Features: Low Noise Figure + Low Power Consumptionhigh Quality Weather Protectioneasy Installationdigital Readyenvironmental Protection Specifications: 1) Input Frequency: 1070117Ghz (Low Band) 10701275Ghz (High Band) 2) Output Frequency: 9501950Mhz (Low Band) 11002150Mhz (High Band) 3) Lo Frequency: 975 106 Ghz 975 1075 Ghz 4) Noise Figure: 03Db (Typ) 5) Conversion Gain: 60Db (Typ) 6) Fd Radio: 06 7) Input Interface: Wave Guide Wr-75 8) Cross Pol Isolation: 20Db (Typ) 9) Image Rejection: 45Db (Min) 10) Polarity Switching Voltage: Vertical: 12-145V Horizontal: 16-18V 11) Operating Voltage: Vertical: 115 14 V Dc Horizontal:16 19 V Dc 12) Band Switching Pulse: 0 22Khz Tone 13) Gain Flatness: A 05Db 27Mhz 14) Dccurrent Consumption: 160Ma (Max) 15) Lo Phase Noise: -70Db Hz At 10Khz -90Db Hz At 100Khz -110Db Hz At 1Mhz 16) Output Power (At 1Db Gain Compression): 10Db (Min) 17) Output Vswr: 25:1 (Max) 18) Output Connector: 75O F Type Female 19) Operating Temperature: -40 +60 20) Storage Temperature: -55 +80
⚠️ WARNING (California Proposition 65): This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm. For more information, please visit www.P65Warnings.ca.gov.
Frequently Asked Questions
Q: What is the input frequency range of the LOTUS POWER Dual Output KU Band LNB?A: The input frequency range is from ten point seven to eleven point seven gigahertz for the low band and from ten point seven to twelve point seventy-five gigahertz for the high band.
Q: What is the output frequency range for this LNB?A: The output frequency range is nine hundred fifty megahertz to one thousand nine hundred fifty megahertz for the low band and one thousand one hundred megahertz to two thousand one hundred fifty megahertz for the high band.
Q: What is the noise figure for the LOTUS POWER LNB?A: The noise figure is zero point three decibels typical, which ensures minimal signal loss.
Q: How do I install the LOTUS POWER Dual Output KU Band LNB?A: Installation is simple and straightforward, typically involving mounting the LNB to your satellite dish and connecting it to your receiver.
Q: Is this LNB suitable for high-definition channels?A: Yes, this LNB supports digital and high-definition channels, making it ideal for modern satellite TV setups.
Q: Does the LOTUS POWER LNB have weather protection features?A: Yes, it features high-quality weather protection to ensure durability and performance in harsh conditions.
Q: What is the maximum current consumption for this LNB?A: The maximum D.C. current consumption is one hundred sixty milliamps, ensuring efficient power usage.
Q: What should I do to maintain the LOTUS POWER LNB?A: To maintain the LNB, regularly check for any physical damage and ensure connections are secure to prevent signal loss.
Q: Is this product safe for outdoor use?A: Yes, the LOTUS POWER LNB is designed for outdoor use with high-quality weatherproof housing.
Q: What is the operating temperature range for this LNB?A: The operating temperature range is from minus forty degrees Celsius to plus sixty degrees Celsius, suitable for various climates.
Q: Can this LNB be used with any satellite receiver?A: Yes, it has universal compatibility, allowing it to work with most satellite receivers on the market.
Q: What is the warranty policy for the LOTUS POWER LNB?A: The warranty policy typically covers defects in materials and workmanship; please check the retailer for specific terms.
Q: What if my LOTUS POWER LNB arrives damaged?A: If the LNB arrives damaged, contact the retailer for return instructions and possible replacement.
Q: Does this LNB require any special tools for installation?A: No, standard tools such as a screwdriver and pliers are usually sufficient for installation.
Q: How do I know if this LNB is compatible with my dish?A: Compatibility can generally be confirmed by checking if your satellite dish supports KU band LNBs, which this model is designed for.
Q: What is the gain specification of the LOTUS POWER LNB?A: The conversion gain is sixty decibels typical, providing strong signal amplification for better reception.