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B" #Y2PP#7 \vU:PZ ! 7H0[3 $ t#Y2PP#40 \vU:P[  v40H0[3  h#Y2PP#30 \vU:P[  j30H0[3  l#Y2PP#50 \vU:P[  n50H0[3 t #Y2PP#60 \vU:P[  60H0[3  #Y2PP#70 \vU:P[  70H0[3 H  #Y2PP#80 \vU:P[  80H0[3  (#Y2PP#90 \vU:P[  *90I1Z4t T( #Y2PP#100 \vU:PZ  v100I1Z4t d( #Y2PP#200 \vU:PZ  200I1Z4t ( <#Y2PP#300 \vU:PZ  300H0[3$t#Y2PP#40 \vU:P[ v40H0[3h#Y2PP#30 \vU:P[ j30H0[3l#Y2PP#50 \vU:P[ n50H0[3t #Y2PP#60 \vU:P[ 60H0[3  #Y2PP#70 \vU:P[  70H0[3H  #Y2PP#80 \vU:P[  80H0[3 (#Y2PP#90 \vU:P[ *90I1Z4T8#Y2PP#100 \vU:PZ v100I1Z4d8#Y2PP#200 \vU:PZ 200I1Z48<#Y2PP#300 \vU:PZ 300H0[3%$<'t#Y2PP#40 \vU:P[ &v40H0[3%<'h#Y2PP#30 \vU:P[ &j30H0[3%<'l#Y2PP#50 \vU:P[ &n50H0[3%t<' #Y2PP#60 \vU:P[ &60H0[3% <' #Y2PP#70 \vU:P[ & 70H0[3%H <' #Y2PP#80 \vU:P[ & 80H0[3% <'(#Y2PP#90 \vU:P[ &*90I1Z4%T\'#Y2PP#100 \vU:PZ &v100I1Z4%d\'#Y2PP#200 \vU:PZ &200I1Z4%\'<#Y2PP#300 \vU:PZ &300I1Z4$@#Y2PP#300 \vU:PZ 8b300I1Z4$$t#Y2PP#400 \vU:PZ 8F400I1Z4$l#Y2PP#500 \vU:PZ 8>500I1Z4$t #Y2PP#600 \vU:PZ 8600I1Z4$  #Y2PP#700 \vU:PZ 8 700I1Z4$\  #Y2PP#800 \vU:PZ 8~ 800I1Z4$ <#Y2PP#900 \vU:PZ 8900G/Z2e#Y2PP#2 \vU:PZ >2G/Z2Q#Y2PP#3 \vU:PZ >3I1Z44@#Y2PP#300 \vU:PZ Hb300I1Z44$t#Y2PP#400 \vU:PZ HF400I1Z44l#Y2PP#500 \vU:PZ H>500I1Z44t #Y2PP#600 \vU:PZ H600I1Z44  #Y2PP#700 \vU:PZ H 700I1Z44\  #Y2PP#800 \vU:PZ H~ 800I1Z44 <#Y2PP#900 \vU:PZ H900G/Z2e#Y2PP#2 \vU:PZ N2G/Z2Q#Y2PP#3 \vU:PZ N38'0 ((0 (( 8' U=Z@%{X*#Y2PP#Restricted Band NvU:PZ ' Restricted BandK3[6#Y2PP#3 kHz TvU:P[ k3 kHz l<     9ddddKdd@ddddKdd@9 3'3'Standard3'3'Current Windows FormRS&a\ *    Ђ   Figure 1  Figure 1 #&a\  P6G;ge&P# y! >?ddFCCLOGO.CGMy$  (#(#4p p (#(#! p $ ! p  ! p  ! p ` (#EOffice of Engineering and Technology ! p `i(#GFederal Communications Commission p p (#(#8  (#(#  < <y< Pdddhy  lH<  UNDERSTANDING THE FCC REGULATIONS ă  l<i FOR LOW-POWER, NON-LICENSED TRANSMITTERS ă  S!-  SL%- OET BULLETIN NO. 63  S$&- October 1993 (Supersedes September1984 Issue)  S(-(Edited and Reprinted February 1996) ),,,(e p [ ! |  P'# Ph     S-  !9%n^i!   Æ;Forward ă  x|This bulletin provides a basic understanding of the FCC regulations for low-power, unlicensed  x/transmitters, followed by some answers to commonly-asked questions. To assist readers in locating specific rules, the rule references are displayed in a column to the right of the text.  xWe welcome comments on improvements that can be made to this bulletin. Please address such comments to: WFederal Communications Commission =Office of Engineering and Technology ;Customer Service Branch, MS 1300F2 7435 Oakland Mills Road Columbia, MD 21046 #Fax: (301) 3442050 FEMail: labinfo@fcc.gov  S0- x Note: Editorial changes have been made in this bulletin to reflect changes in the cordless telephone  xfrequencies, the names, addresses and telephone numbers of information sources and FCC offices. This  xkbulletin does not contain information concerning personal communication services (PCS) transmitters  xoperating under Part 15, Subpart D of the rules. The FCC rules and regulations governing PCS  xtransmitters may be found in 47 CFR, Parts 0 to 19. This bulletin also does not cover recent changes in  xthe rules to accomodate devices operating above 40 GHz (millimeter waves). These changes will be discussed in later editions of this bulletin.  x/The fees listed in this bulletin reflect those in effect at the time of printing, but are subject to change.  x\Current fee information can be obtained from The FCC's Public Access Link (PAL) and the Office of  S- xEngineering and Technology (OET) Fee Filing Guide. See " FCC's computer bulletin board " and  Sy- x  "Obtaining forms and fee filing guides" under  Additional Information on pages 31 and 32 of this bulletin. "R,p*p*^" 9"#Qii"  S-  TABLE OF CONTENTS ă `!