloscope for troubleshooting and debugging
Improve their skills in circuit design and analysis

This free course is from Udemy and is taught by an experienced electronics instructor. Enroll today and start your journey to becoming an oscilloscope expert! This course is completely free and is available on Theetay, your source for free online courses from platforms like Udemy, Udacity, Coursera, MasterClass, NearPeer, and more.

Understand the purpose of the oscilloscope.
Understand the basic controls of the oscilloscope.
Learn how to calibrate and use the probes so that a signal is transmitted to the oscilloscope with minimal distortion.
Learn how to use the automatic and manual trigger function to capture a variety of signal types.
Understand the differences and similarities between bench-top, portable and PC/USB oscilloscopes.
Understand what you can and cannot do with an oscilloscope.
Become familiar with the various kinds of waveforms that are typical in electronic circuits.
Understand how to keep your oscilloscope and yourself safe.
Learn how to use the oscilloscope automatic measurement and statistics functions.
Learn how to take manual measurements using the cursors.
Learn how to use cursors in manual, tracking and automatic mode.
Build-up your skill and confidence through a series of experimentations.

Course Content

1. 01 – Introduction

001. 01.10 What you should know about this course.mp4

00:00
002. 01.20 Software you will need.mp4

00:00
003. 01.30 Hardware you will need.mp4

00:00
004. 01.40 How to get the most out of this course.mp4

00:00
Section Quiz

2. 02 – What is the oscilloscope

3. 03 – Getting comfortable with your oscilloscope

001. 03.01 Introduction to section 3.mp4

00:00
002. 03.05 How to connect the probes.mp4

00:00
003. 03.10 How to calibrate (compensate) the probes.mp4

00:00
004. 03.15 How to calibrate the oscilloscope.mp4

00:00
005. 03.40 What is input coupling.mp4

00:00
006. 03.50 Get started with automatic triggering.mp4

00:00
007. 03.85 Cursor basics.mp4

00:00
008. 03.90 How to manually label your channels.mp4

00:00
009. 03.110 Quick demo of a USB oscilloscope.mp4

00:00
Section Quiz

4. 04 – Measure an RC circuit

001. 04.10 Experiment 1 Introduction.mp4

00:00
002. 04.20 Experiment 1 Setup the oscilloscope.mp4

00:00
003. 04.30 Experiment 1 Setup the trigger.mp4

00:00
004. 04.40 Experiment 1 How to use the automatic edge trigger.mp4

00:00
005. 04.50 Experiment 1 Measure waveform attributes.mp4

00:00
006. 04.60 Experiment 1 How to use the manual cursors.mp4

00:00
007. 04.70 Experiment 1 How to use the automatic cursors.mp4

00:00
008. 04.80 Experiment 1 How to use cursor tracking.mp4

00:00
009. 04.90 RC circuit experiment with the USB oscilloscope.mp4

00:00
Section Quiz

5. 05 – Button press and response

6. 06 – See ultrasounds using the Ultrasonic sensor

7. 07 – Measure a PWM signal

8. 09 – Measure waveforms created by an ESP32

001. 09.10 Experiment 6 Introduction.mp4

00:00
002. 09.20 Experiment 6 Review the Arduino circuit and sketch.mp4

00:00
003. 09.30 Experiment 6 Setup the probe and trigger.mp4

00:00
004. 09.40 Experiment 6 Sine waveform measurements.mp4

00:00
005. 09.50 Experiment 6 Triangular waveform measurements.mp4

00:00
006. 09.60 Experiment 6 Sawtooth waveform measurements.mp4

00:00
007. 09.70 Experiment 6 Square waveform measurements.mp4

00:00
008. 09.80 Experiment 6 Decaying waveform measurements.mp4

00:00
009. 09.90 Experiment 6 Runt waveform measurements.mp4

00:00
Section Quiz

9. In conclusion

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Student Ratings & Reviews

5.0

Total 1 Rating

1 Rating

0 Rating

Ahmad Mushtaq

12 months ago

I really had zero idea that an oscilloscope had that much features. Always wondered why were they so expensive. We never used an oscilloscope for anything other than measuring real-time voltages in our electronics labs in university. I think even our instructors don't know these features of oscilloscopes that Dr. Peter just taught. Thanks :)

About Course

Learn Oscilloscopes for Beginners – Free Course!

