Key benefits Reliable low- to mid-power AC output for common electronics: supports everyday devices such as laptops, TVs, combined audio systems, cameras and other digital devices. Built-in attention to heat management: designed with strong heat dissipation to improve operational stability and longevity. Clear operating limits that protect the module and connected equipment: defined continuous and peak power limits reduce risk of overheating and failure. What this product does Converts DC to AC for use with modified sine wave inverter applications (revised application guidance applies to sine wave inverters). Delivers a high peak output for startup loads while providing steady continuous power within safe limits. Performance and limits (important) Continuous output: should not be used continuously above 200 W. This is the safe long-term operating limit even with enhanced cooling. Peak output: 300 W is a peak/short-term value only. Do not run at 300 W for extended periods. Cooling requirement: if the connected load exceeds 100 W for long-term operation, add an external fan or equivalent forced-air cooling. Without this cooling, the module can overheat and fail. Compatibility and typical applications Compatible with a wide range of consumer electronics when used within the stated limits: laptops, TVs, combined audio systems, cameras and other digital devices. Practical use scenarios: 1) Mobile work station: power a laptop and phone chargers during fieldwork or travel, staying under the continuous 200 W limit and adding a fan for long sessions over 100 W. 2) Small entertainment setup: run a TV and compact audio system for short periods (use peak allowance cautiously; keep continuous load below 200 W). 3) Photography/video kit: supply power to cameras, monitors and chargers on location; use forced cooling for prolonged use above 100 W. Safe-use recommendations Always monitor combined device wattage. Use power meters or calculate device ratings to ensure you stay within the continuous 200 W limit. Provide forced-air cooling (fan) whenever sustained load exceeds 100 W. Treat 300 W as a momentary peak only; design systems and usage patterns around the 200 W continuous limit. Follow inverter-specific application guidance for modified sine wave environments. What makes it stand out Explicit, conservative operating limits and a clear cooling requirement reduce the risk of module burnout. Strong heat dissipation design improves reliability compared with units that lack thermal consideration. Broad practical compatibility with common digital and audio/video devices when used as specified.