Power analysis in AC circuits

By multiplying the RMS current and voltage measurements, the average AC power is determined. By dividing the RMS voltage by the impedance, Ohm's law for RMS AC is discovered. In an AC circuit, the source voltage and current have a phase angle, which may be calculated by dividing the resistance by the impedance. Because reactance is always present in AC circuits, there are two power components: one due to the magnetic field and the other due to the electric field. The ratio of average power in an AC circuit to apparent power, which is the product of voltage and current magnitudes, is known as the power factor. The voltages and currents in circuits driven by sinusoidal sources are always sinusoids with unique amplitudes that oscillate at the same frequency as the source. When you apply well-behaving AC signals to your circuit's input, the AC analysis helps you to find out what happens to it. An alternating current begins with zero amplitude, increases to a maximum value in a predetermined manner, and then falls back to zero. Following that, the current reverses its flow direction, rises to its greatest value in the opposite direction, and finally decays to zero. The cycle of variation then repeats again, with another reversal of the current orientation.

By completing this power analysis in AC circuits course, you will get more knowledge along with practical tips and advice, which will help you to learn every aspect of the power analysis in AC circuits course. This power analysis in AC circuits course equips you with skills to develop your career as an electrician or in careers related to power analysis in AC circuits.

This power analysis in AC circuits course is designed with many relevant video classes, PDFs, and exercises. So, after completing this power analysis in AC circuits course, you will be completely ready with all the requirements to be an AC circuit analysis expert in today’s job market.

You will have the best guidelines given by our expert trainers who are experienced in power analysis in AC circuits. Under the supervision of these trainers, along with the provided video classes and PDFs, you can unleash your power analysis in AC circuits skills to the top and have a strong position in the job market.

What will you learn from this course:

• First, you will learn about the introduction to power analysis in AC circuits.
• Power more on average, real & reactive.

Program content:

• Introduction

• Chapter 01 Power & Energy Defined

• Chapter 02 Power in Reactive Circuits Part A

• Chapter 03 Power in Reactive Circuits Part B

• Chapter 04 Power Trig Identities

• Chapter 05 Power, Real, and Reactive

• Chapter 06 Power More on Average, Real & Reactive

• Chapter 07 Power - Complex Power

• Chapter 08 Power Factor Correction

• Chapter 09 Power in 3-Phase Circuits

Why Blackboard learning:

Blackboard Learning is an online learning platform by which students from any corner of the world can learn his/her desired course. Using online learning, we assist students in realizing their full potential and advancing their careers. Today, our goal is to be the world's leading provider of online learning experiences with a global impact. By leveraging online learning, we assist students in preparing for bright futures in world-changing jobs. We provide a wide range of categories including Accounting & IT, Programming, Creative, and more. Our courses are designed to stretch students intellectually through state-of-the-art online learning.

• This power analysis in AC circuits is ideal for those who want to advance their career as an electrician.
• For those who want to become an AC circuit analysis expert, as well as those looking to further develop their skills and knowledge.
• People who want to perform better in power analysis in AC circuit-related careers.
• Those who are passionate about power analysis in AC circuits-related skills.
• Learners who desire to be more efficient in power analysis in AC circuits.

No prior knowledge or experience required

• Details you need to know about power in reactive circuits.
• Increasing your knowledge by learning power trig identities

Currently there are no Q&As for this course. Be the first to ask a question.

Certificate of completion

Digital certificate - Included