id sid tid token lemma pos bam-6040 1 1 bam bam VERB bam-6040 1 2 12 12 NUM bam-6040 1 3 ( ( PUNCT bam-6040 1 4 1 1 NUM bam-6040 1 5 ) ) PUNCT bam-6040 1 6 2002 2002 NUM bam-6040 1 7 inductive inductive ADJ bam-6040 1 8 powering powering NOUN bam-6040 1 9 of of ADP bam-6040 1 10 subcutaneous subcutaneous ADJ bam-6040 1 11 stimulators stimulator NOUN bam-6040 1 12 eur eur PROPN bam-6040 1 13 j j PROPN bam-6040 1 14 transl transl PROPN bam-6040 1 15 myol myol NOUN bam-6040 1 16 26 26 NUM bam-6040 1 17 ( ( PUNCT bam-6040 1 18 2 2 NUM bam-6040 1 19 ) ) PUNCT bam-6040 1 20 155 155 NUM bam-6040 1 21 - - SYM bam-6040 1 22 160 160 NUM bam-6040 1 23 155 155 NUM bam-6040 1 24 inductive inductive ADJ bam-6040 1 25 powering powering NOUN bam-6040 1 26 of of ADP bam-6040 1 27 subcutaneous subcutaneous ADJ bam-6040 1 28 stimulators stimulator NOUN bam-6040 1 29 : : PUNCT bam-6040 1 30 key key ADJ bam-6040 1 31 parameters parameter NOUN bam-6040 1 32 and and CCONJ bam-6040 1 33 their their PRON bam-6040 1 34 impact impact NOUN bam-6040 1 35 on on ADP bam-6040 1 36 the the DET bam-6040 1 37 design design NOUN bam-6040 1 38 methodology methodology NOUN bam-6040 1 39 carmen carman NOUN bam-6040 1 40 godfraind godfraind NOUN bam-6040 1 41 ( ( PUNCT bam-6040 1 42 1,2 1,2 NUM bam-6040 1 43 ) ) PUNCT bam-6040 1 44 , , PUNCT bam-6040 1 45 adrien adrien PROPN bam-6040 1 46 debelle debelle PROPN bam-6040 1 47 ( ( PUNCT bam-6040 1 48 2 2 NUM bam-6040 1 49 ) ) PUNCT bam-6040 1 50 , , PUNCT bam-6040 1 51 laurent laurent PROPN bam-6040 1 52 lonys lonys PROPN bam-6040 1 53 ( ( PUNCT bam-6040 1 54 2 2 NUM bam-6040 1 55 ) ) PUNCT bam-6040 1 56 , , PUNCT bam-6040 1 57 vicente vicente NOUN bam-6040 1 58 acuΓ±a acuΓ±a ADJ bam-6040 1 59 ( ( PUNCT bam-6040 1 60 2 2 NUM bam-6040 1 61 ) ) PUNCT bam-6040 1 62 , , PUNCT bam-6040 1 63 pascal pascal ADJ bam-6040 1 64 doguet doguet NOUN bam-6040 1 65 ( ( PUNCT bam-6040 1 66 1 1 NUM bam-6040 1 67 ) ) PUNCT bam-6040 1 68 , , PUNCT bam-6040 1 69 antoine antoine PROPN bam-6040 1 70 nonclercq nonclercq PROPN bam-6040 1 71 ( ( PUNCT bam-6040 1 72 2 2 NUM bam-6040 1 73 ) ) PUNCT bam-6040 1 74 ( ( PUNCT bam-6040 1 75 1 1 X bam-6040 1 76 ) ) PUNCT bam-6040 1 77 synergia synergia NOUN bam-6040 1 78 medical medical ADJ bam-6040 1 79 , , PUNCT bam-6040 1 80 mont mont NOUN bam-6040 1 81 - - PUNCT bam-6040 1 82 saint saint NOUN bam-6040 1 83 - - PUNCT bam-6040 1 84 guibert guibert NOUN bam-6040 1 85 , , PUNCT bam-6040 1 86 belgium belgium NOUN bam-6040 1 87 ; ; PUNCT bam-6040 1 88 ( ( PUNCT bam-6040 1 89 2 2 X bam-6040 1 90 ) ) PUNCT bam-6040 1 91 universitΓ© universitΓ© PROPN bam-6040 1 92 libre libre PROPN bam-6040 1 93 de de X bam-6040 1 94 bruxelles