PE51YA1007

Antennas RF Overview

The PE51YA1007 is a Yagi antenna manufactured by Pasternack, designed for operation at 900 MHz with a gain of 3 dBi. It features an N-type female connector and utilizes bracket mounting for installation. This component serves as a directional RF antenna suitable for various wireless communication applications requiring focused signal transmission or reception.

Antennas RF Feature Summary

• Directional Yagi design for focused signal handling
• N-type female connector interface
• Bracket mount installation method

Antennas RF Applications

• GSM networks
• ISM band operations
• LoRa communications
• LPWAN systems
• WLAN applications

Antennas RF Procurement Notes

Verify the specific connector type and mounting configuration against system requirements before procurement. Confirm that the N-type female interface aligns with existing cable assemblies. Ensure the bracket mount style is compatible with the intended installation surface. Check operational frequency alignment with the 900 MHz specification to avoid interference. Validate gain requirements against link budget calculations.

Antennas RF Selection Notes

Select this model when a low-gain directional solution is required for 900 MHz bands. The N-type connector offers robustness for industrial environments. Bracket mounting provides stable positioning for fixed installations. Consider the 3 dBi gain level for short-range point-to-point links where high directivity is not critical.

Antennas RF Part Context

This part belongs to Pasternack's RF Antenna product line, specifically within the Yagi category. It complements other directional antennas like the PE51YA1017, which operates in a similar frequency range but may differ in connector type or detailed specifications. The series supports diverse wireless infrastructure needs.

Antennas RF Replacement Considerations

The PE51YA1017 is a documented substitute within the same Yagi antenna family from Pasternack. Verify connector compatibility and exact frequency coverage differences between the two models before substitution.