RUWMWC-T510TWireless Charging Pad

FCC ID : RUWMWC-T510T Page 1 / 1 FCC, Request for non-disclosure Date: February, 04, 2013 MAPTech Co., Ltd. Yeonsung University Venture Center #402, 111, Anyang-ro, Manan-gu, Anyang-city, Gyeonggi-do, Korea (430-731) Subject: Request for confidentiality FCC ID: RUWMWC-T510T Reference number: Dear FCC TCB, Persuant to 47 CFR Section 0.459(a) & (b), < MAPTech Co., Ltd.> hereby requests non-disclosure and confidential treatment of the following materials submitted in support of FCC certification application for FCC ID: (RUWMWC-T510T) ☑ Bill(s) of Material ☑ Block Diagrams ☑ Operational Description ☑ Schematic Diagrams Above materials contain secrets, proprietary and technical information, which would customarily be quarded from competitors under 47 CFR, section 0.457(d)(2). Disclosure or publication or any portion of this company confidential material to other parties could cause substantial competitive harm and provide unjustified benefits for competitors. < MAPTech Co., Ltd.> understands that pursuant to 47 CFR section 0.457(d)(1)(ii) disclosure of the applicant and all accompanying documentation will not be made before the date of the grant. <Date> February, 04, 2013 <City> Anyang <Name and signature of applicant> Taesub so / General Manager

Photo 1: Exterior Photographs Top Bottom Top Bottom Top Bottom

Label Information Label Location Label Drawing Label Position

Interior View of EUT View of Interior View of Main Board (Top) View of Main Board (Top) View of Main Board (Bottom) View of coil (Top) View of coil (Bottom)

U 1 UCS-QP-20-0 . GENERA 1.1 Applic 1) Compa 2) Produc t 3) Model N 4) FCC ID 1.2 EUT IN Equipme Product Power so Local Os Operatin Antenna Type of M Device Consort i RF Outp External Charging Operatin Dimensio Weight Note 1: T device is - Power control t h bridge in Operating lower am transferre ● 0.01 × ● 0.015 × or bette resolution 1.3 TEST 1.3.1 App Sta FCC CF 03-80(Rev.0) AL INFOR cant Inform ny Name : M t Name : Wir Name : MWC : RUWMWC NFORMATI ent Class name ource scillator or X ng Frequenc a Type Modulation type of W ium protoco ut power Ports g power ran ng Temperat ons(W×L×T This device ca a A1 device o Transmitter d he amount of nverter is ƒ op = g Frequency mount of powe ed, a type A1 P ƒ op - 0.7 kHz, × ƒ op – 1.58 kH er. In addition n of 0.1% or b RESULT C plicable sta andard FR 47 Part 1 ) R MATION mation MAPTech Co. reless Charg C-T510T C-T510T ION X-Tal cy range Wireless Po ol Note 1 nge ture Range ) an charge on of the Wireles esign A1 use power that is =110...205 kH of 205 kHz. A er. In order to Power Transm for ƒ op in the 1 Hz, for ƒ op in th , a type A1 P better. CERTIFICAT ndards Clause 1.1310 RF EX ., Ltd. er Base Stat DCD Wirele Input Adap - (112 ~ Integr CW(C ower A1 De 68.42 (meas DC IN 0 ~5 W (0 ~ 4 ((72.1 (105.0 ly one client ss Power Co es the Operati s transferred. Hz with a dut A higher Oper o achieve a s mitter shall con 110...175 kHz he 110...175 k Power Transm TION Radiofrequ XPOS tion – Part 15 L o ess Charger : DC 19.0 V, ptor : AC 100 ~ 205) kHz ral loop ante Continuous w evice 2 dBuV/m (P sured @ 3 m NPUT W 40) °C 1 ± 0.2) × (12 0 ± 5) g device at a ti nsortium prot ing Frequenc For this pur p ty cycle of 50 rating Frequen ufficiently acc ntrol the Opera z range; kHz range; mitter shall co Test It uency radiat Repo SURE ow Power Tra r Base Statio , 1 A - 240 V, 50/ 6 enna wave) EAK) m) 20.1 ± 0.2) × ime with the s tocol. y and duty cy pose, the Ope 0%; and its d ncy or lower curate adjustm ating Frequen ontrol the dut tem ion exposure ort Number: FCC I E ansmitter Be n 60 Hz, 0.6 A (15 ± 0.07)) specific locatio ycle of the Po erating Freque duty cycle ran duty cycle res ment of the am cy with a reso y cycle of the R e limits. : UCSFR-13 ID : RUWM elow 1705 kH AMax ) mm on of the EU ower Signal in ency range of nge is 10...5 sult in the tra mount of pow olution of e Power Sig n Result Pass 302-001R3 WC-T510T Page 