CONFIGURATION des o l N ca ti AGC XXX-X AT 800 AT 8XX AT 1000 Op s ATG 1000 ATG 10XX ceiv BHHT R al DF XXA ic pt DF XXG FTB HPB ISG 65 LPB LPBL
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- Rafe Benjamin Morris
- 6 years ago
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1 CNFIGURATIN PLUG-IN MDULS AGC XXX-X AT 8 AT 8XX AT 1 1 1XX BHHT CS DF XXA DF XXG Q HPB ISG 65 LPB LPBL LRQ 2 LRQ XX LTI 1XX LT 1XX FR SR * FRB HG v2 FRB LG v2 RT RTB RTB / BP1G RA 65 RAG RBP RBPL RCG XX RQ XX RHP RJP RP 6 TI 8XX T 8XX T 1XX VIG BSTRAL 671 BSTRAL 661 /BP1G BSTRAL 651 /LP9G BTA PR 6G GAMMA 33 LAMBDA PR 71/72 LAMBDA PR 7 PTI HARGN 271 / BP3G HARGN 273 / BP33G HARGN 261 / BP2G HARGN 263 / BP23G HARGN 261 HARGN 251 HARGN 241 GAMMA PR 4 GAMMA U33 BTA PR 3 BTA PR 2/21 LAMBDA PR 4/41 LAMBDA PR 2 AMIG * optional Compact Headends perator s Headends Interfaces & VIG ptical Receivers ptical Nodes 37
2 Compact Headends perator s Headends Interfaces & VIG ptical Receivers ptical Nodes RTB F131-SCA FP / BP 1G PARAMTR Laser type FP Isolated Wavelength 131 ± 4 nm utput optical power.5 Bandwidth 5 2 ptical connector type SC/APC thers on request Test point - directional - 2 Relative to signal feeding Stabilized optical power ±.5. MI change in ±.5 temperature function Power consumption < 1.5 W RTB 3D131-SCA / BP 1G PARAMTR Laser type DFB Isolated Wavelength 131 ± 2 nm utput optical power 3 ±.5 Bandwidth 5 2 ptical connector type SC / APC thers on request Test point - directional - 2 Relative to signal feeding Stabilized optical power ±.5 MI change in temperature ±.5 function Power consumption < 1.5 W RTB 3D155-SCA / BP 1G ptic ptic -2-2 PARAMTR Laser type DFB Isolated Wavelength 155 ± 2 nm utput optical power 3 ±.5 Bandwidth 5 2 ptical connector type SC / APC thers on request Test point - directional - 2 Relative to signal feeding Stabilized optical Fluctuations in reverse channel in headend. ±.5 power MI change in ±.5 temperature function Power consumption < 1.5 W ptic -2 PLUG-IN MDULS & ACCSSRIS RTB CXXXX-SCA / BP 1G 3 RTB CXXXX-SCA / BP 1G 6 XXXX = 131, 133, 135, 137, 139, 141, 143, 145, 147, 149, 151, 153, 155, 157, 159, 161 PARAMTR Laser type DFB isolated Wavelength: RTB C131-SCA / BP 1G RTB C133-SCA / BP 1G RTB C135-SCA / BP 1G RTB C137-SCA / BP 1G RTB C139-SCA / BP 1G RTB C141-SCA / BP 1G RTB C143-SCA / BP 1G RTB C145-SCA / BP 1G RTB C147-SCA / BP 1G RTB C149-SCA / BP 1G RTB C151-SCA / BP 1G RTB C153-SCA / BP 1G RTB C155-SCA / BP 1G RTB C157-SCA / BP 1G RTB C159-SCA / BP 1G RTB C161-SCA / BP 1G 131 ± 1, ± 1, ± 1, ± 1, ± 1, ± 1, ± 1, ± 1, ± 1, ± 1, ± 1, ± 1, ± 1, ± 1, ± 1, ± 1, wavelength, other on request.1 typical, max..12 nm/ºc Node operation temperature range RTB CXXXX-SCA / BP 1G 3 RTB CXXXX-SCA / BP 1G 6 utput optical power RTB CXXXX-SCA / BP 1G 3 RTB CXXXX-SCA / BP 1G ±.5 6 ±.5 Bandwidth 5 2 ptical connector type SC / APC thers on request Test point - directional - 2 Stabilized optical power ±.5 MI change in temperature function ±.5 Power consumption RTB CXXXX-SCA / BP 1G 3 RTB CXXXX-SCA / BP 1G 6 < 1.5 < 2 Relative to signal feeding Fluctuations in reverse channel in headend. Fluctuations in reverse channel in headend. ptic -2 nm ºC W 38