(#BPage    XxPIntroduction pR"(#L 1 XxPLow-Power, Non-Licensed Transmitters pR"(#L 2 XxPAntenna Requirement pR"(#L 2 XxPHome-Built Transmitters that are Not for Sale pR"(#L 3 XxPEquipment Authorization pR"(#L 3  S -XxX` ` xCertification ` pR"(#L 3  S -XxX` ` X ` ` The FCCID pR"(#L 4  SZ-XxX` ` X ` ` The Grantee Code. pR"(#L 4  S2-XxX` ` X ` ` The Compliance Label pR"(#L 4  S -XxX` ` xVerification ` pR"(#L 5  S-XxX` ` X ` ` The Compliance Label pR"(#L 5 XxPTechnical Standards pR"(#L 7  Sl-XxX` ` xConducted emission limits ` pR"(#L 7  SF-XxX` ` xRadiated emission limits ` pR"(#L 7  S -XxX` ` xPart15 low-power transmitter frequency table ` pR"(#L 9  S-XxX` ` xCordless telephones ` p3"(#I 28  S-XxX` ` xTunnel radio systems ` p3"(#I 28 XxPCommonly Asked Questions p3"(#I 28  S^-XxX` ` xWhat happens if one sells, imports or uses noncompliant low-power transmitters? ` p3"(#I 28  Q8-XxX` ` xWhat changes can be made to an FCC-authorized device without requiring a new  S-FCC authorization? ` p3"(#I 29  S-XxX` ` xWhat is the relationship between "microvolts per meter" and Watts? ` p3"(#I 30 XxPAdditional Information p3"(#I 31  St-XxX` ` xObtaining rules ` p3"(#I 31  SN-XxX` ` xObtaining forms and fee filing guides ` p3"(#I 31  S( -XxX` ` xEquipment authorization procedures ` p3"(#I 31  S!-XxX` ` xObtaining equipment authorization filing packets ` p3"(#I 31  S!-XxX` ` xRule interpretations ` p3"(#I 32  S"-XxX` ` xPart 68 registration requirements ` p3"(#I 32  S#-XxX` ` xExperimental licenses ` p3"(#I 32  Sj$-XxX` ` xFCC's computer bulletin board ` p3"(#I 32  SD%-XxX` ` xStatus desk ` p3"(#I 32 "&,p*p*n("  S-    BLx(#  FEDERAL COMMUNICATIONS COMMISSION Office of Engineering and Technology 6 Washington, DC 20554 G UNDERSTANDING THE FCC REGULATIONS FOR LOW-POWER, NON-LICENSED TRANSMITTERS `(#OET Bulletin 63 `(#October, 1993  S-`T(#Edited and reprinted Feb. 1996 ă  SH - Introduction  xLow-power, non-licensed transmitters are used virtually everywhere. Cordless phones, baby monitors,  xgarage door openers, wireless home security systems, keyless automobile entry systems and hundreds of  x=other types of common electronic equipment rely on such transmitters to function. At any time of day, most people are within a few meters of consumer products that use low-power, non-licensed transmitters.  xNon-licensed transmitters operate on a variety of frequencies. They must share these frequencies with licensed transmitters and are prohibited from causing interference to licensed transmitters.  x[The Federal Communications Commission (FCC) has rules to limit the potential for harmful interference  xto licensed transmitters by low-power, non-licensed transmitters. In its regulations, the FCC takes into  xaccount that different types of products that incorporate low-power transmitters have different potentials  x=for causing harmful interference. As a result, the FCC's regulations are most restrictive on products that  xare most likely to cause harmful interference, and less restrictive on those that are least likely to cause interference.  xThis bulletin is intended to provide a general understanding of the FCC's regulations and policies applying  xto products using low-power transmitters. It reflects the current text and interpretations of the FCC's  xregulations. More detailed information is contained in the regulations themselves, which can be found  xkin Part 15 of Title 47 of the Code of Federal Regulations. This bulletin does not replace or supersede those regulations.  