Installation type | Surface Mount |
describe | Gas discharge tube |
type | Gas discharge tube |
application | Circuit protection |
Manufacturing date code | new |
series | Patch |
product name | GDT gas discharge tube |
body type | Patch |
Voltage DC spark discharge (nominal) | 2500 volts |
Health condition | new |
Encapsulation/enclosure | dip in |
Minimum Insulation Resistance | 1G Ω (at 100V DC) |
Advanced technology: Greeting manufacturers incorporate a number of advanced technologies into the Gas Discharge Tube during the manufacturing process, including precision electrode processing, inert gas filling, and optimized structural design. The application of these technologies enables the product to have lower breakdown voltage dispersion and higher surge current tolerance, thereby ensuring the stability and reliability of the product in different application scenarios
Strong durability: Gas Discharge Tube has undergone rigorous testing and verification and has extremely high durability. Its rated operating temperature range is wide and it can maintain normal operation under extreme temperature conditions. In addition, the product is designed with long-term use in mind, ensuring stability and reliability after long-term operation
Customization service: Greeting manufacturer Gas Discharge Tube provides customization services to meet the needs of different users. Users can choose different parameters such as electrode spacing, breakdown voltage and surge current according to specific application scenarios and requirements to obtain the product that best suits their needs. This flexibility enables Gas Discharge Tube to be widely used in various fields
Outstanding copy board capability: Advanced copy board technology is used in the manufacturing process of Gas Discharge Tube. This technology ensures that each product has consistent performance and appearance, thereby improving the reliability and stability of the product. At the same time, the application of copy board technology also makes it easier to mass produce and control quality, reducing production costs and improving production efficiency
Signal circuit protection: In the fields of communication, data transmission, etc., it is used to protect signal circuits from overvoltage shocks and ensure stable signal transmission.
Industrial automation: In industrial automation systems, it is used to protect control circuits and sensors from electromagnetic interference and overvoltage shocks, improving the stability and reliability of the system
Excellent performance: Compared with the original gas discharge tube, Gas Discharge Tube is not inferior in performance, and even better in some aspects.
Reliable quality: The use of advanced production processes and technologies ensures the stability and reliability of product quality.
Low cost: Through large-scale production and quality control, the production cost is reduced, providing users with a more cost-effective product choice