Duration of the online course: 3 hours and 22 minutes
4.64
(11)
The "Intermediate Electronics" course offers a comprehensive exploration into the intricate world of electronic components and systems. With a total duration of 3 hours and 22 minutes, this professional-level course is tailored specifically for electricians seeking to deepen their understanding of electronic principles and applications. Garnering an impressive average rating of 5 stars, this course has been highly praised by learners for its depth, clarity, and engaging content.
Designed for those who have some foundational knowledge in electronics, the course delves into the complex mechanisms of diodes, exploring both forward and reverse biased states at a molecular level. Through detailed animations, learners can visualize how semiconductors operate, enriching their comprehension of electronic theory. The course also covers the operational principles of LEDs, explaining the interplay between molecular structures and practical implementations.
In addition to passive components, the course introduces microcontrollers, with a focus on the PIC10F200 series. Learners are guided through a step-by-step process, from basic introduction to more complex applications including microcontroller architecture, software setup with MPLAB X IDE, and assembly programming. Practical exercises such as blinking an LED, creating a PWM, and generating music with assembly language provide hands-on experience that solidifies theoretical knowledge.
The course further covers the concept of Zener diodes and their applications, such as voltage regulation. There's also a segment dedicated to creating and managing DIY Christmas lights using microcontroller-mediated Charlieplexing LEDs, offering a festive twist to practical learning. Advanced topics, including the functioning and classification of semiconductors, variable capacitor diodes, and bipolar junction transistors (BJTs), are explored through animations and practical demonstrations.
For those interested in power supply design, the course presents considerations for employing half-wave rectifiers. Detailed comparisons between NMOS and PMOS, as well as enhancement and depletion mode MOSFETs, equip learners with the knowledge to differentiate and apply these crucial components effectively. The course concludes with an insightful look into UARTs, from theoretical principles to practical implementation in software, enhancing communication protocols within electronic systems.
Overall, "Intermediate Electronics" is a meticulously curated course that bridges the gap between basic and advanced electronic concepts, enriched with animated explanations and practical projects to foster both understanding and application in real-world scenarios.
Video class: How does a forward biased diode work at the molecular level? - Part 2 | Intermediate Electronics
05m
Exercise: _What is the requirement for forward-biasing a diode?
Video class: Band Gap and Semiconductor Current Carriers | Intermediate Electronics
04m
Exercise: _What is the difference between the band gap of an insulator and a semiconductor?
Video class: How do semiconductors work? (with animation) | Intermediate Electronics
04m
Exercise: _What is the most commonly used semiconductor material in the electronics industry?
Video class: How does a diode work - the PN Junction (with animation) | Intermediate Electronics
05m
Exercise: _What is the majority carrier in the p region of a pn junction?
Video class: How does a reverse biased diode work at the molecular level? - Part 3 | Intermediate Electronics
03m
Exercise: _What happens to the depletion region when a diode is placed in reverse bias?
Video class: How does an LED work at the molecular AND practical level? | Intermediate Electronics
04m
Exercise: _What makes an LED different from a regular diode?
Video class: How to Use a Simple Microcontroller Part 1 - An Introduction (PIC10F200)
06m
Exercise: _What is the reason for using the microchip PIC10F200 in the Simple Microcontroller Series?
Video class: How to Use a Simple Microcontroller (PIC10F200) Part 2 - Equipment Needed
04m
Exercise: _What is the recommended way to purchase a PIC10F200 microcontroller?
Video class: Microcontroller Architecture - Part 3 Simple Microcontroller (PIC10F200) | Intermediate Electronics
08m
Exercise: _How many instructions can be put in and actually used in the PIC10F200 microcontroller?
Video class: Getting Started with MPLAB X IDE - Part 4 Microcontroller Basics (PIC10F200)
06m
Exercise: _What is the purpose of the resistors connected to Switch 1 and Switch 2 in the circuit setup?
Video class: Your First Assembly Program - Part 5 Microcontroller Basics (PIC10F200)
14m
Exercise: _What is the purpose of labels in assembly language?
Video class: How to Blink an LED - Part 6 Microcontroller Basics (PIC10F200)
10m
Exercise: What is the primary purpose of using delay loops in this assembly program?
Video class: Creating a PWM in Assembly - Part 7 Microcontroller Basics (PIC10F200)
09m
Exercise: _What is the purpose of the "i EQU 10" and "limit EQU 11" commands in the program?
Video class: What is a zener diode and how does it work? | Intermediate Electronics
03m
Exercise: _What is a Zener diode and how is it different from a typical diode?
Video class: DIY Christmas Lights with a Microcontroller - Charlieplexing LEDs (PIC10F200) | Christmas Special
08m
Exercise: _What is charlieplexing and how many LEDs can be controlled with three GPIO pins on the PIC10F200 microcontroller?
Video class: Creating music with Assembly - Part 8 Microcontroller Basics (PIC10F200)
09m
Exercise: _What is the purpose of the tutorial with the PIC10F200 microcontroller?
Video class: Using buttons with your microcontroller in Assembly - Part 9 Microcontroller Basics (PIC10F200)
13m
Exercise: _What is the purpose of the buttons in this tutorial?
Video class: What is a variable capacitor diode – how does it work? | Intermediate Electronics
05m
Exercise: _What is the formula for capacitance in a capacitor and varicap diode?
Video class: Animated BJT – How a Bipolar Junction Transistor works | Intermediate Electronics
04m
Exercise: _What are the two basic types of transistors?
Video class: Zener Diode Conceptual Overview | Intermediate Electronics
04m
Exercise: _What is the purpose of a voltage regulator?
Are you looking to advance your skills in electronics and take your knowledge to the next level? Our curated list of free intermediate electronics courses is designed specifically for aspiring electricians who want to deepen their understanding of electrical systems and components. Whether you are looking to enhance your career prospects or simply broaden your expertise, these courses offer valuable insights and practical knowledge to help you achieve your goals.
Intermediate electronics is a crucial subcategory within the broader field of electrician courses. It bridges the gap between basic electrical concepts and advanced electrical engineering, providing you with the skills needed to tackle more complex electrical projects. Our free courses cover a wide range of topics, including circuit design, microcontrollers, signal processing, and more, ensuring you gain a comprehensive understanding of intermediate electronics.
Here are some of the key benefits of enrolling in our free intermediate electronics courses:
Explore our list of free intermediate electronics courses and start your journey towards becoming a skilled electrician:
Each course is designed to build on your existing knowledge and provide you with the skills needed to excel in the field of electronics. With our free intermediate electronics courses, you can take the next step in your career as an electrician and open doors to new opportunities.
Don't miss out on this opportunity to enhance your skills and knowledge. Enroll in our free intermediate electronics courses today and start your journey towards becoming an expert electrician!
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