Tripp Lite by Eaton 300W Compact Power Inverter with Pure Sine Wave

Meet the Tripp Lite by Eaton 300W Compact Power Inverter, a reliable and travel-ready solution for converting 12 V DC from a vehicle or portable power source into clean 110 V AC. This compact unit is designed to power everyday electronics with the smooth, stable power required by sensitive devices, reducing the risk of noise and interference that can occur with lesser inverters. Built to withstand the rigors of outdoor use and on-the-go lifestyles, its rugged aluminum housing shields the internal electronics from bumps and weather while remaining light enough to transport easily. With two standard AC outlets and USB charging ports, you can keep essential devices energized—from laptops and cameras to smartphones and tablets—whether you’re camping, working remotely, or facing an emergency power need. The combination of a compact footprint, robust construction, and pure sine wave output makes this inverter a versatile companion for travelers, hobbyists, and professionals alike.

• Pure sine wave power delivers clean, stable AC compatible with sensitive electronics, ensuring smooth operation for laptops, desktops, medical devices, and entertainment gear while minimizing voltage ripple and electrical noise.
• Two 5-15R outlets offer convenient, household-style AC access for multiple devices at once, enabling a small work station or a shared setup on the go without needing additional adapters.
• USB charging ports provide ready power for mobile devices, cameras, and accessories, keeping your essential gear charged without hunting for a wall charger during travel or at remote sites.
• Rugged aluminum housing stands up to travel, camping, and outdoor use, protecting the electronics inside while maintaining a compact, portable form factor that won’t weigh you down.
• Compact 12V-to-110V power conversion bridges the gap between your 12 V power source and standard household outlets, making it easy to run everyday devices from a vehicle battery, portable power pack, or other 12 V source.

Technical Details of Tripp Lite by Eaton 300W Compact Power Inverter

• Input Voltage: 12 V DC
• Output Voltage: 110 V AC
• Continuous Power: 300 W
• Outlets: 2x NEMA 5-15R
• Output Waveform: Pure Sine Wave
• Housing: Rugged aluminum
• USB Charging Ports: Yes — for mobile devices
• Form Factor: Compact, travel-friendly inverter

how to install Tripp Lite by Eaton 300W Compact Power Inverter

• Choose a well-ventilated, dry location for the inverter and place it on a stable surface away from direct heat sources.
• Connect the 12 V DC input to a suitable power source, such as a vehicle battery or portable power pack, using proper wiring and ensuring all safety guidelines are followed.
• Verify the power source is off before connections are made and confirm correct polarity when connecting directly to a battery or power pack.
• Plug your AC devices into the 110 V outlets (NEMA 5-15R) and use the USB ports to charge smartphones, tablets, and other USB-powered gear as needed.
• Power on the inverter and manage cables to keep airflow clear; keep cords organized to prevent tripping hazards and heat buildup during operation.

Frequently asked questions

• What is the power rating? The inverter provides 300 watts of continuous power with a pure sine wave output, suitable for powering most laptops, small appliances, and common electronics.
• What outlets are available? It includes two standard NEMA 5-15R outlets for AC needs and USB charging ports for mobile devices, offering flexible charging options.
• What voltage does it input and output? It accepts 12 V DC input and delivers 110 V AC output, allowing compatibility with common household devices when powered from a 12 V source.
• Is the output a clean sine wave? Yes, the unit delivers a pure sine wave, which is preferable for sensitive electronics and helps maintain performance and longevity.
• Is it suitable for travel and outdoor use? Yes, the rugged aluminum housing and compact design make it a practical choice for travel, camping, RVs, and emergency power scenarios.