x<Manufacturers and parties selling low-power, non-licensed transmitters, or products containing low-power,  x.non-licensed transmitters, are strongly encouraged to review the FCC's regulations closely. Recognizing  xthat new uses of low-power transmitters often generate questions that are not directly addressed in the  xregulations, we welcome inquiries or requests for specific interpretations. Occasionally, the FCC proposes  xchanges to its regulations, generally to address industry concerns and/or as new uses of low-power  S - xtransmission equipment appear. See the section titled  Additional Information for information on obtaining the FCC regulations, requesting interpretations, and finding out about proposed rule changes. "",p*p* $"  S-ԇ Low-Power, Non-Licensed Transmitters ",p*p*" H,p*p*$p*p*Hԯ  oԇThroughout this bulletin the terms "low-power transmitter," "low-power, non-licensed  btransmitter," and "Part15 transmitter" all refer to the same thing: a low-power,  non-licensed transmitter that complies with the regulations in Part15 of the FCC  rules. Part15 transmitters use very little power, most of them less than a milliwatt.  CThey are "non-licensed" because their operators are not required to obtain a license from the FCC to use them.",p*p*'"  eA#I2PG;3P#Section 15.1  SV-#&a\  P6G;ge&P#HV,p*p*g$ep*p*Hԯ  RԇAlthough an operator does not have to obtain a license to use a Part15 transmitter,  the transmitter itself is required to have an FCC authorization before it can be legally  marketed in the United States. This authorization requirement helps ensure that  Part15 transmitters comply with the Commission's technical standards and, thus, are  acapable of being operated with little potential for causing interference to authorized radio communications." ,p*p*N "  eA#I2PG;3P#Section 15.201  eA>Section 2.803#&a\  P6G;ge&P# H ,p*p* $ e+p*p*Hԯ  ԇIf a Part15 transmitter does cause interference to authorized radio communications,  even if the transmitter complies with all of the technical standards and equipment  authorization requirements in the FCC rules, then its operator will be required to cease operation, at least until the interference problem is corrected.",p*p*"  eA #I2PG;3P#Section 15.5  S&-#&a\  P6G;ge&P#H&,p*p*$ p*p*Hԯ Part15 transmitters receive no regulatory protection from interference.  Sh- Antenna Requirement  S- q Changing the antenna on a transmitter can significantly increase, or decrease, the  strength of the signal that is ultimately transmitted. Except for cable locating  %equipment, the standards in Part15 are not based solely on output power but also  take into account the antenna characteristics. Thus, a low power transmitter that  Bcomplies with the technical standards in Part15 with a particular antenna attached can  exceed the Part15 standards if a different antenna is attached. Should this happen  it could pose a serious interference problem to authorized radio communications such as emergency, broadcast and air-traffic control communications.",p*p* " H,p*p*u$ up*p*Hԯ  ԇIn order to prevent such interference problems, each Part15 transmitter must be  $designed to ensure that no type of antenna can be used with it other than the one used  to demonstrate compliance with the technical standards. This means that Part15  transmitters must have permanently attached antennas, or detachable antennas with  unique connectors. A "unique connector" is one that is not of a standard type found in electronic supply stores." ,p*p*G""  eA#I2PG;3P#Section 15.203  SV-#&a\  P6G;ge&P#HV,p*p*$!ep*p*Hԯ  BԇIt is recognized that suppliers of Part15 transmitters often want their customers to be  able to replace an antenna if it should break. With this in mind, Part15 