The 2R3000T-8T Gas Discharge Tube (GDT) from RUILON is a robust, high-voltage surge protection device designed to safeguard sensitive electronic circuits from transient overvoltage events. Built using advanced ceramic gas discharge technology, this component delivers exceptional performance in handling lightning strikes, switching surges, and high-energy impulse conditions.
With a DC spark-over voltage of 3000V, the 2R3000T-8T is ideal for applications requiring higher breakdown thresholds compared to lower voltage GDT series. This ensures enhanced system stability by minimizing unwanted triggering while maintaining strong surge protection capability. Its high insulation resistance and low capacitance at 1 MHz make it suitable for both power and high-frequency signal line protection without degrading signal integrity.
The device features reliable glow voltage and arc voltage characteristics, ensuring a smooth transition during surge events and efficient energy dissipation. Its high impulse discharge current capability (8/20µs waveform) and excellent impulse withstanding voltage performance contribute to long operational life, even in harsh environments.
Housed in the durable 2R-8T series package, the component supports stable performance and flexible integration across various circuit designs. The 2R3000T-8T is widely used in telecommunications, power infrastructure, industrial electronics, and surge protection modules.
Key Features:
- 3000V DC spark-over voltage for high-voltage protection
- High impulse discharge current capability (8/20µs)
- Low capacitance for minimal signal interference
- उत्कृष्ट insulation resistance for enhanced reliability
- Stable glow and arc voltage characteristics
- Long service life under repeated surge conditions
- Durable 2R-8T ceramic package design
Applications:
- Telecom and base station equipment
- Power transmission and distribution systems
- Industrial control and automation
- Surge protection devices (SPD)
- Data and communication lines
- Consumer and commercial electronic systems