1 / 13 Hz T. So this n order to f the half- 0% at an nsfer of a wer that is nal with a Remarks - 3 U 2 UCS-QP-20-0 2. TEST RE 2.1 Test M 2.1.1 Des E R AC Resis M 03-80(Rev.0) ESULT Methodolog scription of Equipment Receiver unit C/DC adapter stance Load obile Phone ) gy support un r jig SAM its Man u MAPTe SIM MAPTe SUNG ELEC ufacturer ech Co., Ltd. SUKIAN ech Co., Ltd. CTRONICS C Repo CO., LTD. ort Number: FCC I M MWC SK02G- SHV (FCC ID : A : UCSFR-13 ID : RUWM Model C-R524T -1900100U - V-E250S A3LSHVE250 302-001R3 WC-T510T Page 2 / 13 S/N - - - 0S) - 3 U UCS-QP-20-0 2.1.2 Te - This d Test Mo Mo Mo Mo Note Mod e - P a - F A - ' t Mode - T Mode - L w - W - a b - T w Mode - Tilt 03-80(Rev.0) est Mode device has be t Mode O ode 1 ode 2 ode 3 ode 4 e 1 Put the receiv a 'JIG Board' Frequency c And also 'Cu JIG' for 'Lo a times. (Resis e 2 Tilt in the test e 3 Less than 1% was measure We've got the activating cal by mode. Test was com worst running e 4 in the test m ) een tested b Operating M 112 kHz 158 kHz 205 kHz 112 kHz 158 kHz 205 kHz GSM 1900 WCDMA GSM 1900 WCDMA ver on the EU ' for 'Load' an hange : If ch rrent' value w ad' : Made it stance Speci t mode and T % and 50% w ed. e above test ll connecting mmenced wit g condition. mode and Tes elow conditio ode 0 0 UT(transmitt nd tested it a hanged the was changed t using conn fications: Us Test conduct when using th results by ac g can cause th activating st conducted ons: Chargin g 1000 mA 800 mA 500 mA 1000 mA 800 mA 500 mA ter), for main after mounted location as f d followed it. ect the resi s sing 10W and ted in the sam he mobile ph ctivating call higher batt e call connec d in the same Repo g < 1 % 50 % < 1 % 50 % < 1 % 50 % < 1 % 50 % ntain the state d on top of th frequency (1 ster, for a m d 10Ω cemen me way as M hones in use connecting w ery consump cting which p e way as Mod ort Number: FCC I Low Fre Middle Fre High Fre Low Fre Middle Fre High Fre Battery statu Battery statu Battery statu Battery statu Battery statu Battery statu Battery statu Battery statu e of charge a he receiver. 112 kHz ~ 20 aintain the s nt resistor) Mode 1. in the field, i with call test ption rate tha place the mo de 3. : UCSFR-13 ID : RUWM Note equency, Max equency, Med equency, Min equency, Max equency, Med equency, Min us us us us us us us us at all times, w 05 kHz) will state of char in the state o equipment. an airplane an ost activating 302-001R3 WC-T510T Page 3 / 13 x. Load dium Load n. Load x. Load dium Load n. Load we made change. rge at all of charge nd stand g and the 3 U UCS-QP-20-0 2.2 Test S Note - The R - The te - The M 03-80(Rev.0) Setup RF exposure est distance MWC-R524T ) test is perfor is between t with specifi c rmed in the s he edge of th c receiver be shield room he charger a eing charged Repo and the geom by the trans ort Number: FCC I metric center mitter durin g : UCSFR-13 ID : RUWM of probe g the field me 302-001R3 WC-T510T Page 4 / 13 easurements 3 s. U UCS-QP-20-0 2.3 Enviro 1.1310 Accord enviro n Limits Freq u 0 0 * = Plane 2.4 E and 2.4.1 E-F Test Mod e baselin Mode Mode Mode Mode 03-80(Rev.0) onmental e 0 ing to FCC nment impact for Maximu uency Range (MHz) 0.3 – 3.0 .3 – 1.34 e-wave equivale H field str Field Strengt e Frequ ne No t (Ba Not (T 1 1 1 1 2 1 1 1 3 GSM 1900 WCDMA 4 GSM 1900 WCDMA ) evaluation 1.1310 : T t of human e um Permissi e Elect r Stre (V (A 6 (B) Lim 6 ent power densit rength th ency Rang e (kHz) t Charging ase Mode) t Charging ilt Mode) 128.76 167.01 183.22 130.41 158.14 188.06 < 1 % Batte status 50 % Batte status < 1 % Batte status 50 % Batte status < 1…

