SIUAION DIRECV LNB signals need amplification to a constant level for multiple distribution locations. SOLUION Model R0 provides an automatic gain controlled output that is user adjustable from - dbm to - dbm @ 0 MHz. is field selected to either db or 8 db. At the minimum output setting, the LED indicators turn Green with an minimum input of - dbm. At the maximum output setting, the LED indicators turn Green with an minimum input of - dbm. RELAED CONSIDERAIONS Model R0- includes power adaptor 000A. power is directed to the 8 V input for line powering of amplifiers above. Model R0- includes power adaptor PS000A. FEAURES Ka/Ku bandwidth... 0 to 0 MHz Automatic Gain... able window & khz/diseqc passing... low insertion able Pre-Emphasis... 8 or db LED Signal Metering... Blinking Red, Green, Red APPLICAION NOES Model R0 amplifiers are spaced at () floor increments when used with model SDMSXX taps per floor. Automatic gain simplifies the design and installation knowing that the amplifier output is locked when with the signal level LED lights are Green. he model SDMSXX taps are used to couple signal from the trunk. he tap output is the tap value less than the trunk level at the point of insertion. Each tap adds insertion loss. An additional R0 amplifier is added when the tap level is too low for a SWiM multi switch. DIRECV AMPLIFIER DESCRIPION DIRECV 0 to 0 MHz () coax amplifier with automatic gain, adjustable output and selectable slope 0 9 8 7 - dbm - dbm SDMS -0 dbm SDMS - dbm SDMS -9 dbm SDMS0 - dbm - dbm IN IN IN IN IN IN IN IN IN IN IN IN V - dbm - dbm - dbm - dbm V 000A 000A R0 () INPU AMPLIFIER
R0 ()RUNK AMPLIFIER Multi-Satellite runk Amplifier featuring automatic gain, adjustable output, selectable slope compensation, input level detecting LED indicators and 0 to 9 V powering R0 R0 runk Amplifier No Power Adaptor R0 - R0- runk Amplifier Includes PS000A Power Adaptor R0 - R0- runk Amplifier Includes 000A Power Adaptor Parameter UNI R0 System Impedance Ohm 7 Operating Frequency Range MHz 0-0 Flatness in operating frequency db ± 0. db over MHz ALC Output Power Level dbm 0 dbm minimum ALC Output Power Attenuation dbm 9 db variable pot ALC Control Range db minimum : Frequency Linearity Low Setting High Setting set by erminator to a F connector MHz db db db 0 to 0 ± db inverted from RG- slope 8 7 Ohm = Low, None = High Noise Figure @ min ALC attenuation db 0 max @ 0 MHz Distortion () ones Output per one IM, IM Input Level (Colored LED Indicator) Red Blinking: Input below AGC window Green : Input Inside AGC window Red : Input is above AGC window dbm dbm dbc dbm dbm dbm 0 dbm composite - dbm < - 0, < - Composite Power Input Signal < - Input Signal @ - to + Input Signal > + Isolation Satellite to Satellite db > db Input Return Loss db >0 Output Return Loss db >0 Number of Inputs Each SCE Indoor F Number of Outputs Each SCE Indoor F Non harmonic spurious emissions dbm -80 max Input Voltage V 0 to 9 from Power Adaptor Power pass (any Output to Input) ma 000 (min) block on Output ports does NO pass to output ports Max Power Consumption W 7. (max.) to Port Input when 9V present V ma 0 to 00 to 00 Power Supply LED Color Green with external supply RED, coax line powered Lightning Surge Protection V p-p, max shunt current 00 A; 8 msec,. kw max dissipation Ground Screws Each Green Screw Ground pt. Dimensions L x W x H inch. x 8. x 0.9 Environmental Requirements Indoor Only Operating emperature range ºC - to + 0 Storage emperature ºC -0 to + 8 Humidity Shall survive 9% relative humidity over operating temperature Revised Jul 0
