A MULTISWITCH HAS NEVER BEEN SO CLEVER

Transcription

1 A H HAS NEER BEEN SO CLEER (REF. 0, 0, 0, 0 & 0) technology (SCR I, SCR II and legacy) functionality TForce technology included ersatile: cascade and standalone configuration FUNCTIALITY ED BY TFORCE CLASS A SCREENING ECO MODE 00% Designed, Developed & Manufactured in Televes Corporation televescorporation televes.com televes@televes.com

2 DESCRIPTI A new and innovative multiswitch implementing technology. This wire cascadable multiswitch supports SCR I (EN0) and SCR II (EN 00) standards and legacy mode, making the multiswitch compatible with any eisting or new set top bo. With satellite inputs (Quattro) and terrestrial input, these multiswitches offer from to user outputs, with up to user bands each. functionality This eclusive functionality gives the product complete control and fleibility to power the multiswitch from anywhere in the system. The installer will have complete freedom to choose how to power the multiswitch and will be able to choose the best to suit a particular scenario. This versatility is achieved via a switch ( LINK) that can be used to isolate or not, from a point of view, the multiswitch from the cascade. MULTIPLE ING OPTIS: Directly from a, receiver outputs* or line power through the satellite inputs or outputs. Moreover, you could choose to line power only the terrestial side (TForce) of the multiswitch through the terrestrial inputs or outputs. IT CAN BE EASILY ADDED TO AN EXISTING SYSTEM: You just need to connect a power supply to the multiswitch and isolate it from the power on the cascade (flick the link switch). The power of the eisting system will pass through the multiswitch unaltered and the NevoSwitch will only draw power from its own power supply. This will avoid any possible problems created by adding a new NevoSwitch to an eisting system. INCREASED SAFETY FOR THE SET TOP BOXES connected to the multiswitch, as these are completely isolated from the power in the cascade, avoiding potential issues with the power in the system affecting the end user equipment. WIDE ING RANGE: With voltages from 0 to 0 making it compatible with most of the systems out there. ECO MODE: The multiswitch isolated from the cascade can reduce its power consumption to zero when the set top boes are turned off and terrestrial is passive. In case TForce is activated, the consumption is only 0mA. This is possible because the multiswitch will also dynamically adapt the way that it s powered in order to keep its consumption to the minimum. So it will automatically turn off any part of the circuit that is not been used in order to lower its consumption. REF. DESCRIPTI EAN 0 NEOSWITCH TERM./CASC. 0 0 NEOSWITCH TERM./CASC. 0 0 NEOSWITCH TERM./CASC. 0 0 NEOSWITCH TERM./CASC. 0 0 NEOSWITCH TERM./CASC. 0 * Only available in reference 0.

3 A H HAS NEER BEEN SO CLEER ersatile HOW DOES THE FUNCTIALITY WORK? It can be controlled through the following switches: SWITCH (/): It isolates or connects the power of the multiswitch to the power available from the cascade (satellite legs). (isolated from the cascade): The MSW is powered locally (power supply) or from the user output without adding or drawing power from the cascade. (connected to the cascade): The MSW can add or draw (in the case that needs powering) current from the cascade. The NevoSwitch also incorporates the innovative TForce technology, based on MMIC components and developed eclusively by Televes. TForce offers an intelligent terrestrial level adjustment (). You can activate it or not by means of a switch making the multiswitch ACTIE OR PASSIE TERRESTRIAL. In active mode, the MSW automatically adjust the terrestrial output level to the OPTIMUM LEEL. In addition, this optimum level is kept balanced IN EERY USER OUTPUT through the cascade. SWITCH (/): It isolates or connects the power available from the cascade (only terrestrial leg). It can be useful to line power a masthead amplifier or a BOSS antenna, but it can also be use to line power the terrestrial side of other MSWs in the cascade. RECEIER SWITCH (/) () : It controls the pass from the user outputs towards the multiswitch. You can power the device from the set top bo (if there is enough power available) or a power inserter. More features: Compatible with eisting Televes NevoSwitch and also with the non-televes IRS systems. Chassis made of Zamak: Improved screening attenuation. ersatile: Cascadable and standalone configuration in the same reference (with the flick of a switch). Small size and compact design (000mm). European quality and design, 00% manufactured and verified in our robotized lines. () Only available in reference 0. () Only available in references 0 & 0. Active by default in references 0, 0 & 0.

