The newly released DC-DC Boost and Buck converters offer advanced features for a wide range of applications. The boost converter boosts voltage for systems requiring higher power, while the buck converter efficiently reduces voltage to provide a more stable and optimized power supply. Both products are designed to handle different input voltage ranges, allowing compatibility with a wide range of power sources, including solar panels, batteries and other DC-based systems.

The DC-DC Boost Power Converter has a flexible input range of 5V to 45V DC and offers a range of output voltages from 12V to 48V, with customizable options to meet specific needs. With a rated current range of 1A to 40A and an impressive efficiency of up to 93%, the Boost Converter is ideal for applications in renewable energy, industrial automation, telecommunications and more. Its rugged aluminum alloy case and wide operating temperature range of -20°C to 85°C make it suitable for use in harsh environments.

On the other hand, the DC-DC Buck Power Converter provides efficient voltage regulation by stepping down voltages from 9V to 120V DC to output voltages between 3.3V and 48V. This converter is designed to support a rated current range of 1A to 60A, making it a versatile solution for everything from small electronics to large industrial machinery. With efficiencies between 94% and 96%, the buck converter is perfect for industries looking to minimize energy waste and reduce heat generation. Their reliability over a temperature range of -20°C to 85°C ensures smooth performance in all environments.

Both converters meet international standards such as CE and RoHS, ensuring they are safe, environmentally friendly and compliant with global regulations. SUCH Ltd. also offers customization options, allowing companies to tailor the converters to meet specific operational requirements.

Together, the DC-DC Boost and Buck Converters provide a comprehensive solution for businesses that need to efficiently manage their power needs. In renewable energy systems, the boost converter can boost the voltage from solar panels or wind turbines, while the buck converter ensures that this power is delivered at the appropriate voltage for storage or direct use. These converters also play a critical role in industrial automation, where stable, regulated power is needed to drive machines such as robotic arms and conveyor systems. Similarly, in the telecommunications industry, they provide reliable power for equipment such as routers, communications transmitters and repeaters, helping to keep networks running smoothly even in challenging conditions.