ADJUSMENS INPU INPU INPU INPU INPU INPU Sat 99º / 0º Sat 0º / 0º / 9º 8V V 8V / k V / k 8V 8V PU PU PU PU PU PU BLINKING RED = LOW INPU GREEN = AUO GAIN SOLID RED = OVERLOAD Sat 99º / 0º Sat 0º / 0º / 9º 8V V 8V / k V / k PU PU PU PU PU PU to 9 V AMPLIFIER POWER AMP_R0 RUNK AMPLIFIER db FCAP F 8 db ERM Model R0 provides either 8 db or db of cable slope pre-emphasis. A weather sealed F cap is shipped on the lower right F connector. With the F-cap in place, the slope pre-emphasis is db. Replacing the F-cap with a standard 7 ohm terminator changes the slope pre-emphasis to 8 db. he R0 automatic gain control window is adjustable with a variable potentiometer per channel. Signal level LEDs glow GREEN when the amplifier is operating within the automatic gain window. With potentiometers fully clockwise, the output is - dbm at the 0 MHz transponder when the input signal is greater than - dbm. With potentiometers fully counter-clockwise, the output is - dbm at the when the input signal is greater than - dbm. -0 dbm 00 feet RG - / -0 dbm - / - dbm - / - dbm 99 0 9 0 0 SL IN IN IN IN IN IN V 0 9 SD PI-S 000A he 000A Volt, Amp power supply powers the SD PI-S, the SL LNBs, the WorldDIREC LNB and the R0 amplifier. 00 Feet RG-: SD PI-S, R0- SELECABLE : At 00 feet of RG- from the dish, we start with a negative slope of db. he R0 has a selectable slope pre-emphasis of either 8 db or db. Placing a terminator on the slope port sets the pre-emphasis to 8 db. he output signal is - at 0 MHz and - dbm at 0 MHz. In situations like a COM000 headend a flat slope is desired. ADJUSABLE PU: he R0 has an adjustable automatic gain control window. At maximum output (pot fully clockwise), the output level of the 0 transponder is - dbm. At minimum output, the window moves lower so -0 dbm at 0 MHz sets the AGC LED to GREEN and the output to - dbm.
0-0 F DISH O MPOE -0 dbm 00 feet RG - / -0 dbm - / - dbm -0 / - dbm 99 0 9 0 0 SL IN IN IN IN IN IN V 0 9 SD PI-S 000A 00 Feet RG-: R0, Positive SELECABLE : If the signal is traveling down coax riser cable, then a positive pre-emphasized slope is desired. he amount of pre-emphasis should be half the total slope to the next amplifier. Placing the F-cap on the slope port provides db of positive slope for a planned 0 db of coax and tap slope. 99 0 9 0 0 SL -0 dbm 0 feet RG - / - dbm - / - dbm -0 / -8 dbm 0 9 SD PI-S IN IN IN IN IN IN V 000A 0 Feet RG-: R0, Flat SELECABLE : More cable slope must be offset as the dish to R0 amplifier distance increases. An F-cap (shipped with each unit) is on the slope port. he R0 produces an automatic gain output of -0 dbm at 0 MHz and -8 dbm at 0 MHz. ADJUSABLE PU: he R0 at maximum output (pot fully clockwise), requires a minimum input of - dbm at 0 MHz for a GREEN LED and the output to - dbm. When the input is less than - dbm, the Level ment pots must be turned counter-clockwise until a Green LED is obtained. he 000A Volt, Amp power supply powers the SD PI-S, the SL LNBs, the WorldDIREC LNB and the R0 amplifier.
00 FEE DISH O MPOE 99 0 9 0 0 SL -0 dbm 00 feet RG - / -9 dbm -7 / -0 dbm -8 / - dbm -9 / - dbm 0 9 IN IN IN IN IN IN SD PI-S LAR V 000A 00 Feet: SD LAR, SD PI-S, R0 At 00 feet the signal to the SD PI-S- is - dbm at 0 MHz and -9 dbm at 0 MHz. he slope is db. Model LAR is used as an active equalizer. It provides db of pre-emphasis. he signal out of the LAR has a negative 8 db of slope. (-7 dbm at 0 MHz & - dbm at 0 MHz) If we set the R0 at db slope pre-emphasis produces an automatic gain output of - dbm at 0 MHz and -9 dbm at 0 MHz. (At maximum output pot setting) Models LAR & R0 have energy saving regulators that conserve current from model 000A. he two amplifiers and LNBs can be powered by the single supply. he total current is 70 ma. 99 0 9 0 0 SL -0 dbm 00 feet RG - / -9 dbm - / -0 dbm 0 9 SD PI-S LAR 000A 00 Feet: LAR, SD PI-S, R0 At 00 feet the signal to the LAR- is - dbm at 0 MHz and -9 dbm at 0 MHz. he slope is 8 db. Model LAR provides db of pre-emphasis. he signal out of the LAR has a negative db of slope. (- dbm at 0 MHz & - dbm at 0 MHz) Set the R0 at db slope pre-emphasis. he pots are turned counter-clockwise to produce a Green AGC LED. his produces an automatic gain output of -9 dbm at 0 MHz and -0 dbm at 0 MHz. - / - dbm -9 / -0 dbm IN IN IN IN IN IN V he slope is still negative but would be fine for feeding multiple switches at the IDF as required for a COM000 system. If the signals are to be sent down a multiple floor high rise, more pre-emphasis is needed.