4 PASSIE ACTIE RECEIER PASSIE ACTIE RECEIER -LOW -HIGH TER -LOW 0-00 MHz - MHz Nr MSC - 00 MHz -HIGH -LOW -HIGH -LOW 0-00 MHz - MHz - 00 MHz -HIGH -LOW -HIGH -LOW 0-00 MHz - MHz - 00 MHz -HIGH SAT T SAT RADIO APPLICATI EXAMPLE HYBRID & LEGACY SYSTEM IN A SINGLE OUTLET The LNB, terrestrial signal (or antenna) and way NevoSwitch are powered by the.a. Each multiswitch is powered by the, so a is not required. An apartment with SkyQ needs to have a power injector. Remark: SkyQ is available in SAT connector (connected to the NevoSwitch) DAT BOSS Apart. Apart. way MSW (0) Sky Q 0.A (0) Standard (Legacy) 0 way MSW (0) = RECEIER = = Apart. Apart. 0 way MSW (0) = RECEIER = = flow from the main flow from the or power injector flow from the standard

5 PASSIE ACTIE RECEIER PASSIE ACTIE RECEIER -LOW -HIGH 0-00 MHz - MHz - 00 MHz -LOW -HIGH -LOW -HIGH 0-00 MHz - MHz - 00 MHz -LOW -HIGH -LOW -HIGH -LOW 0-00 MHz - MHz Nr MSC - 00 MHz -HIGH A H HAS NEER BEEN SO CLEER APPLICATI EXAMPLE HYBRID & LEGACY SYSTEM WITH SATELLITES The SAT B LNB and way NevoSwitch are powered by the.. The SAT A LNB, terrestrial antenna and cascade of NevoSwitches are powered by a single A. SAT A: Astra º SAT B: Hotbird º DAT BOSS Apart. Sky Q (Astra º) DTT DiSEqC.0 Switch (One per outlet plate) () 0 -HIGH A (0) 0 way MSW (0). (0) DiSEqC (Astra º + Hot Bird º) Apart. DiSEqC.0 Switch (One per outlet plate) () way MSW (0) = Amp. = ( ) RECEIER = = DTT 0 way MSW (0) = Amp. = ( ) RECEIER = = In order to receive signals from satellite B you will require a satellite bo implementing DiSEqC.0 or above flow from the.a flow from the A

6 APPLICATI EXAMPLE FULL CASCADE SYSTEM The cascade of multiswitches is powered by a single A. Thanks to Receiver power switch, s are isolated from the cascade and protected against overcurrent. The multiswitch supports Sky s and also standard s (legacy mode). DAT BOSS -LOW -HIGH PASSIE ACTIE RECEIER -LOW -HIGH H-H R Nr. N 0-00 MHz - MHz -LOW PASSIE -HIGH - 00 MHz -LOW -HIGH equency eque ccyy pla PASSIE ACTIE RECEIER R Nr.r MHz - MHz -LOW - 00 MHz -HIGH requency ccy pla = RECEIER = = = RECEIER = = PASSIE -LOW -HIGH R Nr.r MHz - MHz -LOW - 00 MHz -HIGH F -LOW -HIGH ACTIE R Nr.r MHz - MHz -LOW - 00 MHz -HIGH eque -LOW -HIGH ACTIE RECEIER R Nr.r MHz - MHz -LOW -LOW - 00 MHz -HIGH eque -HIGH ACTIE RECEIER R Nr.r MHz - MHz (Legacy Mode) -LOW - 00 MHz -HIGH eque -LOW -HIGH R Nr.r MHz - MHz H-HI way MSW (0) way MSW (0) way MSW (0) way MSW (0) ACTIE -HIGH RECEIER - 00 MHz PASSIE PASSIE 0-00 MHz - MHz -LOW Nr. PASSIE RECEIER A (0) ACTIE RECEIER PASSIE ACTIE RECEIER way MSW (0) -LOW - 00 MHz -HIGH way MSW (0) Sky A dome Full cascade system. The cascade of multiswitches is powered by a single A. Thanks to "Receiver power" switch, s are isolated from the cascade and protected against overcurrent. flow from the main The multiswitch supports Sky s and also standard s (legacy mode). The LNB A is

