ANT-868-JJB-ST

Antennas RF Overview

The ANT-868-JJB-ST is a permanent-mount whip antenna designed for Sub-GHz ISM applications, specifically targeting the 868 MHz frequency band. It operates within a range of 855 MHz to 890 MHz and features a straight whip form factor with through-hole solder termination. The component provides -1 dBi gain and maintains a VSWR of 2. It is engineered for use in IoT, LoRaWAN, Sigfox, and sensor network devices, offering reliable RF performance for low-power wide-area applications.

Antennas RF Feature Summary

• Straight whip design optimized for permanent mounting
• Through-hole solder termination for PCB integration
• Supports Sub-GHz ISM protocols including LoRaWAN and Sigfox

Antennas RF Applications

• IoT sensor networks
• LoRaWAN devices
• Sigfox modules
• Remote monitoring systems

Antennas RF Procurement Notes

Verify the specific suffix ST against official TE Connectivity Linx documentation to confirm mechanical orientation and connector type. Ensure compatibility with the intended PCB layout and mounting requirements before procurement. Cross-reference the datasheet for precise dimensional tolerances and thermal specifications.

Antennas RF Selection Notes

Select this model when a low-profile, permanently mounted solution is required for 868 MHz operations. Consider the -1 dBi gain and through-hole mounting constraints relative to other variants like the RA (right-angle) or HT-T (high temperature) versions based on spatial and environmental needs.

Antennas RF Part Context

This part belongs to the ANT-868 family of antennas from TE Connectivity Linx, specialized for European ISM bands. It complements other evaluation kits and antenna variants within the same product line, providing standardized RF solutions for developers working with Sub-GHz wireless technologies.

Antennas RF Replacement Considerations

ANT-868-JJB-RA serves as a right-angle alternative within the same series. For high-temperature environments, the ANT-868-JJB-HT-T variant offers enhanced thermal resilience while maintaining similar electrical characteristics.