bruxelles PROPN bam-6040 1 95 , , PUNCT bam-6040 1 96 belgium belgium NOUN bam-6040 1 97 this this DET bam-6040 1 98 article article NOUN bam-6040 1 99 is be AUX bam-6040 1 100 distributed distribute VERB bam-6040 1 101 under under ADP bam-6040 1 102 the the DET bam-6040 1 103 terms term NOUN bam-6040 1 104 of of ADP bam-6040 1 105 the the DET bam-6040 1 106 creative creative ADJ bam-6040 1 107 commons common NOUN bam-6040 1 108 attribution attribution NOUN bam-6040 1 109 noncommercial noncommercial ADJ bam-6040 1 110 license license NOUN bam-6040 1 111 ( ( PUNCT bam-6040 1 112 cc cc NOUN bam-6040 1 113 by by ADP bam-6040 1 114 - - PUNCT bam-6040 1 115 nc nc PROPN bam-6040 1 116 4.0 4.0 NUM bam-6040 1 117 ) ) PUNCT bam-6040 1 118 which which PRON bam-6040 1 119 permits permit VERB bam-6040 1 120 any any DET bam-6040 1 121 noncommercial noncommercial ADJ bam-6040 1 122 use use NOUN bam-6040 1 123 , , PUNCT bam-6040 1 124 distribution distribution NOUN bam-6040 1 125 , , PUNCT bam-6040 1 126 and and CCONJ bam-6040 1 127 reproduction reproduction NOUN bam-6040 1 128 in in ADP bam-6040 1 129 any any DET bam-6040 1 130 medium medium NOUN bam-6040 1 131 , , PUNCT bam-6040 1 132 provided provide VERB bam-6040 1 133 the the DET bam-6040 1 134 original original ADJ bam-6040 1 135 author(s author(s NOUN bam-6040 1 136 ) ) PUNCT bam-6040 1 137 and and CCONJ bam-6040 1 138 source source NOUN bam-6040 1 139 are be AUX bam-6040 1 140 credited credit VERB bam-6040 1 141 . . PUNCT bam-6040 2 1 abstract abstract ADJ bam-6040 2 2 inductive inductive ADJ bam-6040 2 3 powering powering NOUN bam-6040 2 4 of of ADP bam-6040 2 5 implantable implantable ADJ bam-6040 2 6 medical medical ADJ bam-6040 2 7 devices device NOUN bam-6040 2 8 involves involve VERB bam-6040 2 9 numerous numerous ADJ bam-6040 2 10 factors factor NOUN bam-6040 2 11 acting act VERB bam-6040 2 12 on on ADP bam-6040 2 13 the the DET bam-6040 2 14 system system NOUN bam-6040 2 15 efficiency efficiency NOUN bam-6040 2 16 and and CCONJ bam-6040 2 17 safety safety NOUN bam-6040 2 18 in in ADP bam-6040 2 19 adversarial adversarial ADJ bam-6040 2 20 ways way NOUN bam-6040 2 21 . . PUNCT bam-6040 3 1 this this DET bam-6040 3 2 paper paper NOUN bam-6040 3 3 lightens lighten VERB bam-6040 3 4 up up ADP bam-6040 3 5 their their PRON bam-6040 3 6 role role NOUN bam-6040 3 7 and and CCONJ bam-6040 3 8 identifies identify VERB bam-6040 3 9 a a DET bam-6040 3 10 procedure procedure NOUN bam-6040 3 11 enabling enable VERB bam-6040 3 12 the the DET bam-6040 3 13 system system NOUN bam-6040 3 14 design design NOUN bam-6040 3 15 . . PUNCT bam-6040 4 1 the the DET bam-6040 4 2 latter latter ADJ bam-6040 4 3 enables