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Calculating Transformer Currents

Calculating Transformer Currents

The article explains the calculation of transformer currents using the power formula and turns ratio and looks at transformer impedance and…


Control Transformers: Operation, Selection, and Sizing Considerations

Control Transformers: Operation, Selection, and Sizing Considerations

This article provides an overview of control transformers, emphasizing their role in converting high voltages to safer levels for controlling…


Differentiating Transformer Losses

Differentiating Transformer Losses

Learn about core and coil losses in transformers.


Reducing Electromigration in High-Voltage FACTS Semiconductors

Reducing Electromigration in High-Voltage FACTS Semiconductors

Discover how to mitigate electromigration, a critical challenge in high-voltage semiconductors, particularly those used in flexible AC transmission…


Switch-Mode Power Supplies: Optimizing Energy Use in Electronics

Switch-Mode Power Supplies: Optimizing Energy Use in Electronics

This article examines the considerations involved in selecting switch-mode power supplies.


How To Select a Transformer When Designing an Isolated Buck Converter

How To Select a Transformer When Designing an Isolated Buck Converter

This article explains how to select a transformer—a pivotal step in designing an isolated buck converter—including parameters to consider, the…


Using AI/ML To Predict Brownouts in Step-Down Transformers

Using AI/ML To Predict Brownouts in Step-Down Transformers

This article explores how artificial intelligence and machine learning predict brownout thresholds in a step-down transformer using a circuit…


Substation Transformers Explained

Substation Transformers Explained

Learn about the different types of transformers in high-voltage substations by exploring their technical workings and the mathematical evaluations…


Introduction to TLVR Structured Transformer-Based Voltage Regulators

Introduction to TLVR Structured Transformer-Based Voltage Regulators

This article introduces transformer-based voltage regulators with a trans-inductor voltage regulator structure designed to respond extremely…


Examining the Causes of Transformer Insulation Failure

Examining the Causes of Transformer Insulation Failure

Learn the reasons behind insulation-related transformer failures.


Current Transformers: Operation, Types, and Polarity Considerations

Current Transformers: Operation, Types, and Polarity Considerations

Learn about current transformers and their essential role in transforming large currents into smaller ones, including winding ratios, types, and…


Winding Connections and Applications of Buck-Boost Transformers

Winding Connections and Applications of Buck-Boost Transformers

This article will teach you about buck-boost transformers, winding connections, and their applications. The primary focus is on boosting (raising)…


Sizing Transformers for Single- and Three-Phase Loads

Sizing Transformers for Single- and Three-Phase Loads

This article spotlights the principles of sizing wye and delta-connected transformers to efficiently handle single- and three-phase loads.


Using Open Deltas Strategically To Increase Transformer Capacity

Using Open Deltas Strategically To Increase Transformer Capacity

Open delta transformers allow delta-connected transformers to supply three-phase loads with two-phase windings while maintaining phase voltages.…


Pros and Cons: Three-Phase Transformer Connections

Pros and Cons: Three-Phase Transformer Connections

This article examines three-phase transformer connections and their advantages and disadvantages, which are crucial for effectively matching…


Making Sense of the Fundamentals and Configurations of 3-Phase Transformers

Making Sense of the Fundamentals and Configurations of 3-Phase Transformers

This article teaches three-phase transformers' fundamental principles and configurations, including their construction with three primary and…


Using Probability Models to Understand Electrical System Reliability Engineering

Using Probability Models to Understand Electrical System Reliability Engineering

Reliability engineering in electrical systems is essential to ensuring system efficiency. This article explores how probability models are used in…


NEC Basics: Solidly Grounded, Service-Supplied AC Systems Above 1 kV

NEC Basics: Solidly Grounded, Service-Supplied AC Systems Above 1 kV

Learn about single-point and multi-grounded neutrals and service-supplied AC systems above 1 kV.


Exploring Transformers With Dual-Voltage Ratings

Exploring Transformers With Dual-Voltage Ratings

This article explains transformers with dual-voltage ratings and explores their configurations and how the windings can be connected in series or…


Understanding Transformer Voltage Adjustment Taps

Understanding Transformer Voltage Adjustment Taps

This article explains transformer voltage adjustment taps and their crucial role in maintaining secondary voltage despite fluctuations in the supply.