Compact DC-DC Converter 9V-36V to 12V, 5A 60W Waterproof for Car Audio and Solar Power System

The DROK DCDC Power Supply Stabilizer Module has the following technical specifications: The input voltage range is DC 9V~36V (12V), the output voltage is DC 12V, the output current is 5A, and the output power is 60W. The conversion efficiency is greater than 90%. The no-load voltage range is set voltage ±3%, and the load regulation is ±3%. The quiescent power dissipation is not specified. The operating temperature range is -25°C to 65°C, and the storage temperature range is -40°C to 80°C. The operating humidity is 10% to 90%. The waterproofing grade is IP67.

This DC-DC converter module comes with over-current protection and over-temperature protection, but it does not have short-circuit protection. The dimensions are 2.241.540.87 inches, and the installation ear diameter is 0.16 inches.

The package includes 1x DC-DC Stabilizer. Users should connect the wiring strictly according to the wiring instructions. It is recommended to use short and thick input and output wires to ensure sufficient voltage and power output. If there are multiple output wires, the user should not combine the load. Leaving a margin for the power supply will ensure long-term stable operation.

This 12V buck boost converter module can be used in various applications, such as integrated wiring for fire alarm monitoring systems, car radios and audio systems, bus, minibus, and truck display screens, taxi advertising screens, LCD televisions, LED displays, solar power generation systems, and intercoms.

The voltage stabilizer is designed with over-current protection, over-temperature protection, and waterproof, dust-proof, moisture-proof, and shock-proof features, making it suitable for use in various situations, including cars, outdoor environments, and underground applications. The module adopts a high-integrated chip, providing stable and reliable performance, and utilizes synchronous rectification technology with a conversion efficiency of over 90% and low heat generation.

Users should leave a margin for the power supply to ensure long-term stable operation.

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