99 0 9 0 0 SL -0 dbm 00 feet RG - / -9 dbm - / -0 dbm - / - dbm - / -7 dbm - / -0 dbm 00 FEE DISH O MPOE 0 9 SD PI-S LAR IN IN IN IN IN SEQ9 IN IN IN IN IN IN V 000A 00 Feet: LAR, SDPI-S, SEQ09, R0 SELECABLE : We want to start the signal slope pre-emphasized out of the amplifier. A 00 foot dish to amplifier distance exceeds the slope pre-emphasis of both the LAR and combined. Additional slope compensation is required. Model SEQ9 provides 9 db of additional slope pre-emphasis. We set the R0 at 8 db slope pre-emphasis. ADJUSABLE PU: he R0 at maximum output (pot fully clockwise), requires a minimum input of - dbm at 0 MHz for a GREEN LED and the output to - dbm. When the input is less than - dbm, the Level ment pots must be turned counter-clockwise until a Green LED is obtained. his produces an automatic gain output of - dbm at 0 MHz and -0 dbm at 0 MHz. Revised Jul 0
DUAL IDF GARDEN SYLE MDUs 7-0 dbm 0 feet RG - dbm 99 0 9 0 0 SL 0 9 SDMS0 Garden style MDU buildings often have IDF closets at each end of the building. he signal from the dish is split using model SD MS0 directional coupler. he thru port of the coupler feeds the IDF containing the SD PI-S- power inserter. -8 dbm IN IN IN IN IN IN 00 feet RG 00 feet RG -8 dbm -7 dbm V 000A - dbm SDMS -8 dbm SDMS - dbm -8 dbm - dbm SDMS - dbm SDMS -7 dbm SD PI-S IN IN IN IN IN IN V 000A -8 dbm - dbm he maximum dish to IDF distance is 00 feet of RG- to maintain solid green LEDs on model R0 automatic gain amplifier. he pot is rotated counter-clockwise for a Green AGC LED. Model 0- is used in the other IDF. Model SD MS taps provide signal to SWM8, SWM or SWM switches. -0 dbm 0 feet RG - dbm 99 0 9 0 0 SL 0 9 SDMS0 Larger garden style MDU buildings may have longer runs from the dish to the IDF closets. Place the dish within 00 feet of the IDF containing model SD PI-S- power inserter. he thru port of the coupler feeds the IDF containing the SD PI-S- power inserter. LAR IN IN IN IN IN IN -8 dbm 00 feet RG 00 feet RG -8 dbm -7 dbm V 000A - dbm -9 dbm SDMS - dbm -8 dbm - dbm SDMS - dbm -7 dbm SD PI-S IN IN IN IN IN IN V 000A - dbm he maximum dish to the second IDF distance is 00 feet of RG-. Model LAR- db gain amplifier acts as a preamplifier to model R0 automatic gain amplifier. SDMS - dbm SDMS09 - dbm Revised Jul 0
R0 REMOE POWERING 8 0 9 8 7 V V IN IN IN IN IN IN IN IN IN IN IN IN V SDMS SDMS SDMS09 SDMS0 V 000A SDMS Remote Power RED LED Local Power GREEN LED REMOE LINE POWERING Model 000A power adaptor is included with model R0- amplifier. he volt, amp, 8 watt power supply powers the local amplifier and provides volts to the amplifier coax input. he remote amplifier receives the line voltage at the coax output after some distance of coax cable. he power LED glows GREEN for local powering and glows RED when remotely powered. Model R0 amplifiers employ current management. As the voltage to the amplifier decreases, more current is required from the power supply. A table of the voltage verses current draw is provided. 9 V 0 ma 7. watt V 0 ma 7. watt V 7 ma 7. watt Voltages less than volts at the amplifier results in signal errors. he maximum amplifier to amplifier distance that a Volt supply can power the remote amplifier with copper covered steel, RG- cable is 7 feet. ( V - V) / 0. AMP = OHMS OHMS / 8 OHMS / 00 feet = 7 feet he maximum amplifier to amplifier distance with solid copper, RG- cable is 0 feet. OHMS / OHMS / 00 feet = 0 feet Revised Jul 0
