Alternating Current
Alternating Current is a course designed to familiarize participants with how alternating current (AC) circuits work, and how voltage and current can change depending on the load, the source, and how the load and source are connected together. After completing this course, participants should be able to determine current and voltage values for an AC sine wave; explain how resistance, inductance, and capacitance affect AC circuits; explain how to calculate power in AC circuits and how to adjust power by correctly selecting and sizing circuit components; and describe the construction, operation, and use of various types of transformers.
Demos + Pricing
Learn more about our courses, get pricing, and see our platform.
Frequently Asked Questions
What operational challenges does this course address?
This course addresses applied electrical theory, including circuit analysis and Ohm’sKirchhoff’s laws related to Alternating Current. Alternating Current is a course designed to familiarize participants with how alternating current (AC) circuits work, and how voltage and current can change depending on the load, the source, and how the load and source are connected together. After completing this course, participants should be able to determine current and voltage values for an AC sine wave; explain how resistance, inductance, and capacitance affect AC circuits; explain how to calculate power in AC circuits and how to adjust power by correctly selecting and sizing circuit components; and describe the construction, operation, and use of various types of transformers.
What real-world situations or incidents is this training designed to prepare personnel for?
The training is designed to prepare personnel for circuit faults and calculation errors that can lead to equipment damage or safety hazards associated with Alternating Current. Alternating Current is a course designed to familiarize participants with how alternating current (AC) circuits work, and how voltage and current can change depending on the load, the source, and how the load and source are connected together. After completing this course, participants should be able to determine current and voltage values for an AC sine wave; explain how resistance, inductance, and capacitance affect AC circuits; explain how to calculate power in AC circuits and how to adjust power by correctly selecting and sizing circuit components; and describe the construction, operation, and use of various types of transformers.
What safety or compliance concerns does this course help organizations address?
This course helps organizations address electrical safety practices and code-driven maintenance standards tied to Alternating Current. It supports stronger awareness, more consistent practices, and better day-to-day decision-making on electrical systems and equipment.
Which personnel or departments would benefit most from this training?
This training is most relevant for electricians and electrical technicians applying core electrical theory on the job, along with organizations seeking to strengthen knowledge, consistency, and role-specific readiness connected to Alternating Current.
How can this course support department readiness, consistency, or professional development?
This course can support department readiness and professional development by strengthening foundational electrical-theory knowledge and calculation accuracy related to Alternating Current.
How does this course fit into a broader training program?
This course fits well within a broader training program focused on electrical maintenance skill development, apprenticeship training, and continuing education. It can be used to support onboarding, refresher training, continuing education, and more consistent performance across facility management teams.
