PolyPhaser 40MHz to 400MHz Coaxial RF Surge Protectors


PolyPhaser 40MHz to 400MHz Coaxial RF Surge Protectors

Manufacturer

Part #

Category

PolyPhaser BGXZ-60NFNM-ALT Power

Description

PolyPhaser 40MHz to 400MHz Coaxial RF Surge Protectors help protect equipment from Electromagnetic Pulse (EMP) or power surges caused by lightning or other strong electrical changes. These surge protectors utilize a patented hybrid protection technology that integrates a Silicon Avalanche Suppression Diode (SASD), a Metal Oxide Varistor (MOV), and a Gas Tube (GT or GDT). Typical applications include WiFi, GPS, and land mobile radio.

PolyPhaser 40MHz to 400MHz Coaxial RF Surge Protectors

Introduction

The PolyPhaser 40MHz to 400MHz Coaxial RF Surge Protectors are essential components designed to safeguard electronic equipment from damaging electrical surges. With advanced protection technology, these devices are ideal for various applications that require reliable surge protection.

Part Description

The PolyPhaser surge protectors utilize a patented hybrid protection technology that combines a Silicon Avalanche Suppression Diode (SASD), a Metal Oxide Varistor (MOV), and a Gas Tube (GT or GDT). This innovative design allows them to effectively mitigate the risks posed by Electromagnetic Pulse (EMP) and power surges, particularly those caused by lightning. Key specifications include a surge current rating of 20kA, a 50Ω impedance, and a maximum power handling of 100W (RMS). The protectors are equipped with N-type female connectors and are rated for a frequency range of 40MHz to 400MHz, ensuring compatibility with a wide array of RF applications. Additionally, they are waterproof (IP67 rated) and compliant with CE and RoHS standards.

Applications

  • WiFi® systems
  • GPS devices
  • Land mobile radio communications

Industries

  • Telecommunications
  • Aerospace
  • Automotive
  • Military and Defense
  • Consumer Electronics

Usage Ideas

  1. WiFi Network Protection: Integrate the PolyPhaser surge protector into a commercial WiFi network setup to shield routers and access points from electrical surges, ensuring uninterrupted service.
  2. GPS Equipment Safeguarding: Use the surge protector in GPS installations for vehicles or outdoor equipment to prevent damage from lightning strikes or electrical fluctuations.
  3. Land Mobile Radio Systems: Implement the surge protector in land mobile radio systems used by emergency services to enhance reliability and protect critical communication equipment.

Conclusion

The PolyPhaser 40MHz to 400MHz Coaxial RF Surge Protectors are a vital addition to any setup requiring robust surge protection. Their advanced technology and high-performance specifications make them suitable for a variety of applications across multiple industries. By investing in these surge protectors, users can ensure the longevity and reliability of their electronic equipment in the face of electrical disturbances.