Electrical power transformers are crucial devices that are important for all kinds of commercial, industrial, and residential applications that require power transmission. But, do you need high voltage or low voltage transformers?

If you’ve gone through the multiple blogs that we’ve written about how transformers help transfer electrical power between two or more circuits effectively, you already know that transformers are highly effective in saving your projects from getting hampered, and helping production to take place without disturbance; thus becoming an integral part of our everyday lives. A control transformer is mainly created for purposes that demand electromagnetic and solenoid devices. Such transformers have an in-built capacitor that helps reduce variation in output and lets your machine do its work without any difficulties. But, this is possible when you have a good quality transformer that best fits your requirements.

We cannot neglect the importance of transformers, as we’ve become so dependent on every kind of electrical and electronic application, each of which requires a transformer to bring in safe amount of power for effective and safe performance. But, it is absolutely important that the transformers are efficient in their functioning so that any kinds of problems can be avoided. One important factor in transformer efficiency is “transfer loss”. Here’s all you need to know about transformer efficiency and transformer losses, so that you can get hold of the right kind of transformer.

Electricity plays a major role in our daily lives. As we’re so dependent on the lights, fans, air conditions, geysers, water purifiers, refrigerators, and more, we can’t even imagine life without electricity, can we!? Every electrical and electronic appliance that we use requires electricity to either run, or to be charged. So, where does transformer come in at play in the entire system?

While we have already earlier mentioned in one of our previous blogs about the possible risks associated with transformers, including failures in the components, overheating, oxidation, transformer ageing, or fault in the power line, today in this blog, we have arranged for you a list of three other threats that a transformer might encounter!

There is a rising urge of electronics usage in the market today, which has been driven by a steady stream of design innovation. Industrial and consumer markets expect new product iteration to provide enhanced performance and increased functionality, packed into a smaller size. To be able to satisfy all these capabilities, it is important that components are chosen very carefully so that they can provide optimal performance and value to end-users. It is important to understand how each component used can have an effect on the ultimate performance of the design.