FCC TEST REPORT · FCC TEST REPORT On Behalf of Shenzhen Anhaoruihe Electronics Co., Ltd. AC OUTLET WITH DUAL USB WALL CHARGER Model No.: AHR-313, AHR-312. A.HR-315, A.HR-316, AHR-317,

FCC TEST REPORT On Behalf of

Shenzhen Anhaoruihe Electronics Co., Ltd.

AC OUTLET WITH DUAL USB WALL CHARGER

Model No.: AHR-313, AHR-312. A.HR-315, A.HR-316, AHR-317, AHR-318, AHR-319. AHR-320. AHR-321 , AHR-322. AHR-323. AHR-325

Prepared for

Address

Prepared By

Address

Shenzhen Anhaoruihe Electt·onics Co .. Ltd. 2# Building, Anhaorui Indusnial Zone, Jian An Road, Tang Wei. Fu Yong Town, Shenzhen, China. 518103

Shenzhen Alpha Product Testing Co .. Ltd. Building B, East Area ofNanchang Second Indusnial Zone, Gushu 2nd Road. Bao'an District, Shenzhen 518126, P.R. China

Report Number Date of Receipt Date of Test Date of RepOit Version Number

T1870016 01 January 05, 2017 January 05-06. 2017 Januaty 10, 2017 REVO

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32082 - Modern USB Wall Adapter with Phone Holder

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Page2 of 24 Report No.: T1870016 01

TABLE OF CONTENTS

Description Page

1. Summat·y of standards and results .................................................................................... 4 1.1. Description of Standards and Results .............. ............. ........ ..... .... .............. .......... ..... 4

2. GENERAL INFORMATION ················································································-··········5 2.1. Description of Device (EUT) ....... ........... ............ ....... ............. .... .. .................. ............ 5 2.2. Tested Supporting System Details .... ...... ................... ....... ...... ....... ... ....... ........ ......... .. 6 2.3. Block Diagram of connection between EUT and simulators .......... .. ..... .................... 6 2.4. Test mode Desctiption ... ............... ................. ..... ......... .............. ... ..... ............. ......... ... 7 2.5. Test Facility .. ...... ........ ... .... .... .. .................... .... ......... .. ............ .. ........... ...... ................. 7 2.6. Measru·ell.lent Uncertainty ..... ... ......................... ....... .................................... ............... 7

3. POWER LINE CONDUCTED Emission test ................................................................... 8 3.1 . TestEquipment .............. ........ .... .................. ........ ..... .... ......... ....... ............ ............ ...... 8 3.2. Block Diagram of Test Setup ...... ........... ... ................................ ............................ ...... 8 3.3. Power Line Conducted Emission Test Limits .... ... ................... .... .......... ....... ........ ..... 8 3.4. Coufig1u·ation ofEUT on Test ........ ............. ........... .......... ......... .............. ..... ......... ..... 9 3.5. Operating Condition ofEUT ...... ............................................... ................. ........... ..... 9 3.6. Test Procedru·e ...... ............................. ............ ............... ... .............. ............................. 9 3.7. Conducted Disnu·bance at Mains Terminals Test Results .................................. ... ... 10

4. R.adiated t-mission Test ..................................................................................................... 13 4.1. Test Equipment .............................. ...... ........ ....... ......... .. .... ........ ...................... .... .... . 13 4.2. Block Diagram of Test Setup ....................... ............... .............. .. ........ .... .... .. ............ 13 4.3. Radiated Emission Limit ....... .............. ........................................................... .. ....... . 14 4.4. Configmation ofEUT on Test ............ .......... .......... .. ................. .......... ......... ............ 15 4.5. Operating Condition ofEUT ..... ..... .................... ..... ............... .................................. 15 4.6. Test Procedru·e .. ...... ................... ........... ....................... ................. .................... ........ 15 4.7. Radiated Disnu·bance Test Results ............ ............... .... ...... ............................. ..... .... 16

5. Photograph ......................................................................................................................... 19 5 .1. Photos of Radiated Emission Test (In Semi Anechoic Chamber) ....... ..... ................ 19 5.2. Photos of Power Line Conducted Emission Test ..... .... ............................................ 19

