DC-DC Adjustable Boost Converter 2A 2–24V to 28V Module

QAR 17.00/ unit

Description

The DC-DC Adjustable Boost Converter 2 A (2–24 V to 28 V) Module is a step-up voltage regulation device designed to convert a lower DC input voltage into a higher adjustable DC output. It supports an input range of 2–24 V DC and provides an output voltage adjustable up to 28 V DC, with a maximum output current of 2 A under suitable conditions. The module operates with high conversion efficiency up to approximately 93%, enabling efficient power transfer in low-voltage systems. It is suitable for portable electronics, battery-powered devices, and embedded applications requiring elevated DC voltage. The compact PCB design allows integration into space-constrained electronic assemblies. Features • DC-DC Boost Topology: High-efficiency step-up switching regulator architecture • Input Voltage Range: 2–24 V DC • Output Voltage Adjustment: Up to 28 V DC via onboard potentiometer control • Output Current Capability: Up to 2 A under appropriate thermal conditions • Conversion Efficiency: Up to 93% under optimized load operation • Switching Frequency: High-frequency DC-DC operation for compact energy conversion • Module Construction: PCB-based compact boost converter design • Application Compatibility: Battery-powered systems, portable electronics, and embedded DC applications Specifications • Input Voltage Range | 2–24 V DC • Output Voltage Range | Adjustable up to 28 V DC (via onboard potentiometer) • Output Current | Up to 2 A under appropriate thermal conditions • Conversion Efficiency | Up to 93% under optimal load operation • Regulator Type | DC-DC step-up (Boost) switching converter • Switching Frequency | High-frequency operation for compact energy conversion • Output Stability | Voltage adjustable with fine-tuning potentiometer control • Module Construction | PCB-based compact boost converter design • Thermal Requirements | Heat dissipation recommended under high load operation • Application Area | Battery-powered systems, embedded electronics, and portable DC power a