LXM1617-05-23

Introduction

LXM1617-05-23 is a DV/DC conversion product developed and manufactured by the company\'s R&D team, widely used in the fields of industrial automation, lighting control and power profile transformation.

Application Field

LXM1617-05-23 can be widely used in industrial automation such as power line communication, CNC machine tools, robotic automation, and high-precision manufacturing equipment. It can be used in lighting control such as indoor illumination, naval special lighting, display screen, and stage lighting. In addition, it can also be used in power profile transformation like servo motors, stepper motors, and DC motors.

Working Principle

LXM1617-05-23 mainly consists of diode, resistor, thyristor, capacitor and other components. The working principle is that when the input voltage is higher than the set voltage, the power supply needs to be converted to a stable output voltage, which requires the use of the inverter. The basic working principle of the inverter can be divided into two steps, namely the Grid–Connected Step and the DC-DC Transformation Step. In the Grid–Connected Step, the diode rectifier circuit converts AC power into direct current, and then passes through a filter capacitor to filter the high-frequency interference part of the ripple current, so that the input power is converted to a direct current connected to the grid. In the DC–DC Transformation Step, the power supply is compressed into a half-wave rectified AC voltage of higher amplitude and higher frequency and output to the output, and then passed through a filter inductor to filter out the high-frequency interference part of the ripple current to provide stable DC power for the load.

Conclusion

LXM1617-05-23 is suitable for use in a variety of applications, such as industrial automation, lighting control, and power profile transformation. It adopts the working principle of Grid–Connected Step and DC–DC Transformation Step to safely and efficiently provide stable power supply to meet the needs of different load requirements.