English - Cursos Técnicos - Ingenieros
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3T-Basic Fundamentals of AC Circuit Analysis$50.00Learn MoreIn Basic Fundamentals of AC Circuit Analysis, you'll learn ...
- A foundation with which you can work with circuits involving Alternating Current
- Relevant topics, including AC Power, Factor, Resonance, Complex Numbers, Reactance, and Impedance
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2T- Digital Electric Circuits & Intelligent Electrical Devices$30.00Learn MoreIn Digital Electric Circuits & Intelligent Electrical Devices, you'll learn ...
∙ How Digital Electric Circuits work in the modern Intelligent Electrical Devices (IEDs)
∙ The role of Logic Gates
Digital Flip-Flops and how they relate to IEDs
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6T-Protection and Control of High Voltage Power Circuits$90.00Learn MoreProtection and Control of High-Voltage Power Circuits
In Protection and Control of High-Voltage Power Circuits (Video on Demand), you'll learn ...
∙ HV Bus Differential Protection; CT Saturation and Mal-operation of Bus Protection
∙ Overview of HV Circuit Breaker Types (Oil, Vacuum, Air Blast, SF6)
HV Circuit Breakers
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6T-Electrical 3 Phase Power Transformers Fundamentals$90.00Learn MoreElectrical 3-Phase Power Transformers Fundamentals
In Electrical 3-Phase Power Transformers Fundamentals (Video on Demand), you'll learn ...
∙ The basic principles of high voltage transformers from a protection and control perspective
∙ Transformer Connections: (Y – Y; Delta - Delta; Y - Delta; Delta - Y and Y - Zag Zig) and Transformer Clock System Vector Nomenclature
Transformer core construction and losses & cooling mitigation techniques
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4T-Power Analysis in AC Circuits$60.00Learn MorePower Analysis in AC Circuits
In Power Analysis in AC Circuits (Video on Demand), you'll learn ...
∙ How to work with three-phase power
∙ How to describe how instantaneous and average power in AC circuit can be written in terms of peak current and voltage and of rms current and voltage
Calculate what is required for power factor correction
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6T-Per Unit Analysis for Single and Three Phase Systems$90.00Learn MorePer Unit Analysis for Single- and Three-Phase Systems
In Per Unit Analysis for Single- and Three-Phase Systems, you'll learn ...
∙ How to work with Three-Phase Normalization and various transformer configurations
∙ The Normalization Process used in Per Unit Analysis
The need and process of “Base Change”
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8T-Rotating Machines$120.00Learn MoreRotating Machines
In Rotating Machines (Video on Demand), you'll learn ...
∙ Commutation as it relates to DC motors and generators
∙ Synchronous generators connected to large systems, such as the North American Grid
The workings of DC motors and DC generators
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4T-Trigonometry for Electrical Engineering$60.00Learn MoreThis course takes you from the fundamentals of trigonometry to the more sophisticated operations required in electrical engineering. As you work and study electrical engineering you are going to run into various proofs and equations that are based on trigonometry.
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6T-Arc Flash Calculation Methods$90.00Learn MoreThis course gives an overview of arc flash hazard computations suggested by IEEE and NFPA. All formulas and calculation procedures presented in this course are the property of the IEEE and NFPA. Students are encouraged to consult the standards for additional details.
This course is suitable for engineers with a desire to understand procedures for completing arc flash studies. Course covers arc flash calculation methods, approach boundaries, incident energy, calculation of the arcing time, determining risk category, information presented on single line diagrams, reports and labels.
Learning Objectives
This continuing education course is intended to provide you with the following specific knowledge and skills:
Arch flash calculation methods
Approach boundaries
Incident energy
Calculation of arcing time
Determining risk category
Assessment results format used on single line diagrams, reports and labels
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4T- Limiting Arc Flash Exposure$60.00Learn MoreArc flash incidents may happen despite care taken to avert them. In such circumstances, it is always better if the incident energy is low and staff is ready for the worst by implementing adequate PPE. Arc flash incidents can be cut down by use of adequate equipment, proper preventive care, planning and coordination of operation, as well as skill improvement and real experience. Also crucial is the mental and physical circumstances of the staff such that the dropping of equipment and tools, accidental touching, etc., are averted.
This course is suitable for engineers with a desire to understand the how to limit arc flash exposure. Course covers discussion on preventive operation, limiting fault currents and adjustments of protection settings and personal protective equipment.
Learning Objectives
This continuing education course is intended to provide you with the following specific knowledge and skills:
Limiting arc flash exposure
System preventive operation
Limiting short circuit currents and arcing times
Adjustment of protective settings
Personal protective equipment selection
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