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DC-DC converters (which are also known as linear converter or switching regulator) are often used in distributed power supply for industrial applications and railway transportation. Many engineers use various types of converters. Some converters have higher capacitance and some have lower capacitance. Engineers use mixed types of capacitors. In the typical power supply applications, the regulator converts the high voltage to low voltage or vice versa. The converter with high voltage provides the required amount of output and it has a lower cost. This converter can improve the voltage performance of the capacitor. Depending on the design, the voltage regulator requires a heavy capacitance along with cost-effective benefits. Design of DC-DC converter: • Variable level of  voltage power supply: The voltage regulator is capable of supplying different DC voltage outputs than the fixed voltage power supply. It has a variable output voltage. There are a wide variety of v...

The design for DC-DC converters (which is also known as a boost converter or voltage converter) is designed for railway systems. The engineers help you to create reliable and compact power converters with multi-protocol train communication long lifetime isolation and high-efficiency. The converter needs some essential components to design perfectly.  Types of the Converters • Isolated and non-isolated converter: These days, the advancement of science has blessed us with innovative railway DC-DC converters that have the most essential features, applicable to all kind of heavy devices. You may hear two frequently used terms of voltage converter – isolated and non-isolated. Isolation means the electrical barrier between the input and output of this converter.  Today, non-isolated converters are a very common type of converter. It is low cost and simple in design. On the other hand, the isolated converter has a high-frequency transformer that provides the barrier...

Isolated DC-DC converters (which are also known as linear converter or switching regulator) are required in a broad range of applications for power supplies. These are basically used in industrial sectors. These converters often are used to provide less noise function, improve safety and isolation. Moreover, these can be used to generate multiple outpour voltage in the rail industry. It has the feature of output voltage regulation and isolation feature that has three categories. One is regulated, the second one id unregulated and the last one is semi-regulated. This blog will discuss these three regulating features of the linear converter. All these are examined in detail. This blog will provide you with a guideline for choosing an appropriate solution for a specific application need.           Regulated voltage converter: The regulated voltage converter is typically used as a transformer to electricity from output to input source of the power st...