The DC-DC converter converts the DC voltage to the different DC voltage level. It can be used in buck mode or boost mode that means you can step down or step up the voltage source. When you convert the different level of voltage in the application, you can supply the current by using this converter.
The power product or the DC DC converter (which is also known as linear converter or switching regulator) basically used in railway applications. Apart from the railway applications, it is also used in industrial products. Not only this, but it is also used in instrumentation, measurement, and test as well as telecom applications. This converter satisfies the specific requirements of electrical, environmental and mechanical parts. It is designed to meet the specific standards of the industrial applications. In terms of electrical requirements, the DC current altered to control a number of industrial applications. It generates output voltages in the single, dual and multiple output variations.
• Features of switching regulator:
The new series of the highly efficient linear converter which comes in metal case use in industrial products. It accommodates wide input voltage ranges. Industrial DC DC converter is available in single, dual and multiple outputs. It has the remote on/off function which provides external control of the output voltage. The isolated switching regulator delivers its high-performance by providing low-noise function. It can operate the voltage from - 40-degree centigrade’s to+70 degree centigrade. Another feature of this converter is the short circuit protection, smooth start, industry standard pinout, under voltage shutdown, overload protection, over temperature protection and so on. It has the supreme function of environmental influences such as vibration, shock, and humidity.
• Engineers design by the following technology:
The new series of voltage converter offers rugged designs that use innovative technology. Top manufacture the most efficient commercial DC DC converter design several factors have to be considered. The electrical engineers follow the power management policies and technology when they are manufacturing this converter. They need to understand the requirements such as operating voltage, output regulation, system footprint, temperature range and a suitable budget. These factors are needed when designing the converters. The engineers design this converter to observe the various needs of industrial applications. The buck converter can control the circuitry and can control the overcurrent or low current. This converter is basically needed in fast transitory response and the applications which have high efficiency.
• Selection of linear converter:
To select the linear converter, first, you have to confirm the output voltage range of the applications. The regulated industrial DC DC converter is for those applications, which have a higher requirement for the output voltage. Secondly, you need to need to confirm the output voltage. At the third point, check out the converter’s ambient temperature is in 30% to 80 %. When you choose, the right output current is the vital factor as the improper current shows low reliability. Fourthly, confirm if this converter is needed isolation. It is best to select the converter which offers double isolation with dual outputs. Isolation is required as it makes the input and output of the converter separate from each other. When you use the industrial bus system, it helps you to raise the resistance of the loops. Apart from this, it can convert voltages in the multiple voltage systems.
The linear converter is widely used as the circuit is simple. The experience of power products companies manufactures this converter by the dedicated engineers. This converter has the switch mode feature which can change the DC voltage. Apart from the industrial uses, this converter also uses in the home and office equipment, for example, computers, motor drives. This converter provides the performance with the minimum effort in design.
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