R0.25DA-051212-R

Introduction

The R0.25DA-051212-R DC/DC converter is an advanced product, providing the highest performance and reliability in its class. It features a 20V input voltage range, a 5A maximum output current, a stable output voltage of up to 18V, and a wide operating temperature range of -20°C to 90°C. This DC/DC converter has been designed to provide added value for applications in industrial control, automotive, medical, and communication systems.

Application Fields

The R0.25DA-051212-R DC/DC converter can be applied in a variety of applications due to its high power, stable output, robust design, and wide operating temperature range. It is ideal for use in industrial control applications such as motor control, power conditioning, energy storage, and power supply units. It can also be used in automotive, medical, and communication systems where reliable long-term operation and performance are required.

Working Principle

The R0.25DA-051212-R DC/DC converter works by converting the input voltage from DC to AC and then back to DC at the desired voltage level or output current required for the application. The converter uses high-frequency switching technology to efficiently convert the input voltage to a constant output voltage or current. It contains an input rectifier, a switch, an inductor, a capacitor, an output rectifier, and a controller. The switch is controlled by a controller with pulse-width modulation (PWM) to control the output voltage or current. The output voltage or current is regulated by the controller according to feedback from the output voltage or current sensing.

Conclusion

The R0.25DA-051212-R DC/DC converter is an efficient solution for applications in industrial control, automotive, medical, and communication systems. It features a 20V input voltage range, a 5A maximum output current, a stable output voltage of up to 18V, and a wide operating temperature range of -20°C to 90°C. The R0.25DA-051212-R DC/DC converter works by converting the input voltage from DC to AC and then back to DC at the desired voltage level or output current required for the application, using high-frequency switching technology.