6. Photos of the EUT ............................................................................................................. 20

Appl u.:ant

\1anu ractun:r

FUT Dc-;cnptton

Page 3 o_f _2_4 ______ R_eport_,__ N_o_ T_1_8_7_00_1_6_01

TEST REPORT DECLARA TIO

Shen/hcn AnhaorUJhe l:lt!ctromc<~ o . ltd

~hen/hen Anhaoru1hc ~ lectromcs Co. Ltd

,\ C OUTLLI \).,I TJ I ot IAL USB WALL CHJ\RGFR

! A) Modd No

( R J Tr,ldemarl..

t C 1 Rau ng Suppl~

1D 1 fc-;t 'voltage

J\H R-313 AIIR-3 12. J\HR-31 ~ . AHR-J 16. J\JIR-317. AIIR-318. A IJR-3l Q AHR-320. AHR-32 1. AI IR-3::!2. AHR-323, AHR-325 N A

Al I 10- J2)V. 60H7

AC I :!OV f.O!Iz

Ml:asuremcnt Standard u ... co

FCC Rules and R~ulations Part 15 'ubparl B C las" B 2016. ANSI ('63.4:2014

The de' ICC dc.!scnbcd above 1 te~ted b~ • hcnzhen Alpha Product Tesung Co . Ltd to determine the max1mum 1;!01JS<;Ion level emanating from the de\ 1ce and the severe le\ ds of the! de\ tcc can endure and Its pt!rformance cnh.:non The te t rc ults are contamed 1n th1~ te!\t repon and

hen7hen Alpha Product fc ttng Co . I td 1s assumed full re~pons1biht) for the al:curacy and completeness of t e~t Also. th1s repon sho\\S that the CU I 1" techmcall~ comphant \\1th the FCC Pan 15 n:qUJremcnt't

Thtc; report apphe.., to abm e tcc;ted !>ample on I) Th1s report !-.hall not be reproduced tn parts wll hout \\TIIten apprmal of 'henzhen Alpha Product fesu ng Co . l.ld

Tested b\ tname - <;tgnature l

1\pprO\ed b' <name · <;1gnaturc1 ..

Date of I !>">Ue

Lucas Pang

Test l:ngtneer

tmple Guan ProJect Manager

Januaf} 10. 20 17

Page4 of 24 Report No.: T1870016 01

1. SUMMARY OF STANDARDS AND RESULTS

l.l.Description of Standards and Results

The EUT have been rested according to the applicable standards as referenced below:

EMISSION

Description of Tt>st ltt>m Standard Limits Rt>Sults

Power Line Conducted FCC Part 15:2016

Emission Test Class B p

ANSI C63.4:2014

Radiated Emission Test FCC Pru1 15:2016 p ANSI C63.4:2014

Class B

Note: 1. P is an abbreviation for Pass.

2. F is an abbreviation for Fail.

3. N/A is an abbreviation for Not Applicable.

Page 5 of 24 Report No.: T1870016 01

2. GENERAL INFORMATION

2.l.Description of Device (EUT)

Description

Model Number

Diff

Test Voltage

Highest frequency

Software version

Hardware version

Trademark

Applicant

Address

Manufacnu·er

Address

Sample Type

AC OUTLET WITH DUAL USB WALL CHARGER

AHR-313. AHR-312. AHR-315. AHR-316. AHR.-317, AHR-318. AHR-319. AHR-320. AHR.-321, AHR-322, AHR-323, AHR.-325 There is no difference between the models except the appearance color. So all the test were perfmmed on the model AHR.-313.

AC 120V/60Hz

Less than 1 08MHz

N/A N/A

N/A

Shenzhen Anhaoruihe Electronics Co., Ltd.

2# Building. Anhaorui Industrial Zone. Jian An Road. Tang Wei . Fu Yong Town, Shenzhen, China. 518103

Shenzhen An11aomihe Elecu·on.ics Co., Ltd.

