Description

The High-Voltage Power Supply YG1793 stands as the epitome of laboratory precision and versatility, ingeniously designed with a dual-core microprocessor and touch key operation for superior control. Perfect for rigorous electrophoresis applications, it provides adjustable outputs ranging from 20-3000V, 1-400mA, and 1-400W with incremental adjustments of 1V, 1mA, and 1W. The intuitive LCD display with backlight presents both preset and actual values simultaneously, allowing for real-time monitoring. Additionally, it boasts a memory capable of storing 100 methods and supports step-by-step programming with up to 10 groups containing 10 programs each. Safety is paramount, with built-in protections against short circuits, overloads, and overheating, all of which ensure dependable functionality in demanding lab conditions.

Market Pricing

The High-Voltage Power Supply YG1793 is uniquely positioned in the market as a high-performance unit catering to complex scientific needs. On average, the price range for such advanced laboratory equipment falls between 2900 USD to 3600 USD, reflecting its premium build and comprehensive feature set.

Frequently Asked Questions

• How does this power supply compare to standard models?
  It offers intelligent control with constant voltage, current, and power modes, as well as automatic error detection to enhance safety.
• Is it suitable for extended electrophoresis protocols?
  Absolutely, with a timer function covering 1 minute to 99 hours and a V-hr mode supporting 1 to 99999 V-hr, it supports long-duration experiments seamlessly.
• What is the storage capacity for methods?
  The system can store up to 100 complete electrophoresis protocols, allowing for easy recall and execution.

Advantages and Disadvantages

Advantages:

• Multi-functional operation, encompassing standard, timing, V-hr, and step-by-step modes.
• Enhanced safety through automatic fault and error detection.
• User-friendly interface with 0-9 digital buttons providing real-time value display.

Disadvantages:

• Requires proper grounding for optimal performance.
• Maximum output is limited to 400W.
• Regular calibration is recommended for applications demanding high precision.

Applications in the Field

The power supply excels in various scientific fields, such as:

• DNA/RNA electrophoresis: Provides precise voltage control crucial for gel separation processes.
• Protein research: Delivers constant power essential for 2D electrophoresis techniques.
• Academic laboratories: Used in educational settings, offering student-friendly operation with its preset methods.

Recommendations

• Conduct system checks before executing critical experiments.
• Store frequently used methods for swift access and reduced setup time.
• Regularly inspect and maintain the output jacks for signs of wear and corrosion.

Features

• Intelligent dual-core microprocessor control.
• Touch key operation for user convenience.
• Simultaneous dual readout with an LCD backlight display.
• Memory capacity to store 100 different methods.
• Incorporates multiple programming steps for detailed protocols.
• Built-in safeguards against electrical malfunctions.

Technical Specifications