ALX and SDA MiniFlex Super Distribution Amplifiers 750 MHz. Features

Transcription

1 X and SD MiniFlex Super Distribution mplifiers Mz The CI MiniFlex super distribution amplifiers provided high quality distribution for fibertofeeder, FC (hybrid fiber coaxial), or PDN (power domain node) architectures.. Features Mz Common 100 Mz housing platform 15 amp power passing Optional, plugin surge protection (SD) CE qualified (SD) directional coupler test points or thermal or manual options 5 to 4, 55, or 65 Mz reverse path Plugin attenuator pads for each reverse path Plugin equalizers Test point for each reverse path Page 1 of 8

2 SDT (Type 1, 1T & 1M) Mz mplifier Block Diagram 1 P 18 ow pass 8 Trunk MZ 37 Feeder Mz 3 4 Note: 1. Forward gain stated at Mz with. Reverse gain stated at 40 Mz. SDF (Type TRI, MTRI, TTRI) Mz mplifier Block Diagram 1 P ow pass 18 See options listed below Plugin Jumper Splitter or Coupler 3 4 Notes: 1. Forward gain stated at Mz with. Reverse gain stated at 40 Mz.. mplifiers are configured at the factory with jumper in Position #. Splitters and couplers are sold separately. Jumper Position #1 Jumper Position # SDSPTR3.5 SDDC7 SDDC7 SDDC1 SDDC1 P N/ P N/ P P P P P Page of 8

3 (Type, T & M) Mz mplifier Block Diagram 1 18 ow pass 38 Feeder Mz 3 4 Note: 1. Forward gain stated at Mz with. Reverse gain stated at 40 Mz. SD (Type 3, 3T, & 3M Dual) Mz mplifier Block Diagram 1 P 18 ow Pass 8 Mz 4 Note: 1. Forward gain stated at Mz with. Reverse gain stated at 40 Mz. Page 3 of 8

4 SDE & X (Type 3, 3T, & 3M) Mz mplifier Block Diagram 1 See note P 18 or 1 ow Pass 9 Mz Note: 1. Forward gain stated at Mz with. Reverse gain stated at 40 Mz.. The interstage is not present in the X amplifiers. Page 4 of 8

5 STTION PRMETERS: ousing passband CONDITIONS UNITS Mz Input current capacity ny port, worst case mperes Frequency range Frequency range Time rated current above Mz c Return loss ny port, worst case s Test point type Directional coupler N / Test point level Test point accuracy Forward test points ± Test point accuracy Reverse test points ± Station Slope Operational slope trunk & 54 / 550 / Mz Slope control type Cable equalizers Slope control range Includes cable equivalent Slope control steps Equalizer value steps Station Group Delay Channel (Std) Channel 3 Channel 4 Channel 5 & > Type Mz 453 Mz Split nsec / 3.58 Mz N / SP Single Pilot Channel NTSC nalog SPECIFICTIONS 5 to to 7 7 to 4 Mz 0 / 9.0 / 1.5 Plugin 's 1.0 to cable steps (pprox.1.1 slope steps) 30 (5 Typical) DSIM Single Pilot Channel NTSC nalog or QM Compensation Range System compensation input change Mz System compensation input change Mz ccuracy ± Nominal 77 ºF (5 ºC) Center frequency bandwidth (Fc ± kz) (Mz) Configuration SDT (Type 1) SDF (Type Tri) (Type ) SD (Type 3 Dual) SDE / X (Type 3) Operational Specifications Station passband Station flatness trunk out Station flatness feeder out Gain ( / Manual) Gain 3 ( / Manual) Gain 4 ( / Manual) Gain control type Normalized w / 0 slope + / Mz (Temperature stabilized) Mz ± ± N / Gain control steps value steps / / 4 37 / / 4 37 / 4 54 to / / 43 Plugin pads / 33 9 / 34 8 / Mz analog channel loading, 79 channels +00 Mz digital channel loading, 56 QM at 6 c relative to its associated visual carrier Station Output evels 3 54 / 550 / Mz mv 6.0 / 34.9 / 38.5 Station Noise Figure Noise figure (w / 1 for input loss) 54 Mz 550 Mz Mz Station Distortions (Worse Case) Trunk / Feeder Feeder Feeder Feeder Feeder Composite Triple Beat (CTB) c Cross Modulation (XMOD) c Composite Second Order (CSO) (Vc & 1.5 Mz) c Composite Second Order (CSO+) (Vc +1.5 Mz ) c CarriertoIntermodulation Noise (CIN) c 79 / / / / / Page 5 of 8

