Place of Origin:
China
Brand Name:
SETON
Model Number:
ST-K24Q(Universal QUAD LNB)
VSAT LNB Universal QUAD ST-K24Q with 0.7dB Noise Figure 58-68dB Conversion Gain and Quad Output for Ku-Band Coverage
| No. | ITEM | SPECIFICATION | UNIT |
|---|---|---|---|
| K-1 | Low Band I/P Frequency Range | 10.7 ~ 11.7 | GHz |
| K-2 | O/P Frequency Range | 950 ~1950 | MHz |
| K-3 | LO Frequency | 9.75 | GHz |
| K-4 | Noise Figure | 0.7[Typ]. / 0.9[Max.]] | dB |
| K-5 | High Band I/P Frequency Range | 11.7 ~ 12.75 | GHz |
| K-6 | O/P Frequency Range | 1100 ~ 2150 | MHz |
| K-7 | LO Frequency | 10.6 | GHz |
| K-8 | Noise Figure | 0.7[Typ]. / 0.9[Max.] | dB |
| K-9 | LO Initial Accuracy | ± 0.5 | MHz |
| K-10 | LO Temperature Drift - 30 ~ + 60℃ | ± 0.75 | MHz |
| K-11 | LO Phase Noise @ 1K Hz | -70 | dBc / Hz |
| K-12 | LO Phase Noise @ 10K Hz | -80 | dBc / Hz |
| K-13 | LO Phase Noise @ 100K Hz | -90 | dBc / Hz |
| K-14 | Conversion Gain | 58-68/62[Typ.] | dB |
| K-15 | Gain Flatness | ±3.5[Max.] | dB |
| K-16 | Gain Variation | ±0.5 | dB/26MHz |
| K-17 | Image Rejection | -40 [Min.]] | dB |
| K-18 | O/P 1 dB Compression Point | 0.0 [Min.]+3.0[Typ.]] | dBm |
| K-19 | Crosstalk Isolation | 22 [Min.]] | dB |
| K-20 | Control Signals Ca [ V ] | 10.0 ~ 14.0 | V |
| K-21 | Control Signals Cb [ H ] | 16.0 ~ 20.0 | V |
| K-22 | Control Signals Cc | 22± 4 | kHz |
| K-23 | O/P VSWR | 2.5:1 | ~ |
| K-24 | DC Power | 10 ~ 20* 150[Max.] | Vdc*mA |
| K-25 | Working Temperature | - 30 ~ + 60 | ℃ |
| K-26 | Output Impedance | 75 | Ω (F-Type) |
| K-27 | Waterproof | O-Ring |
A quad LNB is engineered to serve multiple tuners directly without the need for additional equipment like a multiswitch.
Here's what distinguishes a quad LNB:
On the other hand, a quattro LNB serves a distinct purpose in shared dish distribution systems.
Here are the characteristics that set it apart:
Although both quad and quattro LNBs offer four outputs, their functionality and applications differ significantly.
A quad LNB is suitable for direct connection to multiple tuners, providing access to the entire Ku band for individual receivers. Conversely, a quattro LNB is tailored for integration with multiswitches, distributing quarter-band signals to multiple users in shared dish distribution systems. Understanding these differences is crucial for selecting the appropriate LNB for a specific satellite TV installation scenario.
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