Transceivers:
Kenwood TS-790, Yaesu FT-290, FT-847, FT-1000MP with HB
transverter for 144MHz
1296 MHz:
HB transverter 144/1296 (DB6NT design)
RX: NF 0,69dB with relay, at feed (DJ9BV design)
TX: 1xM57716 - 20W
PA: 2x HB PA with 8xM57716 coupled with hb circulator
Cable: 4 m 1/2 in. LCF Heliax
Circular polarisation radiator (OK1DFC design)
2304 MHz:
Transverter by DB6NT 144/2320
and 2304MHz
OCXO for:
2304 - RX+TX
2320 - RX+TX
2424 - Only RX, external convertor
RX:NF 0,35dB with relay, on feed (DJ9BV design)
TX: 75W out 2xMGFS45V2527 (by DL2AM)
Cable: None! Equipment instaled at the focus point
Circular polarisation radiator (OK1DFC design)
10368 MHz:
Transverter by DB6NT 144/10368 and
10450MHz
RX: NE3210S01 0,55dB, this
is 0,62dB at feed, 1,9 dB Moon noise (by DB6NT)
TX: 50 W out 4xTIM1011-15. This gives 46W at feed
Cable: 7 cm of waveguide. Equipment instaled at the focus point
Scalar feedhorn with home brew set up linear
polarisation radiator
24192 MHz:
RX:
RX: NE3210S01, NF 1,35dB, this
is 1,55dB at feed, 1,35dB Moon noise (by DB6NT)
TX: PA TWT with 32W at feed.
Equipment instaled at the focus point.
Scalar feedhorn with home brew set up linear
polarisation radiator
Aerial:
3,0 m Dish, designed for 18GHz
f/d - 0,35
Measured gain on 10368 MHz - 48,2 dBi
Measurement equipment:
HP 8920A,HP8565A,
HP 437B with HP8485A
Feed: Anritsu S331A
Other (noise, power, etc.) with the help of my good friends among the OK hams
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