6 REVERSE SPECTRUM: REVERSE CNNE ODING Typically 3 each, 1.5 MZ wide QPSK channels. Reverse General CONDITIONS UNITS Station passband Station flatness Reverse Station Gain Normalized w / 0 slope MZ ± ` SPECIFICTION 5 to 4 Gain Gain control type Gain control range + / 40 Mz (Temperature stabilized) Gain control steps value steps Reverse Station Slope Slope control type Cable equalizers N / Slope control range Slope control steps Equalizer value steps Reverse Station Output Forward input port verage mv REVERSE STTION DISTORTIONS Composite Second Order (CSO) Composite Tripe Beat (CTB) Cross Modulation (XMOD) Reverse Station Group Delay Configuration Reverse Noise Figure 5 Mz 7 Mz 10 Mz 35 Mz 38.5 Mz Station noise figure (w / ) cross the bandwidth Requirements: DSIM / SP Thermal Manual C Voltage Input ranges Current Draw (with VC W W W VC Weight SDT SD SDE X Weight lbs. (kg) 16.0 (7.6) 16.0 (7.6) 16.0 (7.6) 14.5 (6.58) 14.5 (6.58) 11.0 (4.99) Physical Dimensions SD ( X W X D) In, (cm) Dimensions X ( X W X D) In, (cm) Environmental Operating temperature 6 channel loading c Includes reverse (Worst case) Maximum nsec / 1.5 Mz ºF (ºC) SDT (Type 1) SDF (Type Tri) (Type ) (18 or 1 for SDE only) Plugin pads Plugin s to SD (Type 3 Dual) X 14.5 X 9.00 (17.1 X 36. X.9) 4.00 X 14.5 X 9.00 (10. X 36. X.9) 40 to +140 (40 to +60) SDE / X (Type 3) Page 6 of 8