allows  transmitters to be designed so that the user can replace a broken antenna. When this  is done, the replacement antenna must be electrically identical to the antenna that was  used to obtain FCC authorization for the transmitter. The replacement antenna also  5must include the unique connector described above to ensure it is used with the proper transmitter. "X),p*p*+"Ԍ S- Home-Built Transmitters that are Not for Sale ",p*p*" H",p*p* $$~ " $p*p*Hԯ $ԇHobbyists, inventors and other parties that design and build Part15 transmitters with  no intention of ever marketing them may construct and operate up to five such  transmitters for their own personal use without having to obtain FCC equipment  Bauthorization. If possible, these transmitters should be tested for compliance with the  Commission's rules. If such testing is not practicable, their designers and builders are  required to employ good engineering practices in order to ensure compliance with the Part15 standards.",p*p*3"  eA#I2PG;3P#Section 15.23  SV-#&a\  P6G;ge&P#HV,p*p* /$Fh.p*p*Hԯ  ԇHome-built transmitters, like all Part15 transmitters, are not allowed to cause  interference to licensed radio communications and must accept any interference that  athey receive. If a home-built Part15 transmitter does cause interference to licensed  %radio communications, the Commission will require its operator to cease operation  Euntil the interference problem is corrected. Furthermore, if the Commission  determines that the operator of such a transmitter has not attempted to ensure  Scompliance with the Part15 technical standards by employing good engineering  practices then that operator may be fined up to $10,000 for each violation and $75,000 for a repeat or continuing violation."0,p*p*x<"  eAp#I2PG;3P#Section 15.5 47 U.S.C. 503  S -#&a\  P6G;ge&P#H ,p*p*6$pp5Jp*p*Hԯ  qԇOperating a prototype of a product that is ultimately intended for market is not  pconsidered "personal use." Thus, a party that designs and builds a transmitter with  plans to mass produce and market a future version of it must obtain an experimental  license from the FCC in order to operate the transmitter for any purpose other than  6testing for compliance with the Part15 technical standards. Information on  S- experimental licenses may be obtained from the contact point listed in the Additional  S- Information  section of this bulletin. FCC authorization is not required in order to test a transmitter for compliance with the Part15 technical standards.",p*p*aD"  eA#I2PG;3P#Section 15.7 47 CFR Part 5  S,-#&a\  P6G;ge&P#H,,p*p*?$':>Jp*p*Hԯ  SP- Equipment Authorization "(,p*p*G" Hx,p*p*#F$x#Fp*p*Hԯ SԇA Part15 transmitter must be tested and authorized before it may be marketed. There are two ways to obtain authorization: certification and verification.",p*p*I"  eA#I2PG;3P#Section 15.201 Section 2.803  eAL47 U.S.C. 302(b)#&a\  P6G;ge&P#HL,p*p*J$HJp*p*Hԯ  Q-ԇCertification",p*p*K" H,p*p*K$Kp*p*Hԯ  Sz- ~ԇThe certification procedure requires that tests be performed to measure the levels of  radio frequency energy that are radiated by the device into the open air or conducted  by the device onto the power lines. A description of the measurement facilities of  the laboratory where these tests are performed must be on file with the Commission's  Claboratory or must accompany the certification application. After these tests have  qbeen performed, a report must be produced showing the test procedure, the test  results, and some additional information about the device including design drawings.  