LQHCG 900KV-300pF Multiple Chopping Gap System Overview

The LQHCG 900KV-300pF is a precision high-voltage multiple chopping gap system designed for advanced electrical testing applications. This technical specification document provides detailed information about this specialized equipment's capabilities and operational parameters.

Key Technical Specifications

Advanced Triggering System

Three-Electrode Discharge Trigger Mechanism

The system features a sophisticated triggering mechanism with the following characteristics:

• High-performance pulse amplifier output: 10kV, 100ns trigger pulse

• Precision timing control for accurate discharge initiation

• Consistent performance across multiple operations

Adjustable Time-Delay Functionality

The LQHCG system incorporates advanced time-delay capabilities:

• Electrically adjustable time-delay circuit

• 250kV trigger pulse output

• Digital setting of chopping time through integrated control system

• Precision timing for synchronized operations

Chopped Wave Performance Characteristics

The system delivers exceptional waveform chopping performance:

• Standard deviation of chopping time: <0.1μs

• Consistent waveform truncation

• Repeatable results for reliable testing

Design Features and Construction

The LQHCG 900KV-300pF system incorporates several important design elements:

• Robust mechanical construction for high-voltage operation

• Precision-machined semi-spherical electrodes (150mm diameter)

• Optimized gap configuration for stable arc formation

• High-quality materials for long-term reliability

Typical Applications

This high-voltage chopping gap system is suitable for various testing scenarios:

• Impulse voltage testing of power equipment

• High-voltage component research and development

• Dielectric strength evaluation

• Lightning impulse testing simulations

• Power system protection studies

Safety Considerations

When operating the LQHCG 900KV-300pF system:

• Always follow manufacturer's safety guidelines

• Implement proper grounding procedures

• Use appropriate personal protective equipment

• Maintain safe working distances

• Ensure proper training for all operators

System Integration

The chopping gap can be integrated with various test setups:

• Compatible with standard impulse voltage generators

• Can be incorporated into automated test sequences

• Interface capability with data acquisition systems

• Adaptable to different laboratory configurations

Performance Validation

The system's performance meets rigorous industry standards:

• Consistent chopping time precision

• Repeatable waveform characteristics

• Stable operation across multiple test cycles

• Reliable performance at rated voltage levels

Conclusion

The LQHCG 900KV-300pF Multiple Chopping Gap system represents advanced technology for high-voltage testing applications. With its precise triggering mechanism, adjustable time-delay functionality, and exceptional chopped wave performance, this equipment provides researchers and engineers with a reliable tool for demanding high-voltage measurement tasks. The system's robust construction and consistent performance make it suitable for both laboratory research and industrial testing applications.