3 FRB PARAMTR Wavelength nm Input optical power FRB LG FRB HG Bandwidth quivalent input noice current typical, max. ptical connector type SC / APC thers on request CNR 58 ptical power input - 3, 4% MI, input wavelength 131nm, noise bandwidth 4.75 utput level 72 ± 1 LG: -3, 4% MI, input wavelength 131nm HG: -6, 4% MI, input wavelength 131nm μv Responsivity RTB F131-SCA FP UNIV 151nm PARAMTR Laser type FP Isolated Wavelength 131 ± 4 nm utput optical power ±.5 Bandwidth 5 1 Minimal input level for NPR > 35 Dynamic range for NPR > 35 PARAMTR Laser type DFB Isolated Wavelength 131 ± 2 nm utput optical power 3 ±.5 Bandwidth 5 1 Minimal input level for NPR > 35 Dynamic range for NPR > 35-8 > 6 RTB 3D131-SCA UNIV - 5 > 16 Measured in BTA PR 6G node with reverse channel redundancy, A3=A4=5, ingress switch = ; noise BW=6, Measured in BTA PR 6G node with reverse channel redundancy, A3=A4=5, ingress switch = ; noise BW=6, Measured in BTA PR 6G node with reverse channel redundancy, A3=A4=5, ingress switch = ; noise BW=6, Measured in BTA PR 6G node with reverse channel redundancy, A3=A4=5, ingress switch = ; noise BW=6, A/W PLUG-IN MDULS & ACCSSRIS μv/ Hz ptical connector type SC / APC thers on request Green - optical power > -3-3 Red - optical Power < -3 Test point - directional - 2 Relative to signal feeding the laser diode Stabilized optical power ±.5 Fluctuations in reverse channel in headend MI change in temperature function ± 1 Fluctuations in reverse channel in headend Power consumption < 2 W ptic -2 μv/ Hz ptical connector type SC/APC thers on request Green - optical power > -3-3 Red - optical Power < -3 Test point - directional - 2 Relative to signal feeding the laser diode Stabilized optical power ±.5 Fluctuations in reverse channel in headend MI change in temperature function ± 1 Fluctuations in reverse channel in headend Power consumption < 1.5 W ptic -2 RTB 3D155-SCA UNIV PARAMTR Laser type DFB Isolated Wavelength 155 ± 2 nm utput optical power 3 ±.5 Bandwidth 5 1 Minimal input level for NPR > 35 Dynamic range for NPR > 35-5 > 16 Measured in BTA PR 6G node with reverse channel redundancy, A3=A4=5, ingress switch = ; noise BW=6, optical budget Measured in BTA PR 6G node with reverse channel redundancy, A3=A4=5, ingress switch = ; noise BW=6, optical budget μv/hz ptical connector type SC / APC thers on request Green - optical power > Red - optical Power < Test point - directional - 2 Relative to signal feeding the laser diode Stabilized optical power ±.5 Fluctuations in reverse channel in headend MI change in temperature function ± 1 Fluctuations in reverse channel in headend Power consumption < 2 W RTB CXXXX-SCA UNIV XXXX = 131, 133, 135, 137, 139, 141, 143, 145, 147, 149, 151, 153, 155, 157, 159, 161 PARAMTR Laser type DFB isolated Wavelength: RTB C131-SCA RTB C133-SCA RTB C135-SCA RTB C137-SCA RTB C139-SCA RTB C141-SCA RTB C143-SCA RTB C145-SCA RTB C147-SCA RTB C149-SCA RTB C151-SCA RTB C153-SCA RTB C155-SCA RTB C157-SCA RTB C159-SCA RTB C161-SCA Wavelength Node operation temperature range 131 ± 1, ± 1, ± 1, ± 1, ± 1, ± 1, ± 1, ± 1, ± 1, ± 1, ± 1, ± 1, ± 1, ± 1, ± 1, ± 1, -2 ptic wavelength, other on request nm.1 typical, max..12 nm/ºc ºC utput optical power 3 ±.5 Bandwidth 5 1 Minimal input level for NPR > 35 Dynamic range for NPR > 35-5 > 16 ptical connector type SC / APC thers on request Test point - directional Stabilized optical power MI change in temperature function Measured in BTA PR 6G node with reverse channel redundancy, A3=A4=5, ingress switch = ; noise BW=6, Measured in BTA PR 6G node with reverse channel redundancy, A3=A4=5, ingress switch = ; noise BW=6, Green - optical power > Red - optical power < - 2 Relative to signal feeding the laser diode μv/hz ±.5 Fluctuations in reverse channel in headend ± 1 Fluctuations in reverse channel in headend Power consumption < 2 W ptic -2 Compact Headends perator s Headends Interfaces & VIG ptical Receivers ptical Nodes 39