2# Building, Anhaorui Indusnial Zone. Jian An Road, Tang Wei . Fu Yong Town. Shenzhen. China. 518103

Prototype production


2.2. Tested Supporting System Details

No. Des.cliptlon Manutactunr Model Sertal Number Certlftcatlon or

DOC

1. Load N/A N/A N/A N/A



2.3.Block Diagram of connection between EUT and simulators

For Tt-st

ACMains-- EUf

Signal Cab It> Description of the above Support Units

No. Port Name Cablt> L t>ngth Sbleldt>d Dt>tachable

(Yes or No) (Yes or No)

1 N/A NIA N/A N/A N/A

EUf: AC OUTLET WITH DUAL USB WALL CHARGER

Page 7 of24 Report No.: T1870016 01

2.4.Test mode Description

No. Test Mode

*1. Full Load

2. Half Load

3. NO Load

Note: * 1 is worst case mode tests, so this repo11 only reflected the worst mode in each pall.

2.5.Test Facility

Shenzhen Alpha Product Testing Co .. Ltd.

Building B, East Area ofNanchang Second, Industrial Zone, Gushu 2nd Road, Bao'an. Shenzhen. China

March 25, 2015 File on Federal Communication Commission Registration Number: 203110

July 18. 2014 Ce1tificated by IC Registration Number: 12135A

2. 6.Measmement Unce1tainty

(95% confidence levels. k=2)

Test Item Uncertainty

Uncertainty for Conduction emission test

2.71dB

3.90 dB (Distance: Uncerlainty for Radiation Emission test 3m Polarize: V)

(< lG) 3.92 dB (Distance: 3m Polarize: H)

4.26 dB (Distance: !Uncettainty for Radiation Emission test 3m Polarize: V)

(> lG) 4.28 dB (Distance: 3m Polarize: H)


3. POWER LINE CONDUCTED EMISSION TEST

3 .1. Test Equipment

Item Equipment Manufacturer Model No. Serial No. Last Cal. Cal. Interval

1. Test Receiver Rohde&

ESC! 101165 2016.09.29 1 Year Schwarz

2 . L.l.S.N.#l Schwarzbeck NSLK8126 8126466 2016.09.29 1 Year

3. LI.S.N.#2 ROHDE&SCH

ENV2 16 101043 2016.09.29 1 Year WARZ

4. Pulse Limiter Schwarzbeck 95 16F 9618 2016.09.29 1 Year

5 Cable Resenberger SUCOFLEX

MY6562/4 2016.09.29 1 Year 104

3.2.Block Diagram of Test Setup

1 EUT I I

!PC System 80cm I 1 Load

>80cm 80cm

+--+

I Receiver USN

3.3.Power Line Conducted Emission Test Limits

Maximum RF Line Voltage Frequency Quasi-Peak Level Average Level

dB(~V) dB(J.lV)

150kHz -500kHz 66 - 56* 56 - 46*

500kHz - 5MHz 56 46

5MHz - 30MHz 60 50

Notes: 1. Emission level=Read level + USN factor-Preamp factor+ Cable loss

2. • Decreasing linearly with logarithm offi·equency.

3. The lower limit shall apply at the tiansition frequencies.

Page9 of24 Report No.: T1870016 01

3.4.Configuration ofEUT on Test

The following equipment are installed on Power Line Conducted Emission Test to meet the commission requirement and operating regulations in a manner which tends to maximize its emission characteristics in a nmmal application.

3.5.0perating Condition ofEUT

( 1) Serup the EUT as shown as Section 3.2.

( 2) Ttun on the power of all equipment.

(3 ) Let the EUT work in test mode and 15 minutes before taking the test.

3.6.Test Procedure

( 1) The EUT was placed on a non-metallic table, 80cm above the grolDld plane. The EUT Power connected to the power mains through a line impedance stabilization network (L.I.S.N. 1#). This provided a 50-ohm coupling impedance for the EUT (Please refer to the block diagram of the test semp and photographs). The other peripheral devices power cord collllected to the power mains through a line impedance stabilization network (L.I.S.N.#2). Both sides of power line were checked for maximwn conducted interference. In order to find the maximum emission. the relative positions of equipments and all of the intetface cables were changed according to ANSI C63.4:2014 on conducted Emission test.

