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                 TEST REPORT
                 No. I19D00066-EMC01

                               For
          Client : Doro AB

     Production : 2G Clamshell Feature Phone

    Model Name : DFC-0250

    Brand Name: Doro

         FCC ID: WS5DFC0250

Hardware Version: V01(HW code:3021/3051)

    Brand
Software   Name: DFC0250_0240_UF290_N_S01A_V01_M190505_SMP
         Version:

     Issued date: 2019-08-21


                                                                 Report No.:I19D00066-EMC01



                                             NOTE
1. The test results in this test report relate only to the devices specified in this report.
2. This report shall not be reproduced except in full without the written approval of
    East China Institute of Telecommunications
3. The measurement uncertainty is not taken into account when deciding conformity,
    and the results of measurement (or the average of measurement results) are
    directly used as the criterion for the stating conformity.




Test Laboratory:
East China Institute of Telecommunications
Add: 7-8F, G Area, No.668, Beijing East Road, Huangpu District, Shanghai, P. R. China
Tel: +862163843300
FAX: +862163843301
E-Mail: welcome@ecit.org.cn



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                                             Revision Version
        Report Number               Revision            Date                    Memo
       I19D00066-EMC01                  00           2019-08-21   Initial creation of test report




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                                                          CONTENTS

1.    TEST LABORATORY ............................................................................................................... 6

1.1. TESTING LOCATION ............................................................................................................... 6

1.2. TESTING ENVIRONMENT ....................................................................................................... 6

1.3. PROJECT DATA ....................................................................................................................... 6

1.4. SIGNATURE.............................................................................................................................. 6

2.    CLIENT INFORMATION ........................................................................................................... 7

2.1. APPLICANT INFORMATION.................................................................................................... 7

2.2. MANUFACTURER INFORMATION.......................................................................................... 7

3.    EQUIPMENT UNDER TEST (EUT) AND ANCILLARY EQUIPMENT (AE) ............................ 8

3.1. ABOUT EUT.............................................................................................................................. 8

3.2. INTERNAL IDENTIFICATION OF EUT USED DURING THE TEST ....................................... 8

3.3. INTERNAL IDENTIFICATION OF AE USED DURING THE TEST ......................................... 8

3.4. DIFFERENCE BETWEEN MAIN SUPPLY AND SECONDARY SUPPLY............................... 9

4.    REFERENCE DOCUMENTS.................................................................................................. 10

4.1 REFERENCE DOCUMENTS FOR TESTING.......................................................................... 10

5.    TEST RESULTS.......................................................................................................................11

5.1 SUMMARY OF TEST RESULTS ..............................................................................................11

5.2 STATEMENTS...........................................................................................................................11

6.    TEST EQUIPMENT UTILIZED ............................................................................................... 12

6.1 RADIATED EMISSION EQUIPMENT LIST ............................................................................. 12

6.1 AC CONDUCTED EMISSION EQUIPMENT LIST .................................................................. 12

7.    SYSTEM CONFIGURATION DURING TEST......................................................................... 13

7.1 TEST MODE............................................................................................................................. 13

7.2 CONNECTION DIAGRAM OF TEST SYSTEM....................................................................... 15

8.    MEASUREMENT RESULTS................................................................................................... 16
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                                                                                     Report No.:I19D00066-EMC01



8.1 RADIATED EMISSION 30MHZ-18GHZ................................................................................... 16

8.2 AC CONDUCTED EMISSION.................................................................................................. 23

ANNEX A ACCREDITATION CERTIFICATE................................................................................. 26




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ECIT                                                                 Report No.: 19D00066—EMCO1



1. Test Laboratory
 1.1. Testing Location
  Company Name:               ECIT Shanghai, East China Institute of Telecommunications
  Address:                    7F, G Area, No. 668, Beijing East Road, Huangpu District, Shanghai,
                              P. R. China
  Postal Code:                200001
  Telephone:                  86—21—63843300
  Fax:                        86—21—63843301
  FCC registration No:        958356

 1.2. Testing Environment
  Normal Temperature:           15—35°C
  Relative Humidity:           30—60%RH

 1.3. Project data
  Project Leader:                 Xu Yuting
  Testing Start Date:             2019—07—16
  Testing End Date:               2019—08—02