4 Compact Headends perator s Headends Interfaces & VIG ptical Receivers ptical Nodes FR 87-SCA SR 87-SCA PARAMTR Wavelength nm ptical input power range Bandwidth quivalent input noise current ptical connector SC / APC thers on request ptical power test point 1 ±.5 V/mW level at the output of the module 78 ± 1.5 ptical Power Indicator - 5 ptic 4.5% MI/channel, input optical power Green - optical power > -5 Red - optical power < -5 test point - directional - 2 Relative to module output signal RT F131-SCA FP ptic PLUG-IN MDULS & ACCSSRIS PARAMTR Laser type FP non-isolated Wavelength 131 ± 4 nm ptical output power ± 1 Bandwidth For internal input Minimum input level for NPR> 3 6 signal feeding the laser 25 C, 5 passive optical loss, for 6 load Dynamic range for NPR > 3 > 25 5 optical loss ptical connector SC / APC thers on request Laser power status indicator test point - directional - 15 Relative to signal feeding the laser diode Insertion loss for internal input 5 For pad and LP module Bandwidth 5 21 For external input - port 1 Insertion loss for external input 4 For pad MI variation over temperature ± 2 xternal input 5-21 xternal RV PAD -15 LP RV PAD Internal input RT D131-SCA RT 3D131-SCA e PARAMTR Laser type DFB isolated Wavelength 131±2 nm ptical output power: RT D131-SCA RT 3D131-SCA RT D131-SCA RT 3D131-SCA Minimum input level for NPR > 3: RT D131-SCA RT 3D131-SCA ± 1 3 ± 1 For internal input ptic signal feeding the laser 25 C, 5 passive optical loss, for: 6 load 6 load Dynamic range for NPR > 3 > 25 5 optical loss ptical connector SC / APC thers on request Laser power status indicator Green - optical power > Red - optical power < test point - directional - 15 Relative to signal feeding the laser diode Insertion loss for internal input 5 For pad and LP module Bandwidth 5 21 For external input - port 1 Insertion loss for external input 4 For pad MI variation over temperature ± 2 Temperature range ptical node ambient temperature C RT DCXXXX-SCA ptic XXXX = 147, 149, 151, 153, 155, 157, 159, 161nm PARAMTR Laser type DFB isolated Wavelength XXXX +1, -2 nm ptical output power 3 ± 1 RT DCXXXX-SCA For internal input Minimum input level for NPR> 3 RT DCXXXX-SCA 1 signal feeding the laser 25 C, 5 passive optical loss, for 6 load Dynamic range for NPR > 3 > 25 5 optical loss ptical connector SC / APC thers on request Laser power status indicator test point - directional -.15 Green - optical power > Red - optical power < Relative to signal feeding the laser diode Insertion loss for internal input 5 For pad and LP module Bandwidth 5 21 For external input - port 1 Insertion loss for external input 4 For pad MI variation over temperature ± 2 Wavelength temperature Node operation temperature range.1 typical, max..12 nm/ºc ºC 4
5 RAG 29-1 RAG 29-2 Maximum gain for module: RAG 29-1 RAG 29-2 RAG 29-1, RAG 29-2 RAG 29-1/42, RAG 29-2/42 RAG 29-1/3 RCG 1 Provides equal sum of ports 2, 3 and 4. RCG 2 For 3-outputs optical node with dual reverse path. Provides equal sum of ports 2 RCG 3 For 2-outputs devices with single reverse path and for 3-outputs nodes with dual rev. path. RCG 4 For 2-output optical node with single reverse path or dual reverse path and GAMMA RCG 5 For 3-outputs optical node with dual reverse path. Allows redundant transmission while using redundant optical. RCG 6 For 2-outputs optical node with dual reverse path. Allows redundant transmission while using redundant optical. RCG 7 For 1-output optical node with dual reverse path. Allows redundant transmission while using redundant optical tramsmiter. 