D500P antenna spec 31to40

FCC ID: I4L-MS6820

Operational Description

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FCCID_355286

| —P E X C O.,L TD sheet 6 of 8 DOCUMENT TITLE DOCUMENT No. CLASSIFICATION Mechanical testing and environmental testing TR—1029 Qualification Test Report of I—PEX MHF and HIROSE U.FL connector (6) Shock Electrical discontinuity : no abnormality at all combinations. Contact resistance of inner contact Initial Plug I—PEX I—PEX HIROSE HIROSE Receptacle I—PEX HIROSE I—PEX HIROSE AVE. 1.38 1.38 1.76 2.24 MAX 1.9 2.0 2.7 2.7 MIN. 0.8 1.0 1.1 2.0 s 0.35 o After testing Plug I—PEX I—PEX HIROSE HIROSE Receptacle I—PEX HIROSE I—PEX HIROSE AVE. 1.42 1.58 2.04 2.50 MAX. 2.0 2.3 2.8 3.0 MIN. 0.9 1.1 1.2 2.0 S 0.38 Units mille—ohm mille—ohm mille—ohm mille—ohm Sample quantity 1O0pes. Spes. Spes. Spes. mille~ 10 ohm 15 Inner contact ‘.»Z;f;'}? E. I— ...MIN. 5 Initial After testing Plug I—PEX I—PEX HRS HRS I—PEX I—PEX HRS HRS Rece I—PEX HRS [—PEX HRS I—PEX HRS I—PEX HRS Contact resistance of ground contact Initial Plug I—PEX I—PEX HIROSE HIROSE Receptacle I—PEX HIROSE I—PEX HIROSE AVE. 1.40 1.38 1.58 1.80 MAX 1.8 1.7 2.5 2.4 MIN. 0.8 1 .0 1.0 1.4 S 0.32 After testing Plug I—PEX I—PEX HIROSE HIROSE Receptacle I—PEX HIROSE I—PEX HIROSE AVE. 1.51 1.64 1.80 2.02 MAX 2.0 1.9 2.6 2.4 MIN. 0.9 1.3 1.1 1.8 S 0.34 Units mille—ohm mille—ohm mille—ohm mille—ohm Sample quantity 10pcs. Spes. Spes. 5pcs. 15 Groundcontact mille— 10 ohm 5 o an &6 us @n &E @ Initial After testing Plug [—PEX I—PEX HRS HRS I—PEX T—PEX HRS HRS Rece [—PEX HRS [—PEX HRS I—PEX HRS I—PEX HRS Form Rev. 0

1 —P E X C O.,L TD sheet 7 of 8 DOCUMENT TLE DOCUMENT No. CLASSIFICATION Mechanical testing and environmental testing TR—1029 Qualification Test Report of I—PEX MHF and HIROSE U.FL connector (7) Thermal shock Contact resistance of inner contact Initial Plug I—PEX I—PEX HIROSE HIROSE Receptacle I—PEX HIROSE I—PEX HIROSE AVE. 1.20 1.20 1.20 1.20 MAX. 1.8 1.8 1.8 1.8 MIN. 0.9 0.9 0.9 0.9 S 0.28 After testing Plug I—PEX I—PEX HIROSE HIROSE Receptacle I—PEX HIROSE I—PEX HIROSE AVE 1.32 1.62 1.72 1.88 MAX 1.9 1.9 2.6 3.0 MIN. 0.9 1.2 1.2 1.3 S 0.32 Units mille—ohm mille—ohm mille—ohm mille—ohm Sample quantity 1O0pes. Spces. Speos. Spes. millee 15 ohm 1p Inner contact 5 0 & @a CE Initial After testing Plug I—PEX I—PEX HRS HRS I—PEX I—PEX HRS HRS Rece I—PEX HRS 1—PEX HRS |—PEX HRS I—PEX HRS Contact resistance of ground contact Initial Plug I—PEX I—PEX HIROSE HIROSE Receptacle I—PEX HIROSE I—PEX HIROSE AVE. 1.22 1.08 1.44 1.28 MAX 1.8 1.4 1.7 1.6 MIN. 0.9 0.8 1.1 1.1 S 0.35 e After testing Plug I—PEX I—PEX HIROSE HIROSE Receptacle L—PEX HIROSE I—PEX HIROSE AVE. 1.29 1.24 1.56 1.42 MAX. 2.0 1.5 1.9 1.7 MIN. 0.9 1.0 1.1 1.2 _ S 0.37 j im Units mille—ohm mille—ohm mille—ohm mille—ohm Sample quantity 10pes. Spes. Spes. Spes. — ...MAX millee 15 ohm 1p9 Groundcontact .AVE. ...MIN. 5 0 #n m #3 @a [3 8B da Initial After testing Plug 1—PEX I—PEX HRS > HRS I—PEX T—PEX HRS HRS Rece I—PEX HRS —PEX HRS I—PEX HRS I—PEX HRS Form Rev. 0

