Technical Specification
Noise Figure | 0.5 dB (Typ.) 0.8dB (Max.) |
L.O. Stability | ±50KHz |
Phase Noise | -70dBc@1KHz; -80@10KHz; -90dBc@100KHz |
Input VSWR | 2.2:1 |
Output VSWR | 2.2:1 |
Gain | 58~68dB/ 63dB (Typ.) |
Gain Flatness(over full band) | 5dBp-p (Max.) |
Output P1dB | +5dBm |
DC Power | +12VDC~+24VDC |
Tone | 22KHz±4 |
Current | 250mA |
Input Connection | WR75 |
Output Connection |
F(75Ω)/N(50Ω) |
Anti-Thunder |
4KV(Min.)/6KV(Max.) |
Rejection | KU-TI |
Operating Temperature | -30℃~+60℃ |
Storage Temperature |
-40℃~+70℃ |
Frequency Bands Available(The value can be set as required)
Band 1 Band 2 Band 3 Band 4
Frequency Band(GHz) 10.7~11.7 10.95~11.7 11.7~12.75 12.25~12.75
L.O. Frequency(GHz) 9.75 10.00 10.75 11.30
IF Frequency(MHz) 950~1950 950~1700 950~2000 950~1450
FAQ
Q: What is an ANTI-5G WR75 LNB?
A: The transmit way by Matrix waveguide, LNB itself has anti-5G IMT @3.5G Band interference capability.
Q: What is a Strong Rejection-5G WR75 LNB?
A: WR75 LNB directly input 5G IMT@3.5GHz frequency from transmitting waveguide, Guard band=100MHz, 5G Power Level: -30dBm, WR75 LNB output Gain(in-band) no intermodulation, Output Gain no saturation. WR75 LNB itself has strong anti-5G IMT@3.5GHz frequency capability, because with un-linking the mechanical filter outside, WR75 LNB built-in high performance out-band rejection passive filter.
Q: What is High Gain Low Noise?
A: WR75 LNB High Gain: 63dB (Typ.), which can receive week intensity signal; Low Noise: 0.8dB(Max.), which can guarantee system better C/N value.
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