Traco Power THN 30WI Series DC-DC Converter, 91% Efficiency, Through Hole Mount - THN 30-4815WI This Traco Power 30W DC-DC converter, part of the THN 30WI series, is designed to provide a compact and efficient power solution for various applications in the automation, electronics, electrical, and mechanical industries. With a high efficiency of up to 91%, a wide input voltage range of 18 75V DC, and an output voltage of 24V DC, this isolated converter is ideal for systems where space is limited and reliability is crucial. Features & Benefits • Ultra compact size of 1.0” x 1.0” x 0.4” for easy integration
• Isolated design with an isolation voltage of 1.5kV DC for enhanced safety
• Very high efficiency of up to 91% for optimal performance
• Wide input voltage range of 18 75V DC for versatility in different applications
• Through hole mounting type for secure installation
• Remote On/Off control for added convenience
• Over temperature protection for increased longevity Applications • Suitable for use in mobile equipments, instrumentation, and distributed power architectures
• Ideal for communication and industrial electronics where space on the PCB is critical
• Perfect for battery-operated systems requiring high efficiency and reliability Can it operate in temperature ranges from -40°C to +85°C? Yes, the Traco Power 30W DC-DC converter is designed to operate in temperature ranges from -40°C to +85°C, making it suitable for various environments. Will it work with an input voltage range of 18-75V DC? Yes, the converter is compatible with an input voltage range of 18-75V DC, offering flexibility in different applications. Is the isolation voltage sufficient for safe operation? The converter has an isolation voltage of 1.5kV DC, ensuring safe and reliable operation in various settings. Can the output voltage be adjusted? Yes, the output voltage of 24V DC is adjustable to meet specific requirements in different applications. Does it require a minimum load for operation? No, the Traco Power 30W DC-DC converter does not require a minimum load, providing flexibility in usage.