1 —P EX CO.,L TD sheet 8 of 8 DOCUMENT TLE DOCUMENT No. CLASSIFICATION Mechanical testing and environmental testing TR—1029 Qualification Test Report of I—PEX MHF and HIROSE U.FL connector (8) Humidity Contact resistance ofinner contact Initial Plug I—PEX I—PEX HIROSE HIROSE Receptacle I—PEX HIROSE I—PEX HIROSE AVE, 1.51 1.60 1.84 1.46 MAX 2.1 2.1 2.6 2.1 MIN. 0.8 1.1 0.8 1.2 S 0.41 s After testing Plug I—PEX I—PEX HIROSE HIROSE Receptacle I—PEX HIROSE I—PEX HIROSE AVE 1.66 1.74 1.96 1.56 MAX. 2.1 2.2 2.9 2.4 MIN. 1.1 1.3 0.9 1.2 S 0.34 Units mille—ohm mille—ohm mille—ohm mille—ohm Sample quantity 10pes. Spes. Spcs. Spces. mille— 15 «.MAX ohm 1p Inner contact AV]E ‘ ... MIN, 5 . o L @s & @2 4 @2 Initial After testing Plug L—PEX I—PEX HRS HRS —PEX |—PEX HRS HRS Rece I—PEX HRS I—PEX HRS I—PEX HRS I—PEX HRS Contact resistance of ground contact Initial Plug I—PEX I—PEX HIROSE HIROSE Receptacle I—PEX HIROSE I—PEX HIROSE AVE, 1.44 1.52 1.20 1.96 MAX. 1.8 1.7 1.7 2.8 MIN. 1.0 1.3 0.8 0.7 S | 0.25 _ After testing Plug I—PEX I—PEX HIROSE HIROSE Receptacle I—PEX HIROSE I—PEX HIROSE AVE 1.55 1.66 1.30 2.06 MAX 1.9 2.0 1.8 2.9 MIN. 1.2 1.4 0.9 1.0 Units mille—ohm mille—ohm mille—ohm mille—ohm Sample quantity 10pes. Spes. Spcs. Spes. MAX 1 mme— 15 Groundcontact » . AVE. Orm 19 L ..MN. o #2 & e#3 @a Initial After testing Plug I—PEX I—PEX HRS HRS [—PEX I—PEX HRS HRS Rece I—PEX HRS I—PEX HRS I—PEX HRS I—PEX HRS Form Rev. 0

|—PEX Co., Ltd. | sheet 1 of 2 Ptent of MHF series micro coaxial connector No. IER—001—00572 , Prepared by Reviewed by Approved by 1 BM ke_| A06#0% ) )|GZ— 0 R1063 K.O JUL/O5/0 1/ ~ K.Ohbayashi E.Kawabe K.Katabuchi REV.| ECN BY DATE APP. JUL / 05 / O1 JUL / 06 / 01 JUL / 09 / 01 REVISION _NECORD Form Rev. 0