enable VERB bam-6040 4 4 the the DET bam-6040 4 5 problem problem NOUN bam-6040 4 6 to to PART bam-6040 4 7 be be AUX bam-6040 4 8 decoupled decouple VERB bam-6040 4 9 into into ADP bam-6040 4 10 four four NUM bam-6040 4 11 principal principal ADJ bam-6040 4 12 steps step NOUN bam-6040 4 13 : : PUNCT bam-6040 4 14 the the DET bam-6040 4 15 frequency frequency NOUN bam-6040 4 16 choice choice NOUN bam-6040 4 17 , , PUNCT bam-6040 4 18 the the DET bam-6040 4 19 magnetic magnetic PROPN bam-6040 4 20 link link PROPN bam-6040 4 21 optimization optimization NOUN bam-6040 4 22 , , PUNCT bam-6040 4 23 the the DET bam-6040 4 24 secondary secondary ADJ bam-6040 4 25 circuit circuit NOUN bam-6040 4 26 and and CCONJ bam-6040 4 27 then then ADV bam-6040 4 28 finally finally ADV bam-6040 4 29 the the DET bam-6040 4 30 primary primary ADJ bam-6040 4 31 circuit circuit NOUN bam-6040 4 32 designs design NOUN bam-6040 4 33 . . PUNCT bam-6040 5 1 the the DET bam-6040 5 2 methodology methodology NOUN bam-6040 5 3 has have AUX bam-6040 5 4 been be AUX bam-6040 5 5 tested test VERB bam-6040 5 6 for for ADP bam-6040 5 7 the the DET bam-6040 5 8 powering power VERB bam-6040 5 9 system system NOUN bam-6040 5 10 of of ADP bam-6040 5 11 a a DET bam-6040 5 12 device device NOUN bam-6040 5 13 requirering requirere VERB bam-6040 5 14 a a DET bam-6040 5 15 power power NOUN bam-6040 5 16 of of ADP bam-6040 5 17 300mw 300mw PROPN bam-6040 5 18 and and CCONJ bam-6040 5 19 implanted implant VERB bam-6040 5 20 at at ADP bam-6040 5 21 a a DET bam-6040 5 22 distance distance NOUN bam-6040 5 23 of of ADP bam-6040 5 24 15 15 NUM bam-6040 5 25 to to PART bam-6040 5 26 30 30 NUM bam-6040 5 27 mm mm NOUN bam-6040 5 28 from from ADP bam-6040 5 29 the the DET bam-6040 5 30 outside outside ADJ bam-6040 5 31 power power NOUN bam-6040 5 32 source source NOUN bam-6040 5 33 . . PUNCT bam-6040 6 1 it it PRON bam-6040 6 2 allowed allow VERB bam-6040 6 3 the the DET bam-6040 6 4 identification identification NOUN bam-6040 6 5 of of ADP bam-6040 6 6 the the DET bam-6040 6 7 most most ADV bam-6040 6 8 critical critical ADJ bam-6040 6 9 parameters parameter NOUN bam-6040 6 10 . . PUNCT bam-6040 7 1 a a DET bam-6040 7 2 satisfying satisfying ADJ bam-6040 7 3 efficiency efficiency NOUN bam-6040 7 4 of of ADP bam-6040 7 5 34 34 NUM bam-6040 7 6 % % NOUN bam-6040 7 7 was be AUX bam-6040 7 8 reached reach VERB bam-6040 7 9 at at ADP bam-6040 7 10 21 21 NUM bam-6040 7 11 mm mm NUM bam-6040 7 12 and and CCONJ bam-6040 7 13 tend tend VERB bam-6040 7 14 to to PART bam-6040 7 15 validate validate VERB bam-6040 7 16 the the DET bam-6040 7 17 proposed propose VERB bam-6040 7 18 design design NOUN bam-6040 7 19 