Description

The Basic Power Supply YG1796 delivers microprocessor-controlled precision in a durable, molded shell design, offering constant voltage, current, or power output (20-3000V, 1-400mA, 1-400W) for fundamental laboratory applications. Featuring touch key operation and an LCD display with backlight, this unit provides 1V/1mA/1W increment control with automatic memory function to store your preferred settings. The system’s four output jacks enable flexible connectivity, while built-in protection against no-load and overload conditions ensures safe operation. With timer functionality (1min-99hr) and V-hr mode (1-99999V-hr), the YG1796 handles extended experimental protocols with consistent reliability.

Frequently Asked Questions

• What safety features does this power supply include?
  Automatic detection of no-load and overload conditions protects both the equipment and your experiments.
• Can I save my frequently used settings?
  Yes, the automatic memory function retains your preferred configurations for quick recall.
• Is this suitable for basic electrophoresis work?
  Absolutely, with constant voltage/current/power output and timer functions, it’s ideal for standard gel electrophoresis.

Advantages and Disadvantages

Advantages:

• Simple operation: Intuitive touch keys and clear LCD display
• Versatile output: Handles voltage, current, and power applications
• Reliable protection: Built-in safeguards against common electrical issues

Considerations:

• Limited to 400W maximum output
• No advanced programming features like step-by-step modes
• Basic fault detection compared to higher-end models

Field Applications

This power supply serves perfectly in:

• Teaching laboratories: Student-friendly operation for basic experiments
• Routine gel electrophoresis: Consistent power delivery for DNA/RNA separation
• Quality control labs: Reliable performance for standard testing procedures

Usage Recommendations

• Calibrate annually for critical applications
• Store in a dry environment to protect electronic components
• Regularly inspect output jacks for wear or damage

Technical Description