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Antenna datasheet

Tachyon TNA-303X 60 GHz integrated antenna

Antenna

Equipment summary

Tachyon Networks · TNA-303X

Synthesized 60 GHz Tachyon TNA-303X integrated antenna pattern, 16 dBi, 90x50 degree beam; beam-steering scan modeled as one fixed sector

Catalog evidence: Report a correctionProvide a newer source

Operating band
Not recorded
Gain
16 dBi
Pattern
Stored cuts

Pattern explorer

Antenna gain pattern

The 3D view is reconstructed from the stored horizontal and vertical cuts.

Drag the 3D view, or focus it and use the arrow keys.

Relative gainStronger
−40 dB−200 dB
Azimuth · 0 to −40 dB
Elevation · 0 to −40 dB
Horizontal 3 dB beamwidth
Calculating…
Vertical 3 dB beamwidth
Calculating…
Horizontal front-to-back
Calculating…

Tachyon Networks TNA-303X; stored horizontal and vertical cuts

RF specifications

Frequency bands
Not recorded
Maximum gain
16 dBi
Horizontal 3 dB beamwidth
90°
Vertical 3 dB beamwidth
50°
Front-to-back ratio
See derived pattern facts
Polarization
Not recorded
Mechanical downtilt
Not recorded
Electrical downtilt
Not recorded
Connector / feed
Not recorded
Pattern
Stored horizontal and vertical cuts
Pattern source
Tachyon Networks TNA-303X; stored horizontal and vertical cuts
Product source
Tachyon TNA datasheets (TNA-Antenna-Kits-v1.1.pdf; TNA-30x.pdf; TNA-305X.pdf) and FCC ID Z9W-TNA303X Antenna Specification (Part 1 TNA antenna kits SHA-256 078a60cd8918a10f4b80ba01bf18d64b75725bbed8baeae901c02cf6bad23a59, Part 2 Peraso PRM2141X SHA-256 6e4f68f3af395a3197feb16bdc757e0c21c4fb5dc35d6ea755fe12856341082b); FCC ID Z9W-TNA-301 Antenna Specification
Source date
Not recorded
Source revision
Not recorded
Catalog notes
Synthesized beamwidth window from documented gain and beamwidth; no measured samples. The beam-steering scan range is modeled as one fixed sector. The S-90 elevation beam uses the TNA antenna-kit table's 10 deg; the TNA-305X table states 5 deg.

Connectorized radio candidates

Recorded bands overlap, or one side has no recorded band. Verify frequency, connector, adapter, and polarization compatibility before use.