 1.4. Signature



                r »4                                                 +o4T
                    Lu Huifang                                          You Jinjun
             (Prepared this test report)                      (Reviewed this test report)




                                          Py.ms
                                             Zheng Zhongbin
                                     (Approved this test report)




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2. Client Information

 2.1. Applicant Information
  Company Name:              Doro AB
  Address :                  Doro AB, Jörgen Kocksgatan 1B, SE 211 20 MALMÖ, SWEDEN
  Telephone:                 +46 46 280 50 76
  Post Code:                 /

 2.2. Manufacturer Information
  Company Name:              Doro AB
  Address :                  Doro AB, Jörgen Kocksgatan 1B, SE 211 20 MALMÖ, SWEDEN
  Telephone:                 +46 46 280 50 76
  Post Code:                 /




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                                                                        Report No.:I19D00066-EMC01



3. Equipment under Test (EUT) and Ancillary Equipment (AE)
 3.1. About EUT

 EUT Description                                2G Clamshell Feature Phone
 Model name                                     DFC-0250
 GSM Frequency Band                             GSM1900
 Additional Communication Function              BT3.0;GPS;FM;
 3.2. Internal Identification of EUT used during the test
     EUT ID*              SN or IMEI             HW Version              SW Version           Date of
                                                                                              receipt
                                                                     DFC0250_0240_UF
      N46            356877091069097/             V01(HW
                                                                     290_N_S01A_V01_        2019-05-09
  (Main supply)      356877091069105           code:3021/3051)
                                                                       M190505_SMP
      N10                                                            DFC0250_0240_UF
                     357508100011205/             V01(HW
   (Secondary                                                        290_N_S01A_V01_        2019-07-31
                     357508100011213           code:3021/3051)
     supply)                                                           M190505_SMP
*EUT ID: is used to identify the test sample in the lab internally.
 3.3. Internal Identification of AE used during the test
  AE ID*          Description                   Model                               SN
  CB06              Adapter            A31A-050055U-EU1                             NA
  CC01              Adapter             S003ATB0500055                              NA
  CD03              Adapter                A2-501000                                NA
  CE02              Adapter            A806A-050100U-UK1                            NA
  CF05            Adapter                    UT-133E-5100                           NA
  CG01         Adapter Cradle                 DFC-0250                              NA
  UA01            USB Cable                  M039B0800150                           NA
  AC05             Earphone               JWEP0782-M01                              NA
  AB05             Earphone              JWEP0944-M01R                            NA
  BA03              Battery                DBO-1000A                       41981V8031000458
   AE1            Desktop PC             OptiPlex 790 DT                    X8RP1 A01 APCC
   AE2          Notebook PC            DELL Latitude E6510                           /
   AE3           LAN Cable                     NA                                   NA
   AE4            VGA Cable                      NA                                 NA
   AE5          RS232 Cable                      NA                                 NA
   AE6             Keyboard                    KB212-B                CN-0Y88XT-65890-12I-005Q-A00
   AE7              Mouse                      MS111-P                 CN-011D3V-71581-19J-1A64
   AE8              Monitor                  Dell E1709Wc                           NA
   AE9       SanDisk Ultra32GB        Kingston SDC4/4GB 77                          NA
*AE ID: is used to identify the test sample in the lab internally.


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3.4. Difference Between Main supply and Secondary supply
         Item                         Configure 1                      Configure 2
      HW code                         3021                               3051
        LCD                 LCD SANLONG(28LS124-04)            LCD Holitech(QTB2D8096)
       FLASH                  Flash GD(GD25LQ128)               Flash DOS(FM25M4AA)
Note: Customer declaration, two configures is the same, except for LCD and FLASH. There are
more than one Configure, each one should be applied throughout the compliance test
respectively, however, only the worst case (Configure 1) will be recorded in this report.