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FCC TEST REPORT #702 Megavalley, 799 Kwanyang-dong, Dongan-gu, Anyang-city, Kyunggi-do, 431-767, Korea Tel: 82-31-420-5680 / Fax: 82-31-420-5685 / Open Site: 82-31-355-2666 Web: http://www.ucs.co.kr Global No.1 Testing laboratory Universal Certification Solution Report Number: UCSFC-1303-009 1. Applicant Information Page 4 2. EUT Information Page 4 3. Laboratory Information Page 4 4. Test Configuration and condition Page 5 5. Summary of Test Results and Measurement Procedures Page 7 6. Test Results Page 9 Appendix-A : Test Setup Photographs Page 14 Appendix-B : External Photographs of EUT Page 16 Appendix-C : Internal Photographs of EUT Page 17 Appendix-D : Information to the user in user's manual Page 18 Appendix-E : Declaration of conformity labelling requirements Page 19 Contents UCS-QP-20-03-27(Rev.1)3 of 19 Report Number: UCSFC-1303-009 Applicant Name:MAPTech Co., Ltd Address: #402 Gyeonggi Venture Yeonsung University, 572-5 Anyang 8-dong, Manan- gu, Anyang-si, Gyeonggi-do, Korea. Manufacturer : MAPTech Co., Ltd Country of Origin : Korea Product Name : Wireless Charger Receiver Model : MWC-R524T Input Rating : 30 Vac Max Laboratory Name : UCS Co., Ltd. Location : 476-4, Hwalcho-dong, Hwaseong-si, Kyunggi-do, Korea 445-150 1. Applicant Information 2. EUT Information 3. Laboratory Information UCS-QP-20-03-27(Rev.1)4 of 19 Report Number: UCSFC-1303-009 4. Test Configuration and condition 4.1 EUT Operating Condition - The EUT was in the following operation mode during all testing - After connected EUT with 10 ohm test jig, tested in connected with transmitter 4.2 EUT Test Configuration Diagram - Tested Input Rating : 30 Vac form a Transmitter for wireless Charger(120 Vac, 60 Hz) UCS-QP-20-03-27(Rev.1)5 of 19 Report Number: UCSFC-1303-009 4.3 Peripheral equipments list for test 4.4 Cable Connections StartEndCable AdapterSK02G-1900100U-SIMSUKIAN Transmitter for Wireless Charger MWC-T500T20120827T0094MAPTech Co., Ltd. Equipment NameModelSerial NumberManufacturer Wireless Charger ReceiverMWC-R524T Test Jig (10 ohm)--- -MAPTech Co., Ltd I/O PortLengthSpec. Mini USB Female -- DC OUT0.8Unshielded NameI/O PortName Transmitter for Wireless Charger AdapterDC IN EUT Mini USB male Test Jig UCS-QP-20-03-27(Rev.1)6 of 19 Report Number: UCSFC-1303-009 5. Summary of Test Results and Measurement Procedures 5.1 Summary of test results Standard Test ItemResults FCC Part 15 Subpart B Conducted EmissionMet Class B / Pass FCC Part 15 Subpart B Radiated EmissionMet Class B / Pass 5.2 Preliminary Testing 5.3 Shielded Enclosure 5.4 Data Reporting Format 5.5 AC Powerline Conducted Emission Test The EUT is set up in accordance with the suggested configuration given in FCC Measurement Procedure ANSI C63.4-2009. The highest emissions were also analyzed in detail by operating the spectrum analyzer in fixed tuned mode to determine the precise amplitude of the emissions. On the other hand, the interconnecting cables were moved around the table to maximize the emissions, and the position of the peripheral devices were interchanged to check whether there is any changes in emissions. NOTE : The resolution bandwidth and video bandwidth of test receiver is 9 kHz for Quasi-peak detection (QP) at frequency below 30 MHz. Q.P value A.V limit when do over by A.V mode conversion after measure . It is often valuable to performing preliminary radiated measurements at a closer distance than specified for compliance to determine the emission characteristics of the EUT. At close-in distance, it is easier to determine the spectrum signature of EUT, and if applicable, the EUT configuration that emanate the maximum level of emissions. The data may not be precisely correlatable results. To search the Radiated frequency outline of an EUT a shielded screen room may be used. If the shielded room is used for radiated data, the data page will state that the EUT was in a shielded enclosure. All data collected in a screen room for emission data, radiated emissions is for frequency outline only. If an EUT is placed in screen room for AC Powerline Conducted the data page will show that a screen room was used and data frequencies and levels will be correct and used for test data. The measurement results expressed in accordance with C63.4 and specified limits where