Study Description Results The peak SAR10g can exceed the INCIRP basic The VFM is placed at distances > Vermeeren et al. restriction for occupational 1 m from a BSA emitting 1 W at exposure on SAR10g up to a [2010] 3.5 GHz factor of 2 (20-40 W/kg) at 3.5 GHz. The SAR10g induced by a dipole Peak SAR10g values in the antenna tuned to 3.5 GHz is head model range from studied above two ground planes W/kg, when a reflective Ikeuchi et al. [2012] at different locations at a layer is placed next to the separation distance of 10 mm dipole which is fed 1 W at from an anatomical human head. 3.5 GHz. Peak SAR10g in an The SAR10g induced by a dipole anatomical human head antenna tuned to 3.5 GHz is model at 10 mm from the Ikeuchi et al. [2012] studied above different substrates antenna range from with the purpose of reducing the W/kg for an antenna SAR values. output power of 1 W. Table 2 Fi 1
Study Description Results Vermeeren et al. [2010] The VFM is placed at distances > 1 m from a BSA emitting 1 W at 3.5 GHz The peak SAR10g can exceed the INCIRP basic restriction for occupational exposure on SAR10g up to a factor of 2 (20-40 W/kg) at 3.5 GHz. Ikeuchi et al. [2012] The SAR10g induced by a dipole antenna tuned to 3.5 GHz is studied above two ground planes at different locations at a separation distance of 10 mm from an anatomical human head. Peak SAR10g values in the head model range from W/kg, when a reflective layer is placed next to the dipole which is fed 1 W at 3.5 GHz. Ikeuchi et al. [2012] The SAR10g induced by a dipole antenna tuned to 3.5 GHz is studied above different substrates with the purpose of reducing the SAR values. Peak SAR10g in an anatomical human head model at 10 mm from the antenna range from W/kg for an antenna output power of 1 W. Table 2 Fi 1
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