( 2) TI1e frequency range from 150kHz to 30.MHz is checked. the bandwidth of test receiver (R&S TEST RECEIVER ESCI) is set at 9kHz.

( 3 ) The frequency range from 30MHz to 1 OOO"MHz was pre-scanned with a Peak detector and all final readings of measurement from Test Receiver are Quasi-Peak and Average values .

( 4 ) The test results are repmted on Section 3. 7.


3. 7. Conducted Disturbance at Mains T enninals Test Results

EUT AC OUTLET WITH DUAL USB

Test Date 2017.01.06 WALL CHARGER

MIN AHR-313 Temperanu·e 24"C

Test Engineer Lucas Pang Hwnidity 45%

Test Mode Full Load

Test Results PASS

Note: 1. The test results are listed in next pages.

2. This mode is worst case mode. so this repon only reflected the worst mode.

3. If the limits for the measlU'ement witll the average detector are met when using a receiver with a peak detector. the test unit shall be deemed to meet both limits and the

measurement with the average detector and quasi-peak detector need not be canied out. 4. If the limits for the measurement with the average detector are met when using a

receiver with a quasi-peak detector, tile test unit shall be deemed to meet both limits and

the measurement witll the average detector need not be canied out.


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llmll' fCC f-'FitT 1b 1:! U P

EUT SeeNote

MIN AHR-~n:'

Mode Ful l Load

L .;-·-···- -

Ni\IE'' AC U I IILE:'T W !IH DUAl. liSt:! WAll CHQ.:~GER

Conducted Emission Mtasurement

Fib : Dolo # I D•to: 1017 1 6

8!1.0 dluV

70

50

50

40

30

20

10

0.0 I o.1so· .4~.

5

h'eadlno correct Me&sur~;o-l~o Mk. r req. Level Fi:lctOI 1nent Limit Margin

nR11V dB rlRuV rlRuV nfi Ootortu

0. !815 40 7 1 9U 50 45 64.42 . i3.97

3 • 0.-1 560 33 09 42 87 56.77 -13.90 peal<

4 1 11llt> /.ri I~ ~liDO -1!:1 4U

s.9a 37 21 (;G.OO -HU9

4.8205 25 04 10 .18 35 22 56.00 -20.7$ peak

' :Max1mum data x:Oveorlimat l:overmargrr

hurriDty: 45 "A

r ... o 1~ ~1 :51

tU.I'OII l~ll Ul'

l/6

3li.iioo

(Refer<>nce Ony

Nul~. M tcr.:.uJ~;;m tH>l -Readin!l Lovei+C.Jil oc Facto . Faclvt- (LISN u1 ISN orPLC or Cull ~1 11 Prooe:Fl:ICtor+Cable

E \CZ-EMC\Tesf Report't Pat:~e. ' Engineer Signature: Luc'e

~ -Site LAB ltmll FCC f-'Flrt 1!: B Ul-'

CUT· See Note

MIN AHR-:~1.,

Moda !"ull Load


St'IEH ILII tll l Alpha ProJucl Testing Co .. ltd . Buildino B . East Arl:lll o f Nanch&r'(J Second lndu ~tria l Zone Gu~l ·u 2no RO<ld. Bao·an Distrtli. ShE:nzMn 518i 25. P .R Cllina

POV•EW AC llOV/!iOHz

NC\ll!' AC OIJTLI- I Wil'H UIIAI I JSB W AJ I ( :HAF?GI-f.l

Conducted Emission Measurement

fib : Oato: 1017 1.6 Timo: l·t:(3 0~

811.0 dii!N

70

~U. ,.. .. , 15 8 Ul'

rcr , ... ~ ,, •• ..,

•o

lO

10 I

o.ol. .. ·o~s --Twfi ,J .. -s - · 0.150

h' Pfle1lno c:nrrF.r; Mens:JrE-No Mk. rre:q Le-~'31 f<:~ctor rrttlnt Ltrnit Margin

