<![CDATA[Power Online Solar Converter - Blog]]>Sun, 20 Dec 2015 02:28:35 -0800Weebly<![CDATA[ Introduction to Isolated DC DC Converter ]]>Mon, 21 Dec 2015 04:46:09 GMThttp://didogazeto.weebly.com/blog/-introduction-to-isolated-dc-dc-converterPicture
It was a time, when people used to go to shopping malls or stores to purchase a few things, but today, the world order has changed entirely. Now anyone can buy anything sitting in home/office through just a few clicks. Despite of having many resources in the hands, yet people have not explored anything. If you are a person seeking for Isolated DC DC Converter, then this page is going to help you get a little information about the converter. Not just for you, but it is necessary for everyone to know the basic facts, features and benefits of any product prior to purchasing it. With the help of these things, a person will probably see things like a professional technician. The following is a little introduction to Isolated DC DC Converter.
  • Introduction to Isolated DC DC Converter
The Isolated DC DC Converter is used to get galvanic isolation, develop safety and increase noise immunity. While on the other hand, it can also be used to produce output voltage rails such as dual-polarity rails. Mostly, it is required in a great range of applications/electrical products such as industrial PLCs (Programmable Logic Controllers), IGBT (Insulted-gate bipolar transistor), industrial field bus, driver power supplies, and industrial automation. Regarding accuracy of output voltage regulation, Isolated DC DC Converter goes in three main categories, i.e. regulated, unregulated and semi regulated. It works differently than other power converters and inverters such as AC DC Converter, DC DC Converter and DC AC Inverter. The following is a clear view about how Isolated DC DC Converter works.
  • Isolated DC DC Converter – How it works
Unlike other converters, Isolated DC DC Converter uses a transformer to electrically isolate the output from the given input.  There are a few steps involved in the entire process performed by the Isolated DC DC Converter. At first, the oscillator converts direct current into alternating converter; it can also be called inversion. After that, a transformer is used to convert the voltage level of electric charge and give the generated output. In fact, the oscillator works as an inverter and transformer work to transform voltage from one level to another. Eventually, a rectifier is used to convert the already converted alternating current from an oscillator to direct current. This entire process involves two main steps. At first, the inverter converts DC to AC and at last, the converter converts AC to DC which results in the converted DC with different voltage level. This is how an Isolated DC DC Converter works. For more info, please visit http://www.chondatech.com/
 

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