pThe specific information that must be included in a certification report is detailed in Part2 of the FCC Rules.";&,p*p*`T"  eAz#I2PG;3P#Section 2.948 Section 2.1033 Section 2.938 Section 2.1033  S$-#&a\  P6G;ge&P#H$,p*p*Q$'zXMp*p*Hԯ  ԇCertified transmitters also are required to have two labels attached: an FCCID label  Uand a compliance label. The FCCID label identifies the FCC equipment"(,p*p*W"  aauthorization file that is associated with the transmitter, and serves as an indication  to consumers that the transmitter has been authorized by the FCC. The compliance  label indicates to consumers that the transmitter was authorized under Part15 of the FCC rules and that it may not cause, nor is it protected from, harmful interference.",p*p*" H',p*p*"V$`'"Vp*p*Hԯ  S8- ԇThe FCCID. The FCCID must be permanently marked (etched, engraved, indelibly  printed, etc.) either directly on the transmitter, or on a tag that is permanently affixed  %(riveted, welded, glued, etc.) to it. The FCCID label must be readily visible to the purchaser at the time of purchase.",p*p*_"  eA8#I2PG;3P#Section 2.925#&a\  P6G;ge&P# H,p*p*]$8\p*p*Hԯ  ԇ Figure 1 ! Figure 1 !The FCCID is a string of 4 to 17 characters. It may contain any combination of  capital letters, numbers, or the dash/hyphen character. Characters 4 through 17 may  Rbe designated, as desired, by the applicant. The first three characters, however, are  the "grantee code," a code assigned by the FCC to each particular applicant (grantee).  Any application filed with the FCC must have an FCCID that begins with an assigned grantee code. " ,p*p*e"  eAp#I2PG;3P#Section 2.925 Section 2.926  S -#&J\  P6Qge&P#H ,p*p*b$ epbaJp*p*Hԯ  SX- The Grantee Code. To obtain a code, new applicants must send in a letter stating the  Sapplicant's name and address and requesting a grantee code. This letter must be  accompanied by a completed "Fee Advice Form" (FCCForm 159), and a $45  S-processing fee. See Obtaining...filing packets on page 31.",p*p*,j"  eAX#;2PQ3P#Section 1.1103#&J\  P6Qge&P# #&a\  P6G;ge&P#H,p*p*.h$ fp*p*Hԯ  S- %ԇThe Compliance Label. The applicant for a grant of certification is responsible for  having the compliance label produced and for having it affixed to each device that  is marketed or imported. The wording for the compliance label is in Part15, and  S-may be included on the same label as the FCCID, if desired.#I2PG;3P# ",p*p*ro"  eA#;2PQ3P#Section 15.19#&J\  P6Qge&P#H,p*p*k$kp*p*Hԯ ԇThe compliance label and FCCID label may not be attached to any devices until a grant of certification has been obtained for the devices."p,p*p*p"  eA#I2PG;3P#Section 2.926#&a\  P6G;ge&P#H,p*p*p$Hpp*p*Hԯ  ԇOnce the report demonstrating compliance with the technical standards has been  completed, and the compliance label and FCCID label have been designed, the party  wishing to get the transmitter certified (it can be anyone) must file a copy of the  report, an "Application for Equipment Authorization" (FCCForm731) and an $845  S-application fee, with the FCC.#I2PG;3P# #&J\  P6Qge&P#See Obtaining...filing packets on page 31.#&J\  P6Qge&P# #&J\  P6Qge&P#"Z,p*p*w"  eA #;2PQ3P#Section 2.911 Section 2.1033  eAlSection 1.1103#&J\  P6Qge&P# #&a\  P6G;ge&P#H,p*p*t$2e rp*p*Hԯ RԇAfter the application is submitted, the FCC's lab will review the report and may or  Bmay not request a sample of the transmitter to test. If the application is complete and  accurate, and any tests performed by the FCC's lab confirm that the transmitter is  compliant, the FCC will then issue a grant of certification for the transmitter.  