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product s pecification CPF906G data sheet subject to change without notice rdps-pots344(r0)04/03/2002 sheet 1 of 16 file no rdps-pots344 revision r0 system application asymmetric digital subscriber line product t ype isdn/analog splitter product name CPF906G date apr. 03 th , 2002 bert lin - design engineer, r&d_1 issued by bert@ycl.com.tw roger wu ? manager, r&d_1 approved by roger@ycl.com.tw issued date ycl electronics co., ltd. no.95, feng jen road. feng shan city, kaohsiung, taiwan, r.o.c. this controlled document is the property of ycl electronics co., ltd. any duplication reproduction or transmission by unauthorized parties without the prior written permission of ycl electronics co., ltd. is prohibited.
product s pecification CPF906G data sheet subject to change without notice rdps-pots344(r0)04/03/2002 sheet 2 of 16 table of contents item description page 1 introduction ----------------------------------------------- 3 2 reference ----------------------------------------------- 3 3 abbreviations ----------------------------------------------- 3 4 technical requirements ----------------------------------------------- 4 4.1 : block diagram ----------------------------------------------- 4 4.2 : electrical specification ----------------------------------------------- 5 4.2.1: isdn requirement ----------------------------------------------- 5 4.2.2: pots requirement ----------------------------------------------- 6 4.2.3 : dc characteristic ----------------------------------------------- 7 4.3 : test methodology for isdn function ----------------------------------------------- 7 4.3.1: filter insertion loss test ----------------------------------------------- 7 4.3.2: filter return loss test ----------------------------------------------- 8 4.3.3: filter attenuation test ----------------------------------------------- 9 4.4 : test method for pots function ----------------------------------------------- 10 4.4.1 :filter insertion loss test ----------------------------------------------- 10 4.4.2 :filter return loss test ----------------------------------------------- 11 4.4.3 : filter attenuation test ----------------------------------------------- 12 5 environmental condition ----------------------------------------------- 13 5.1 : resistibility to overvoltage and overcurrents ----------------------------------------------- 13 5.2 : climatic condition ----------------------------------------------- 13 5.2.1 : operating temperature ----------------------------------------------- 13 5.2.2 : storage and transport ----------------------------------------------- 13 5.2.3 : operating humidity ----------------------------------------------- 13 6 environmental conditions ----------------------------------------------- 14 7 mechanical condition ----------------------------------------------- 15 7.1: pcb dimension ----------------------------------------------- 15 7.2 : nfn connector ----------------------------------------------- 15 7.3 : accessible connector marking ----------------------------------------------- 16 7.4 : connector and pin assignment ----------------------------------------------- 16
product s pecification CPF906G data sheet subject to change without notice rdps-pots344(r0)04/03/2002 sheet 3 of 16 1. introduction: the CPF906G is a splitter module that has been specifically designed to implement the functionality of low pass filter in isdn/pots over adsl application. the CPF906G integrate low pass filter that block the high frequency energy from reaching the isdn/pots device and provide isolation from impedance effects of the isdn/pots device on adsl. because the isdn/pots splitter connects directly to the subscriber loop media , it must also provide some protection for externally induced line hits or faults which could damage any attached equipment or endanger humans interacting with the installed equipment. the circuit protection will be provided mostly by standard central office line protection means and additional protection measures built into splitter to protect against line overstress which could damage the splitter itself. this splitter mainly consist of one low pass filter which provide isdn and pots solution respectively 2. reference: ref. 1 : etsi tr 101 728 v1.1.1 ref. 2 : etsi ts 101 388 asymmetric digital subscriber line european specific requirements ref. 3 : ansi t1.413 network and customer installation interface. ref. 4 : itu g.992.1 annex b ref. 5 : itu-t k.21 resistibility of telecommunication switching equipment to overvoltages and overcurrents . 3. abbreviations: adsl asymmetric digital subscriber line isdn integrated service digital network co central office cpe customer premise equipment. pots plain old telephone service rt remote terminal z adsl network termination of adsl
product s pecification CPF906G data sheet subject to change without notice rdps-pots344(r0)04/03/2002 sheet 4 of 16 4. technical requirements: 4.1. schematic: the following drawing illustrates the schematic of this product.