What Will You Learn?

Course Content

1. 01 – Introduction

001. 01.10 What you should know about this course.mp4

002. 01.20 Software you will need.mp4

003. 01.30 Hardware you will need.mp4

004. 01.40 How to get the most out of this course.mp4

Section Quiz

2. 02 – What is the oscilloscope

001. 02.05 Introduction to section 2.mp4

002. 02.10 An introduction to oscilloscopes.mp4

003. 02.50 The basic functions of an oscilloscope.mp4

004. 02.60 The basic controls of an oscilloscope.mp4

005. 02.80 An overview of oscilloscope probes.mp4

006. 02.90 An overview of waveforms.mp4

007. 02.100 Basic precautions to avoid damage and injury.mp4

Section Quiz

3. 03 – Getting comfortable with your oscilloscope

001. 03.01 Introduction to section 3.mp4

002. 03.05 How to connect the probes.mp4

003. 03.10 How to calibrate (compensate) the probes.mp4

004. 03.15 How to calibrate the oscilloscope.mp4

005. 03.40 What is input coupling.mp4

006. 03.50 Get started with automatic triggering.mp4

007. 03.85 Cursor basics.mp4

008. 03.90 How to manually label your channels.mp4

009. 03.110 Quick demo of a USB oscilloscope.mp4

Section Quiz

4. 04 – Measure an RC circuit

001. 04.10 Experiment 1 Introduction.mp4

002. 04.20 Experiment 1 Setup the oscilloscope.mp4

003. 04.30 Experiment 1 Setup the trigger.mp4

004. 04.40 Experiment 1 How to use the automatic edge trigger.mp4

005. 04.50 Experiment 1 Measure waveform attributes.mp4

006. 04.60 Experiment 1 How to use the manual cursors.mp4

007. 04.70 Experiment 1 How to use the automatic cursors.mp4

008. 04.80 Experiment 1 How to use cursor tracking.mp4

009. 04.90 RC circuit experiment with the USB oscilloscope.mp4

Section Quiz

5. 05 – Button press and response

001. 05.10 Experiment 2 Introduction.mp4

002. 05.20 Experiment 2 Review the Arduino circuit and sketch.mp4

003. 05.30 Experiment 2 How to connect the probes.mp4

004. 05.40 Experiment 2 Setup the trigger.mp4

005. 05.50 Experiment 2 Measure waveform attributes.mp4

006. 05.60 Experiment 2 Repeat the experiment with a USB oscilloscope.mp4

Section Quiz

6. 06 – See ultrasounds using the Ultrasonic sensor

001. 06.10 Experiment 3 Introduction.mp4

002. 06.20 Experiment 3 Review the Arduino circuit and sketch.mp4

003. 06.30 Experiment 3 Connect the probes and see the signal live.mp4

004. 06.40 Experiment 3 Setup the trigger.mp4

005. 06.50 Experiment 3 Measure waveform attributes.mp4

7. 07 – Measure a PWM signal

001. 07.10 Experiment 4 Introduction.mp4

002. 07.20 Experiment 4 Review the Arduino circuit and sketch.mp4

003. 07.30 Experiment 4 Setup the probes and trigger.mp4

004. 07.50 Experiment 4 Measure waveform attributes.mp4

Section Quiz

8. 09 – Measure waveforms created by an ESP32

001. 09.10 Experiment 6 Introduction.mp4

002. 09.20 Experiment 6 Review the Arduino circuit and sketch.mp4

003. 09.30 Experiment 6 Setup the probe and trigger.mp4

004. 09.40 Experiment 6 Sine waveform measurements.mp4

005. 09.50 Experiment 6 Triangular waveform measurements.mp4

006. 09.60 Experiment 6 Sawtooth waveform measurements.mp4

007. 09.70 Experiment 6 Square waveform measurements.mp4

008. 09.80 Experiment 6 Decaying waveform measurements.mp4

009. 09.90 Experiment 6 Runt waveform measurements.mp4

Section Quiz

9. In conclusion

001. Congratulations.html

002. Other courses by Peter Dalmaris.html

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