DC Boost Converter Module — 9–35 V input to 36 V, 2 A output What it does Boosts lower-voltage DC sources into a stable 36 V rail using a switch‑mode boost topology. Accepts 9–35 V inputs (typical 12 V or 24 V systems) and delivers up to 36 V at 2 A (maximum output ~72 W). Compact PCB‑based design for straightforward integration into enclosures and project boards. Key benefits — why you need it and what makes it stand out Reliable voltage elevation: Converts common 12 V and 24 V supplies to a usable 36 V rail so equipment designed for 36 V can run from lower-voltage batteries or systems. Wide input tolerance: 9–35 V input range accommodates battery sag, automotive alternator variation, and solar panel fluctuations without immediate shutdown. Efficient, low heat operation: Switch‑mode boost design minimizes losses compared with linear solutions, reducing heat and allowing longer continuous use when adequately cooled. Easy integration: Small PCB module form factor and simple wiring reduce installation time and enclosure space compared with bulky power supplies. Consistent performance: Provides a stable 36 V output at up to 2 A, suitable for moderate-power loads up to ~72 W. Compatibility and performance Input compatibility: Works with 12 V and 24 V systems and any DC source within the 9–35 V range. Output capability: Regulated 36 V output at up to 2 A. Form factor: PCB module that is compact and easy to mount; suitable for embedded systems, robotics, and control electronics where space is limited. Thermal note: Designed for efficient operation; provide adequate ventilation or heatsinking for continuous high-load use. Practical use scenarios Robotic drive system: Power a 36 V motor controller from a 12 V or 24 V battery pack in mobile robots or automated platforms. Field test equipment: Create a portable 36 V rail for bench instrumentation or diagnostic tools when only 12 V vehicle or battery power is available. Off‑grid or mobile installations: Run 36 V lighting, sensors, or control electronics from lower-voltage solar battery banks or vehicle power systems. Installation and safety notes Observe correct polarity when wiring the input and output connections. Keep input voltage within the specified 9–35 V range. Ensure sufficient cooling or airflow if the module will be used continuously near its 2 A / 72 W limit. This module is a compact, efficient solution for stepping 9–35 V DC up to a reliable 36 V supply at up to 2 A, ideal for embedded projects, robotics, portable test setups, and mobile or off‑grid applications.