ࡱ> @ABRoot Entry`DEST];PerfectOffice_MAIN&|PerfectOffice_OBJECTS, [H8 [H8  !"#$%&'()*+,-./0123456789:;<=>?21.In63.310#X)X XXrB#Xr XXX),thelastsentenceofparagraph(b)(5)isrevised -v$ toread: Theterminationforallportsotherthantheparticularonewhosetransversebalancecoefficientisbeingmeasuredshallhaveametallicimpedanceof600ohms,andalongitudinalimpedanceof500ohms.Figure68.310(c)showsthistermination.2#X)X XXrB#Xr XXX)2.In63.310,Figure68.3102isrevisedto Figure68.310(f).#X)X XXrtD#Xr XXX) #* #X)X XXrE#WPC3 22 ZBq00 HP LaserJet 4 PlusC\  PQP 1. 1. 1. a.(1)(a) i) a)#&J\  PQ&P#X0Í ÍX0Í ÍҫC\  PQP\  `*Times New Roman (TT)&J\  PQ&P\  `*Times New Roman (TT)&&J\  PQ&P\  `*Times New Roman (TT)&&J\  PQ&P\  `*Times New Roman (TT)&XN\  PXP5\  `$Times NewRomanX&J\  PQ&P\  `*Times New Roman (TT)&XN\  PXP\  `*Times New RomanTTX&J\  PQ&P\  `*Times New Roman (TT)&Xx6X@X@<6X9`(CourierXXx6X@ X@<6X9`(CourierXXx6X@ X@<6X9`(CourierXXx6X@ X@<6X9`(CourierXXx6X@ X@<6X9`(CourierXXx6X@ X@<6X9`(CourierXXx6X@X@<6X9`(CourierXXx6X@X@<6X9`(CourierXXx6X@X@<6X9`(CourierXXx6X@X@<6X9`(CourierXXx6X@X@<6X9`(CourierXXx6X@X@<6X9`(CourierXXx6X@X@<6X9`(CourierXXx6X@X@<6X9`(CourierXXx6X@X@<6X9`(CourierXXx6X@X@<6X9`(CourierXXx6X@X@<6X9`(CourierXXx6X@X@<6X9`(CourierXXx6X@X@<6X9`(CourierXXx6X@X@<6X9`(CourierXXN\  PXP\  `*Times New RomanTTXXx6X@X@<6X9`(CourierXXx6X@X@<6X9`(CourierXXx6X@X@<6X9`(CourierXXx6X@ X@<6X9`(CourierXXx6X@!X@<6X9`(CourierXXx6X@"X@<6X9`(CourierXXx6X@#X@<09Z+0Courier (W1) RegularXXx6X@$X@<6X9`(CourierXXx6X@%X@<6X9`(CourierXXx6X@&X@<6X9`(CourierXXx6X@'X@<6X9`(CourierXXx6X@(X@<6X9`(CourierXXx6X@)X@<6X9`(CourierXXx6X@*X@<6X9`(CourierXXx6X@+X@<6X9`(CourierXXx6X@,X@<6X9`(CourierXXx6X@-X@<6X9`(CourierXXx6X@.X@<6X9`(CourierXXx6X@/X@<6X9`(CourierXXx6X@0X@<6X9`(CourierXXx6X@1X@<09Z+0Courier (W1) RegularXXx6X@2X@<6X9`(CourierXXx6X@3X@<6X9`(CourierXXx6X@4X@<6X9`(CourierXXx6X@5X@<6X9`(CourierXXx6X@6X@<6X9`(CourierXXx6X@7X@<6X9`(CourierXXx6X@8X@<6X9`(CourierXXx6X@9X@<6X9`(CourierXXx6X@:X@<6X9`(CourierXXx6X@;X@<6X9`(CourierXXx6X@<X@<6X9`(CourierXXx6X@=X@<6X9`(CourierXXx6X@>X@<6X9`(CourierXXx6X@?X@<6X9`(CourierXXx6X@@X@<6X9`(CourierXXx6X@AX@<6X9`(CourierXXx6X@BX@<6X9`(CourierXXx6X@CX@<6X9`(CourierXXx6X@DX@<6X9`(CourierXXx6X@EX@<6X9`(CourierXXx6X@FX@<6X9`(CourierXXx6X@GX@<6X9`(CourierXXN\  PHXP\  `*Times New RomanTTX23 33|J 1. 1. 1. a.(1)(a) i) a)#&J\  PQ&P# X   ? 1. 1. 1. a.(1)(a) i) a)#&J\  PQ&P# Federal Communications Commission  DA 98277 yx}dddy ******************************************************** NOTICE ******************************************************** This document was converted from WordPerfect to ASCII Text format. 