Description

The YG1795 High-Voltage Power Supply is tailored for advanced laboratory applications that demand precision and reliability. Delivering an ultra-high voltage output ranging from 20 to 3000V, this power supply ensures accurate temperature control between RT+10℃ and 65℃—ideal for thermal-sensitive research. With its dual-core microprocessor intelligent control, the YG1795 offers outstanding resolution in terms of voltage, current, and power modes. Its backlit LCD display enhances usability by showing both preset and actual output values, while the four output jacks facilitate complex experimental setups.

Market Price Overview

The YG1795 High-Voltage Power Supply is positioned in the premium laboratory equipment category, reflecting its advanced functionalities that are crucial for sophisticated research environments. Generally, power supplies with similar high-voltage capabilities and precise features can be found priced between $2300 and $3100 USD in the market. This investment is justified by its unparalleled accuracy and safety features, making it essential for top-tier research institutions and industrial laboratories.

Frequently Asked Questions

• How does the temperature control function work? The YG1795 provides precise temperature regulation within the 10-65℃ range, indispensable for experiments involving thermal-sensitive electrophoresis and material testing.
• What safety features are incorporated for 3000V operation? This power supply includes automatic detection of ground leaks, short circuits, insulation monitoring, and over-temperature protection to safeguard high-voltage operations.
• Is it possible to perform multiple experiments simultaneously? The four output jacks can deliver identical parameters; for varied settings, it is advisable to use multiple units.

Advantages and Disadvantages

Advantages

• Dual-Function Precision – Merges high-voltage output with precise temperature control for critical experiments.
• Research-Grade Accuracy – 1mA/1V resolution ensures compliance with stringent laboratory standards.
• Enhanced Safety – Features multiple protection systems to facilitate safe high-voltage operation.

Disadvantages

• Specialized Application – May be excessive for basic laboratory needs.
• Space Requirements – Occupies more space than standard power supplies.
• Premium Investment – Higher cost reflects its advanced capabilities and design.

Product Use in the Field

The YG1795 excels in applications where precision is paramount. It is extensively used in advanced materials research for dielectric testing under varying temperatures, biotechnology laboratories for temperature-controlled electrophoresis, polymer science for analyzing thermal-dependent properties, and industrial R&D for testing high-voltage components. Its unique high-voltage capabilities and temperature control make it indispensable for cutting-edge research requiring precise environmental conditions.

Recommendations

To maximize the performance and longevity of the YG1795 High-Voltage Power Supply, consider the following recommendations: Verify that electrical circuits can handle 3000V operation, calibrate temperature sensors annually, use manufacturer-recommended high-voltage cables, maintain detailed logs of temperature-dependent experiments, and ensure proper ventilation for effective thermal management.

Features

• Ultra-high voltage output from 20-3000V
• Precise temperature control from RT+10℃ to 65℃
• Dual-core microprocessor intelligent control
• 1V/1mA/1W resolution
• Constant voltage, current, or power modes
• Backlit LCD display for clear readouts
• Four output jacks for complex configurations
• Integrated temperature control system
• 10 programmable electrophoresis methods storage
• Extended timer and V-hr functions
• Comprehensive safety monitoring with 6 protection systems
• Automatic memory function for operational efficiency

Technical Specifications