Marketing of the transmitter may begin after the applicant has received a copy of this grant."j",p*p*e|"  eA2#I2PG;3P#Section 2.943 Section 2.803  S~-#&a\  P6G;ge&P#H~,p*p*Jy$B#e2xJp*p*Hԯ  ԇTypically, 90% of the applications for certification that the FCC receives are  processed within 30 calendar days. This time frame may increase due to incomplete applications and pregrant sampling, if determined to be necessary. "*),p*p*m"Ԍ Q-Verification",p*p*"  eA$#;2PQ3P#Section 2.943#&J\  P6Qge&P#H$,p*p*'~$$'~p*p*Hԯ  S- BԇThe verification procedure requires that tests be performed on the transmitter to be  Cauthorized using a laboratory that has calibrated its test site or, if the transmitter is  incapable of being tested at a laboratory, at the installation site. These tests measure  the levels of radio frequency energy that are radiated by the transmitter into the open  air or conducted by the transmitter onto the power lines. After these tests are  `performed, a report must be produced showing the test procedure, the test results, and  some additional information about the transmitter including design drawings. The  specific information that must be included in a verification report is detailed in Part2 of the FCC Rules."q,p*p*̍"  eA#I2PG;3P#Sections 2.951 through 2.957  S-#&a\  P6G;ge&P#H,p*p*$I ĆJp*p*Hԯ  ԇOnce the report is completed, the manufacturer (or importer for an imported device)  qis required to keep a copy of it on file as evidence that the transmitter meets the  technical standards in Part15. The manufacturer (importer) must be able to produce this report on short notice should the FCC ever request it." ,p*p*1"  eA! #I2PG;3P#Section 2.955 Section 2.956  Sm -#&a\  P6G;ge&P#Hm ,p*p*ؐ$ ! Jp*p*Hԯ  SY- ԇThe Compliance Label. The manufacturer (or importer) is responsible for having the  compliance label produced, and for having it affixed to each transmitter that is  Rmarketed or imported. The wording for the compliance label is included in Part15.  Verified transmitters must be uniquely identified with a brand name and/or model  number that cannot be confused with other, electrically different transmitters on the  market. However, they may not be labelled with an FCCID or in a manner that could be confused with an FCCID."i,p*p*9"  eAY#I2PG;3P#Section 15.19 Section 2.954  S-#&a\  P6G;ge&P#H,p*p*=$AFYJp*p*Hԯ  ԇOnce the report showing compliance is in the manufacturer's (or importer's) files and  the compliance label has been attached to the transmitter, marketing of the transmitter  S-may begin.  There is no filing with the FCC required for verified equipment. ",p*p*"  eA#I2PG;3P#Section 2.805#&a\  P6G;ge&P# H,p*p*$p*p*Hԯ  %ԇ 1  1 !Any equipment that connects to the public switched telephone network, such as a  cordless telephone, is also subject to regulations in Part 68 of the FCC Rules and  must be registered by the FCC prior to marketing. The rules in Part68 are designed to protect against harm to the telephone network.",p*p*""  eAz#I2PG;3P#Section 68.102#&a\  P6G;ge&P# H ,p*p*$$zp*p*Hԯ  S- Authorization Procedures for Part 15 Transmitters ă O ddx !dd9? O   z    kI a d Low Power Transmitter ăn  kI bxAuthorization Procedure ă x  w  jWAM-band transmission systems on the campuses of  educational institutionsw xVerificationx x n c d Cable locating equipment  at or below 490kHz^!w xVerificationx   w   d Carrier current systems"" xVerification , ^! +   d Devices, such as a perimeter d protection systems, that must be d measured at the installation siteN$+ bVerification of first three installations with resulting data immediately used to obtain certification, , "" d d d Leaky coaxial cable systems%w aIf designed for operation exclusively in the AM broadcast ;band: verification;  otherwise: certification,  N$ +   Tunnel radio systems>' Verification  z&   d All other Part15 