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If you need the complete document, download the WordPerfect version or Adobe Acrobat version, if available. ***************************************************************** U' Before the Federal Communications Commission a"Washington, DC 20554 ă ,X` hp x (#%'0*,.8135@8:=~ LEFT LBRACE{ VERT 15{ MATRIX{ MATFORM{ ALIGNL & ALIGNL} ~~9 3 {{ log (func{f}/200) } OVER {log (2.5)} } ~ func {dB} &; func{~for~200~Hz~<=~f~<=~500~Hz} # ~~6 ~ func {dB} &; func{~for~500~Hz~<=~f~<=~3200~Hz} } } }RIGHT.߅ڐ(ii) For the four-wire lossless interface: 1dddddddd (1) 1dddddddd (1) e dde v linespace 200 stackalign{ func{tl} sub{ func f}~ &>=~ LEFT LBRACE{ VERT 15{ MATRIX{ MATFORM{ ALIGNL & ALIGNL} ~~10 4 {{ log (func{f}/200) } OVER {log (2.5)} } ~ func {dB} &; func{~for~200~Hz~<=~f~<=~500~Hz} # ~~6 ~ func {dB} &; func{~for~500~Hz~<=~f~<=~3200~Hz} } } }RIGHT. # func{tl} sub{ func r} ~&>~ 40~ func{dB} # func{RL} sub i, func{RL} sub o ~&>=~ 3~ func{dB} }ڐ #Xx6X@2X@#15. In 68.308#Xx6X@3X@#, paragraph (e), the reference to paragraph (e)(1) is revised to paragraph (e)(1)(i). 16. In 68.308, paragraph (e)(1)(ii) is added to read as follows: (e) **** (1) **** (i) **** eX (ii) 270 Khz to 6MHz. The rms value of the metallic voltage components in the frequency range of 270kHz to 6MHz shall, averaged over 2 microseconds, not exceed 15 dBV. This limitation applies with a metallic termination having an impedance of 135 ohms. 17. In Appendix C, FCC Record page number 19267, delete the text beginning at paragraph (d) Longitudinal voltage at frequencies below 4 kHz through page 19271. #Xx6X@4X@# 18#Xx6X@5X@#. In 68.308#Xx6X@6X@#, paragraph (h)(1)(iii) reference to Table 68.308(b) is revised to read Table 68.308(c). ***** #Xx6X@7X@# Section 68.#Xx6X@8X@#310 [corrected]#Xx6X@9X@#. #Xx6X@:X@# 19. In 68.310#Xx6X@;X@#, the table immediately following paragraph#Xx6X@<X@# (b) is revised to read as follows: T TTT,A '  TTT,A ' T P P STATEFrequency (f)BalanceP P Offhook ...0200 Hz  f #Xx6X@=X@#4000 Hz#Xx6X@>X@# 40 dBP P Offhook ...#Xx6X@?X@#200 Hz  f #Xx6X@@X@#1000 Hz#Xx6X@AX@# 60 dBP   P   Offhook ...1000 Hz  f #Xx6X@BX@#4000 Hz#Xx6X@CX@# 40 dB 20.#Xx6X@DX@# In 63.310, paragraphs (b)(3) and (b)(4)references to Figure 68.310(b) are revised to read Figure 68.310(f). 21. In 63.310#Xx6X@EX@#, the last sentence of paragraph (b)(5) is revised to read: The termination for all ports other than the particular one whose transverse balance coefficient is being measured shall have a metallic impedance of 600 ohms, and a longitudinal impedance of 500 ohms. Figure 68.310(c) shows this termination. 2#Xx6X@FX@#2. In 63.310, Figure 68.3102 is revised to Figure 68.310(f).#Xx6X@GX@# #XN\  PHXP#ѱ  #X)X XXr0#Xr XXX)15.In68.308#X)X XXr5#Xr XXX),paragraph(e),thereferencetoparagraph(e)(1) _)]!