Main Supply
Part Name                Model Name                 supplier             Remark
ZIF connector            FP270H-025T1DM             JXT
Earphone jack            11-0561136-A               LETCON
Memory card socket       T11-BB09F150               HRD
Micro USB                U11-1B05G252               HRD
Battery connector        BAC5540306                 VELA

Secondary Supply
Part Name                Model Name                 supplier             Remark
ZIF connector            4.001A0-025-1R0            HAIWEISI
                         PH20-0A38F38M              HRD
Earphone jack
                         JAF00-05382-010101         LCN
                         UBM9250516                 VELA
Micro USB
                         UAF95-05254-S135-A         LCN
Memory card socket       TFJ1150903                 VELA
                         B29-BB03F540               HRD
Battery connector
                         02-032116B                 LETCON




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4. Reference Documents

4.1 Reference Documents for testing
The following documents listed in this section are referred for testing.


 Reference                                     Title                                    Version

FCC Part 15,
                                     Radio frequency devices                           2019/6/21
 Subpart B
                    Method of Measurement of Radio-Noise Emissions from
 ANSI C63.4         Low-Voltage Electrical and Electronic Equipment in the                2014
                                 Range of 9 kHz to 40 GHz




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5. Test Results

5.1 Summary of Test Results

  Items                   Test List                     Clause in FCC rules               Verdict

    1                Radiated Emission                        15.109(a)                    Pass

    2             AC Conducted Emission                       15.107(a)                    Pass



5.2 Statements
The DFC-0250 manufactured by Doro AB is a parent model for testing. ECIT only performed test
cases which identified with Pass/Fail/Inc result in section 5.1.

ECIT has verified that the compliance of the tested device specified in section 3 of this test report
is successfully evaluated according to the procedure and test methods as defined in type
certification requirement listed in section 4 of this test report.

Note: This project has two sets of configured sample N46 (Main supply) and N10 (Secondary
supply), among which the N46 sample is the main test, and the N10 sample tests the worst mode
of the N46 sample.




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6. Test Equipment Utilized
6.1 Radiated Emission Equipment list
         Instrument                            Serial                                        Cal.
Item                          Type                        Manufacturer      Cal. Date
            Name                              Number                                       interval
       Universal Radio
 1     Communication        CMU200             123126         R&S          2019-05-10       1 year
           Tester

 2      Test Receiver        ESU40             100307         R&S          2019-05-10       1 year

                                             VULB9163-5
 3      Trilog Antenna     VULB9163                       Schwarzbeck      2017-02-25      3 years
                                                 15
        Double Ridged
 4                         ETS-3117           00135885        ETS          2017-01-11      3 years
           Guide
          EMI
          Antenna
              Test           EMC32
 5                                              NA            R&S              NA             NA
          Software            V9.15

           Signal
 6                         SMF 100A            102314         R&S          2019-05-10       1 year
          Generator

 7      GPS Simulator      GSS 4200             1182       SPIRENT         2018-12-17       1 year


6.1 AC Conducted Emission Equipment list
         Instrument                            Serial                                        Cal.
Item                          Type                        Manufacturer      Cal. Date
            Name                              Number                                       interval
       Universal Radio
 1     Communication        CMU200             123123         R&S          2019-05-10       1 year
           Tester


 2      Test Receiver         ESCI             101235         R&S          2019-05-10       1 year


            2-Line
 3                          ENV216             101380         R&S          2019-05-10       1 year
          V-Network

           EMI Test         EMC32
 4                                              NA            R&S              NA             NA
           Software        V10.35.02

           Signal
 5                         SMF 100A            102314         R&S          2019-05-10       1 year
          Generator

 6      GPS Simulator      GSS 4200             1182        SPIRENT        2018-12-17       1 year


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EC’T                                                                Report No.:119D00066—EMCO1



