SatService Gesellschaft für Kommunikationssysteme is pleased to announce its new sat-nms LRXD 14L-Band Distributor for Satellite Ground Terminals.
The sat-nms LRXD14 L-Band Distributor is designed for satellite ground terminals where a 19" rackmount unit is not possible due to space limitations, for example in satellite news gathering terminals. The unit provides:
- 4 L-band output ports. The signal distribution is realized with cascaded Wilkinson dividers which guarantee good frequency response and isolation between the different output ports.
- 14/18V and 22kHz tone switching initiated by contact closure interface, which allows to control the LNB's Polarisation and Frequency range
- a external supplied 10MHz reference is mulitplexed on the L-Band interface to the LNC if aplied to J2 10MHz input
- The unit is powered by external 24V DC which are available in all satellite ground terminals Internal amplifiers compensate the loss of the distribution circuit. The signal distribution is realized with cascaded Wilkinson dividers which guarantee good frequency response and isolation between the different output ports.
The sat-nms LRXD14 L-Band Distributor is designed for satellite ground terminals where a 19" rackmount unit is not possible due to space limitations, for example in satellite news gathering terminals. The unit provides:
- 4 L-band output ports. The signal distribution is realized with cascaded Wilkinson dividers which guarantee good frequency response and isolation between the different output ports.
- 14/18V and 22kHz tone switching initiated by contact closure interface, which allows to control the LNB's Polarisation and Frequency range
- a external supplied 10MHz reference is mulitplexed on the L-Band interface to the LNC if aplied to J2 10MHz input
- The unit is powered by external 24V DC which are available in all satellite ground terminals Internal amplifiers compensate the loss of the distribution circuit. The signal distribution is realized with cascaded Wilkinson dividers which guarantee good frequency response and isolation between the different output ports.
