Technical Analysis of DC-DC Converters

DC to DC converters or more commonly referred as DC-DC converters is one of the most common electronic equipment in today’s electronic systems. DC-DC converters work by changing one level of DC voltage into another, making it possible for electrical energy supplied to be compatible with the needs of devices and other applications. Our BVITTECH offers a broad range of DC-DC converters including 19-inch model that has been designed and constructed with industrial and commercial environment expectations in mind.

Efficiency is a core factor in the characteristics of DC-DC converters. DC-DC converters is called as the output power to input power ratio where the effective energy available in the converter is described. BVITTECH DC-DC converters are designed in such a manner as to attain running efficiencies that are high and hence help in the reduction of operational costs to a higher degree.

Regulation is another important consideration for any DC-DC converters. This is the ability of the converter to hold a certain level of output voltage regardless of it being loaded or the input voltage changing. The DC-DC converters of BVITTECH have appropriate control Systems, which ensure regulation of the output voltage to the required levels, thus preventing damage of the electric gadgets connected to the DC-DC converters from overvoltage problems.

Ripple and noise are unwanted electrical signals that have a negative impact in regard to sensitive electronic equipment. DC-DC converters should strive to eliminate these disturbances to provide clean power to the load. BVITTECH DC-DC converters make use of high-end filtering methods and engineering to elimilate any presence of ripple and noise and thus giving a reliable power supply.

The dimensions and form factor of DC-DC converters are crucial considerations, mainly in restricted form factor applications. BVITTECH has designed a 19 inch model which is a perfect fit for any standard rack mountable systems. This allows for easy integration into existing structures without expensive adjustments.