7. System Configuration during Test
7.1 Test Mode
N46 Sample:

      Test Item                                       Function Type

                           Mode 1:GSM1900 idle mode+Camera+CBO6+UAOQ1+ABO5«<Figure 2>
                           Mode 2:Charging mode+Camera+CCO1+UA01+ACO5<Figure 2>
                           Mode 3:Charging mode+Camera+CDO3+UAQ1+ABO5«<Figure 2>
                           Mode 4:Charging mode+Camera+CEO2+UAQ1+ACO5<Figure 2>
   AC Conducted            Mode 5:Charging mode+Camera+CFO5+UAOQ1+ABO5«Figure 2>
       Emission            Mode 6:Charging mode+Camera+CCO01+CGO1+UAO01+ABO5«<Figure 2>
                           Mode 7:USB cable (Data Link with PC) <Figure 1>
                           Mode 8:FM mode + ABOS <Figure 2>
                           Mode 9:FM mode + ACO5 <Figure 2>
                           Mode 10:GPS mode<Figure 2>
                           Mode 1:GS M1900 idle mode+Camera+CBO6+UAOQ1+ABO5«<Figure 2>
                           Mode 2:Charging mode+Camera+CCO1+UA01+ACO5<Figure 2>
                           Mode 3:Charging mode+Camera+CDO3+UAQ1+ABO5«<Figure 2>
                           Mode 4:Charging mode+Camera+CEO2+UAQ1+ACO5<Figure 2>
                           Mode 5:Charging mode+Camera+CFO5+UAOQ1+ABO5«Figure 2>
Radiated Emission
                           Mode 6:Charging mode+Camera+CCO1+CGO1+UA01+AB05<Figure 2>
                           Mode 7:USB cable (Data Link with PC) <Figure 1>
                           Mode 8:FM mode + ABOS <Figure 2>
                           Mode 9:FM mode + ACOS5<Figure 2>
                           Mode 10:GPS mode<Figure 2>
Remark:
1. All test modes are performed, only the worst cases test data are recorded in this report.
2. Data Link with PC means data application transferred mode between EUT and PC.
3. The test specification for FM function: the EUT is synchronized to a FM signal generator. The
EUT is keeping on demodulating the FM signal and outputting the audio signal through the
headset.
4. EUT and GPS simulator (GSS4200) connection is established.

N10 Sample:

      Test Item                                       Function Type

   AC Conducted            Mode 6:Charging mode+Camera+CCO01+CGO1+UAO01+ABO5«<Figure 2>
     Emission
                           Mode 6:Charging mode+Camera+CCO01+CGO1+UAO01+ABO5«<Figure 2>
Radiated Emission          Mode 7:USB cable (Data Link with PC) <Figure 1>

Remark:
1. All test modes are performed, only the worst cases test data are recorded in this report.
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2. Data Link with PC means data application transferred mode between EUT and PC.
3. The test specification for FM function: the EUT is synchronized to a FM signal generator. The
EUT is keeping on demodulating the FM signal and outputting the audio signal through the
headset.
4. EUT and GPS simulator (GSS4200) connection is established.




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7.2 Connection Diagram of Test System



                       LAN Cable             VGA Cable




       Host PC              Display               EUT               Host PC
       (Distal)             Monitor
                                                 USB Cable




                                              Keyboard                Mouse


                                              <Figure 1>




                                                         AC Cable/USB Cable




                                      EUT                      Power Adapter



                                              <Figure 2>




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8. Measurement Results
Only the worst test result was shown in this report.
8.1 Radiated Emission 30MHz-18GHz
Method of Measurement
For 30MHz -1000MHz, the EUT was placed on the top of a rotating 0.8m table above the ground
at a semi-anechoic chamber. The distance between the EUT and the received antenna was 3
meters. The table was rotated 360 degree and the received antenna mounted on a variable-height
antenna tower was varied from 1m to 4m to find the maximum value of the field strength. Both
horizontal and vertical polarizations of the antenna were set during the measurement. Tested in
accordance with the procedures of ANSI C63.4-2014, section 8.3.
For 1000MHz-18000MHz,The maximal emission value was acquired by adjusting the antenna
height, The table was rotated 360 degree to determine the maximum value of the field strength.
Both horizontal and vertical polarizations of the antenna were set during the measurement.

Limits for Radiated Emission at a measuring distance of 3m
           Frequency Range (MHz)                         Quasi-Peak (dBuV/m)
                      30-88                                           40
                     88-216                                          43.5
                    216-960                                           46
                   Above 960                                          54

   Frequency Range (MHz)                     Peak (dBuV/m)            Average (dBuV/m)
          Above 1000                              74                           54

Test conditions
  Frequency Range (MHz)                        RBW/VBW                  Sweep Time (s)
            30-1000                          120kHz/300kHz                    Auto
          1000-18000                           1MHz/3MHz                      Auto

Uncertainty Measurement
The measurement uncertainty (30MHz-1000MHz) is 4.98 dB (k=2).
The measurement uncertainty (1000MHz-18000MHz) is 5.06 dB (k=2).