MH> riRuV ~R rlAuV dAuV dB l):.tutcr f':nmm@nl

I 0.1 8 15 40 81 &.?4 50 .55 64.42 - 1 ~. 8 i peak -

2 0.2310 3to.90 ~- s.7s 4665 62 41- -·s ~c - peak--

3 . 0.4560 3-l 15 9.78 43 93 56.77 - 12.8d peak

4 1.5t5(Jb 7.7 51 :o Oil :~7 61 ~fiOO - 1!l :\!1 peAk

5 4.4 005 27 29 10 . 16 37 45 50.00 -<8.55 pea<

0 15.6205 23 18 10 .4L 33 62 60.00 ·26.38 pe6k

' ·Maxtmum data x:Over limit l:overmarg;n <Reference Ony

Not ... Me~l.ft.,rmmt-Readiug L<:l"ei .. Correc F.;,ctor Fi:ll'lOt"'(LISN 01 lSN or PLC or Cun ent Prooe :F<:ll."10r .. Cabl"'

E \CZ ·EMC\ Test Reporf\ Enginoer Signoture: Lu~c


4. RADIATED EMISSION TEST

4 .1. Test Equipment

IF or frequency range 30MHz-1 GHz (At Semi Anechoic Chamber)

Item Equipment Manufacturer Mode1No. Seria1No. Last Cal.

1 Test Receiver Rohde& Schwarz ESC! 101165 2016.09.29

2 Amplifier HP HP8347A 2834A00455 2016.09.29

3 Bilog Antenna Schwarzbeck VULB 9168 9168-438 2016.09.30


309972/4 2016.09.29 104

For frequency range above 1GHz (At Semi Anechoic Chamber (3m))

Item Equipment Manufacturer Mode1No. Serial No. Last Cal.

1 Spectrum

Agilent E4407B MY49510055 2016.09.29 Analyzer

2 Hom Anterma Schwarzbeck BBHA 9120 BBHA 9120

2016.09.30 D 0 (1201)

3 Amplifier Agilent 8449B 3008A02664 2016.09.29


3291 12/4 2016.09.29 104

4.2.Block Diagram of Test Sentp

In Semi Anechoic Chamber (3m) Test Setup Diagram for 30MHz-IOOOMHz

Receiver

Semi-anechoic Chamber

TIJRNTABLE

(WOOD)

Cal. Interval

1 Year

1 Year

2 Year

1 Year

Cal. Interval

1 Year

2Year

1 Year

1 Year


In Semi Anechoic Chamber (3m) Test Setup Diagram for Above lGHz

AYI"E~A ELEVATIO~ VARIES FR0).-11 TO-t ).1ETEF

3m

---------

+-- Bore Sight .-\ntenm ~last

ABSORBER

Spectrtuu Analyzer

4.3 .Radiated Emission Limit

Frequency Distance MHz (Meters)

30 - 88 3 88 - 216 3

216 - 960 3 960 - 1000 .. _,

Above lGHz 3

TUR.,TABLE (fiBRE C. LA!:>~)

1.5m

Field Strengths Limits

dB(J.lvym

40.0

43.5

46.0

54.0

74(Peak) 54(Average)

Notes: 1. Emission level = Read level + Antetma Factor- Preamp Factor + Cable Loss

2. The smaller limit shall apply at the cross point between two frequency bands.

3. Distance is the distance in meters between the measwing instnunent, antenna and the closest point of any pa11 of the device or system.

4. Frequency range of radiated measw·ements:

Highest frequency generated or used in Upper frequency of measurement range

the device or on which the device operates or nmes (MHz)

(MHz)

Below 1.705 30

1.705-108 1000

108-500 2000

500-1000 5000

Above 1000 5th harmonic of the highest frequency or

40 GHz, whichever is lower.


4.4.Configuration of EUT on Test

The following equipment are installed on Radiated Emission Test to meet the commission requirements and operating regulations in a manner that tends to maximize its emission charactetistics in nonnal application.

4.5.0perating Condition of EUT

( 1) Setup the EUT as shown as Section 4.2.

( 2 ) Ttuu on the power of all equipment. ( 3) Let the EUT work in test mode and 15 minutes before taking the test.

