TRACOPOWER TBA 1 Series DC-DC Converter, 5V DC Output Voltage, 1W Power Rating - TBA 1-2411 This isolated DC-DC converter is designed to provide a reliable power solution across various applications. It features a power rating of 1W and delivers an output voltage of 5V DC from an input range of 21.6 to 26.4V DC. The compact SIP package measures 11.68mm in length, 6mm in width, and 9.7mm in depth, making it suitable for space-constrained environments. Features & Benefits • Continuous short circuit protection enhances safety and reliability
• I/O isolation voltage of 1.5 kV DC ensures electrical integrity
• Wide operating temperature range of -40°C to +85°C accommodates diverse environments
• High efficiency of up to 79% minimises energy losses
• Unregulated outputs offer flexibility for varied applications
• Through-hole mounting type simplifies PCB integration Applications • Used for automation systems requiring a stable power supply
• Ideal for telecommunications needing reliable DC voltage conversion
• Employed in embedded systems where space and efficiency are crucial
• Utilised in sensor that require isolated power sources What input voltage range can be used with this converter? It operates effectively within an input voltage range of 21.6 to 26.4V DC, allowing flexibility in various applications. How does the short circuit protection feature work? This feature ensures the converter remains operational during a short circuit by automatically recovering after the fault condition is removed, preventing damage. What is the significance of the isolation voltage rating? An isolation voltage rating of 1.5 kV DC protects connected components from voltage spikes, ensuring safe operation and preventing malfunction. Can this converter handle varying load conditions? It maintains stability under a range of load conditions, supporting applications that require consistent performance without sacrificing efficiency. What are the implications of the efficiency rating? With an efficiency rating of up to 79%, the converter minimises heat generated during operation, enhancing longevity and reducing cooling requirements in design.