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Test Results
Sweep the whole frequency band through the range from 30MHz to the 5th harmonic of the carrier,
the Emissions in the frequency band 18GHz-40GHz is more than 20dB below the limit are not
report.
N46_Mode 7: USB cable (Data Link with PC) <Figure 1>
 Frequency Range:                                      30MHz – 1GHz




 Frequency    QuasiPeak    Lim it    Margin   Meas.    Bandw idth   Height   Pol   Azimut     Corr.
   (MHz)      (dBuV/m)    (dBuV/      (dB)    Time        (kHz)      (cm)             h       (dB)

                            m)                 (ms)                                 (deg)

 34.383443      12.41      40.00      27.59   1000.0     120.000    100.0     V     76.0      -27.3

 156.002155     30.99      43.50      12.51   1000.0     120.000    175.0     H     90.0      -30.2

 216.007483     35.05      46.00      10.95   1000.0     120.000    125.0     H     94.0      -27.4

 402.168277     40.78      46.00      5.22    1000.0     120.000    100.0     H     -28.0     -23.4

 600.008645     31.57      46.00      14.43   1000.0     120.000    100.0     H     94.0      -19.2
 888.023467     31.55      46.00      14.45   1000.0     120.000    100.0     H     -30.0     -14.0

 Note:
 1.Emission level(QP)=Raw value by receiver + Corr(Antenna factor + cable loss - preamplifier
 gain)
 2.The raw value is used to calculate by software which is not shown in the sheet.
 3.Margin=limit value – emission level.



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N46_Mode 6: Charging mode+Camera+CC01+CG01+UA01+AB05<Figure 2>
 Frequency Range:                                     1GHz –18GHz




Final Result
   Frequency     MaxPeak     Average     Lim it   Margin   Meas.   Bandw idth   Height   Pol   Azimuth

     (MHz)       (dBuV/m)   (dBuV/m)   (dBuV/m)    (dB)    Time      (kHz)       (cm)           (deg)
 11628.200000       ---       39.84      54.00    14.16    100.0
                                                           (ms)    1000.000     100.0    V       0.0
 11628.200000      52.98       ---       74.00    21.02    100.0   1000.000     100.0    V       0.0
 13304.200000       ---       42.00      54.00    12.00    100.0   1000.000     200.0    V      12.0
 13304.200000      53.83       ---       74.00    20.17    100.0   1000.000     200.0    V      12.0
 14093.800000      54.44       ---       74.00    19.56    100.0   1000.000     100.0    V       0.0
 14093.800000       ---       42.09      54.00    11.91    100.0   1000.000     100.0    V       0.0
 15218.600000       ---       42.26      54.00    11.74    100.0   1000.000     200.0    V       0.0
 15218.600000      54.52       ---       74.00    19.48    100.0   1000.000     200.0    V       0.0
 16168.200000      55.86       ---       74.00    18.14    100.0   1000.000     200.0    V      23.0
 16168.200000       ---       43.52      54.00    10.48    100.0   1000.000     200.0    V      23.0
 17215.600000       ---       44.89      54.00     9.11    100.0   1000.000     200.0    V       0.0
 17215.600000      58.01       ---       74.00    15.99    100.0   1000.000     200.0    V       0.0
Note:
1.Emission level(peak or average)=Raw value by receiver + Corr(Antenna factor+ cable loss -
preamplifier gain)
2.The raw value is used to calculate by software which is not shown in the sheet.
3.Margin=limit value – emission level.




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Final Result
   Frequency     MaxPeak     Average     Lim it   Margin   Meas.   Bandw idth   Height   Pol   Azimuth
     (MHz)       (dBuV/m)   (dBuV/m)   (dBuV/m)    (dB)    Time      (kHz)       (cm)           (deg)
 11468.200000      52.91       ---       74.00    21.09    100.0
                                                           (ms)    1000.000     100.0    H      315.0
 11468.200000       ---       40.09      54.00    13.91    100.0   1000.000     100.0    H      315.0
 12552.400000       ---       41.21      54.00    12.79    100.0   1000.000     100.0    H      335.0
 12552.400000      53.26       ---       74.00    20.74    100.0   1000.000     100.0    H      335.0
 13368.400000      54.11       ---       74.00    19.89    100.0   1000.000     100.0    H      264.0
 13368.400000       ---       41.92      54.00    12.08    100.0   1000.000     100.0    H      264.0
 14627.200000       ---       41.93      54.00    12.07    100.0   1000.000     200.0    H      65.0
 14627.200000      54.52       ---       74.00    19.48    100.0   1000.000     200.0    H      65.0
 16004.000000      55.73       ---       74.00    18.27    100.0   1000.000     100.0    H      185.0
 16004.000000       ---       44.05      54.00     9.95    100.0   1000.000     100.0    H      185.0
 17169.400000      57.85       ---       74.00    16.15    100.0   1000.000     100.0    H      245.0
 17169.400000       ---       44.83      54.00     9.17    100.0   1000.000     100.0    H      245.0


