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Why Railway Industry Needs DC DC Converters?

The DC DC converters (which are also known as boost converter or voltage converter) are used in railway and transportation applications. This is a reliable option for transportation.

 

• Applications of this converter:

 

Applications which use these converters are LCD display boards for passenger information systems, personal monitors in trains, ticket vending machines, tracking and communication systems, fire alarm systems, broadcasting systems, test equipment for manufacturing cars, internal and external lighting and air conditioner control systems.

 

• Technical advantages of the converter:

 

1. It meets all the standards.

2. It is shielded from every side.

3. It passes vibration tests and shock.

4. It maintains output voltage.

 

• Boost converters deliver reliable technologies:

 

The boost converter has a unique position in the world market for delivering train control management systems by using reliable and modern technologies. It is popular for trains and locomotives. More and more train manufacturers are using the systems for their new vehicles and for the light-rail vehicles. Therefore, when you are using railway DC DC converters, you should concern the fact that this can meet the standard of the application.

 

• Choosing of the right converter:

 

Choosing the wrong voltage converter could prove costly. Selecting the most appropriate converter for your project requires the consideration of many factors. This converter does not store energy during the switching but passes it directly to the application. You can install this converter to provide isolation and to increase or decrease the output voltage.

 

• Isolated boost converter:

 

Are you searching for industrial DC DC converter with an isolated feature? A single-switch converter is normally used when the power level is below 200W. The isolated boost converters are required in a broad range of applications including industrial controllers. These converters often are used to provide isolation, improve safety, and enhance noise immunity. Moreover, it can be used to generate multiple output voltage rails.

 

• Categories of isolated boost converter:

 

In terms of output voltage regulation, isolated voltage converter usually fall into three categories. These are regulated, unregulated and semi-regulated. Isolated boost converters typically use a transformer to isolate the output. These three primary categories of railway DC DC converters are also used in various heavy applications.  The unregulated converters also are known as open-loop isolated boost converters. These are widely used in applications that don’t require output voltage. It is selected to deliver the desired output voltage. Due to the low cost and simplicity, these unregulated isolated converters are commonly used as DC transformers to provide isolation. This regulator is often used to provide low noise and low power supply.

 

• Non-isolated boost converter:

 

The non-isolated converter is the popular one that includes both unregulated input and regulated output. Non-isolated switching regulators are very common converters. These converters come at low cost. This isolated voltage converter will have a high-frequency transformer. This can endure anything from a few hundred volts to more than a few thousand volts as it is necessary for the medical use.

 

• Role of power products companies:

 

The power products companies design and manufacture power supplies for a variety of markets, including military, medical, industrial, and aerospace. To meet the demands of such a wide range of power supply and applications, the power companies have extremely flexible manufacturing capabilities.

 

 

Bottom Line:

 

Everyday technological advancements are continuous which is ranging from the railway to communications equipment. This converter also needs reliable applications. Apart from the railway application, the space industry also needs a simple and accurate converter to achieve the proper power flow in power systems.