-40%
QO-100 Bullseye TCXO LNB - Ultra Stable LNB for QO-100 and Ku Band Satellites
$ 15.82
- Description
- Size Guide
Description
Includes 1x QO-100 Bullseye TCXO LNBThis is a TCXO stabilized LNB for the QO-100 / Es'Hail-2 geostationary amateur satellite and other Ku-band satellites. Manufactured by Othernet. Standard LNBs used for QO-100 / Es'Hail-2 require modifications to be made to the circuit as the crystal needs to be replaced with a TCXO in order to avoid frequency drift. The Bullseye LNB comes with a highly stable TCXO which has less than 10kHz offset even in outdoor conditions.
The Bullseye LNB is the world's most precise and stable DTH/consumer Ku-band down converter. Even a VSAT LNBF costing hundreds of dollars more is no match for the performance of the Bullseye 10K LNB. Each unit is calibrated at the factory to within 1 kHz of absolute precision against a GPS-locked spectrum analyzer.
Under outdoor conditions, the stability of the LNB is well within 10 kHz of offset.
As a bonus feature, the Bullseye 10K provides access to its internal 25 MHz TCXO through the secondary F-connector. This reference output can be used to directly monitor the performance of the TCXO over time.
NOTE:
Requires a 12-19V bias tee power injector, the V3's 4.5V bias tee is NOT for this LNB. 11.5 - 14V enables vertical polarization and 16 - 19V enables horizontal polarization.
Features
Bullseye 10 kHz BE01
Universal single output LNB
Frequency stability within 10 kHz in normal outdoor environment
Phase locked loop with 2 PPM TCXO
Factory calibration within 1 kHz utilizing GPS-locked spectrum analyzers
Ultra high precision PLL employing proprietary frequency control system (patent pending)
25 MHz output reference available on secondary F-connector (red)
Specifications
Input frequency: 10489 - 12750 MHz
LO frequency 9750/10600 MHz
LO frequency stability at 23C: +/- 10 kHz
LO frequency stability -20 - 60C: +/- 30 kHz
Gain: 50 - 66 dB
Output frequency: 739 - 1950 MHz (low band) and 1100 - 2150 (high band)
Return loss of 8 dB (739 - 1950 MHz) and 10 dB (1100 - 2150 MHz)
Noise figure: 0.5 dB