Note:
1.Emission level(peak or average)=Raw value by receiver + Corr(Antenna factor+ cable loss -
preamplifier gain)
2.The raw value is used to calculate by software which is not shown in the sheet.
3.Margin=limit value – emission level.




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N10_Mode 7: USB cable (Data Link with PC) <Figure 1>
 Frequency Range:                                      30MHz – 1GHz




 Frequency    QuasiPeak    Lim it    Margin   Meas.    Bandw idth   Height   Pol   Azimut     Corr.
   (MHz)      (dBuV/m)    (dBuV/      (dB)    Time        (kHz)      (cm)             h       (dB)
                            m)                 (ms)                                 (deg)

 34.119179      20.64      40.00      19.36   1000.0     120.000    100.0     V     191.0     -27.3

 156.002771     34.45      43.50      9.05    1000.0     120.000    179.0     H     243.0     -30.2

 384.015893     39.13      46.00      6.87    1000.0     120.000    100.0     H     207.0     -23.6

 419.974635     37.51      46.00      8.49    1000.0     120.000    100.0     H     205.0     -23.3
 444.004709     37.62      46.00      8.38    1000.0     120.000    212.0     H     202.0     -22.8

 492.093464     25.71      46.00      20.29   1000.0     120.000    100.0     H     206.0     -21.9

 Note:
 1.Emission level(QP)=Raw value by receiver + Corr(Antenna factor + cable loss - preamplifier
 gain)
 2.The raw value is used to calculate by software which is not shown in the sheet.
 3.Margin=limit value – emission level.




East China Institute of Telecommunications                           Page Number        : 20 of 26
TEL: +86 21 63843300FAX:+86 21 63843301                              Report Issued Date : Aug.21, 2019


                                                                         Report No.:I19D00066-EMC01


N10_Mode 6: Charging mode+Camera+CC01+CG01+UA01+AB05<Figure 2>
 Frequency Range:                                        1GHz –18GHz




Final Result
   Frequency     MaxPeak      Average      Lim it    Margin   Meas.    Bandw idth   Height   Pol   Azimuth

     (MHz)       (dBuV/m)     (dBuV/m)    (dBuV/m)    (dB)    Time       (kHz)       (cm)           (deg)
  14728.400000       53.94          ---      74.00    20.06    100.0
                                                              (ms)       1000.000    200.0   V       116.0
  14728.400000          ---      41.71       54.00    12.29   100.0      1000.000    200.0   V       116.0
  15583.400000          ---      42.72       54.00    11.28   100.0      1000.000    100.0   V       358.0
  15583.400000       55.59          ---      74.00    18.41   100.0      1000.000    100.0   V       358.0
  16035.400000       56.32          ---      74.00    17.68   100.0      1000.000    100.0   V       274.0
  16035.400000          ---      44.16       54.00     9.84   100.0      1000.000    100.0   V       274.0
  16693.400000       55.37          ---      74.00    18.63   100.0      1000.000    100.0   V          0.0
  16693.400000          ---      43.79       54.00    10.21   100.0      1000.000    100.0   V          0.0
  17020.800000          ---      44.59       54.00     9.41   100.0      1000.000    100.0   V         27.0
  17020.800000       56.60          ---      74.00    17.40   100.0      1000.000    100.0   V         27.0
  17552.200000       57.22          ---      74.00    16.78   100.0      1000.000    100.0   V         37.0
  17552.200000          ---      44.84       54.00     9.16   100.0      1000.000    100.0   V         37.0
Note:
1.Emission level(peak or average)=Raw value by receiver + Corr(Antenna factor+ cable loss -
preamplifier gain)
2.The raw value is used to calculate by software which is not shown in the sheet.
3.Margin=limit value – emission level.




