LM2587 booster DCDC stepup regulator Key benefits Wide input to boost range: 530 V input to an adjustable 4.030 V output, enabling voltage loads from common power sources. Strong current capability: continuous output current up to 3 A; maximum input current up to 5 A under nominal conditions, suitable for demanding loads with proper cooling. Compact, practical size: dimensions 3.8 cm (length) × 5.2 cm (width) × 2.0 cm (height), enabling easy integration into compact projects. Reliable LM2587 platform: proven LM2587 regulator architecture for boost conversion and stable operation. Safe operating guidance: for reliable performance, ensure good ventilation and keep Vout/Vin ratio within a maximum of 3. Specifications at a glance Brand/model: LM2587 booster, LM2587 regulator Type: DCDC stepup (boost) regulator Input voltage: 530 V Output voltage: 4.030 V (boost capability) Continuous output current: 3 A (under good ventilation) Maximum input current: 5 A (under nominal conditions) Output/input voltage ratio limit: not greater than 3 for safe operation Dimensions: 3.8 cm × 5.2 cm × 2.0 cm Usage scenarios Scenario 1: Power a 24 V device from a 12 V battery. Use the LM2587 booster to raise the supply to 24 V for small motors, DC motors, or 24 V LED drivers in portable or automotive applications. Scenario 2: Solar or variableinput power systems. Take fluctuating 530 V from a solar panel or battery array and boost to a stable higher voltage (up to 30 V) to run 1224 V loads or charge highervoltage electronics. Scenario 3: Robotics and prototyping. Supply higher voltage actuators or controllers from a lower voltage power source in hobbyist projects, tests, or educational setups, while observing the 3 A continuous current limit and cooling requirements. Notes Ensure adequate ventilation to maintain performance and longevity. Do not exceed the specified Vout/Vin ratio of 3 to avoid instability or damage. This description reflects the LM2587 booster and its stated input, output, and dimensional specifications.