BK60C-048L-033F30H

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DC to DC converters are electronic circuits used to convert Direct Current (DC) from one voltage level to another. The applications of DC to DC converters can range from a fraction of a watt to megawatts of power and are used to regulate and convert the input voltage from one supply to another supply. BK60C-048L-033F30H is one type of DC to DC converters with a specific application field and working principle.

BK60C-048L-033F30H is an isolated DC to DC Converter Module using LC series Resonance Design techniques. It is available in various output voltage ranges with a maximum input voltage of 60V DC. This device is suitable for industrial, automotive, battery-powered and bio-medical applications due to its high efficiency and low heat dissipation. This device operates from a wide temperature range of -40°C to +105°C and provides reliable performance in all environmental conditions.

BK60C-048L-033F30H converter module is widely used in many applications such as LED driver, DC motor drive, signal amplification, DC motors, power system conversion, DC power transformers, telecommunication, and other digitized instruments. The high efficiency and low heat dissipation of this device make it ideal for use in high power applications.

The working principle of BK60C-048L-033F30H converter module is based on LC resonance. It is a switching DC-DC converter that utilizes the electric resonance between an inductor (L) and a capacitor (C). The device uses an LC resonant circuit to convert the input DC voltage into higher or lower AC voltage. The frequency of the output voltage is determined by the resonant frequency of the LC circuit. The device then rectifies the AC voltage back to DC voltage with the help of two outputs. The two outputs are connected in series through the inductor, providing the required output voltage.

BK60C-048L-033F30H converter module is widely used in many applications due to its high efficiency and wide temperature range. The device uses LC resonance technique to convert the input DC voltage into higher or lower AC voltage and then rectifies the AC voltage back to DC voltage. This device is highly reliable and provides reliable performance in all environmental conditions. It is particularly suitable for industrial, automotive, battery-powered and bio-medical applications.

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