EXH160MXI

Antennas RF Overview

The TE Connectivity EXH160MXI is a base-loaded, molded port antenna designed for the 155-165 MHz frequency range. It features a 1/4 wave vertical whip configuration with an overall length of 10.5 inches. The unit utilizes a molded duck-style design to ensure durability and environmental resistance. This component serves as a dedicated radio communication antenna for mobile applications requiring reliable signal transmission within the specified VHF band.

Antennas RF Feature Summary

• Base-loaded coil design for optimized electrical performance
• Molded port construction for enhanced structural integrity
• Vertical whip configuration suitable for vehicle mounting

Antennas RF Applications

• Mobile two-way radio systems
• VHF communication equipment
• Vehicle-mounted transceivers

Antennas RF Procurement Notes

Verify the specific connector type and cable assembly requirements before procurement. Confirm that the operating environment aligns with the antenna's mechanical specifications. Ensure compatibility with the intended radio transceiver impedance. Request official datasheets to validate physical dimensions and mounting constraints for integration.

Antennas RF Selection Notes

Select this model when a compact, durable VHF antenna is required for mobile installations. Consider the 10.5-inch height constraint for vehicle roof clearance. Evaluate the base-loaded design benefits regarding bandwidth and efficiency compared to full-size whips. Ensure the application does not require frequencies outside the 155-165 MHz range.

Antennas RF Part Context

This antenna belongs to TE Connectivity's portfolio of mobile communication components. It supports industrial and commercial radio networks. The product line emphasizes ruggedness for harsh environments. It complements other RF solutions by providing standardized mounting interfaces.

Antennas RF Replacement Considerations

Check for direct cross-reference part numbers from TE Connectivity or authorized distributors. Verify identical frequency ranges and physical dimensions. Ensure connector polarity and impedance match existing system requirements. Consult technical documentation for any functional differences in substitute models.