RE-1512S

DC DC converters

Drawing on the industry’s most advanced technologies, DC DC converters are achieved by utilising the high frequency operation of modern switching devices. These devices are also able to control the output power over a wide range of input voltages, making them ideal for industrial, automotive and medical equipment applications.

DC-DC converters use a technique known as Zero Voltage Switching (ZVS) to convert an input voltage to a regulated DC output. ZVS technology uses advanced control circuitry to ensure a high efficiency conversion even under harsh operating conditions. This allows for precise voltage and current regulation with fast response time.

The RE-1512S is a 15W DC/DC converter (85-264VAC, input) providing adjustable output of 1.5V to 15V. It accepts a wide input voltage range from 85VAC to 264VAC as well as DC input of 90VDC to 370VDC. In addition to its impressive functionality, the RE-1512S is also IP20 protected, ensuring that it is safe to use in even the most demanding environments.

Application Field of RE-1512S

The RE-1512S is ideal for a variety of hotspot, workstation and industrial automation applications. It has been designed to work in harsh environments or extreme temperature ranges, making it perfect for applications such as wireless communications, renewable energy, electric vehicles and industrial automation.

The RE-1512S provides 15 Watts of power, making it suitable for a variety of applications. It is ideally suited to power multiple small peripheral devices, such as wireless access points or wireless communications equipment. The RE-1512S can also be used to replace multiple legacy power supplies in industrial and consumer applications, providing a more cost-effective solution and reducing the amount of hardware needed.

Operation Principle of RE-1512S

The design of the RE-1512S DC/DC converter is based on a state-of-the-art full-bridge topology. This topology combines high-power MOSFETs with a high-frequency resonant converter to provide high efficiency conversion even at low load currents. The RE-1512S utilizes an active clamp to reduce power losses caused by the switching devices.

The full-bridge topology is also used to provide power factor correction (PFC) to ensure the input current waveform is in-phase with the input voltage waveform. This reduces power losses in the input stage and improves line regulation. The RE-1512S also utilizes ZVS technology to reduce the switching losses and improve the efficiency of the converter.

The RE-1512S is equipped with both over-temperature and over-current protection to ensure the safety of the converter and connected loads. To further improve reliability and safety, the RE-1512S is designed to meet the UL60950-1 and EN60950-1 safety standards.

Conclusion

The RE-1512S DC/DC converter offers a wide range of features designed to meet the needs of industrial, automotive and medical equipment applications. Its adjustable output voltage, wide input voltage range and fast response time make it ideal for use in these markets. The RE-1512S is also extremely reliable, offering over-temperature and over-current protection to ensure safe operation in even the most demanding environments.