East China Institute of Telecommunications                               Page Number        : 21 of 26
TEL: +86 21 63843300FAX:+86 21 63843301                                  Report Issued Date : Aug.21, 2019


                                                                         Report No.:I19D00066-EMC01




Final Result
   Frequency     MaxPeak      Average      Lim it    Margin   Meas.    Bandw idth   Height   Pol   Azimuth
     (MHz)       (dBuV/m)     (dBuV/m)    (dBuV/m)    (dB)    Time       (kHz)       (cm)           (deg)
  15154.200000          ---      42.51       54.00    11.49    100.0
                                                              (ms)       1000.000    200.0   H          0.0
  15154.200000       54.17          ---      74.00    19.83   100.0      1000.000    200.0   H          0.0
  15939.200000       55.26          ---      74.00    18.74   100.0      1000.000    100.0   H       244.0
  15939.200000          ---      43.44       54.00    10.56   100.0      1000.000    100.0   H       244.0
  16289.800000          ---      43.31       54.00    10.69   100.0      1000.000    100.0   H       193.0
  16289.800000       55.73          ---      74.00    18.27   100.0      1000.000    100.0   H       193.0
  16916.400000          ---      44.28       54.00     9.72   100.0      1000.000    200.0   H       210.0
  16916.400000       56.37          ---      74.00    17.63   100.0      1000.000    200.0   H       210.0
  17167.200000       57.65          ---      74.00    16.35   100.0      1000.000    200.0   H       337.0
  17167.200000          ---      44.79       54.00     9.21   100.0      1000.000    200.0   H       337.0
  17738.400000          ---      44.21       54.00     9.79   100.0      1000.000    200.0   H          0.0
  17738.400000       56.24          ---      74.00    17.76   100.0      1000.000    200.0   H          0.0


Note:
1.Emission level(peak or average)=Raw value by receiver + Corr(Antenna factor+ cable loss -
preamplifier gain)
2.The raw value is used to calculate by software which is not shown in the sheet.
3.Margin=limit value – emission level.




East China Institute of Telecommunications                               Page Number        : 22 of 26
TEL: +86 21 63843300FAX:+86 21 63843301                                  Report Issued Date : Aug.21, 2019


                                                                    Report No.:I19D00066-EMC01



8.2 AC Conducted Emission
Method of Measurement
For equipment that is designed to be connected to the public utility (AC) power line, the radio
frequency voltage that is conducted back onto the AC power line on any frequency or frequencies
with the band 150 kHz to 30MHz shall not exceed the limits. Both lines of the power mains
connected to the EUT were checked for maximum conducted interference. Tested in accordance
with the procedures of ANSI C63.4-2014, section 7.3

Limit of Conducted Emission
   Frequency Range (MHz)                                Conducted Limit (dBuV)
                                             Quasi-peak                        Average
            0.15-0.5                          66 to 56*                        56 to 46*
           0.5-5                               56                                  46
           5-30                                60                                  50
*Decreases with the logarithm of the frequency

Test Condition in Charging Mode
      Voltage (V)             Frequency (Hz)                RBW                 Sweep Time (s)
          120                       60                      9 kHz                   Auto
Uncertainty Measurement
The measurement uncertainty is 3.66dB (k=2).

Test Results
N46_Mode 6: Charging mode+Camera+CC01+CG01+UA01+AB05<Figure 2>




East China Institute of Telecommunications                          Page Number        : 23 of 26
TEL: +86 21 63843300FAX:+86 21 63843301                             Report Issued Date : Aug.21, 2019