applicable are presented in tabular or graphical form, or alternatively as recorder charts or photographs of a spectrum analyzer display, showing the level vs. frequency. UCS-QP-20-03-27(Rev.1)7 of 19 Report Number: UCSFC-1303-009 5.6 Radiated Emission Test The EUT and support equipment are set up on the turntable in an open field site. Desktop EUTs are set up on a wooden stand (test-table), 80 cm above the ground plane. All items on the table were placed at least 10 cm apart each other. Interconnecting cables which hang closer than 40 cm to the ground plane are folded back and forth to form a 30 cm by 40 cm long bundle, hanging approximately between the ground plane and table. The highest emissions were also analyzed, in detail, with the tuned aerial to search the precise amplitude of the emissions. On the other hand, the interconnecting cables were moved around the table and if the highest amplitudes is observed, the EUT is rotated in the horizontal plane while changing the antenna polarization to the vertical plane to maximize the field strength. Once the maximum field strength is obtained, the antenna elevation and polarization will be varied between specified limits to maximize the readings. The position of the peripheral devices are interchanged to check for any changes in emissions. In rare instances, the maximum field strength may occur with the antenna polarized between vertical and horizontal. NOTE : The resolution bandwidth and video bandwidth of test receiver is 120 kHz for Quasi-peak detection (QP) at frequency below 1 GHz. UCS-QP-20-03-27(Rev.1)8 of 19 Report Number: UCSFC-1303-009 6. Test Results 6.1 Conducted Emission 6.1.1 Limit * : The limit decreases linearly with the …

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 Report Number: UCSFR-1302-001R3 FCC ID : RUWMWC-T510T UCS-QP-20-03-80(Rev.0) Page 2 / 59  Revision History Rev. Issue Date Revisions Revised By - 2013.02.05 Initial Issue Y. R. Jo R1 2013.03.11 Corrected Test Methodology Y. R. Jo R2 2013.04.15 added test data. Y. R. Jo R3 2013.05.10 Add a description of the test Mode Y. R. Jo  Report Number: UCSFR-1302-001R3 FCC ID : RUWMWC-T510T UCS-QP-20-03-80(Rev.0) Page 3 / 59  CONTENTS 1. APPLICANT AND MANUFACTURER INFORMATION ...................................................... 4 2. TEST RESULT CERTIFICATION ........................................................................................ 4 2.1 Applicable standards .................................................................................................................. 4 3. LABORATORY INFORMATION .......................................................................................... 5 3.1 General ......................................................................................................................................... 5 3.2 Test Site ....................................................................................................................................... 5 3.3 Location ....................................................................................................................................... 5 4. EUT INFORMATION ............................................................................................................ 6 5. TEST METHODOLOGY ....................................................................................................... 7 5.1 Setup of equipment under test .................................................................................................. 7 5.1.1 Description of support units ............................................................................................... 7 5.1.2 Test Mode .............................................................................................................................. 8 5.2 Connection Diagram of Test System ........................................................................................ 