/ isrevisedto paragraph(e)(1)(i).16.In68.308,paragraph(e)(1)(ii)isaddedtoreadasfollows:(e)0  ****-%4(#(# (1)0  ****-%5(#(# (i)0  ****.&6(#(# O e   (ii)270Khzto6MHz.Thermsvalueofthemetallicvoltagecomponentsinthefrequencyrangeof270kHzto6MHzshall,averagedover2microseconds,notexceed15dBV.Thislimitationapplieswithametallicterminationhavinganimpedanceof135ohms.17.InAppendixC,FCCRecordpagenumber19267,deletethetextbeginningatparagraph(d) Longitudinalvoltageatfrequenciesbelow4kHzthroughpage19271.#X)X XXr6#Xr XXX)18#X)X XXr9#Xr XXX).In68.308#X)X XXr9#Xr XXX),paragraph(h)(1)(iii)referencetoTable68.308(b) b  isrevisedtoread Table68.308(c).*****#X)X XXr3:#Xr XXX) Section68.#X)X XXr:#Xr XXX)310[corrected]#X)X XXrB;#Xr XXX).    #X)X XXr;#Xr XXX)19.In68.310#X)X XXr;#Xr XXX),thetableimmediatelyfollowingparagraph#X)X XXrB<#Xr XXX)Ԁ(b)is j  revisedtoreadasfollows:*w "d drdd 'dd dd  (#(#w,dd ,A dd ,'dd +    &  STATE 'N" 'Frequency(f) 'N" 'Balance N" Offhook...EC%  Root Entry`DEST`·;PerfectOffice_MAIN&CmPerfectOffice_OBJECTS, [H8 [H8DEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyWPCd4 2(4 ZBq02 HP LaserJet 4 PlusC\  PQP 1. 1. 1. a.(1)(a) i) a)#&J\  PQ&P#X0Í ÍX0Í ÍҫC\  PQP(\  `*Times New Roman (TT)&J\  PQ&P(\  `*Times New Roman (TT)&&J\  PQ&P(\  `*Times New Roman (TT)&&J\  PQ&P(\  `*Times New Roman (TT)&&J\  PQ&P(\  `*Times New Roman (TT)&&J\  PQ&P(\  `*Times New Roman (TT)&XN\  PXP'\  ` TX&J\  PQ&P(\  `*Times New Roman (TT)&XN\  PXP\  `*Times New RomanTTX&J\  P Q&P(\  `*Times New Roman (TT)&&J\  P Q&P(\  `*Times New Roman (TT)&Xx6X@ X@<6X9`( CXXx6X@ X@<6X9`( CXXx6X@ X@<6X9`( CXXx6X@X@<6X9`( CXXx6X@X@<6X9`( CXXx6X@X@<6X9`( CXXx6X@X@<6X9`( CXXx6X@X@<6X9`( CXXx6X@X@<6X9`( CXXx6X@X@<6X9`( CXXx6X@X@<6X9`( CXXx6X@X@<6X9`( CXXx6X@X@<6X9`( CXXx6X@X@<6X9`( CXXx6X@X@<6X9`( CXXx6X@X@<6X9`( CXXx6X@X@<6X9`( CXXx6X@X@<6X9`( CXXx6X@X@<6X9`( CXXx6X@X@<6X9`( CXXx6X@X@<6X9`( CXXx6X@ X@<6X9`( CXXx6X@!X@<6X9`( CXXx6X@"X@<6X9`( CXXx6X@#X@<6X9`( CXXx6X@$X@<6X9`( CXXx6X@%X@<09Z+0Courier (W1) RegularXXx6X@&X@<6X9`( CXXx6X@'X@<6X9`( CXXx6X@(X@<6X9`( CXXx6X@)X@<6X9`( CXXx6X@*X@<6X9`( CXXx6X@+X@<6X9`( CXXx6X@,X@<6X9`( CXXx6X@-X@<6X9`( CXXx6X@.X@<6X9`( CXXx6X@/X@<6X9`( CXXx6X@0X@<6X9`( CXXx6X@1X@<6X9`( CXXx6X@2X@<6X9`( CXXx6X@3X@<09Z+0Courier (W1) RegularXXx6X@4X@<6X9`( CXXx6X@5X@<6X9`( CXXx6X@6X@<6X9`( CXXx6X@7X@<6X9`( CXXx6X@8X@<6X9`( CXXx6X@9X@<6X9`( CXXx6X@:X@<6X9`( CXXx6X@;X@<6X9`( CXXx6X@<X@<6X9`( CXXx6X@=X@<6X9`( CXXx6X@>X@<6X9`( CXXx6X@?X@<6X9`( CXXx6X@@X@<6X9`( CXXx6X@AX@<6X9`( CXXx6X@BX@<6X9`( CXXx6X@CX@<6X9`( CXXx6X@DX@<6X9`( CXXx6X@EX@<6X9`( CXXx6X@FX@<6X9`( CXXx6X@GX@<6X9`( CXXx6X@HX@<6X9`( CXXx6X@IX@<6X9`( CXXN\  PJXP\  `*Times New RomanTTX2Z4b43|J 1. 1. 1. a.