4.6.Test Procedure

( 1 ) The EUT was placed on a non-metallic table. 80 em above the grom1d plane inside a semi-anechoic chamber. An antenna was located 3m from the EUT on an adjustable mast. A pre-scan was first perfonned in order to find prominent radiated emissions. For final emissions measurements at each frequency of interest, the EUT were rotated and the antenna height was vatied between 1m and 4m in order to maximize the emission. Measurements in both horizontal and vertical polatities were made and the data was recorded. In order to fmd the maximum emission, the relative positions of equipments and all of the intetface cables were changed according to ANSI C63 .4:2014 on Radiated Emission test.

( 2) For the radiated emission test above 1 GHz:

Place the measurement antenna away from each ru·ea of the EUT determined to be a somce of emissions at the specified measurement distance, while keeping the measw·emenr antenna aimed at the somce of emissions at each frequency of significant emissions, with polarization oriented for maximum response. The measurement antenna may have to be higher or lower than the EUT, depending on the radiation pattern of the emission and staying aimed at the emission source for receiving the maximum signal. The final measurement antenna elevation shall be that which maximizes the emissions. The measurement antenna elevation for maximum emissions shall be restricted to a range of heig)1ts of fi:om 1 m to 4 m above the gr01md or reference ground plane.

( 3 ) TI1e frequency rat1ge from 30MHz to 1 OOOMHz is checked. the bandwidth of test receiver (R&S TEST RECEIVER ESCI) is set at 120kHz.

( 4 ) TI1e frequency rat1ge from above 1 GHz is checked, the bandwidth of spectmm analyzer (Analyzer Spectnun Analyzer E4407B) is set at lMHz.

( 5) TI1e frequency range from 30MHz to 1 OOOMHz was pre-scanned with a peak detector atld all final readings of measurement from Test Receiver ru·e Quasi-Peak values, the fi·equency range from 1 GHz to 6GHz was pre-scatmed with a peak detector and all final readings of measw-ement fi·om SpectrUill Analyzer are peak and average values checked, all measurement disrru1ce is 3m in 3m semi anechoic chatnber.

( 6 ) Tile test results ru·e reported on Section 4. 7.


4.7.Radiated Disturbance Test Results

Frequency Range 30~~1000~


Test Date 2017.01.05 WALL CHARGER

MIN AHR-313 Temperann·e 23.9"C

Test Engineer Lucas Pang Humidity 46%

Test Mode Full Load

Test Results PASS

Note: 1. The test results are listed in next pages.

2. This mode is worst case mode. so this report only reflected the worst mode.

3. If the limits for the measurement with the quasi-peak detector are met when using a receiver with a peak detector. the test unit shall be deemed to meet both limits and the measurement with the quasi-peak detector need not be canied out.

Frequency Range Abovr l GHz


Test Date N/A WALL CHARGER

MIN AHR-313 Temperann·e N/A

Test Engineer N/A Humidity N/A

Test Mode N/A

Test Results N/A

The highest frequency of the intemal somces of the EUT is less than 108 MHz, the Note: measurement shall only be made up to 1 GHz. So the frequency rang above 1 GHz

radiation test not applicable.

= s;le LA-.8-- - -- - - - ---

Limit. FCC Cia~ 8 Radil::!liUII

F- I)T· S<tA Noll<

lv1/IIJ .A.HR 313

Mode full L<-ad


Shonzhen /,lpho Producl Testing Co .. Ltd. Building B . East A rea of Nanchang Second Industrial Zone. G11;hu 2nd Road, Bao'an O.!iri~t. Shen7Mn 513171\, P .R Chna

- - - rolsrization : veit~ --1-s~~ 23:g-·

Po~r. AC 12011f60HZ Hu-ridl) 46%

NOlE:: AC () U I Lt T WJI h DUAL USB WALL CHM«utH

Folc :1\lill-313

72.0 .. oN, ..

5:>

• 2

2 (

f

5e so 70 80

Radiated Emission Measurement

Oot~ :il Dote: 20171! .6 Time: 11:1610

-- - - - --------·- - - - - - - - - - - -

Fer n..-. B A.tiatinr.