9 6. TEST DATA ....................................................................................................................... 10 6.1 Antenna requirement ................................................................................................................ 10 6.1.1 Regulation ........................................................................................................................... 10 6.1.2 Result ................................................................................................................................... 10 6.2 Duty Cycle .................................................................................................................................. 11 6.2.1 Plot of the Duty Cycle ........................................................................................................ 11 6.2.2 Test Results ........................................................................................................................ 11 6.2 Radiated emissions .................................................................................................................. 12 6.2.1 Regulation ........................................................................................................................... 12 6.2.2 Measurement Procedure .................................................................................................... 12 6.2.3 Test Results ........................................................................................................................ 13 6.3 AC POWER LINE CONDUCTED EMISSIONS .......................................................................... 21 6.3.1 Regulation ........................................................................................................................... 21 6.3.2 Test Procedure ................................................................................................................... 21 6.3.3 Test Results ........................................................................................................................ 22 7. TEST EQUIPMENT USED FOR TEST .............................................................................. 50 8. SETUP PHOTOS ............................................................................................................... 51 9. EUT Photographs ............................................................................................................. 59  Report Number: UCSFR-1302-001R3 FCC ID : RUWMWC-T510T UCS-QP-20-03-80(Rev.0) Page 4 / 59  1. APPLICANT AND MANUFACTURER INFORMATION Applicant Name :MAPTech Co., Ltd. Address : Yeonsung University Venture Center #402, 111, Anyang-ro, Manan-gu, Anyang-si, Gyeonggi-do, Korea (430-731) Manufacturer : MAPTech Co., Ltd. Address: Yeonsung University Venture Center #402, 111, Anyang-ro, Manan-gu, Anyang-si, Gyeonggi-do, Korea (430-731) 2. TEST RESULT CERTIFICATION 2.1 Applicable standards Standard Clause Test Item Result Remarks FCC CFR 47 Part 15 Subpart C 15.203 Antenna Requirement Pass - 15.209 Radiated Spurious Emissions Pass - 15.207 AC Power Line Conducted Emissions Pass -  Report Number: UCSFR-1302-001R3 FCC ID : RUWMWC-T510T UCS-QP-20-03-80(Rev.0) Page 5 / 59  3. LABORATORY INFORMATION 3.1 General UCS Co., Ltd. established 1999 as the International agreed upon laboratory(CBTL, KOLAS) for Standard. Internally, UCS Co., Ltd. is the designated test laboratory from Radio Research Laboratory of Korea Communications Commission and Korea Food & Drug Administration. Based on its extensive experience and expertise, UCS Co., Ltd. is the Global test laboratory that has best professionalism in this field. 3.2 Test Site - UCS Co., Ltd. (Universal Certification Solution) 3.3 Location UCS Co., Ltd. - #702, Anyang Megavalley799, Gwanyang2…

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Radiated emission Test Radiated emission Test Conducted emission Test Conducted emission Test E-Field Strength Test H-Field Strength Test