10.7‑11.7GHz 200W High Power Ku Band satcom device BUC
ZD-BUC-10.7/11.7G-200W
This 10.7‑11.7GHz 200W high power Ku band satcom device BUC is a high power satcom up‑conversion hardware. It accepts 950‑1950 MHz L‑Band IF input and translates signals to 10.7‑11.7 GHz Ku‑band RF spectrum. It delivers 53 dBm saturated output power and 51 dBm linear power, maintaining excellent IMD3 and spurious suppression under high‑power operating conditions. It provides 75 dB small‑signal gain alongside 20 dB adjustable attenuation with 0.1 dB fine step. Supporting 10 MHz external reference clock and universal 85‑265VAC power input, it enables full status acquisition and remote control via RS‑422, RS‑485 and Ethernet. Built‑in IP66 construction defends against outdoor condensation. Operating reliably from ‑40℃ to +60℃ with WR75‑G waveguide output, it fits high‑power satcom system integration and diverse field communication deployment projects.
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Field‑proven as a robust ku‑band buc, this block up converter ku band is a high‑performance satcom device 200w 10.7‑11.7GHz BUC module, engineered for high‑power satcom system integration to mitigate common pain points including signal distortion and poor outdoor environmental adaptability in high‑power transmission scenarios. This ku‑band buc up‑converts 950‑1950 MHz IF signals to target Ku‑band RF spectrum, delivering 53 dBm saturated power and 51 dBm linear power. It maintains outstanding phase‑noise and IMD3 performance even under full‑load high‑power operation. This block up converter ku band features 75 dB small‑signal gain plus 20 dB attenuation adjustment with fine 0.1 dB step for flexible system tuning. This satcom device 200w 10.7‑11.7GHz BUC module accepts a 10 MHz external reference clock. Multi‑protocol remote monitoring allows operators to access real‑time device status. IP66‑rated housing withstands condensation and high humidity. Operating across ‑40℃ to +60℃ with WR75‑G waveguide output and wide‑range AC input, it delivers solid hardware support for high‑power satellite communication links.
| InputFrequencyRange | 10.7-11.7GHz |
| OperatingFrequencyRange | 950-1950 MHz |
| OutputPower -Rated/Saturated | 53dBm |
| OutputPower-PLin | 51dBm |
| IMD3(@Prated-3dB) | -25dBc |
| Small Signal Gain | 75dB |
| Gain Variation | 1 dB p-p max over any 36 MHz;3 dB p-p max over any 500 MHz; 5 dB p-p max over full band; |
| Gain Stability | 3 dB p-p |
| AttenuationAdjustmentRange | 20 dB in 0.1 dB step |
| Output Spurious | ≤-60dBc |
| Input VSWR | 1.5:1 |
| Output VSWR | 1.3:1 |
| PhaseNoise | -63 dBc/Hz@100Hz, -73 dBc/Hz@1kHz, -83 dBc@10 kHz, -93 dBc@100 kHz |
| ExternalRef.Freq | 10 MHz(±5dBm) |
| InputVoltage | 85-265VAC, 47 - 63 Hz |
| PowerConsumption @ PLin Output | <1200W |
| PowerConsumption @ Rated Output | <1300W |
| Dimensions (L x W x H) | 330x200x180mm |
| Weight | <15kg |
| Interfaces | IF input: N-type (f); RF output: WR75-G M&C:19-pin MIL circular AC Line:3-pin MIL circular |
| RemoteControl | RS-422 /RS-485, Ethernet |
| MonitorParameters | Output Power Detecting, Gain, Temperature,Current, Attenuation, TX control, Summary alarms |
| Operating Temperature | -40 ~ +60°C |
| Relative Humidity | 100% condensing, IP66 |