(1)(a) i) a)#&J\  PQ&P# 1. 1. 1. a.(1)(a) i) a)#&J\  PQ&P# X   q? 1. 1. 1. a.(1)(a) i) a)#&J\  PQ&P# 1. 1. 1. a.(1)(a) i) a)#&J\  PQ&P# Federal Communications Commission  DA 98277 yx}dddy qU' Before the Federal Communications Commission a"Washington, DC 20554 ă ,X` hp x (#%'0*,.8135@8:=~ LEFT LBRACE{ VERT 15{ MATRIX{ MATFORM{ ALIGNL & ALIGNL} ~~9 3 {{ log (func{f}/200) } OVER {log (2.5)} } ~ func {dB} &; func{~for~200~Hz~<=~f~<=~500~Hz} # ~~6 ~ func {dB} &; func{~for~500~Hz~<=~f~<=~3200~Hz} } } }RIGHT.߅ڐ(ii) For the four-wire lossless interface: 1dddddddd (1) 1dddddddd (1) e dde v linespace 200 stackalign{ func{tl} sub{ func f}~ &>=~ LEFT LBRACE{ VERT 15{ MATRIX{ MATFORM{ ALIGNL & ALIGNL} ~~10 4 {{ log (func{f}/200) } OVER {log (2.5)} } ~ func {dB} &; func{~for~200~Hz~<=~f~<=~500~Hz} # ~~6 ~ func {dB} &; func{~for~500~Hz~<=~f~<=~3200~Hz} } } }RIGHT. # func{tl} sub{ func r} ~&>~ 40~ func{dB} # func{RL} sub i, func{RL} sub o ~&>=~ 3~ func{dB} }ڐ #Xx6X@4X@#15. In 68.308#Xx6X@5X@#, paragraph (e), the reference to paragraph (e)(1) is revised to paragraph (e)(1)(i). 16. In 68.308, paragraph (e)(1)(ii) is added to read as follows: (e) **** (1) **** (i) **** eX (ii) 270 Khz to 6MHz. The rms value of the metallic voltage components in the frequency range of 270kHz to 6MHz shall, averaged over 2 microseconds, not exceed 15 dBV. This limitation applies with a metallic termination having an impedance of 135 ohms. 17. In Appendix C, FCC Record page number 19267, delete the text beginning at paragraph (d) Longitudinal voltage at frequencies below 4 kHz through page 19271. #Xx6X@6X@# 18#Xx6X@7X@#. In 68.308#Xx6X@8X@#, paragraph (h)(1)(iii) reference to Table 68.308(b) is revised to read Table 68.308(c). ***** #Xx6X@9X@# Section 68.#Xx6X@:X@#310 [corrected]#Xx6X@;X@#. #Xx6X@<X@# 19. In 68.310#Xx6X@=X@#, the table immediately following paragraph#Xx6X@>X@# (b) is revised to read as follows: T TTT,A '  TTT,A ' T P P STATEFrequency (f)BalanceP P Offhook ...0200 Hz  f #Xx6X@?X@#4000 Hz#Xx6X@@X@# 40 dBP P Offhook ...#Xx6X@AX@#200 Hz  f #Xx6X@BX@#1000 Hz#Xx6X@CX@# 60 dBP   P   Offhook ...1000 Hz  f #Xx6X@DX@#4000 Hz#Xx6X@EX@# 40 dB 20.#Xx6X@FX@# In 63.310, paragraphs (b)(3) and (b)(4)references to Figure 68.310(b) are revised to read Figure 68.310(f). 21. In 63.310#Xx6X@GX@#, the last sentence of paragraph (b)(5) is revised to read: The termination for all ports other than the particular one whose transverse balance coefficient is being measured shall have a metallic impedance of 600 ohms, and a longitudinal impedance of 500 ohms. Figure 68.310(c) shows this termination. 2#Xx6X@HX@#2. In 63.310, Figure 68.3102 is revised to Figure 68.310(f).#Xx6X@IX@# #XN\  PJXP#ѱ..rrected]11Xp!(#GX)Xr_8