Fundamentally, flyback transformers are a step-up transformer but with massive potential of stepping up the voltage. For an input of 230V, a flyback transformer can achieve an output of up to 20,000V. Such is the potential of flyback transformers. It can also operate with a low voltage, such as 12 V or 5V. Let us …
One of the biggest challenges any livestock owner or farmer faces is selecting the proper fencing and equipment for their operation’s needs. Electric fencing should not only keep animals in or out and establish farm boundaries; it should also keep predators and unwanted visitors out. This article will put out some important buying aspects of …
Equipment designed for high voltage capacity, such as transformers, can create hazards to human health, which is why it’s crucial to prioritize safety measures with its operation or maintenance. When safety precautions are not met, system breakdown, emergency shutdown, and injury can result, each of which can place your operations in jeopardy. Keeping the design …
An intense focus on quality is an integral part of any successful magnetics company’s corporate culture. In this blog post, we’ve outlined the key points of Quality Control (QC) and Quality Assurance (QA) strategies and how they can influence a magnetic company’s health, performance and output pricing. Many customers believe that the transformer costs are …
Some inventions come about before their time and seem to disappear into the vacuum of history overnight, never to be seen again for ages. Like solar cells, which were first invented in 1883 by Charles Fritts but never gained mass popularity until over a century later. What started in the late 20th century might be …
Have you ever asked the question, “What is the difference between medical-grade transformers and non-medical grade transformers?” Medical Grade Transformers are almost exclusively isolation transformers that satisfy many safety guidelines and rules beyond the requirements needed for transformers that are not medical-graded. They are designed to isolate the patient and the operator from an electric …
With more efficient and smaller power supplies providing power to electrical equipment, high-frequency transformers are a critical component of supplying power to modern electronics. The market forces driving the proliferation of electronics into more and more applications result from a steady stream of design innovation that has gone unabated for more than half a century. …
Transformers are electrical devices with the capacity to change the voltage level of an alternating current (AC) in a circuit. They function only with AC circuits, not with direct current (DC) circuits. The basic components of a transformer are two separate coils of wire wound around a single core. The coil connected to the incoming …
As you might already know, transformers are devices that transfer power between two parts of an electrical circuit by creating isolation with varying currents and voltage. They are an integral part of almost all electrical applications. Power transformers are used when high-efficiency power transfer is needed. Depending on the specific application, devices may operate continuously or …
The selection of the magnetic components (transformer cores) to be used in a Switch Mode Power Supply (SMPS) design is the most important element of that process. Understanding the topologies of SMPS’ is crucial as the designer must consider the trade-offs between them. This article will give you an overview of these tradeoffs. Numerous circuits …
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DUNS® 854110993
GSTIN 09AAACS1537P1ZZ
CIN U74899DL1987PTC030085
