TXSYSTEMS. Circuit of a TCG15 AD. Dish Specification 60CM

Transcription

1 TXSYSTEMS TCG15AD Quad Band LNB Gain...60dB Noise Low band....6db Noise High Band...1.2dB Output Frequency MHz Switching...N/A Power Consumption mA TCG15 AD Quad Circuit of a TCG15 AD Dish Specification OA36G 60CM Gain...35dB Elevation Adjustment Deg Clamp size for masts mm Wind load up to 20m mounting height...n280 Weight...1.6Kg Price WB mm Wall Bracket 60CM 480mm Astra 2B and 2D have the smallest footprints out of all the Astra transponders beamed towards the UK and Europe. it can bee seen from the illustrated ffotprint below that a 60cm dish provides good reception in the whole of the UK and Ireland. I WB Double LNB Mount Receive from two satellites with 2 LNB S and one dish. Eutelsat (13 deg East) Astra19.2 deg East 480mm Wall Bracket OP O8C

2 TXSYSTEMS SATELLITE DISTRIBUTION AMPS TS4060S MHz MHz+ DC SAT gain Control SAT slope control MHz MHz out 14-18V select TS3059SF TS4060S TS3059SF i li li p r Value at VS 93B Type Frequency MHz Gain MHz Gain MHz Max output 35dB IMA3 Noise > 950 MHz LNB power Voltage Max through current TS2645SF/LP dB 26dB 105dB 5dB 12-18VDC 80mA(LP) 500mA Price VS 93B / dB 27dB 35dB 115dBuV 7dB 18V 300mA 220/240VAC 14VA TS3059SF / dB 22dB 28dB 116dBuV 7dB 12V 400mA 220/240VAC 5VA TS4060S / dB 40dB 40dB 120dBuV 4dB 14V/18V 250m 220/240VAC 14VA

3 TXSYSTEMS For Building Quality Systems TDY 40 Satellite Multiswitch Amplifier Adjustable gain controls and slope equalization Gain adjustable to 30dB TDY40 Only Isolated terminator 1.49 DV49A Quick coupler 1.00 TCLP STA The TDY40 amplifier is only required to compensate for long cable runs or larger systems. Switches illustrated below and on following page have internal amplification Technical Info Frequency range Gain Output level (3.order EN , 35 db) Adjustable attenuation Slope Isolation trunk Connectors F-socket MHz db 115dBuV db 0,4,8,12 db 40 db typ. Terrestrial amplifier DC supply voltage Via F-socket Operating voltage DC Current consumption DC bypass Screening factor ma Yes Class A, EN x 86 x 32 mm Dimensions (width x height x depth) Operating temperature range C Weight 0,290 g DV49A TDY 08 TDY 08 PS UTCLP STA TDY 08 60

4 New Range of Satellite Switches Single Quad band LNB and terrestrial inputs. for 4 Sky sat receivers More versatile,high specs, lower cost, same very high quality Single Quad band LNB and terrestrial inputs. 16 outputs for 8 sat receivers TDY 0508 Only TDY 0516 Only Terrestrial amplifier TDY40 PSU TCLP STA TDY 016 DV49A TDY 016 Note All satellite and terrestrial signal levels,may need to be adjusted to operate the sat switch correctly,please ensure they are within the correct operating range. Additional attenuators and or levelling may be needed. TDY 016 Prices Ex VAT and carriage

5 Applications with Satellite Multiswitches. TXSYSTEMS Two coax feeds are needed for sat receivers with recording facility. Terrestrial (Freeview) is embedded in the feeds, so if a sat receiver needs two coax feeds and terrestrial is required at the same TV,fit a splitter with power through one port or filter on one of the feeds. Four Point System Amplifiers and or channel filter levellers 80dBuV DY54B Six Point System Amplifiers and or channel filter levellers See New range.pages 60/62 Eight Point System Amplifiers and or channel filter levellers 80dBuV DY56B 80dBuV DY58B 60m 60m 60m See New range.pages 60/62 Twelve Point System Channel filter levellers Twenty Four Point System Channel filter levellers 60dBuV TS dBuV TDY40 Replaces DY50A, page 60 60dBuV TS3048 DY44A 90dBuV -3dB TCLPST DY48A DY50A Gain 14dB 40Mhz 21db 860Mhz 16dB 950Mhz 23dB 2400Mhz -6dB 20m DY58A 40m -5dB -6dB -7dB -8dB -5dB -6dB -7dB -8dB TCLPST 90m DY48A 70m DY48A Quick F coupler DV49 Standard F Coupler AFP This example is shown using adding additional outlets to a existing 4 point standalone switch. Only suitable for short coaxial runs. Use DY58B followed by DY44A for longer subscriber cable lengths 50m Isolated Terminator 63