product s pecification CPF906G data sheet subject to change without notice rdps-pots344(r0)04/03/2002 sheet 5 of 16 4.2. electrical specification : 4.2.1. isdn requirement : all of electrical specifications for isdn path stated herein must be met and satisfied separately for single individual splitter and also for the complete splitter combination. electrical requirements splitter parameter range values isdn band(3db bandwidth) dc to 94khz adsl band 160khz-1104khz nominal impedance line impedance zl 150 ohm co impedance ztc 150 ohm rt impedance ztr 150 ohm modem impedance 100 ohm current voice band loop current 200ma dc resistance dc resistance <=12.5 ohm isolation resistance tip/ring >5 m ohm isdn band characteristic delay distortion 300hz40 db 30khz50 db 1104khz30 db splitter parameter rang modem value 1khz55 db 150khz65 db stop band attenuation 1104khz55 db
product s pecification CPF906G data sheet subject to change without notice rdps-pots344(r0)04/03/2002 sheet 6 of 16 4.2.2. pots requirement : electrical requirements splitter parameter range values frequency range splitter bandwidth dc to 16khz nominal voice band 0.3khz to 3.4khz billing tone 16khz 80hz ringing frequency 22hz to 28hz adsl band 160khz to 1104khz line impedance zl 220ohm + (820ohm || 115nf) co impedance ztc 220ohm + (820ohm || 115nf) rt impedance ztr 220ohm + (820ohm || 115nf) modem impedance 160khz< f< 1104khz 100 ohm operation voltage voice band nominal signal 21mvpp to 5.4 vpp billing tone 10vpp to 30.2vpp ringing signal 40vrms to 80vrms(113vpp to 227 vpp) dc voltage 0v to ? 72v max. ac voltage 70vrms with ? 72vdc offset voltage max. differential 190v current voice band loop current <100ma transient current(on/off hook) <400ma dc resistance dc resistance <=12.5 ohm isolation resistance tip/ring >5 mohm voice ? band characteristic splitter parameter rang modem value z adsl 300hz55db note:
product s pecification CPF906G data sheet subject to change without notice rdps-pots344(r0)04/03/2002 sheet 7 of 16 4.2.3. dc characteristic : all requirement of this specification can be met in the presence of all isdn/pots loop currents from 0ma to 100ma. this isdn/pots splitter can pass isdn/pots tip-to- ring dc voltages of 0v to 72v and ringing signals of 40v to 80vrms at any frequency from22hz to 28hz with a dc component in the range from 0v to 72v. the dc resistance from tip-to-ring at the line port interface with the phone interface shorted, shall be less than or equal to 12.5 ohms. the dc resistance from tip-to-ground and from ring-to- ground at the isdn/pots interface with the u-r interface open shall be greater than or equal to 5 megohms. the ground point shall be local building or green wire ground. as an objective , the dc resistance should exceed 10m w . 4.3. test methodology for isdn function: 4.3.1. filter insertion loss test : 4.3.1.1. test equipment : a . hp4395a network / spectrum / impedance analyzer b . hp87512a transmission / reflection test set c . balun north hills : 0415lb( 50 w : 150 w ) 4.3.1.2. test setup: is shown in fig.1 4.3.1.3. test procedure : a . set hp4395a in b/r mode for insertion loss test. b . connecting the analyzer to the isdn and line side of splitter through the north hills balun 0415lb c . set frequency of interest given in specification. d . calibrating the hp4395a network analyzer via the thru for attenuation test . e . measurement insertion loss. fig. 1-a. z adsl load note : z adsl load can be terminated with load, or open fig.1. test setup 20.89nf 100ohm 82uh 0415lb 0415lb
