Technical details
| Voltage Standing Wave Ratio (VSWR) |
2.0:1 |
| Output impedance |
75 Ω |
| Cross-polarization isolation |
22 dB |
| Gain ripple (±) |
0.75 dB |
| Initial accuracy (±) |
1 MHz |
| Temperature drift (±) |
3 MHz |
| Image rejection |
40 dBmW |
| Input frequency range |
10.7 - 12.75 GHz |
| Output frequency range |
950 - 2150 MHz |
| Noise figure |
0.2 dB |
| Local Oscillator (LO) phase noise (10 kHz) |
-90 dBc/Hz |
| Conversion gain |
60 dB |
| High band LO frequency |
10.6 GHz |
| Low band LO frequency |
9.75 GHz |
| Spurious emission |
-60 dBmW |
| Low band output frequency range |
950 - 1950 MHz |
| High band output frequency range |
1100 - 2150 MHz |
| High band input frequency range |
11.7 - 12.75 GHz |
| Low band input frequency range |
10.7 - 11.7 GHz |
Dielectric Quattro 23mm LNB, Novel Slim Feed Technology, 344 g
This innovative LNB was specifically designed for installations that make use of several LNBs on a satellite dish antenna. Its novel slim feed technology incorporates advanced dielectric materials and a perfect front end design. This technology ensures maximum energy transfer from the dish to the LNB circuits also when the LNB position is off the focal point. Furthermore, its long neck allows placing the LNBs closely next to each other and gain access to satellites typically too close in their orbital position to be received with standard neck LNBs on a standard satellite dish antenna. This LNB enables the reception of signals from one satellite and its distribution via a Multi-Switch to numerous Set Top Boxes.
<b>Main Features:</b>
- Novel Slim Feed Technology
- Low Phase Noise, DVB-S2 (HDTV) compliant
- Low Noise Figure
- Low Power Consumption
- High Cross Polarization Isolation
- High Frequency Stability