BS450XL3-C

Antennas RF Overview

The Mobile Mark BS450XL3-C is an omnidirectional base station antenna designed for the 450-470 MHz frequency range. It features a heavy-duty fiberglass radome and delivers a gain of 3 dB with a vertical beamwidth of 40 degrees. The unit is rated for high power handling up to 250 W and utilizes an N-type female connector for termination. This model supports pole or wall mounting configurations, ensuring reliable RF performance in demanding outdoor environments.

Antennas RF Feature Summary

• Omnidirectional radiation pattern for uniform coverage
• Heavy-duty fiberglass radome construction for durability
• High power rating suitable for base station applications

Antennas RF Applications

• UHF base station communication systems
• Public safety radio networks
• Industrial two-way radio infrastructure

Antennas RF Procurement Notes

Verify that the specific order matches the BS450XL3-C designation to ensure correct frequency band alignment. Confirm the presence of the N-type female connector interface during inspection. Check for physical integrity of the fiberglass radome upon receipt. Ensure mounting hardware compatibility with the intended installation surface before deployment.

Antennas RF Selection Notes

Select this component when a ruggedized solution is required for the 450-470 MHz spectrum. The 3 dB gain and 40-degree beamwidth offer balanced coverage for standard base station deployments. Consider the 250 W power rating for high-output transmitter environments. The heavy-duty design suits harsh weather conditions where longevity is critical.

Antennas RF Part Context

This antenna belongs to the Mobile Mark BS series of UHF base station solutions. It is engineered for professional mobile communications rather than consumer electronics. The design prioritizes environmental resistance and structural stability over compact form factors. It serves as a foundational RF component for fixed site installations.

Antennas RF Replacement Considerations

Direct substitutes must match the 450-470 MHz frequency range and N-type female interface. Verify that alternative models support at least 250 W power handling. Ensure comparable gain and beamwidth specifications to maintain system coverage patterns.