IWHtl 400 500 GOO 700 1010.000

No Mk. r req. Rcadng Corroct Mo:;;cure-- Limit M~rg1n Antonna TJblo I evel Far tnr mAnt HAt!JI"t 0 AQ1'89

MH: OE.Ifll dB lBuvlrr. dBuV/m dB DeteCIOf tm degrea Commen1

39.299'1 20 80 i4 .21 35 01 40.00 -499 pti:2<

:1 . 44.9000 2215 13 .70 3'585 40.00 -!I. 15 p«ak

3 82.9.385 13 16 9.58 22 74 40.00 -17 .26 J.!e<:~k

4 135 5062 12 52 1~ .56 2608 43.50 •7 .42 pea<

5 160.3456 '1269 '14 56 27 25 43.50 - 16.25 peak - --6 -2~s.f1o2 · ;) .52 -- - - 2, iff- 46.00 . 2'4 .53 pea< 11.()5

flloto :1. ' :Maximum dGta; x :Ovor limit: l.ovcrm ergin. 2 M4?asur"'ment=l<<>3ding Le:n•I+Correct Factor: Correc-1 Fact:>r=Antenna Factor+C<ble Loss

Page: 1 Engir.oer Sign~ure: U..Cl:

.. laW

Site l.P.e----Lunil. F CC -::Ia&:> B Ra:lialitJfl

EIJT- ~"le NotP.

WI/U AHR 313

Mode Fwll LOdd


Sncnzhcn A lpha Product Testing Co .. Ltd. Builc:!lng B. East Area of Nanchang St~cond hdustria l Zone. Gu~hu 2nd Road. Bar)an O.strict , Sh9nzhen 51R126. P R r.nna

.. --Polonzation: Horlzontol T 8'n0tr;ture: .. "239"

Power . AC 120Vf60HZ HumidiiJ. 46%

l'i1stance · :~rn

Note p,r._ OUTt.t I W ITH UIJ,O.L USB WALL CH.AHGER

File :1\HR 3 13

n.o dl..vt ..

Radiated Emission Mtasurement

Oatc. :it2 Dote: 20171! .6

- ---- ·-·- -------- ---·--- --

S;>

42 ~--------------~

12

40 50 60 70 811 (01Hz1 3811

No Mk. Freq. Roodmg C orroct Mo:>surG- Limit Margin Lev~l F artnr m<=~nt

·- - -- -- -

Time: t 1:17 27

rtt Oan A AwiU..tion

400 500 ml 700 1000.001

Antonna Tablo He1ort Degr~"'

- - ---MH' OBuV dB dBuVim dBuvtm dB DeteCtor em deg-ea Comment

32.2925 4 98 13 .40 18 38 40.00 -21.62 ~e;,~<

1 44 2752 4 31 13 .8:? 1S 13 40.00 -21.87 peak

3 84.1100 17 48 9 .13 1 27 09 40.00 - 12.91 ~ea<

4 134.5592 13 08 1 3 . 5 ~ 17 49 43.50 16.01 peal<

5 . 162.04'14 17 65 14.41 32 05 43.50 -11.44 peaK

6 258:3~6-1 -..·-·-· • ••"•-u•

1~ .29' 13' gg- · 21.o1· pea< ·- -----------6 70 ~6.00

Note:1. ' :Maximum oGI:o; x :Qv l)r limit; !:ovGr margln 2 Measurement=Re>3ding Leve i+Correct Factor. Correct F actor=Aflt('nna Factor+ Cabl e Loss

Page: Engir.oor Sign :aturo: L.gcu


5. PHOTOGRAPH

5.LPhotos of Radiated Emission Test (In Semi Anechoic Chamber)

5.2.Photos of Power Line Conducted Emission Test


6. PHOTOS OF THE EUT

Full Vitw

Top Vif'W


Bottom View

Front View

No.: T1870016 01

Rt'ar Vit'w

Left View

No.: T1870016 01

RightVItw

Insidt Vitw

lnsidt> Vit>w

lnsidt> Vit>w

- END OF REPORT- -

FCC TEST REPORT · FCC TEST REPORT On Behalf of Shenzhen Anhaoruihe Electronics Co., Ltd. AC OUTLET WITH DUAL USB WALL CHARGER Model No.: AHR-313, AHR-312. A.HR-315, A.HR-316, AHR-317,

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