The Wincom DC Power Supply is a professional-grade, highly regulated digital laboratory power source engineered to deliver stable, clean, and continuous direct current (DC) to electrical circuits and electronic components. Equipped with advanced linear or switching voltage regulation technology, it provides precise adjustment control over both output voltage and current levels. Featuring clear dual digital displays and built-in safety protection circuits, this power supply is an essential workstation instrument for electronics repair shops, research laboratories, product testing lines, and engineering universities.

Technical Specifications

• Output Voltage Range Options: Variable configurations up to 30 Volts or 60 Volts DC

• Output Current Range Options: High-capacity variants up to 3 Amperes, 5 Amperes, or 10 Amperes

• Display Resolution: High-precision 3-digit or 4-digit LED/LCD screens tracking Voltage and Current simultaneously

• Source Regulation: Less than 0.01% + 3 millivolts

• Load Regulation: Less than 0.01% + 3 millivolts (under maximum output strain)

• Ripple and Noise: Ultra-low output ripple (less than 1 millivolt RMS)

• Cooling Mechanism: Intelligent, temperature-controlled internal cooling fan

• Input Power Configuration: AC 220V, 50Hz standard laboratory line power

• Output Terminals: Three color-coded safety binding posts (Positive, Negative, and Ground)

Key Features

• Dual Constant Voltage & Constant Current Modes: Automatically switches between Constant Voltage (CV) and Constant Current (CC) modes based on the attached load, protecting delicate prototype circuits from over-current damage.

• Coarse and Fine Adjustment Knobs: Features independent coarse and fine tuning dials for both voltage and current settings, allowing technicians to lock in precise decimal values effortlessly.

• Advanced Electronic Protection Systems: Equipped with integrated safety features including Over-Voltage Protection (OVP), Over-Current Protection (OCP), and Over-Temperature Protection (OTP) with an automatic shutdown response.

• Low Noise Linear Regulation Core: Engineered to minimize high-frequency electromagnetic noise, delivering an ultra-clean DC output that prevents signal interference during sensitive audio or RF circuit testing.

• Compact, Heavy-Duty Chassis: Built within a ruggedized, fully ventilated metal alloy enclosure that dissipates heat efficiently, complete with a shock-insulated front control panel and a sturdy carrying handle.

Primary Applications

• Electronics Service and Mobile Repair Centers: Powering up mobile phone motherboards, laptops, and consumer electronic devices during troubleshooting and component diagnostics.

• Academic Engineering and Physics Labs: Teaching students fundamental electrical concepts, testing circuit boards, and powering operational amplifiers or microcontrollers.

• Product Development and R&D Testing: Running continuous burn-in tests, verifying low-voltage motor behaviors, and prototyping smart home hardware components.

• Electroplating and Chemical Research: Providing a stable, unvarying current loop for precise laboratory electrolysis and electro-chemical material testing.