Switching units (multiswitches)

The cascadable distribution system for signals of 4 satellite-based polarizations and of terrestrial TV for floor-by-floor wiring layout or for construction of a Y-network;.

transmission-type 17x8 multiswitch cascade 16 satellite polarizations and terrestrial TV signal distribution system for a flore-by-flore wiring or arrangement of a star network separate satellite TV gain adjustment for each pair of subscriber’s outputs DC pass-through and multiswitch power supply via the SAT A HLo and SAT A HHi lines.

cascadable distribution system of signals of 8-satellite polarizations and terrestrial TV for floor-by-floor distribution or for building network according to “star” distribution scheme;

Transit of supply voltage from a receiver to trunk lines; A cascadable distribution system for signals of 4 satellite-base polarizations for floor-by-floor wiring layout or for Y-network arrangement. Effective use of power supplies: multiswitches do not consume current from the trunk; the subscriber’s branch is fed from a corresponding receiver. For ease of level equalization in the distribution network, there are provided two types of multiswitches with different tapping factors.

4-channel amplifier for signals of satellite TV; For compensation of transit loss in multiswitches and connecting cables of the 4-cable distribution network;

designed for signals distribution networks of 16-satellite polarizations and terrestrial TV for 8 and 16 subscribers according to the “star” scheme; separate regulation of satellite TV amplification for each pair of subscribers’ outputs; integrated source for remote power supply of the converters and other network components; power source has short-circuit and overload protection with an indication

MN4ALFA is a pro active splitter of L-band signals. The device operates in the frequency range 950 - 2150 MHz and due to the integrated amplifier makes no attenuation during the signal splitting.

splitter by two and taps of 4x intermediate frequency CTB signals and terrestrial TV signals; extremely low lossiness; pass-through of power supply along the trunk and supply transition on the coupled H lines (commuted);

for the compensation of transmission lossiness of multi-switches and of connecting cables in a 5-cable distribution network; can be cascaded with the 5-cable system components: shifters, demultipliers and multi-switches

for compensation of transmission losses in multi-switches and connecting cables in the 9-cable distribution network; can be cascaded with multi-switches MS951, MS952; signal level control at each input; an integrated regulated equalizer and two-step amplifier in the channel of terrestrial TV;

Four way splitter of the 8x intermediate frequency СТВ signals and terrestrial TV signals; power pass-through along the trunk and power transition to branched H lines (commuted);

The multiswitches are designed for construction of large distribution IF CCTV systems The multiswitches are optimized to operate with digital-to-analog signals of terrestrial TV; A possibility of power supply from a peripheral 18 V source.

A small-size and high-performance power supply for the satellite television signal distribution systems on the basis of switches.

Transit of supply voltage from the receiver to trunk lines; A cascadable distribution system for signals of 4 satellite-based polarizations for floor-by-floor wiring layout or for Y-network arrangement; Effective use of power supplies: multiswitches do not consume current from the trunk; the subscriber’s branch is fed from a corresponding receiver; For ease of level equalization in the distribution network, there are provided two types of multiswitches with different tapping factors.

Transit of supply voltage from a receiver to trunk lines; A cascadable distribution system for signals of 4 satellite-base polarizations for floor-by-floor wiring layout or for Y-network arrangement. Effective use of power supplies: multiswitches do not consume current from the trunk; the subscriber’s branch is fed from a corresponding receiver. For ease of level equalization in the distribution network, there are provided two types of multiswitches with different tapping factors.

Designed for distribution networks of IF CCTV signals and terrestrial TV signals with up to 16 subscribers according to the Y-system; A built-in remote power supply; A possibility of power supply to amplifiers through an input of terrestrial TV.

The multiswitches are designed for construction of large distribution IF CCTV systems; Power supply is effected through Н lines of the trunk; All components of 5-cable distribution system are mutually compatible in a constructive way and in their technical characteristics;

Designed for distribution networks of IF CCTV signals and terrestrial TV signals with up to 32 subscribers under Y-system;

multi-switches are designed to build large distribution systems of intermediate frequency of СТВ;

designed for distribution networks of 8 polarizations of intermediate frequency of СТВ signals and terrestrial TV signals up to 32 subscribers according to “star” distribution scheme; integrated power source for remote power supply; possibility of the power supply for pre-amplifiers via input of terrestrial TV;

splitter by two and taps of the 8x intermediate frequency СТВ signals and terrestrial TV signals; extremely low lossiness; power pass-through along the trunk and power transition to branched H lines (commuted);

cascaded signals distribution system of 12 satellite polarizations and terrestrial TV for floor-by-floor distribution or for building the network according to “star” scheme; efficient use of power sources: multi-switches do not consume any current from the trunk; subscriber branch is powered by an appropriate receiver

cascade 16 satellite polarizations and terrestrial TV signal distribution system for a flore-by-flore wiring or arrangement of a star distribution scheme effective usage of power supply sources: multiswitches do not consume current from the backbone subscriber’s branch is energized from a corresponding receiver

splitter by four of 4x intermediate frequency of CTB signals and terrestrial TV signals; pass-through of power supply along the trunk and transfer of power to the coupled H lines (commuted);