PolyPhaser 125MHz to 1GHz Type-N Coaxial RF Surge Protectors

Introduction

The PolyPhaser 125MHz to 1GHz Type-N Coaxial RF Surge Protectors are essential components designed to safeguard sensitive electronic equipment from harmful electrical disturbances. With their robust design and advanced technology, these surge protectors ensure reliable performance in various applications.

Part Description

The PolyPhaser surge protectors operate within a frequency range of 125MHz to 1GHz and are equipped with N-type connectors. They are capable of handling a maximum input power of 500W and can withstand a throughput energy of up to 800µJ. The incorporation of blocking caps and gas tube technology provides effective protection against Electromagnetic Pulses (EMP) and power surges, particularly those caused by lightning. These surge protectors are compliant with RoHS and REACH standards, ensuring they meet environmental regulations.

Applications

• Industrial equipment protection
• Radio installations
• Antenna installations

Industries

• Telecommunications
• Broadcasting
• Industrial automation
• Aerospace and defense

Usage Ideas

1. Outdoor Radio Station Setup: Utilize the PolyPhaser surge protectors to safeguard radio transmission equipment installed outdoors, ensuring uninterrupted service during electrical storms.
2. Antenna Protection in Remote Locations: Implement these surge protectors in remote antenna installations to protect against lightning strikes and other electrical disturbances, enhancing system reliability.
3. Industrial Monitoring Systems: Integrate the surge protectors into industrial monitoring systems to prevent damage from power surges, ensuring the longevity and functionality of sensitive monitoring equipment.

Conclusion

The PolyPhaser 125MHz to 1GHz Type-N Coaxial RF Surge Protectors are a vital addition to any setup involving sensitive electronic equipment, particularly in outdoor or industrial environments. Their advanced protection features and compliance with safety standards make them a reliable choice for safeguarding against electrical disturbances.