0 9 8 7 - dbm - dbm SDMS -0 dbm SDMS - dbm SDMS -9 dbm SDMS0 ap Per Floor, ap on Alternate Floors IN IN IN IN IN IN IN IN IN IN IN IN - dbm - dbm - dbm - dbm V 000A Floor, 0 db Amplifier Spacing - dbm A minimum IDF input of -7 dbm is budgeted. V 000A ap per Alternating Floors, SD MSxx / Floors, db Spacing MHz/ db 0 0 0 RG- 0 ft. 8.7 0.7 MS.0..0 MS..7.0 MS0...0 OAL 9.. 0.7 he R0 internal slope compensation offsets db of the db slope. ap per Floor:,,, 9 db aps, Floor Amplifier, 0 db Spacing Higher tap values are used on the floors closest to the amplifier to conserve trunk signal level. Lower tap values have higher trunk insertion loss A minimum IDF input of -8 dbm is budgeted. SD MSxx / Floor, 0 db Spacing MHz/ db 0 0 0 RG- 80 ft.. 7.7 MS.0..0 MS.0..0 MS..7.0 MS0...0 OAL 9..9 9.7 he R0- internal slope compensation offset is set to db for the 0 db slope. 0 SDMS 9 8 - dbm 7 - dbm - dbm -8 dbm SDMS SDMS0-9 dbm -8 dbm IN IN IN IN IN IN IN IN IN IN IN IN V - dbm - dbm -7 dbm V 000A 8 ft RG per floor floor tap spacing 0 db Amp spacing 000A 9 SDMS - dbm Revised Jul 0
FLEX FLEX FLEX FLEX V / K 8 V / K V / K 8 V / K V / K 8 V / K V / K 8 V / K V V V V 8 V 8 V 8 V 8 V FLEX FLEX FLEX FLEX V / K 8 V / K V / K 8 V / K V / K 8 V / K V / K 8 V / K V V V V 8 V 8 V 8 V 8 V FLEX FLEX FLEX FLEX V / K V / K V / K V / K 8 V / K 8 V / K 8 V / K 8 V / K V V V V 8 V 8 V 8 V 8 V - dbm 0 - dbm LU SDMS 9, 8 7 - dbm 8 LU SDMS, - dbm 0 LU SDMS0, -9 dbm - dbm LU SDMS IN IN IN IN IN IN SWM IN IN IN IN IN IN V - dbm - dbm -7 dbm V 000A 000A - dbm ap Per () Floors ft RG per floor floor ap spacing db Amp Spacing SWMBOX-xx SWMBOX-xx SWMBOX-xx SWMBOX-xx SWM SD SWM-E 0 ap per () Floors, 9 Floor, db Amp Spacing Increasing the spacing between taps allows for fewer taps between amplifiers and increased amplifier spacing. A minimum IDF input of -9 dbm is budgeted. SD MSxx / Floors, RG, db Spacing MHz/ db 0 0 0 RG- ft. 0.7. MS.0..0 MS..7.0 MS0...0 OAL 0. 8.. he R0 internal slope compensation offsets db of the db slope. he number of Living Units served by each IDF is annotated on the design. he number represents the 00% of the units subscribing for service. Units on alternating floors may be served by either the IDF above or the IDF below. his is important when some LU require (8) tuners for HR Genie service. We design the trunk for 00% of the floors receiving signal. We design the IDF to be scalable to serve up to 00% of the LU with up to (8) tuners per LU. At each IDF closet we design for a minimum signal level to support multiple SWM switches. SWM switches may be cascaded to serve up to tuners. he limit is one switch in cascade. SWM SWM SWM Model SD SWME may be used to split the input signal to () sets of SWM switches. he minimum input to the SD SWME is -0 dbm so that each SWM has a minimum of - dbm. SWM Revised Jul 0