Karatec

Through the proper configuration of the DC-DC converter (which is also known as linear converter or switching regulator), it is possible to transfer energy between DC power sources. In this configuration, this converter is connected to the high voltage. •   Why linear converter is configured for the application?  The linear converter is configured to operate in voltage control mode and is responsible for regulating the voltage. This converter can be configured to regulate either the output voltage or the output current, depending on the application requirements. The input voltage can vary between 280v and 400V while this converter maintains the voltage up to 800V. This converter regulates the output voltage or outputs current as required. Note that the converter is bi-directional i.e. they connect the input and output current. According to the present invention, buying railway DC-DC converters can smooth the flow of current in the applications.  •  What you can expect fro

Railway electrical systems can run on DC-DC converters (which are also known as a boost converter or voltage converter). This converter has multiple output signals. Fire system, broadcasting, lighting, and air-conditioning all are controlled by this converter. The quarter and half brick converter for railway applications are designed for efficiency. It has the feature of the adjustable output voltage and no minimum load requirement. •  Technical features: The DC-DC converters protect electronic railway equipment through different isolation barriers. This converter also passes shock and vibration testing for harsh environments. These features include over temperature, over voltage, short circuit, and output current and under voltage protection. It has the ability to survive harsh environments with vibration loads and high shock. Therefore, when you go to purchase railway DC-DC converters , make sure that it has the capability to reduce system failures in applications. •  B