EXS164SMI

Antennas RF Overview

The TE Connectivity EXS164SMI is a VHF whip antenna designed for the 169MHz frequency band. It operates within a frequency range of 164MHz to 174MHz and features a straight, rigid construction with an overall maximum height of 3.950 inches (100.33mm). The component utilizes an SMI connector for mounting and supports a maximum power input of 50W. It maintains a Voltage Standing Wave Ratio (VSWR) of 1.5. The unit is RoHS compliant and classified under ECCN 5A991G.

Antennas RF Feature Summary

• Straight whip design optimized for VHF applications
• Fixed SMI connector interface for secure mounting
• High power handling capability up to 50W

Antennas RF Applications

• VHF radio communication systems
• Industrial telemetry equipment
• Marine navigation devices

Antennas RF Procurement Notes

Verify current availability status as this part number is listed as obsolete or end-of-life. Confirm that the SMI connector type matches the receiving equipment interface requirements. Check for valid replacement alternatives from the manufacturer's official documentation before finalizing procurement plans.

Antennas RF Selection Notes

Select this antenna when a fixed-frequency VHF solution is required without adjustable tuning. Ensure the installation environment accommodates the specified 100.33mm height. Verify that the operating frequency falls strictly within the 164-174MHz range to maintain optimal performance and impedance matching.

Antennas RF Part Context

This component belongs to the EXS series of RF antennas manufactured by TE Connectivity. The series provides various configurations for wireless connectivity needs. The EXS164SMI specifically addresses the need for robust, high-power VHF transmission in compact form factors using standard connector interfaces.

Antennas RF Replacement Considerations

Consult official TE Connectivity documentation for confirmed substitute part numbers due to the product's obsolete status. Do not assume generic compatibility; verify electrical parameters and mechanical dimensions against potential replacements.