RF exposure

FCC ID: 2ABHA0069

RF Exposure Info

Download: PDF
FCCID_4482727

RF EXPOSURE EVALUATION

EUT Specification

EUT                          Bluetooth earbuds
Model Number                 SL360,EB44,SL353,SL369,SL381,SL362,SL328,SL352,
                             2442, 2443, 2444
FCC ID                       2ABHA0069
Antenna gain (Max)           0dBi
Operation Frequency          2402-2480MHz
Input Rating                 DC 3.7V Battery
Classification Per           §15.247(i), §2.1093
Stipulated Test Standard
Kind of Device: Bluetooth Ver.5.0
Modulation                 GFSK, π/4-DQPSK
Max. output power          -5.64dBm(0.000273 W)


Test Requirement:

According to §15.247(i) and §1.1307(b)(1), systems operating under the
provisions of this section shall be operated in a manner that ensures that the
public is not exposed to radio frequency energy level in excess of the
Commission’s guidelines.


    Rouutine SAR evaluation  n refers to that spec
                                                 cifically req
                                                             quired by §
                                                                       §2.1093, us sing
    meaasurementts or comp   puter simuulation. Wh
                                                 hen routine  e SAR eva aluation is not
    required, porttable transsmitters with output power
                                                  p        greater than tthe applica
                                                                                   able
    low
      w threshold require SA AR evaluattion to qua
                                                 ality for TCBB approval.


    One
      e antenna is availab
                         ble for the EUT. The
                                            e minimum
                                                    m separatio
                                                              on distanc
                                                                       ce is
    5mm.
BT DSS:

  Transm
       mit                  Meaasured   Tune up
                                                      Max tune up     Calculation    1-g
 Freque
      ency       Mo
                  ode        Poower      Power
                                                      power((dBm)       Result       SAR
   (MHzz)                    (d
                              dBm)       (dBm)
   2.402       GFSK           -6
                               6.96       -6±1             -5
                                                            5         0.0980204           3
   2.441       GFSK           -6
                               6.28       -6±1             -5
                                                            5         0.0988130           3
   2.480       GFSK           -6
                               6.46       -6±1             -5
                                                            5         0.0995992           3
               Π/4--DQ
   2.402                      -6
                               6.17       -6±1             -5
                                                            5         0.0980204           3
                PSSK
               Π/4--DQ
   2.441                      -5
                               5.64       -6±1             -5
                                                            5         0.0988130           3
                PSSK
               Π/4--DQ
   2.480                      -5
                               5.81       -6±1             -5
                                                            5         0.0995992           3
                PSSK




    Acccording to KDB 4474
                         498, no sttand-alone required for
                                                       f BT anttenna, and
                                                                        d no
    sim
      multaneous SAR measurement is requiredd.

    Signature:




       L
       Lisa Wang
     Daate:   2019--10-15



Document Created: 2019-10-16 13:07:57
Document Modified: 2019-10-16 13:07:57

© 2024 FCC.report
This site is not affiliated with or endorsed by the FCC