product s pecification CPF906G data sheet subject to change without notice rdps-pots344(r0)04/03/2002 sheet 8 of 16 4.3.2. filter return loss test : 4.3.2.1 . test equipment : a. hp4395a network / spectrum / impedance analyzer b. hp87512a transmission / reflection test set c. balun north hills : 0415lb( 50 w : 150 w ) 4.3.2.2 . test setup: is shown in fig. 2 4.3.2.3. test procedure : a. set hp4395a in a/r mode. b. connecting the analyzer to the isdn/pots sides of splitter through the north hills balun 0415lb. while z adsl load can be terminated with load, or open. c. set frequency of interest given in specification. d. calibrating the hp4395a network analyzer via the open, load calibration being performed for return loss. e. measurement return loss. note : z adsl load can be terminated with load, or open network analyzer balun (0415lb) 150 w splitter isdn/pots adsl line z adsl fig.2 test setup
product s pecification CPF906G data sheet subject to change without notice rdps-pots344(r0)04/03/2002 sheet 9 of 16 4.3.3. filter attenuation test. 4.3.3.1. test equipment : a . hp4395a network / spectrum / impedance analyzer b . hp87512a transmission / reflection test set c . balun north hills : 0311lb( 50 w : 100 w ) ;0415lb( 50 w : 150 w ) 4.3.3.2. test setup: is shown in fig. 3 4.3.3.3. test procedure : a . set hp4395a in b/r mode for attenuation test. b . connecting the analyzer to the isdn and line side of splitter through the north hills balun 0311lb( 50 w : 100 w ) ;0415lb( 50 w : 150 w ) c . set frequency of interest given in specification. d . calibrating the hp4395a network analyzer via the thru for attenuation test . e . measurement attenuation. z adsl fig.3 test setup adsl isdn/phone line 100oh 0415lb 0311lb balun balun
product s pecification CPF906G data sheet subject to change without notice rdps-pots344(r0)04/03/2002 sheet 10 of 16 isdn/phone z adsl 4.4. test method for pots function: 4.4.1. filter insertion loss test : 4.4.1.1. description : insertion loss /attenuation mentioned herein is defined as below : il = 20 log 10 ? vo/vi ? db vi = the voltage value measured is shown in fig. 4 vo = the voltage value measured across the line side shown in fig. 5 4.4.1.2 . apparatus : a . function generator or equivalent b . readout oscilloscope or equivalent. c . complex load zl =220 ohm + 820 ohm //115nf 4.4.1.3. test procedure : a . set the measurement frequency of interest b . connecting the source to the phone side of splitter with the complex load zl=220 ohm + 820 ohm //115nf across the line side. c . measure the voltage value and calculate the insertion loss expressed in decibel from the equation insertion loss = 20 log 10 ? vo / vi ? db d . change another frequency of interested the repeat step a~d. 4.4.1.4. insertion loss test set up measurement : fig. 4 fig. 5
product s pecification CPF906G data sheet subject to change without notice rdps-pots344(r0)04/03/2002 sheet 11 of 16 4.4.2. filter return loss test : 4.4.2.1. description : return loss is essentially defined as the ratio of the power incident upon a given transmission system to the power reflected caused by an impedance mismatch with respect to reference impedance at the interface between source and device.return loss is generally expressed in decibels. general return loss equation as below: return loss = 20 log ? z r + z m / z r - z m ? db z r = the reference impedance is shown i n fig. 6 z m = the measured impedance is shown in fig. 7 4.4.2.2. test equipment : a : hp 16047a transformer test fixture b : hp hp 4192a analyzer or equivalent c : complex load zl = 220ohm +820ohm //115nf 4.3.2.3. test setup : is shown in below 4.3.2.4. test procedure : a : set the measurement frequency of interest b : calibrating the hp4192a l.c.z. impedance analyzer via the short . open, load c : connecting the analyzer to the line side of splitter with the complex load 220ohm+820ohm//115nf across the pots(isdn) side. while z adsl load can be terminated with z adsl load or open. d : measure the impedance value r +jx and calculate the return loss expressed in decibel from the equation return loss = 20 log ? z r + z m / z r ? z m ? db e : change another frequency of interest, then repeat step b~e. note : z adsl load can be terminated with z adsl load or open fig. 6 fig. 7
