Description

The YG1792 High-Voltage Power Supply represents the pinnacle of electrophoresis and laboratory power technology, featuring dual-core microprocessor control for unmatched precision. With an output range of 20-1600V, 1-100mA, and 1-160W, this unit offers constant voltage, current, or power modes to meet diverse research needs. Its intuitive touch-key interface with 0-9 digital buttons simplifies operation while displaying both preset and actual values simultaneously.

Advanced functionality includes:

• 100 programmable electrophoresis methods
• Step-by-step control (10 editable groups)
• V-hr and timer functions (1min-99hr)
• Comprehensive safety protections (no-load, overload, short circuit detection)

Priced competitively in the professional lab equipment category, the YG1792 is ideal for biotechnology labs, forensic analysis, and material science research.

Frequently Asked Questions

• Can I program complex multi-step protocols? Yes! The 10-group step control allows 10 program connections for sophisticated experimental designs.
• What safety features are included? It automatically detects ground leaks, rapid resistance changes, and system overheating with instant fault alerts.
• How many output connections does it have? Four sets of output jacks provide flexibility for multiple simultaneous experiments.

Advantages and Disadvantages

Advantages

• Versatile Output Modes – Switch between constant voltage, current, or power with 1V/1mA/1W precision
• Advanced Programming – Store 100 methods and create complex multi-step protocols
• Comprehensive Safety – Six automatic protection systems ensure equipment and user safety

Disadvantages

• Learning Curve – Advanced features require initial familiarization
• Size/Weight – Bench-top design limits portability
• Premium Pricing – Higher cost than basic power supplies 

Product Use in the Field

The YG1792 excels in:

• DNA/Protein electrophoresis with precise V-hr control
• Nanomaterial research requiring stable high-voltage outputs
• Forensic labs conducting capillary electrophoresis
• Quality control testing of electronic components

Its programmable step functions are particularly valuable for gradient electrophoresis, while the four output jacks enable parallel experiments in teaching laboratories.

Recommendations

For optimal performance:

• Calibrate annually to maintain output accuracy
• Use in climate-controlled environments (avoid condensation)
• Document programmed methods for experiment reproducibility
• Regularly inspect cables for insulation integrity

Ready to power your research forward? Request a custom quote for the YG1792 today – where cutting-edge technology meets reliable performance for your most demanding applications.

Technical Description