Product Introduction

The ±10A 12V / -5A 36V Dual Output Pulse Rectifier is a highly flexible R&D power platform. It features two fully independent channels capable of generating complex single or dual pulse waveforms. Consequently, it is an essential tool for developing next-generation electrochemical processes, including alloy plating, nanocomposite deposition, and fundamental material studies.

Technical Specifications

Key Features & Benefits

• Dual Independent & Flexible Channels: This system provides two distinct voltage/current ranges. Channel 1 offers bipolar output for processes like periodic reverse plating. Channel 2 provides higher negative voltage, ideal for anodizing or high-potential deposition studies. This flexibility enables complex, multi-stage experimental protocols.
• Advanced Waveform Generation: Beyond simple pulses, the system can generate complex dual-pulse sequences on each channel. Therefore, researchers can simulate multi-step industrial processes or investigate novel deposition kinetics with unparalleled control.
• Comprehensive Software Control: Proprietary PC software allows for graphical waveform design, automated test sequences, and real-time data visualization. Moreover, all parameters can be saved and recalled, ensuring perfect experimental repeatability.
• Ideal for Research & Development: The combination of dual outputs, fast switching, and precise control makes this rectifier perfect for universities, corporate R&D labs, and process development centers aiming to innovate in surface engineering and electrochemistry.

Application Advantages

This dual output pulse rectifier unlocks new possibilities in electrochemical research and process development.

In Novel Alloy & Composite Development, researchers can use one channel for a base metal and the other to introduce pulses of a second element or to apply periodic reverse cycles, enabling the study of new material combinations and their properties.

For Fundamental Electrode Kinetics Studies, the fast pulse capability and independent channels allow for sophisticated techniques like double-pulse potentiometry or galvanostatic experiments, providing deep insights into reaction mechanisms.

In Process Scale-up Simulation, the system can mimic the electrical conditions of large-scale industrial rectifiers (using scaled-down parameters). Thus, it allows for cost-effective and rapid optimization of plating recipes, waveforms, and sequences before committing to full-scale production equipment.