 Description
Dynosat's dual Universal Ku FTA LNB is designed for receiving satellite signals in the frequency range of 10.7 - 12.75 GHz and is fully compatible with all KU free to air fta satellites. When using a Universal LNB you will need to set your receiver LNB type to Universal. You will also need to make sure your reciever's LO (local ocsillator) frequency is set to 10600 MHz and 9750 MHz. A free to air receiver may show this as 10600/9750 on one line, or there may be one input line for the High band of 10600 MHz and a seperate line for the Low band 9750 Mhz. The Universal twin Ku LNB provides well known Dynosat's quality and reliability at a very affordable price. 11-7183-1 This unit features 22 KHz tone switching for selection between high and low band in addition to conventional voltage-selected polarization selection. Because of 22 KHz tone it is not known to be compatible with a multiswitch.
Compact and easy to install, the Universal Dual Ku LNB is the ideal solution for offset antennas for both analog and digital free to air fta satellite signal reception. The Universal linear Ku Twin LNB incorporates proven LNB technology for superior noise performance and reliability. Key benefits include high cross polarity isolation and low noise temperature. Features - Ku universal compatible for analog and digital signal reception
- free to air compatible for fta satellites like Galaxy 19 at 97 west
- Dual output for sending signals to two rooms
- High cross pol isolation
- Low noise temperature
- We offer great wholesale pricing
- Easy to install
- Lightweight, won't weigh down your dish
- protective cover slides down to keep water out of the cable connectors
Specifications
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| | Input Frequency | 10.7 - 12.75 GHz | | Output frequency | 950 - 2150 MHz | | f/d Range | .6 to .7 | | Output Connector Type | "F" Female Connector | | Conversion Gain | 58 dB typical | | Polarization | Linear; Horizontal and Vertical | | Cross Pol Isolation | 20 dB Minimum | | Noise Figure @ 25°C | 0.3 dB typical | | LO frequency | 9.75 GHz low band
10.6 GHz high band | | LO stability | +/- 3.0 MHz | | Weight | 207 g |
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