                                                                        Report No.:I19D00066-EMC01



 Frequency Range:                                         150kHz – 30MHz




  Frequency     QuasiPeak     Average        Lim it   Margin   Meas.    Bandw idth   Line   Filter   Corr.
    (MHz)         (dBμ V)     (dBμ V)    (dBμ V)       (dB)    Time       (kHz)                      (dB)
   0.411188         ---        38.05         47.62     9.58    15000.
                                                                (ms)      9.000      L1      ON       9.8
   0.411188        47.58         ---         57.62    10.05    15000.
                                                                 0        9.000      L1      ON       9.8
   0.668644         ---        32.98         46.00    13.02    15000.
                                                                 0        9.000      L1      ON       9.8
   0.668644        42.27         ---         56.00    13.73    15000.
                                                                 0        9.000      L1      ON       9.8
   1.220869         ---        32.72         46.00    13.28    15000.
                                                                 0        9.000      L1      ON       9.9
   1.220869        41.26         ---         56.00    14.74    15000.
                                                                 0        9.000      L1      ON       9.9
   2.926050         ---        33.29         46.00    12.71    15000.
                                                                 0        9.000      L1      ON      10.1
   2.926050        41.76         ---         56.00    14.24    15000.
                                                                 0        9.000      L1      ON      10.1
  18.336113         ---        31.01         50.00    18.99    15000.
                                                                 0        9.000      L1      ON      13.5
  18.336113        41.50         ---         60.00    18.50    15000.
                                                                 0        9.000      L1      ON      13.5
  22.765106         ---        15.18         50.00    34.82    15000.
                                                                 0        9.000      L1      ON      14.3
  22.765106        31.86         ---         60.00    28.14    15000.
                                                                 0        9.000      L1      ON      14.3
                                                                 0
Note:
1.Emission level(quasi-peak or Average peak)=Raw value by receiver + Corr(Insertion loss+ cable
loss)
2.The raw value is used to calculate by software which is not shown in the sheet.
3.Margin=limit value – emission level.
4.L1 and N line is all have been tested, the result of them is synthesized in the above data
diagram.




East China Institute of Telecommunications                               Page Number        : 24 of 26
TEL: +86 21 63843300FAX:+86 21 63843301                                  Report Issued Date : Aug.21, 2019


ECIT                                                                                          Report No.:119D00066—EMCO1


N10_Mode 6: Charging mode+Camera+CCO01+CGO1+UAQ1+ABO05«<Figure 2>
 Frequency Range:                                                           150kHz — 3OMHz


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  Frequency         Quas iPeak         Average         Lim it       Margin         Meas.      Bandw idth        Line    Filter     Corr.

     (MHz)              (dBp V)        (dBp V)       (dBp V)          (dB)         Time         (KHz)                              (dB)

   0.202238                              34.37         53.52         19.15        15000.        9.000           L1          ON      9.6
   0.202238                 44.25                      63.52         19.27        15000,        9.000           L1          ON      9.6
   0.407456                              35.81         47.70         11.89        15000,        9.000           L1          ON      9.6
   0.407456                 44.99                      57.70         12.71        15000.        9.000           L1          ON      9.6
   0.739538                 37.45                      56.00         18.55        15000,        9.000            N          ON      9.8
   0.739538                              30.32         46.00         15.68        15000,        9.000            N          ON      9.8
   3.418575                 40.86                      56.00         15.14        15000.        9.000           L1          ON      9.7
   3.418575                              31.91         46.00         14.09        15000,        9.000           L1          ON      9.7
   3.911100                 41.03                      56.00         14.97        15000,        9.000           L1          ON      9.7
   3.911100                              31.99         46.00         14.01        15000,        9.000           L1          ON      9.7
   16.951819                36.01                      60.00         24.00        15000,        9.000           L1          ON     10.1
   16.951819                             24.87         50.00         25.13        15000,        9.000           L1          ON     10.1


Note:
1.Emission level(quasi—peak or Average peak)=Raw value by receiver + Corr(Insertion loss+ cable
loss)
2. The raw value is used to calculate by software which is not shown in the sheet.
3. Margin=limit value — emission level.
4.L1 and N line is all have been tested, the result of them is synthesized in the above data
diagram.




East China Institute of Telecommunications                                                     Page Number                  : 25 of 26
TEL: +86 21 63843300FAX+86 21 63843301                                                         Repoit Issued Date           : Aug.21, 2019


                                                                Report No.:I19D00066-EMC01



Annex A Accreditation Certificate




                                  **********END OF REPORT***********




East China Institute of Telecommunications                      Page Number        : 26 of 26
TEL: +86 21 63843300FAX:+86 21 63843301                         Report Issued Date : Aug.21, 2019



Document Created: 2019-08-21 14:37:47
Document Modified: 2019-08-21 14:37:47

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