I—PEX Co., Ltd. sheet _2 of 2 DOCUMENT CLASSTFICATION TITLE No. . Patent of MHF series micro coaxial " Technical Report connector IER — 001 — 00572 t 1. Name, part No. :MHI‘ series micro coaxial connector , 20278—001R—**,20279—001E—01 2. Contents Our MHF series micro coaxial connector does not conflict with Hirose‘s patent under our research of patent is sues at this moment. #IIMHF J~)— X@WNERRa*/#!4,. HHMMEMECBUNTIHE N tTRRONK@FZ KRLTODHRUEK EME L #4. ‘ Form Rev. 0

_ D2e—10—16§}111134 ; hi gh=tek i1886 87705778 # 4/ 12 FROM CXRRKI®® MK iivays 2002€10H100 (A) 10:40—/@M10: 38/H@@s4so493T73098 P 4 # Sheet No. 1 «& SUMILTOMO ELECTRIC INDUSTRIES, LTD mm t 3—3, Satsuki—cho, Kanuma, Tochigl, $22—8585 Jaran Head Office : Osaka Tel.(028978)—0324 Fax.(028978)—2789 International Div: T okyo Messrs, ___. HighTok ....0....._. Date ___Oct._9;.200%2.._. __________________________ Spec. No, IRE8=01026B vvvvvvvvvvvvvvvvvvvvv SPECIFICATION FOR LVCX Series 50M SUMIFRON® Insulation Coaxial Cable 0.7D§S—PBE (COLOR) SIGNED BY____ K. Yokoi Manager of Data Transmission Engineering Section Data Transmission Cable Component Department Electronic Wire Division

02=10=16§};11:34 ; hi gh=—=tek 1886 87705778 # 5/ 12 FROM ft&"bxtTI0M mMX iefi2P/ 20024108108 (A) 10 :41 Wfi 0: 38g@igeadsoa937398 P 5 Sheet No. we m w e en w ar me «@» SUMITOMO ELECTRIC INDUSTRIES, LTD IBB8~01026B . 1. Scope This s eclfxcatlgn covers the construction and the electrical properties of 50 SUMIFRON Insulation Coaxial Cable. [( 0.7DS—P BE (COLOER) ] 2. Construction Unit mm ' Itenm Details Material Silver—coated copper wire Conductor Composition 7/0. 079 Nom. 0. D. 0.237 (£0.03) Material SUMIFPLON® P (Natural) Insulation Nom. thick. 0. 22 Nom. 0. D. 0.867 (+£0.03)~ Shield Msterial Silver—coated copper wire Composition Single braid of 0. 05 Material SUMIFLON® R (Color) ** Jacket Non. thick. 0. 11 Nom. 0. D. 1.13 (+0.05) 3. Electrical Properties (at 20°C) Item Unit Details Conductor Resistance Q /km Max. 567 Insulation Resistance MQ —~km Min. 305 Dielectric strength ACY/lmin. 500 Capacitance pF/m 97 (1kHz) Characteristic Impedance Q 80 & 2 (TDR) Nom. 1. B2 (0. 9GHz) Non. 2. 37 (1. 5GHz) Nor. 2, 70 (1. 9GHz) a | Nom. 3. 05 (2. 46Hz) Attenuation dB/m Nom. 3. 43 (3. 0GHz) Nonm. 3. 94 (4. 06Hz) Nom. 4. 46 (§5. 06Hz) Nom. 4. 839 (5. 86Hz) Nom, 5.16 (6. 06Hz) * Maximum Yalue = Nom. Value X 1.19 ** White, Black, Blue, Gray

hi gh=—=tek :886 87705778 # 6/ 12 02—10=16}11:34 |} 2002410108 (M) 19: 41 m#il10:30/x®®es4804937398 P 6 "“"‘M"WN PR TWRlZA74 «& SUMITOMO ELECTRIC INDUSTRIES, LTD tess—o10268.""~~~ Sheet No 3 | 4. gackéngd and tandard unit length of finished cable shall be 500m on reel ee! and shall be packed not to be damaged during transportation. Conductor Insulation Shield —jJacket

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Document Created: 2003-08-19 15:27:12
Document Modified: 2003-08-19 15:27:12
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