1 x 29 ±.75 2 x 29 ± Flatness ±.7 NPR for: utput level: IMD3 = - 6c IMD2 = - 6c Power consumption: RAG 29-1 RAG PLUG-IN MDULS & ACCSSRIS c μv W RP 6 TCHNICAL PARAMTRS Bandwidth Insertion loss Level adjustment range 18 Slope adjustment range 1 Test point - directional 2 RA 65 Gain controlled by 2-state interstage attenuator and indicated by LD RA 65Z Gain controlled by 2-state interstage attenuator and indicated by LD RA 65M Gain controlled by 2-state interstage attenuator and indicated by LD Gain: 25/2 Level adjustment range 2 Slope adjustment range 1 Test point - directional - 2 NPR for: 26 V/Hz 27 V/Hz 28 V/Hz 29 V/Hz utput level: IMD 3 = - 6c IMD 3 = - 6c Power consumption 1.5 W /6/3 RCA ISG 65 STAT ATTNUATIN ±.5 FF > 3 DF -2 INPUT RQ c μv IS Compact Headends perator s Headends Interfaces & VIG ptical Receivers ptical Nodes 41
6 Compact Headends perator s Headends Interfaces & VIG ptical Receivers ptical Nodes 42 PTICAL AGC -X AGC -6 AGC Control range 8 AGC insertion loss Stability over ± 2 input optical power change ± 1 AGC XXX-X AGC AGC Control Range 8 Pilot frequency: * AGC AGC utput Level Stability ± 1 Insertion Loss 3 11 perating Temperature Range -4 6 C ASC Bandwidth Control Range 3 at pilot frequency and 5 for 862 Pilot frequency * utput Level Stability ± 1 Insertion for perating Temperature Range -4 6 C DF TYP HPB XXG UPSTRAM FRQUNCY RANG XXX PLUG-IN MDULS & ACCSSRIS DWNSTRAM FRQUNCY RANG DF 65A DF 85G * DF 65G DF 42G Hz TYP FRQUNCY RANG ATTNUATIN HPB 54G HPB 85G HPB 11G RHP RBP TYP TYP FRQUNCY RANG ATTNUATIN RHP 15 RHP 25 LPB XXG Reverse path TYP FRQUNCY RANG ATTNUATIN LPB 42G LPB 65G LPB 85G LPBL XXG Reverse path RBPL TYP FRQUNCY RANG ATTNUATIN LPBL 42G / -3 LPBL 65G / -3 LPBL 85G / -3 FRQUNCY RANG ATTNUATIN 25 for f < 1 23 for 85 < f < for 54 < f < for 862 < f < for f < 2 15 for 1 < f < 66 1 for 66 < f < 16 TYP FRQUNCY RANG ATTNUATIN 3 / /-4 / -3 3 / /-4 / -3 LP TYP TYP LP 65 FRQUNCY RANG xternal input 5-21 xternal RV PAD -15 LP FRQUNCY RANG RV PAD Internal input ATTNUATIN 4 for 53 < f < for 545 < f < for 765 < f < for 8 < f < 46 2 for 46 < f < 6 8 for 6 < f < for 15 < f < 56 2 for 56 < f < 71 1 for 71 < f < 16
7 Q TYP FRQUNCY RANG QUALIZATIN Hz 1 24, step Hz 3, 6, 9, 12 RQ TYP RQ 85 RQ 65 AT / / Mini FRQUNCY RANG 5 85Hz Hz TYP FRQUNCY RANG ATTNUATIN 5 862Hz 1 21, step Hz 25, step Hz 2, step 1 CS TYP FRQUNCY RANG ATTNUATIN AT UPPR FRQUNCY Hz 3 or Hz 3 or Hz Hz 6.5 AT 8 / AT 1 / RJP PLUG-IN MDULS & ACCSSRIS T 84 / T 14 / LT 14 TI / T / LTI / LT TYP FRQUNCY RANG ATTNUATIN INPUT T BY-PASS / ATTNUATIN T UT1 ATTNUATIN INPUT T AMPLIFIR / ATTNUATIN T UT2 TI / T TI / T TI / T TI / T TI / T T T T T T LTI / LT LTI / LT LTI / LT LTI / LT LTI / LT Compact Headends perator s Headends Interfaces & VIG ptical Receivers ptical Nodes 43
8 Compact Headends perator s Headends Interfaces & VIG ptical Receivers ptical Nodes MNITRING KIT XTNSIN T MNITRING FUNCTINALITY GAMMA 8X-33A-AF Monitoring Kit MKG33 GAMMA 8M-33A-AF Monitoring Kit MKG33 HARGN 271 / BP3G 89Y Monitoring Kit MKBP3G 1 HARGN 273 / BP33G 89Y Monitoring Kit MKBP3G 1 HARGN 273 / BP33G 89M Monitoring Kit MKBP3G 1 HARGN 261 / BP2G 89Y Monitoring Kit MKBP2G 1 HARGN 263 / BP23G 89Y Monitoring Kit MKBP2G 1 HARGN 263 / BP23G 89M Monitoring Kit MKBP2G 1 GAMMA U8X-33A-AF Monitoring Kit MKGU33 GAMMA U8M-33A-AF Monitoring Kit MKGU33 1 USB-RJ11 HARNSS cally set by VCTR employees to optimize the voltage levels to proper communication. PARAMTR VCC utput Power Voltage V I utput Power Current ma T perating Temperature Range C Proper communication between CMS and peripheral device requires the installation of PLUG-IN MDULS & ACCSSRIS Accessories 44
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