transmitters2( xCertification >' S2(-"2(,p*p*`p" yA@)0*xflow.wpg @)y  S-X` hp x (#%'0*,.8135@8: 10% of center frequency "100 V/m [@ 30m "A "15.223     \Y"W Any, when 6 dB bandwidth < 10% of center frequency"15 V/m @ 30 m or bandwidth in (kHz) E/ f(MHz)" A"*u  15.223      Y"UAnyY"C30 V/m [@ 30 m"Q"15.209     2.17352.1905 MHz;" Swept frequency field disturbance sensors"C30 V/m [@ 30m"Q"15.205     2.19054.125 MHz;" kIW Any, when 6dB bandwidth > 10% of center frequency"100 V/m [@ 30m"A"15.223     Y"W Any, when 6 dB bandwidth < 10% of center frequencyp"15 V/m @ 30 m or bandwidth in (kHz) E/ f(MHz)$" A$"*u  15.223     tY"UAnytY"C30 V/m [@ 30 m"Q"15.209  $   4.1254.128 MHzP;" Swept frequency field disturbance sensors "C30 V/m [@ 30m "Q "15.205     4.1284.17725 MHz@!;" kI W Any, when 6dB bandwidth > 10% of center frequency!"100 V/m [@ 30m!"A!"15.223      D#Y"W Any, when 6 dB bandwidth < 10% of center frequency#"15 V/m @ 30 m or bandwidth in (kHz) E/ f(MHz)$" A$"*u  15.223  !   %Y"UAny%Y"C30 V/m [@ 30 m&"Q&"15.209  $   4.177254.17775 MHz';" Swept frequency field disturbance sensorsx("C30 V/m [@ 30mx("Qx("15.205  &   4.177754.20725 MHz);" kI)W Any, when 6dB bandwidth > 10% of center frequencyh*"100 V/m [@ 30mh*"Ah*"15.223") ,p*p*(n("  x(   PY"W Any, when 6 dB bandwidth < 10% of center frequency"15 V/m @ 30 m or bandwidth in (kHz) E/ f(MHz)" A"*u  15.223     Y"UAnyY"C30 V/m [@ 30 m"Q"15.209     4.207254.20775 MHz;" Swept frequency field disturbance sensors"C30 V/m [@ 30m"Q"15.205     4.207756.215 MHz;" kI W Any, when 6dB bandwidth > 10% of center frequencyt"100 V/m [@ 30mt"At"15.223      Y"W Any, when 6 dB bandwidth < 10% of center frequencyd "15 V/m @ 30 m or bandwidth in (kHz) E/ f(MHz) " A "*u  15.223  t   h Y"UAnyh Y"C30 V/m [@ 30 m "Q "15.209      6.2156.218 MHzD;" Swept frequency field disturbance sensors"C30 V/m [@ 30m"Q"15.205      6.2186.26775 MHz4;" kIW Any, when 6dB bandwidth > 10% of center frequency"100 V/m [@ 30m"A"15.223     8Y"W Any, when 6 dB bandwidth < 10% of center frequency"15 V/m @ 30 m or bandwidth in (kHz) E/ f(MHz)" A"*u  15.223     Y"UAnyY"C30 V/m [@ 30 m|"Q|"15.209     6.267756.26825 MHz;" Swept frequency field disturbance sensorsl"C30 V/m [@ 30ml"Ql"15.205  |   6.268256.31175 MHz;" kIW Any, when 6dB bandwidth > 10% of center frequency\"100 V/m [@ 30m\"A\"15.223  l   Y"W Any, when 6 dB bandwidth < 10% of center frequencyL"15 V/m @ 30 m or bandwidth in (kHz) E/ f(MHz)" A"*u  15.223  \   PY"UAnyPY"C30 V/m [@ 30 m"Q"15.209     6.311756.31225 MHz,;" Swept frequency field disturbance sensors"C30 V/m [@ 30m"Q"15.205     6.312258.291 MHz!;" kIh W Any, when 6dB bandwidth > 10% of center frequency!"100 V/m [@ 30m!"A!"15.223      #Y"W Any, when 6 dB bandwidth < 10% of center frequency#"15 V/m @ 30 m or bandwidth in (kHz) E/ f(MHz)t$" At$"*u  15.223  !   %Y"UAny%Y"C30 V/m [@ 30 md&"Qd&"15.209  t$   8.2918.294 MHz';" Swept frequency field disturbance sensorsT("C30 V/m [@ 30mT("QT("15.205  d&   8.2948.362 MHz);" kI(W Any, when 6dB bandwidth > 10% of center frequencyD*"100 V/m [@ 30mD*"AD*"15.223"(,p*p*(A("  T(   PY"W Any, when 6 dB bandwidth < 10% of center frequency"15 V/m @ 30 m or bandwidth in (kHz) E/ f(MHz)" A"*u  15.223     Y"UAnyY"C30 V/m [@ 30 m"Q"15.209     8.3628.366 MHz;" Swept frequency field disturbance sensors"C30 V/m [@ 30m"Q"15.205     8.3668.37625 MHz;" kI W Any, when 6dB bandwidth > 10% of center frequencyt"100 V/m [@ 30mt"At"15.223      Y"W Any, when 6 dB bandwidth < 10% of center frequencyd "15 V/m @ 30 m or bandwidth in (kHz) E/ f(MHz) " A "*u  15.223  t   h Y"UAnyh Y"C30 V/m [@ 30 m "Q "15.209      8.376258.38675 MHzD;" Swept frequency field disturbance sensors"C30 V/m [@ 