CHEAP Microcontrollers from AliExpress, are they any good? Spoiler Alert - YES, AWESOME #raspberrypi

PID Control Explained: The Ultimate Guide from Basics to Implementation!

Transform Your Tree🎄: Intelligent Christmas lights! Just 3 wires, super impressive! XMAS 2024 🎅🏻

DJI drone battery repair using Arduino – 2024 method – super easy (MAVIC, SPARK & OTHERS)!

Amazing wireless key light with adjustable color temperature and intensity for less than $50!

Amazing wireless lights that anyone can build - perfect for YouTube beginners.

I made an internet controlled coffee roaster using ESP32 and Arduino IOT! (1000 subscriber special)

How to generate REALLY HIGH VOLTAGES using just 9 Volts...

COLD PLASMA - From a 9 Volt battery??? (Part 2)

COLD PLASMA - From a 9 Volt battery??? (Part 1)

Exam walk through - Part 4.

Exam walk through - Part 3.

Exam walk through - Part 2.

Exam walk through - Part 1.

14: Real filter circuits - Worked examples.

13: Simple tips to create Bode plots

12: Filter transfer functions

11: Identifying passive filters.

10: Power triangles explained!

09: Real vs Imaginary power explained!

08: Power Factor Explained!

07: Power in Reactive Components Explained. #thecircuithelper

06: Power in AC circuits Explained. #thecircuithelper

05: Parallel Impedances made Simple!. #thecircuithelper

10: Practical guide to understand amplifiers.

09: Charging and Discharging

08: Storing Energy Made Simple!

AC23: From Oscillations to Shocking High-Voltage: Analysis of Resonant Circuits!

AC22: Have you got the Q factor?

AC21: Resonant circuits explained!

AC20: Cascading filters to improve performance!.

A Stroke of Genius: How I Outsmarted Siri and Alexa With A Raspberry Pi And ChatGPT!

AC19: Comparing idealised and realistic filter responses.

AC18: High pass filters - amplitude and phase response..

AC17: Low pass filters - amplitude and phase response.

AC16: Introduction to BODE PLOTS.

AC15: Practical filter circuits explained in the LAB!

AC potential dividers - the foundation of the filter. #thecircuithelper

Solving circuits with impedance. #thecircuithelper, #electronics

AC14: Filter design made simple.

AC13: Filter circuits made simple.

AC12: What are filter circuits and why do we need them? #thecircuithelper

AC11: Complex power real-world examples.

AC10: Complex power and the power triangle.

Exploring AC waveforms using MATLAB. #thecircuithelper, #electronics

AC09: Do you have the POWER FACTOR?

AC08: Understanding AC Power and reactive components

Sinusoids and phasors, a practical guide. #thecircuithelper, #electronics

AC07: Understanding AC Power - an introduction.

AC06: Combining Series and Parallel Impedances!

AC05: Getting to Grips with Impedance in AC circuit analysis!!

AC04: Visualizing AC Circuits: How Phasor Diagrams Can Simplify Your Analysis!!

AC03: Understanding Ohm's law and impedance in AC circuits! #thecircuithelper #electronics

AC02: Working with sinusoids to simplify AC circuit analysis! #thecircuithelper #electronics

AC01: Introduction to AC circuits #thecircuithelper #engineering

DC22: Amplifiers – turn up the FEEDBACK!

DC21: Amplifiers: THE GOLDEN RULES!

DC20: How to charge an inductor?

DC19: Understand Capacitor Charging!

DC18: Inductors, what are they?