7 SD & X 15 mp Product Configuration Worksheet Customer: Created By: Order Date: ORDERING MTRIX September 9, 015 Position PRT NUMBER 1 STTION TYPE = X 1 Output ow Profile E D = SD Output E = SDE 1 Output E B = Output Feeder F = SDF or 3 Output Feeder T = SDT 3 Output Trunk C = SDT 1 Output Trunk E J = SDBT 3 Equal Output Feeder BNDWIDT FRUENCY 7 = Mz Upper Frequency 9 = 900 Mz Upper Frequency 8 = 870 Mz Upper Frequency 1 = 100 Mz Upper Frequency 3,4 STTION GIN (Forward) For gain values, use the first two digits listed in the part number Station Type mplifier Model Frequency STD GaN STD GaN STD GaN STD Max gain w ith / Thermal N Max gain w / bypass N Station Type mplifier Model TYPE 1 SDT TYPE TRI SDF Frequency STD TYPE 3 DU GaN STD TYPE TYPE 3 TYPE GaN STD STD Max gain w ith / Thermal N N 33 N 40 N Max gain w / bypass 4 43 N N 38 N 43 N SD TYPE 4 SDT SDE TYPE 6 SDBT X 100 GaN 100 GaN 5 CONTRO TYPE D = Digital Station Intelligence Manger (DSIM) P = Single Channel Pilot (nalog only) C = Composite ( Mz only) T = Thermal Bode M = Manual ( Bypass) 6 CONTRO FRUENCY = Channel Mz SC or SP J = Channel Mz SP only B = Channel Mz SC only M = Channel 70RC Mz SP only C = Channel Mz SP only N = Channel 58RC Mz SP only D = Channel Mz SC only 0 = Thermal Bode E = Channel Mz SC or SP 1 = Bypass F = Channel Mz SP only = DSIM Single Pilot (nalog or Digital pilot) Pilot channel loaded during setup G = Channel Mz SC or SP = Channel Mz SC or SP 7 B CURRENT PSSING CPCITY 15 (Continuous on all ports) 8 STTION SOPE = C= D= E= F= T= *K= N N N N N *Slope option "K" is only available on the SDE and SD 100 Mz stations 9 OUSING OPTIONS 0 = No housing or pow er pack B = SD Chromate w ithout TP 1 = Module upgrade kit w ith pow er supply and seizure screw s G = X Standard low profile line extender w ith TP E = SD Standard w ith TP = X Chromate low profile line extender w ith TP F = SD Chromate w ith TP K = X Chromate low profile line extender w ithout TP 10 DIPEX FRUENCY SPIT 4 =4 / 53 5 =55 / 70 (870 Mz Only) 6 =65 / 85 (870 Mz Only) 8 =85 / 105 (SD 1G only) 11 STTION GIN (Reverse) 0 = None 4 = 18 min (SD: T, B, F,, BT) T = 3 min (SD: T, B, F, BT,, E ) SD 1G Only 1 = Passive = 18 min (SDE, T & X only) U = 4 min (SDE & X) SD 1G GaN Only R = 1 min (SDE, T & X only) 1 SURGE PROTECTION = Plugin sidactor (Included in SD 100 Mz and all of the X amplifiers & recommended for SD, 870 & 900 Mz units) C = Triac (Included in all SD pow er supplies), The sidactor is recommend to increase surge protection level of the SD units 13,14 X X TEST SPECS (Determined by CI engineering) 15 X SPECI/CUSTOMER: BES, FUNCTIONS, (Determined by Product Management) 0, 1 = No special instructions = Customer P/N in description 3 = SDF w /3 splitter installed T or R = Trunk line extender for X M = Status monitoring pickoffs installed C = Module cover w ith thumb screw s (SD 1G only) N = GaN Forw ard ybrids (SD 1G only) Generic Order Form: Not all configurations are available Page 7 of 8

8 ccessory Ordering Information: The SD ordering matrix provides the part number information to order the configured stations. This page contains the ordering information for the required accessories that will be needed to make the stations functional in the field or the optional accessories that can be ordered separately. Required ccessories SXP style attenuator pads 1 Required for forward input 1 Required for reverse output (if active) Forward equalizers 1 Required forward input Reverse equalizers 1 Required reverse output (if active) Part Numbers (Where XX.X = value) SXPXX.XT (0 to 0 in steps) D/XX.X (1.5 to 5.5 in 1.5 steps) C/XX.X (1.5 to 1 in 1.5 steps) R4/XX.XB ( 0 to 1.0 in 1.5 steps) Optional ccessories Digital Station Intelligence Manager Single Pilot Module (nalog or Digital) Digital Station Intelligence Manager Controller Digital Station Intelligence Manager Cable ssembly For Computer Interface Single Pilot (nalog Only) (See SD ordering matrix for available pilot channels) Thermal Bode DSIMMD01 Part Numbers DSCTxxxyyy xxx = Pilot Channel Number yyy = Channel Type (nalog or Digital / QM) SPXX (With 0 ) SPXX10 (With 10 ) XX = Pilot Channel Number TBODE 870M Manual (Bypass plugin) SXP style pads with long handles Reverse SXP style pads with thermal compensation DC/S Plugin SDF only Supply (4090 VC) SXPXX.XT (0 to 0 in steps) TPXX.X (1.5 to 0.0 in steps) SDSPTR3.5, SDDC7, SDDC1 SD90VSPV3 Test Probe (5.5 ong) Test Probe (1.57 / 4 cm ong) TP4 CI Communications, Inc th venue South Kent, W 9803 Rev E Printed in U.S.. CI Communications, Inc. reserves the right to discontinue the manufacture or change specifications without prior notice on any parts illustrated in this data sheet. Registered trademarks are the property of their respective owners Page 8 of 8