7 APPLICATI EXAMPLE A H HAS NEER BEEN SO CLEER ADDITI TO EXISTING CASCADE SYSTEM Application eamples The A powers the whole eisting system (-Low and Terrestrial). Each added multiswitch is powered by its own.a, without interfering with the cascade current. DAT BOSS MA -LOW -HIGH PASSIE -LOW LOW -HIGH GAIN SLOPE AMPLIFIER AMPLIFIE ERSTÄRKE ERSTÄRKER T TÄRKE MHz - MHz Nr MS0GQ MS0G -LOW LOW -LOW -HIGH DE Amplifier (0) S ACTIE RECEIER Nr MHz - MHz A (0) -LOW PASSIE -HIGH TERR -LOW -HIGH MULT L ISCH LT ACTIE 0 Nr MSC 0-00 MHz - MHz - 00 MHz -LOW -HIGH MSW (0) RECEIER SATELLITE H M ISCHAL Nr. Art 0-00 MHz - MHz TERR -LOW - 00 MHz -HIGH equency eque -HIGH ACTIE RECEIER way MSW () MUL UL ISCHAL ULTISCHAL. N Art Nr.r MHz - MHz -LOW PASSIE = RECEIER = = - 00 MHz -LOW -HIGH -LOW -HIGH equency ccyy pla.a (0) 0 MULTISCHA L LTISCHA 0 Nr MSC 0-00 MHz - MHz - 00 MHz MSW (0) 0 -LOW -HIGH TERR -LOW -HIGH PASSIE ACTIE RECEIER way MSW () MUL ULTISCHAL ISCHAL. N Art Nr.r MHz - MHz TERR -LOW - 00 MHz -HIGH equency ccyy plan pla.a (0) -LOW LOW -HIGH Low gain Amplifier (0) GAIN SLOPE S AMPLIFIER ERSTÄRKE ERSTÄRKER T TÄRKE MHz - MHz Nr MS0G MS0GQ -HIGH -LOW LOW DE -LOW -HIGH MSW (0) 0 Nr MSC 0-00 MHz - MHz - 00 MHz 0 -LOW -HIGH (Legacy Mode) Sky -LOW -HIGH PASSIE ACTIE RECEIER way MSW (0) ow from each NevoSwitch s Nr MHz - MHz -LOW - 00 MHz -HIGH equency ccyy pla.a (0) flow from the main Addition to eisting cascade system. The A powers the whole eisting system (-Low). Each added multiswitch is powered by its own.a, without interfering with the cascade current MHz -HIGH e

8 -LOW -HIGH -LOW -HIGH MHz APPLICATI EXAMPLE 0 Nr MSC 0-00 MHz - MHz 0 -HIGH Nr MSC 0-00 MHz - MHz -LOW Nr MSC 0-00 MHz - MHz - 00 MHz ADDITTI TO EXISTING CASCADE SYSTEM WITH S 0 0 -LOW - 00 MHz 0 -HIGH The A powers the whole eisting system with taps (-Low and terrestrial). An added NevoSwitch can be powered in two different ways. 0 0 om the cascade, if there is enough current (by A ) By its own, without interfering with the cascade current. -LOW -HIGH -LOW -HIGH -HIGH -LOW MHz - MHz -LOW -HIGH -HIGH -LOW -HIGH MSW (0) -LOW - 00 MHz -HIGH 0-00 MHz - MHz Nr MS0GQ -LOW DE Amplifier A (0) -HIGH -LOW -LOW I 0-00 MHz - MHz 0 db ABZWEIGER db MAX 0,A/ Nr AZSG AMPLIFIER AMPLIFIE ERSTÄRKE ERSTÄRKER T TÄRKE 0 - -HIGH - - -HIGH -LOW - MHz Tap loss db I MAX 0,A/ Nr AZG -HIGH 0-00MHz 0 -LOW SYSTEMABZWEIGER -HIGH -LOW -LOW - 0 SLOPE 0 0 -HIGH -HIGH HIGH way MSW (0) -LOW -LOW SYSTE SYSTEMABZWEIGER 0 -LOW Nr MSC - 00 MHz -HIGH 0-00 MHz - MHz -HIGH 0 -LOW MULTISCHA L LTISCHA -LOW -HIGH 0-00 MHz - MHz -HIGH - 00 MHz ACTIE RECEIER PASSIE 0-00 MHz - MHz -LOW 0 GAIN -HIGH -LOW LOW (0) -HIGH - 00 MHz -LOW -HIGH -LOW ACTIE RECEIER PASSIE RECEIER - = RECEIER = = ACTIE PASSIE DAT BOSS 0dB (0) Nr AZ0G 0-00MHz - MHz Tap loss 0dB I MAX 0,A/ -LOW -HIGH 0 0 -HIGH -HIGH - - Nr MSC - 00 MHz - 00 MHz MHz - MHz Nr MSC 0 -LOW -HIGH -LOW SYST SYSTEMABZWEIGER 0 0 Remark: The MSW can be fully powered only from the SAT cascade input. should not to be. -LOW 0-00 MHz - MHz -HIGH 0 -LOW If there is enough available current in the cascade (A ) db (0) Nr AZG 0-00MHz - MHz Tap loss db I MAX 0,A/ -LOW -HIGH MSW (0) 0 Nr MSC 0-00 MHz - MHz (Legacy Mode) -LOW -HIGH Sky 0 MSW (0) 0 0 ACTIE -HIGH -HIGH Nr MSC - 00 MHz -LOW GH 0-00 MHz - MHz -HIGH -HIGH -HIGH - 00 MHz 0 -LOW -LOW 0 -LOW -LOW 0-00 MHz - MHz -LOW 0 -LOW Nr AZSG 0-00 MHz - MHz 0 -LOW db (0) db ABZWEIGER db 0 -HIGH -HIGH.A (0) RECEIER PASSIE way MSW (0) I MAX 0,A/ -HIGH -LOW -HIGH = RECEIER = = PASSIE ACTIE RECEIER MHz - MHz -LOW - 00 MHz -HIGH GH H H-HIG 0-00 MHz If there is no more available current in the cascade (A ) flow from the NevoSwitch s flow from the main