product s pecification CPF906G data sheet subject to change without notice rdps-pots344(r0)04/03/2002 sheet 12 of 16 4.4.3. filter attenuation test : 4.4.3.1. test equipment : a. hp4395a network / spectrum / impedance analyzer b. hp87512a transmission / reflection test set c. balun north hills : 0311lb(50 w : 100 w );0511lb(50 w : 150 w ) 4.4.3.2. test setup: is shown in fig. 8 4.4.3.3. test procedure : a. set hp4395a in b/r mode. b. connecting the analyzer to the isdn/pots and adsl side of splitter through the north hills 0311lb and 0511lb(50 w : 150 w ). c. set frequency of interest given in specification. d. calibrating the hp4395a network analyzer via the thru. e. measurement attenuation. fig. 8
product s pecification CPF906G data sheet subject to change without notice rdps-pots344(r0)04/03/2002 sheet 13 of 16 5. environmental condition: 5.1. resistibility to overvoltages and overcurrents: the splitter has to comply with requirements as per itu-t k.21. 5.2. climatic conditions: 5.2.1. operating temperature: application indoor long time operation guarantee temperature ( 5 to 40 0 c ) short time operation guarantee temperature ( 0 to 50 0 c ) ( according to ets 300 019, class 3.2 ) 5.2.2. storage and transport: low ambient temperature - 20 0 c high ambient temperature +85 0 c ( according to mil-std-202 method 107 / qc-0-20 ) 5.2.3. operation humidity: long time operation guarantee humidity ( 5 to 85 % ) short time operation guarantee humidity ( 5 to 90 % ) short time : within 72 continuous hours and 15 days in a year
product s pecification CPF906G data sheet subject to change without notice rdps-pots344(r0)04/03/2002 sheet 14 of 16 6. reliability conditions: sampling quantities test item description of testing test condition acceptance d.v.t. pilot run mass product by visual examination or by using x-ray ?a microscope etc. to examine sample. 1 visual/mechanical examination reference:qc -0-12&qc-0-22 no cracking ?a broken ?a marking color changing and lose marking after washing. 2 4 according to clause 4.5 electrical specification ?a pp. 16-17. 2 electrical characteristic reference: qc-0-16 no electrical failure. 2 4 -20 0 c ? + 85 0 c ?a for 5 cycles. 3 thermal shock reference: mil-std-202 method 107 / qc-0-20 no electrical failure. 1 2 +50 0 c / 95 rh ?a 96 hrs. 4 temperature humidity exposure reference: mil-std-202 method 103 / qc-0-11 no electrical failure. 1 2 random vibration / freq. : 5 ~ 500 hz / sweep time : 1 hr. / axis / force : 2.4 grams 5 vibration test reference: mil-std-202 method 204 / qc-0-21 no electrical failure & mechanical faults. 1 box 1 box
product s pecification CPF906G data sheet subject to change without notice rdps-pots344(r0)04/03/2002 sheet 15 of 16 7. mechanical condition: 7.1. pcb dimension : 7.2. nfn connector :
product s pecification CPF906G data sheet subject to change without notice rdps-pots344(r0)04/03/2002 sheet 16 of 16 7.3. accessible connector marking : the following drawing is describing the splitter connector panel. all marks are to be placed on the pcb components side. 7.4. connector and pin assignment : rj11 connector rj45 connector pin signal pin signal 1 b 1 nc 2 nc 2 nc 3 nc 3 nc 4 nc 4 adsla 5 nc 5 adslb 6 a 6 nc 7 nc 8 nc

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