Amphenol S.xY Yagi Antennas


Amphenol S.xY Yagi Antennas

Manufacturer

Part #

Category

Amphenol Procom S.xY Connectors

Description

Amphenol Procom S.xY Yagi Antennas include S.3Y-445 and S.6Y-445 modules that feature 3- and 6-element construction, respectively. These antennas are designed to the highest quality standards, ensuring reliable operation in harsh environmental conditions. They are suitable for trunked radio and telemetry applications.

Amphenol S.xY Yagi Antennas

Introduction

The Amphenol S.xY Yagi Antennas are high-performance antennas designed for reliable communication in demanding environments. With options for both 3-element and 6-element configurations, these antennas are engineered to meet the rigorous standards required for trunked radio and telemetry applications.

Part Description

The Amphenol Procom S.xY Yagi Antennas include two models: the S.3Y-445 with a 3-element construction and the S.6Y-445 with a 6-element construction. Both models operate within a frequency range of 420MHz to 470MHz and can handle a maximum input power of 150W. They feature linear polarization and are built to withstand harsh environmental conditions, boasting an IP68 protection rating. The S.3Y-445 offers a 6dBd gain with a 62° E-plane and 84° H-plane beamwidth, while the S.6Y-445 provides an 8.5dBd gain with a 56° E-plane and 63° H-plane beamwidth.

Amphenol S.xY Yagi Antennas

Applications

  • Private mobile radios
  • Trunked radio systems
  • Telemetry applications

Industries

  • Telecommunications
  • Public safety
  • Transportation
  • Utilities

Usage Ideas

  1. Emergency Communication System: Utilize the S.xY Yagi Antennas to set up a reliable communication network for emergency response teams in remote areas.
  2. Telemetry Data Collection: Implement the antennas in telemetry systems for monitoring environmental data in challenging locations, ensuring consistent data transmission.
  3. Private Radio Networks: Design a private mobile radio network for a transportation company, enhancing communication between vehicles and dispatch centers using the S.xY antennas.

Conclusion

The Amphenol S.xY Yagi Antennas are a robust solution for various communication needs, particularly in challenging environments. Their high gain, reliable performance, and durability make them ideal for applications in telecommunications, public safety, and telemetry. Whether for emergency services or private networks, these antennas provide the necessary reliability and efficiency for effective communication.