9 PASSIE ACTIE RECEIER -LOW -HIGH Nr MHz - MHz - 00 MHz -LOW -HIGH PASSIE ACTIE RECEIER -LOW -HIGH SATELLITE H Nr MHz - MHz - 00 MHz -LOW -HIGH A H HAS NEER BEEN SO CLEER APPLICATI EXAMPLE A DOMESTIC APPLICATI The LNB and multiswitch are powered from the user output by the and a injector. A is not required. ZENIT way MSW (0) = (LNB powering) RECEIER = = Power injector SKY WITH dcss SKY WITH dcss A domestic application. The LNB and multiswitch are powered from the user output by the and a injector. A is not required. de y mode). flow from the or power injector

10 TECHNICAL SPECIFICATIS Type SAT IN equency range MHz Input level dbµ Through losses db Cross-polarity Isolation > 0 > 0 > > > DTT IN equency range MHz Input level dbµ...00 (passive: -0)...00 (passive:...0) Terr. trunk power / ma / / / / / 00 Through losses db <. <. < < < 0 OUT user outputs No. Output modes SCR I/II, Legacy SCR I/II, Legacy SCR I/II, Legacy SCR I/II, Legacy SCR I/II, Legacy channel bandwidth MHz user bands standard EN0 EN00 Sky UK EN0 EN00 Sky UK EN0 EN00 Sky UK EN0 EN00 Sky UK EN0 EN00 Sky UK Output level dbµ ± ± ± ± ± DTT OUT equency range MHz Attenuation (passive - TForce deactivated) db Maimum Gain (Out... / Out... / / Out... / Out...) Automatic gain range (TForce activated) db / /... / /... /... /...- db Output level (Amp. active / channels) dbµ ± (input 0-μ) ± (input 0-μ) ± (input 0-μ) ± (input 0-μ) ± (input 0-μ) Power supply voltage Maimum power consumption (@) ( + Terr. amp. + Auto Load) Maimum power consumption (@) ( + Terr. amp. + Auto Load) ma ma DTT input supply current ma User out ma. current (Receiver power ) A IF Trunk lines ma. current A GENERAL Operating temperature range ºC ºF Protection level IP Weight g 0,00,0,00 Dimensions (yz) mm y z

11 FL00 A H HAS NEER BEEN SO CLEER TI DESCRIPT SWITCHES. Switch. Switch. RECEIER Switch () funcionality. TForce activation switch () technology. CASCADE or STANDALE switch 0 CNECTORS. Terrestrial input. Terrestrial output. Satellite inputs (Quattro). Satellite outputs (Quattro) 0. User outputs. powering input (for a ) LEDs. TForce status LED. Power status LED () Only available in reference 0. () Only available in references 0 & 0. Active by default in references 0, 0 & 0. Ref. 0 Ref. 0 Ref. 0 Ref. 0