BOSYTRO Upgraded AC-DC Converter — Adjustable 5V-30V, 0-17A, 500W Power Supply

Overview

The BOSYTRO Upgraded AC to DC Converter is a versatile, adjustable power supply designed for a wide range of electronics tasks. With an output range of 0 to 30 volts and up to 17 amps, it can support devices from LED strips to compact lab instruments. Delivering up to 500W, this unit emphasizes efficiency, real-time visibility, and flexible control to suit both hobbyists and professionals.

Dual digital displays provide precise real-time readings, while the memory function restores your last settings after power cycles. The design includes an intuitive OP/OUTPUT control and clear CV (constant voltage) and CC (constant current) indicators, helping you manage power delivery without guesswork. With an efficiency rating of ≥85%, the supply is designed to stay cooler during extended use while maintaining steady performance.

Key Specifications

• Input: AC 110V/230V (manual switch)
• Output: 0-30V, 0-17A, up to 500W
• Efficiency: ≥85%
• Display: Dual digital readouts with 0.01 V / 0.01 A precision
• Modes: CV (constant voltage) and CC (constant current)
• Protections: overload, over-current, over-temperature, short circuit
• Indicators: OP/OUTPUT switch, CV/CC indicators
• Cooling: aluminum shell with built-in smart fan; anti-slip base for stability

Why it Stands Out

This upgraded power converter maintains a stable output despite load fluctuations and includes safeguards to protect both the device under test and the power supply itself. The added OP function helps protect connected loads, while the clear indicators provide quick status at a glance. The aluminum housing and active cooling help manage heat during longer sessions, contributing to reliable operation in busy setups.

Practical Uses

Whether you are assembling, testing, or prototyping, this BOSYTRO supply offers a flexible option for a range of projects. Consider how a clean 0–30V, 0–17A supply could support LED strip tuning, CCTV or monitor experimentation, small motor or pump testing, or powering a 3D printer and related lab equipment. Its safety features and steady performance can be advantageous in both student labs and professional workbenches.

Notes and Tips

Always ensure your device voltage and current requirements stay within the stated limits. Use the CV or CC mode appropriate to the task, and rely on the dual displays to monitor real-time values during setup and operation.