30m"Q"15.205      8.386758.41425 MHz4;" kIW Any, when 6dB bandwidth > 10% of center frequency"100 V/m [@ 30m"A"15.223     8.386758.41425 MHz (cont.)"W Any, when 6 dB bandwidth < 10% of center frequency"15 V/m @ 30 m or bandwidth in (kHz) E/ f(MHz)" A"*u  15.223     Y"UAnyY"C30 V/m [@ 30 m|"Q|"15.209     8.414258.41475 MHz;" Swept frequency field disturbance sensorsl"C30 V/m [@ 30ml"Ql"15.205  |   8.4147510 MHz;" kIW Any, when 6dB bandwidth > 10% of center frequency\"100 V/m [@ 30m\"A\"15.223  l   Y"W Any, when 6 dB bandwidth < 10% of center frequencyL"15 V/m @ 30 m or bandwidth in (kHz) E/ f(MHz)" A"*u  15.223  \   PY"UAnyPY"C30 V/m [@ 30 m"Q"15.209     1012.29 MHz,;"UAny,;"C30 V/m [@ 30 m"Q"15.209     12.2912.293 MHz!;" Swept frequency field disturbance sensors!"C30 V/m [@ 30m!"Q!"15.205     12.29312.51975 MHz #;"UAny #;"C30 V/m [@ 30 m#"Q#"15.209  !   12.5197512.52025 MHz$;" Swept frequency field disturbance sensors%"C30 V/m [@ 30m%"Q%"15.205  #   12.5202512.57675 MHz&;"UAny&;"C30 V/m [@ 30 m'"Q'"15.209  %   12.5767512.57725 MHz(;" Swept frequency field disturbance sensors)"C30 V/m [@ 30m)"Q)"15.205"((,p*p*('"  '   12.5772513.36 MHz<;"UAny<;"C30 V/m [@ 30 m"Q"15.209     13.3613.41 MHz,;" Swept frequency field disturbance sensors"C30 V/m [@ 30m"Q"15.205     13.4113.553 MHz;"UAny;"C30 V/m [@ 30 m"Q"15.209     13.55313.567 MHz ;"UAny ;"10,000 V/m [@ 30 m"Q"15.225      Y"UAny Y"C30 V/m [@ 30 m "Q "15.209     13.56716.42 MHz ;"UAny ;"C30 V/m [@ 30 m "Q "15.209      16.4216.423 MHz ;" Swept frequency field disturbance sensors "C30 V/m [@ 30m "Q "15.205      16.42316.69475 MHz;"UAny;"C30 V/m [@ 30 m"Q"15.209      16.6947516.69525 MHz;" Swept frequency field disturbance sensorsp"C30 V/m [@ 30mp"Qp"15.205     16.6952516.80425 MHz;"UAny;"C30 V/m [@ 30 m`"Q`"15.209  p   16.8042516.80475 MHz;" Swept frequency field disturbance sensorsP"C30 V/m [@ 30mP"QP"15.205  `   16.8047525.5 MHz;"UAny;"C30 V/m [@ 30 m@"Q@"15.209  P   25.525.67 MHz|;" Swept frequency field disturbance sensors0"C30 V/m [@ 30m0"Q0"15.205  @   25.6726.96 MHzl;"UAnyl;"C30 V/m [@ 30 m "Q "15.209  0   26.9627.28 MHz\;"UAny\;"10,000 V/m @ 3 m"A"15.227      `Y"UAny`Y"C30 V/m [@ 30 m"Q"15.209     27.2830 MHz< ;"UAny< ;"C30 V/m [@ 30 m "Q "15.209     3037.5 MHz,";"UAny,";"100 V/m @ 3 m""Q""15.209 @ @ P    37.538.25 MHz$;" SPURIOUS EMISSIONS ONLY$;"100 V/m @ 3 m$"Q$"15.205@ @ P "   38.2540.66 MHz &;"UAny &;"100 V/m @ 3 m&"Q&"15.209  $   40.6640.7 MHz';" Intermittent Control Signals';"2,250 V/m @ 3 m("9A or Q("15.231"H',p*p*3'&"  &   PY"Periodic TransmissionsPY"1,000 V/m @ 3 m"9A or Q"15.231     @Y"UAny@Y"1,000 V/m @ 3 m"Q"15.229     0Y"c Perimeter Protection Systems0Y"500 V/m @ 3 m"A"15.229     40.743.71 MHz ;"UAny ;"100 V/m @ 3 m"Q"15.209     43.7144.49 MHz^"gCordless Telephones;"10,000 V/m @ 3 m "A "15.233   Z  N "UAny ;"100 V/m @ 3 m "Q "15.209    Z  44.4946.6 MHz ;"UAny ;"100 V/m @ 3 m "Q "15.209    Z  46.646.98 MHz;"gCordless Telephones;"10,000 V/m @ 3 m"A"15.233    Z  Y"UAnyY"100 V/m @ 3 mp"Qp"15.209   Z  46.9848.75 MHz;"UAny;"100 V/m @ 3 m`"Q`"15.209  p Z  48.7549.51 MHz"gCordless Telephones;"10,000 V/m @ 3 mP"AP"15.233  ` Z  "UAny;"100 V/m @ 3 m@"Q@"15.209  P Z  49.5149.66 MHz|;"UAny|;"100 V/m @ 3 m0"Q0"15.209  @ Z  49.6649.82 MHzl;"gCordless Telephonesl;"10,000 V/m @ 3 m "A "15.233  0 Z  pY"UAnypY"100 V/m @ 3 m"Q"15.209    Z  49.8249.9 MHzL;"UAnyL;"10,000 V/m @ 3 m"A"15.235   Z  P Y"gCordless TelephonesP Y"10,000 V/m @ 3 m "A "15.233   Z  49.950 MHz,";"gCordless Telephones,";"10,000 V/m @ 3 m""A""15.233    Z  0$Y"UAny0$Y"100 V/m @ 3 m$"Q$"15.209  " Z  5054 MHz &;"UAny &;"100 V/m @ 3 m&"Q&"15.209  $ Z  5470 MHz';"u NonResidential Perimeter Protection