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.
When you consider choosing an electronics manufacturing service provider to work with, you’ll check for every possible aspect like experience, expertise, time to market, costs, relationships with suppliers, reviews, etc. But, what about policies and accreditations? Have you considered checking upon these aspects? If not, you must! Certifications can give you the perfect insight into the standards that the service provider adheres to, and whether you can completely rely on them for standard quality products and processes, or not.
Switched Mode Power Supplies (SMPS) are much complex as compared to linear regulated power supplies, but the complexity results in stable regulated DC supply, delivering more efficiency at a lesser weight and cost. There are two main categories of SMPS topologies – isolated converters and non-isolated converters. But, in this blog, we’ll take a closer look at only non-isolated converter topologies, focusing on three main types of converters – buck, boost, and buck-boost.
If you’ve decided to outsource your manufacturing operations to a third party service provider, it’s a very wise decision you’ve taken. This decision can help you get professional quality products, while saving time and reducing risk. So, have you already hired an EMS provider? Or, have you yet spoken to one for quotations? If not, then hold on! Because, before you reach out, there are a number of things you need to do in order to have a productive conversation with an EMS provider about how they will be able to meet your requirements.
The basic purpose of every kind of transformer is to transfer power between two parts of an electrical circuit, keeping it safe for the application and the operator by increasing or decreasing the voltage as required. This makes transformers a very integral component of almost every electrical system. But, different transformers are constructed differently to serve different purposes.
Transformers are an integral element of almost all electronics and electrical systems. There are a variety of different transformer types available, each having a unique construction, a unique working, and a unique purpose to solve. And, every different type of transformer requires a different skill and specialization to be constructed. So, you should know who you should approach when you need a transformer manufactured. Not every transformer manufacturer may be able to build every kind of transformer. That’s because not every transformer manufacturer is the same. So, when you’re looking to have a transformer made, make sure you approach a trusted, experienced, and reliable manufacturer. The best bet is to partner with Miracle Electronics for all your custom transformer manufacturing requirements. After all, we have been in the industry of manufacturing a variety of different transformers like power, toroidal, medical isolation, SMPS, UI, EI, audio, single phase, and three phase, for clients in varying industries since more than a decade; thus making us the most versatile transformer manufacturer in India. Let’s let you know about the various factors you must check for when choosing your transformer manufacturer.
Choosing the right PCB assembly manufacturer is important as you don’t want to mess up with your PCB product, because a wrong PCB decision can mess up your entire system. You thus need to do an in-depth research to identify the PCB manufacturer you can approach. This will help you get the best quality boards, which will generate better results. And, to make it easier for you, we have come up with certain effective tips that can help you make the right decision while looking to hire PCB assembly services in India.
A transformer functions depending upon the kind of core and windings that it comprises of. The core and windings are design in a way such that they can carry magnetic flux through the transformer. The core is generally round or rectangular in shape, depending upon which the coil is also round or rectangular. There could be other shapes too, but round and rectangular are the two most common shapes seen. So, how would you decide as to which of the two shapes is best for your transformer? Both round and rectangular shapes offer their own unique advantages. Let us learn about them in detail so that you can make an informed decision.
Despite the fact that transformers have been around for nearly a century, there still are seen multiple kinds of transformer failures, which can arise at any point of time. Even if utmost care is taken during the manufacturing, installing, and operation of the transformer, there are possibilities of failures and risks. After all, transformers are electrical devices that can be controlled only to a certain extent.
Almost every electronic equipment that we use today makes use of PCBs; and just like with anything else, failures with PCBs are also possible. Even the best manufactured PCBs can encounter failures, let alone those that are made using cheaper raw materials and amateur practices. But, to be on the safer side, it is always better to have your PCBs manufactured from expert and experienced PCB assembly manufacturers in India, like Miracle Electronics, so that you can get the best possible products that will have a low likeliness of disappointing you. Such expert and specialized manufacturers exercise proper care, and adhere to the exact tolerances set by the designers. Nevertheless, even good quality PCBs can face problems, which must be immediately identified and rectified so as to eliminate any further errors and hinder time and cost wastage. Let’s help you know about the most common PCB failures seen.