1500W Boost Converter — power DCDC stepup module built for automotive and industrial use Key benefits Reliable power boost: Converts low or variable DC input (10V–60V) to a stable, highervoltage output while supporting up to 30A output current, making it suitable for demanding loads. Stable power delivery: Builtin constantcurrent and constantvoltage regulation ensures steady output for sensitive electronics, batteries, and inverterfed systems. Robust protection to reduce risk: Multiple protections guard equipment and installation from common faults, reducing downtime and component damage. Efficient, cool operation: conversion efficiency minimizes heat, enabling sustained operation in harsh environments. What it does and why you need it Delivers reliable stepup voltage and up to 30A output for applications that require more voltage or power than the source supplies. Keeps downstream equipment safe with automatic regulation and protection features that respond to overloads, reverse polarity, and short circuits. Works reliably across a wide input range (10V–60V), so it adapts to fluctuating supply voltages found in vehicles, industrial systems, and offgrid setups. Key features Power and current: Up to 1500W output capacity with a maximum output current of 30A. Input range: Operates from 10V to 60V DC. Regulation: Constant current (CC) and constant voltage (CV) modes for controlled charging and load management. Protection suite: Input reversepolarity protection implemented via a 150A MOSFET. Shortcircuit protection using a 30A fuse. Overcurrent protection that automatically adjusts output voltage to prevent damage under excessive load. Efficiency and thermal performance: 92%–97% conversion efficiency depending on input, output settings, and load; designed for low heat dissipation. Switching frequency: 150 kHz for compact filtering and responsive regulation. Operating temperature: Rated for continuous operation from 40°C to +85°C. Compatibility and use cases Inverter and DCDC systems: Designed to integrate with DCDC power systems and inverters that require regulated boost stages. Vehicle and mobile power: Ideal for cars, trucks, RVs, and other mobile platforms where battery voltage may be low or variable but higher output voltage and stable current are needed. Offgrid and backup power: Suitable for solar, battery bank, and offgrid installations that need a reliable stepup converter to run equipment or charge highervoltage battery systems. Practical application examples Upgrading a vehicle audio or lighting system: Use the converter to boost a 12V or 24V vehicle battery to the voltage required by power amplifiers or LED arrays while protecting equipment from voltage spikes and wiring faults. Offgrid battery charging and inverter support: Provide regulated boost power to charge highervoltage battery banks or supply a DC input to inverters that require a specific voltage, with CC/CV control for safe charging. Industrial equipment and test benches: Power sensors, motors, or instrumentation that need a steady higher voltage from variable DC sources, with protection against reverse connection and short circuits. What makes it stand out Wide input range and output current capability cover a broad set of realworld scenarios where source voltage varies but , stable output is required. Comprehensive protection network (150A MOSFET reversepolarity protection, 30A fuse for shortcircuit protection, and automatic overcurrent voltage adjustment) reduces installation risk and protects connected loads. efficiency (92%–97%) and 150 kHz switching frequency reduce heat and allow reliable performance across extreme temperatures. Specifications (summary) Output power: up to 1500W Maximum output current: 30A Input voltage range: 10V–60V DC Regulation modes: Constant Current / Constant Voltage Reverse polarity protection: 150A MOSFET Shortcircuit protection: 30A fuse Overcurrent behavior: Automatic output voltage adjustment to prevent damage Efficiency: 92%–97% (depending on conditions) Switching frequency: 150 kHz Operating temperature: 40°C to +85°C Installation and safety notes Observe correct polarity and use appropriate wiring and fusing for the expected current to maintain protection features. Ensure adequate ventilation or mounting per your system's thermal requirements even though the unit is designed for low heat dissipation. Use within specified input and output ranges to preserve performance and protection functions.