TET-Emtron – 11m 5 Element Yagi
$499.00 Inc. GST
Now comes with TE-2060 1:1 Balun
Made to order & ships directly from manufacture.
The TET-Emtron model TE-511 is a high performance 5 element dual drive broad band HF 26 – 29MHz beam antenna. The dual drive system uses a special feed arrangement, which feeds both the reflector and the radiator elements. This method gives a wider bandwidth, an increase in gain and a significant improvement in the front-to-back ratio.
All TET-Emtron antennas are manufactured for optimum performance and are made of the finest materials available. For example, this antenna is made from Marine Grade 6000 Series Aluminum, all predrilled and partly pre-assembled components – THIS ANTENNA IS MADE TO LAST!
By following the instructions, you will find that the antenna is simple to assemble and when correctly installed, a top performer.
Comes with supplied balun.
- FREQUENCY- 26 to 29MHz.
- ELEMENT LENGTH- 5.3m.
- BOOM LENGTH- 5m.
- GAIN- 8.5dBi/6dBd.
- F/ B RADIO- 16dB.
- FEED IMPEDANCE- 50Ω.
- POWER- 500 Watts PEP (Limited by Balun).
- WEIGHT- (approx.) 8kg.
- SWR- Better than 1.5:1.
| Weight | 20 kg |
|---|---|
| Dimensions | 200 × 19 × 19 cm |
Related products
-
SO239 base & Lead with PL259 Panel Mount
$39.00 Inc. GSTAdd to cartAn SO239 base and lead suitable for boot and roof mounting or mobile bracket. Comes with: SO239 and Cap Nut and rubber seal Terminated with PL259 5m RG58 Installation tool This base and lead is great with the BNCA-ML-145 base loaded 27MHz mobile Antenna .
-
Sale!
RFI UHF 1/4 Wave Whip (470-490 MHz) Black – Blue Dot
Original price was: $26.00.$19.95Current price is: $19.95. Inc. GSTAdd to cartThe SW120 series is a range of low profile, flexible ¼ wave whips which provide excellent omnidirectional performance when mounted high on a vehicle. They make an ideal roof mount antenna when coupled with either an MB10/MB12 or on to a CD90/900 Series elevated feed choke for other mounting locations. By the nature of their …
RFI UHF 1/4 Wave Whip (470-490 MHz) Black – Blue DotRead More