6 Trade Prices TXSYSTEMS PSU,for sat amps DY50A 4+1 Amplifier Discontinued see TDY DY54B 4+1 Amplifier four way switch for cascading DY56B 4+1 Amplifier six way switch for cascading DY58B 4+1 Amplifier eight way switch for cascading DY Amplifier twelve way switch for cascading DY Amplifier sixteen way switch for cascading DY44A 4+1four way cascadable switch DY46A 4+1 six way cascadable switch DY48A 4+1 eight way cascadable switch DY56A 4+1 six way stand alone DY58A 4+1 eight way stand alone AFP F Connector male to male coupler DV49A F Connector male to male quick coupler F Connector isolating terminator TCLPSTA See TDY 0508 on preceding pages 1.6A PSU Adaptor type A Psu TCLP STA The TCLPTA 1.6A PSU is robust and has short circuit protection and has a wide input voltage window. One PSU will drive a quad LNB and 3x DY50A amplifiers,up to 72 points Specifications DY44/94A DY46/96A DY26/48A/98A Attenuation ±2dB MHz±4dB REC 1 REC 1&2 REC 1&2 19dB REC 2 REC 3&4 REC 3&4 19dB REC 3 REC 5&6 REC 5&6 20dB REC 4 REC 7&8 20dB When calculating how long coax cables should be from the switch to the outlet socket. To allow for variables in the signal levels the loss from the DY50A amplifier should not be more than 50dB via the switches to the outlet.. So allowing 20dB loss for the switch this provides up to 30dB for coaxial cable loss to the outlet via the first switch in the chain. If a DY48A is used this has a through loss of 6dB so the next switch in cascade can drive a coaxial feeder loss of 24dB and the next 18dB. Care has to be taken to calculate the coax cable and accessory losses accurately,and to take into consideration different signal levels received. Through 3dB Through 4.5dB Through 6dB DY44/94A DY46/96A DY26/48A/98A Attenuation ±2dB REC 1 REC 1&2 REC 1& dB REC 2 REC 3&4 REC 3& dB REC 3 REC 5&6 REC 5&6 14 REC 4 REC 7&8 15 Through 3dB Through 4.5dB Through 6dB DY56A DY58A Attenuation ±3dB REC 1&2 REC 1&2 22.dB REC 3&4 REC 3&4 22.dB REC 5&6 REC 5&6 22.dB REC 7&8 22.dB Max output terr 80dBuV DIN 45004B IMA 3.ord DY56A DY58A Attenuation ±3dB REC 1&2 REC 1&2 5dB REC 3&4 REC 3&4 6dB REC 5 REC 5&6 7dB REC 6 REC 7&8 8dB Max output sat 90dBuV DIN 45004B IMA 3.ord DY04/54B DY06/56B DY08/25/58B Attenuation ±3dB REC 1&2 REC 1&2 REC 1&2 2.dB REC 3&4 REC 3&4 REC 3&4 2.dB REC 5&6 REC 5&6 2.dB REC 7&8 2.dB Max output tap terr 80dBuV EN /35dB ima Max output trunk terr 105dBuV EN /35dB ima DY04/54B DY06/56B DY08/25/58B Attenuation ±3dB REC 1 REC 1&2 REC 1&2 0dB REC 2 REC 3&4 REC 3&4 0dB REC 3 REC 5 REC 5&6 0dB REC 4 REC 6 REC 7&8 0dB Max output tap sat 80dBuV EN /35dB ima Max output sat trunk 105dBuV EN /35dB ima (Oldham) Limited.Tel: ,Fax: Taylor Bros. DY12 DY16 Attenuation ±3dB REC 1&2 REC 1&2 8.5.dB REC 3&4 REC 3&4 8.5.dB REC 5&6 REC 5&6 8.5.dB REC 7&8 REC 7&8 8.5.dB REC 9&10 REC 9& dB REC 11&12 REC 11& dB REC 13&14 11.dB REC 15&16 11.dB Max output tap terr 80dBuV EN /35dB ima Max output trunk terr 105dBuV EN /35dB ima DY12 DY16 Attenuation ±3dB REC 1&2 REC 1&2 0dB REC 3&4 REC 3&4 0dB REC 5&6 REC 5&6 0dB REC 7&8 REC 7&8 0dB REC 9&10 REC 9&10 0dB REC 11&12 REC 11&12 0dB REC 13&14 0dB REC 15&16 0dB Max output tap sat 80dBuV EN /35dB ima Max output sat trunk 105dBuV EN /35dB ima DY50A 4+1 DY DY Amplifier Gain 47Mhz 14dB Gain 862Mhz 21dB Gain 950Mhz 16dB Gain 2400Mhz 23dB Adjustable attenuationterr 15dB Sat 18dB Power 13V Current consumption Dy50A 250mA DY90 520mA DY25 790mA Max output terr 115dBuV DIN 45004B IMA 3.ord Max output sat 115dBuV DIN 45004B IMA 3.ord Switching Control Vertical V Input 1 Horizontal V Input 2 Vertical V+22KHz Input 3 Horizontal V+22KHz Input 4 Switches 8+1 & 16+1 have DiSEqc 2.0 switching 64

7 PSP800 PSP800 PSP800 PSP800 SATELLITE PSP800 TXSYSTEMS Typical large sat system using a single coax Typical large sat system using a single coax UHF and Off Air Filters or AGC may be required TS3060S DISTRIBUTION AMPLIFIER Super broadband repeater amplifiers UP TO SIXTY POINTS UP TO SIXTY POINTS Underground cable 300M Underground cable UP TO SIXTY POINTS Above is a typical system distributing analogue or digital satellite channels plus terrestrial and UHF. For large systems this is the only optional way of distributing satellite if the running multiple underground trunk cables is prohibitive. Systems of over a thousand points can be constructed using coax or tens of thousands of points using a hybrid fibre/coax system The limitations to the size of system are the same as existing cable networks except greater care has to be taken in calculating frequency response errors at higher frequencies. The limitations of using a single cable for distribution of satellite is bandwidth,and the software in sky digiboxes being unable to locate transponders,that have been relocated in the IF spectrum. There are various partial solutions to this software problem,see our website,but at the moment no complete solution unless Sky update the receiver software in the future. As more channels are allocated various options can be used to optimize the available bandwidth. For example, using satellite demodulators and remodulating, programmes that are broadcast clear in the UHF or band, makes more capacity available in the one to two GHz spectrum for subscription programmes. Digital broadcast make more efficient use of bandwidth and as broadcasters move over to digital more channels can be distributed in the available bandwidth. If the most efficient current technology is used a single coax system can carry fourteen hundred and seventy channels.