A Closer Look of the DC DC Converters

by Isabel Blamey Professional writer

A large number of industries are using the DC DC converters as well as AC DC converters. The engineers design these converters for the currently available and modern components. In this article, you will get a closer look at these converters. 

In recent years, a DC DC converter (which is also known as a boost converter or voltage converter) has developed into one of the powerful equipment for railway applications in Australia. The factor for this is the reliability, flexibility and innovative technologies of the product. The power products companies offer a wide range of boost converter which is specially designed for railway and vehicle applications.

These devices supply the electric. In addition to rail converters, there is a broad range of products such as inverters, multi-power supply system, etc. The power products companies also provide an extensive range of AC DC power converters for various applications. These power products meet all standards and these are applicable to various applications. The examination and testing ensure the reliability and high-quality railway DC DC converters for the applications.

  • DC DC Converter:

The voltage converter can prevent the vibration, shock, and stress and other environmental things such as dust and humidity. This is suitable for the use of trains. This converter places in the driver’s compartments. This converter is available with three wide input ranges. These can meet the special requirements of the railway applications. This type of converter can maintain the voltage and it is vibration resistant. This converter fulfills the fire protection and it can operate according to the current source.

This converter has its own advantage to control the wide input voltages. The certified converters have the quality of power protection. These converters operate according to the voltage limitation. The bigger advantage of this type of converter is that it has a wide input of voltages with constant efficiency. With the help of the engineers, the isolated boost converter is designed according to the current model. This converter enables the supply of critical loads for heavy applications.

This converter has a heat sink for controlling the temperature.  Vibration, frost, and heat can cause serious damage to electronic assemblies. Therefore, the voltage converter used in railway technology which is exposed to extremely tough conditions. It works reliably and properly for a long time. Engineers are, therefore, looking for the boost converters that can withstand the exceptional environmental conditions.

  • AC DC converter:

The most remarkable feature of AC DC power converters is the design that is suitable for every application. Furthermore, they are specially designed for the supply of electric current, controlling of the sensors, etc. In order to achieve protection for the power supplies, it is necessary to install the converter. The new series of power supplies converter has a wide input range and a dual output range. These converters are basically certified. These types of converters are designed worldwide under extreme conditions of the environment. These have variable designs to increase output power. The other features are innovative technology, short circuit protection, etc.

  • Converters for railway applications:

Over the last few years, the power products companies have greatly extended their products that are certified components. It has now offered a huge range of converters for the railway. A few power products companies provide customize railway DC DC converters. These converters are used in railway environments to convert voltages to convert DC voltages to lower voltage. It is used in a variety of energy and control circuits. It is used in a power distribution system. This converter can be used to maintain the electric power. These converters ensure its performance in the harsh environmental conditions.

  • The applications except for railway that uses boost converter:

  1. High voltage battery-powered applications
  2. Industrial applications
  3. Air force and military applications

When you select a voltage converter for the railway, what things you should consider?

  1. It can continue its performance at a high level of humidity and temperature.
  2. The converter should be reliable in its function.
  3. The components should be apt for the application and more. 

Bottom Line:

When you buy this converter, be sure that it has a protected circuit. The single set up structure of the converter is improved day by day with the innovative techniques. The engineers are making it simpler than before and its quality is improved as well. 

Author’s Bio:

Ram Chandru is an engineer by profession and writer by passion. He writes on technical blogs. He has gathered a range of experience and knowledge in the areas of AC DC and railway DC DC converters. He plays a key role in designing AC DC power converters. 

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About Isabel Blamey Senior   Professional writer

171 connections, 6 recommendations, 564 honor points.
Joined APSense since, June 21st, 2016, From Perth, Australia.

Created on Jul 18th 2019 02:51. Viewed 241 times.


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