Talema designs and manufactures an extensive range of 50/60 Hz toroidal transformers. In this article, we will discuss each of the main series in the Talema catalog to help you make the best selection for your application.Seguir leyendo
Autor: Yoganand Velayutham
12 Steps for Designing Toroidal Transformers
Following these 12 steps when designing toroidal transformers will ensure a long component life and optimal performance.Seguir leyendo
What Makes a Good Toroidal Transformer?
The overall quality of a toroidal transformer is determined by many design choices. In this article, we discuss material selection and construction techniques to produce the best toroidal components.Seguir leyendo
Introduction to Toroidal Transformers
Toroidal transformers provide increased design flexibility, efficiency, and compactness when compared to traditional shell and core type transformers. Learn more about how engineers take advantage of these characteristics.Seguir leyendo
Introduction to Transformers and Standard E-I Construction
Our modern world of efficient power distribution across cities and continents would not be possible without electrical transformers. In this article, we cover the basics of their function and construction.Seguir leyendo
Segmented Core Cap Technology for Medical Transformers
A novel "segmented core cap" design for medical-grade isolation transformers supports primary and secondary windings in alternate sectors to reduce leakage current.Seguir leyendo
Medical Grade Isolation Transformer Design
Medical grade isolation transformers are designed to isolate the patient and the operator from an electric shock and to protect the equipment from power surges or faulty components.Seguir leyendo
Using Transformers for Electrical Isolation in Medical Devices
Toroidal transformers are ideal for electrical isolation in medical equipment because they are compact, can be completely encapsulated when necessary, and have low stray fields, making them less likely to cause electromagnetic disturbances.Seguir leyendo
Leakage Current in Medical Devices
Medical electrical equipment, even though operating perfectly, may still be hazardous to the patient. This is because every piece of electrical equipment produces a leakage current. Learn how proper design ensures patient safety.Seguir leyendo
Medical Electrical Equipment Safety and Regulation
Medical equipment can expose patients and caregivers to potential electrical hazards. Several international standards exist to ensure adequate protection is incorporated into equipment designs.Seguir leyendo