LDW25-24S

AC DC converters are used in many applications for the purpose of providing a steady and efficient power supply. The LDW25-24S is an AC/DC converter specifically designed for industrial applications. It is a compact single-channel converter that provides up to 25 watts of power in an ultra-compact size.

Working Principle

The LDW25-24S features a simple working principle. It takes in AC line voltage and converts it to the DC voltage required for the industrial process. The output voltage of the converter is adjustable and is determined by an internal analog potentiometer. It is suitable for use with all types of AC and DC loads, including capacitive, resistive, and inductive ties. The output voltage range can be set from 30 VDC to 100 VDC.

Performance & Reliability

The LDW25-24S is designed with a high level of reliability and performance. The converter features a wide operating temperature range and a high efficiency of up to 92%. The internal circuitry is protected against short circuit, overvoltage, and over-temperature conditions. The power factor correction circuit prevents power factor drops due to line voltage variations. The converter also offers low ripple and noise performance, ensuring a steady and reliable operation.

Applications

The LDW25-24S AC/DC converter is designed for industrial applications. It is particularly suited for applications that require a long-term reliable power supply with high efficiency. Examples of such applications include robotics, security systems, medical equipment, point-of-sale systems, and various automated control systems. The converter is also suitable for other applications, such as industrial and domestic lighting, that require adjustable and consistently reliable power supplies.

Conclusion

The LDW25-24S is an AC/DC converter specifically designed for industrial applications. It provides an adjustable DC output voltage of up to 25 watts in an ultra-compact form factor. The converter is highly reliable, featuring a wide operating temperature range and power factor correction circuit. It is particularly suited for applications that require long-term reliability with high efficiency such as robotics, medical equipment, and various automated control systems.