procedure procedure NOUN bam-6040 7 20 . . PUNCT bam-6040 8 1 key key ADJ bam-6040 8 2 words word NOUN bam-6040 8 3 : : PUNCT bam-6040 8 4 implanted implant VERB bam-6040 8 5 neurostimulators neurostimulator NOUN bam-6040 8 6 , , PUNCT bam-6040 8 7 inductive inductive ADJ bam-6040 8 8 powering powering NOUN bam-6040 8 9 , , PUNCT bam-6040 8 10 design design NOUN bam-6040 8 11 methodology methodology NOUN bam-6040 8 12 , , PUNCT bam-6040 8 13 efficiency efficiency NOUN bam-6040 8 14 optimisation optimisation NOUN bam-6040 8 15 eur eur PROPN bam-6040 8 16 j j PROPN bam-6040 8 17 transl transl PROPN bam-6040 8 18 myol myol NOUN bam-6040 8 19 2016 2016 NUM bam-6040 8 20 26 26 NUM bam-6040 8 21 ( ( PUNCT bam-6040 8 22 2 2 NUM bam-6040 8 23 ) ) PUNCT bam-6040 8 24 155 155 NUM bam-6040 8 25 - - SYM bam-6040 8 26 160 160 NUM bam-6040 8 27 the the DET bam-6040 8 28 use use NOUN bam-6040 8 29 of of ADP bam-6040 8 30 inductive inductive ADJ bam-6040 8 31 powering power VERB bam-6040 8 32 systems system NOUN bam-6040 8 33 for for ADP bam-6040 8 34 implantable implantable ADJ bam-6040 8 35 stimulators stimulator NOUN bam-6040 8 36 has have AUX bam-6040 8 37 risen rise VERB bam-6040 8 38 unceasingly unceasingly ADV bam-6040 8 39 over over ADP bam-6040 8 40 the the DET bam-6040 8 41 last last ADJ bam-6040 8 42 years year NOUN bam-6040 8 43 since since SCONJ bam-6040 8 44 this this DET bam-6040 8 45 non non ADJ bam-6040 8 46 - - ADJ bam-6040 8 47 invasive invasive ADJ bam-6040 8 48 technology technology NOUN bam-6040 8 49 offers offer VERB bam-6040 8 50 an an DET bam-6040 8 51 unlimited unlimited ADJ bam-6040 8 52 controllable controllable ADJ bam-6040 8 53 power power NOUN bam-6040 8 54 source source NOUN bam-6040 8 55 , , PUNCT bam-6040 8 56 coping cope VERB bam-6040 8 57 with with ADP bam-6040 8 58 problems problem NOUN bam-6040 8 59 of of ADP bam-6040 8 60 nonrechargeable nonrechargeable ADJ bam-6040 8 61 batteries battery NOUN bam-6040 8 62 or or CCONJ bam-6040 8 63 percutaneous percutaneous ADJ bam-6040 8 64 electrodes electrode NOUN bam-6040 8 65 leads lead NOUN bam-6040 8 66 . . PUNCT bam-6040 9 1 batteries battery NOUN bam-6040 9 2 present present VERB bam-6040 9 3 a a DET bam-6040 9 4 limited limited ADJ bam-6040 9 5 lifetime lifetime NOUN bam-6040 9 6 requiring require VERB bam-6040 9 7 regular regular ADJ bam-6040 9 8 surgical surgical ADJ bam-6040 9 9 operations operation NOUN bam-6040 9 10 for for ADP bam-6040 9 11 replacement replacement NOUN bam-6040 9 12 . . PUNCT bam-6040 10 1 moreover moreover ADV bam-6040 10 2 , , PUNCT bam-6040 10 3 the the DET bam-6040 10 4 limitation limitation NOUN bam-6040 10 5 on on ADP bam-6040 10 6 the the DET bam-6040 10 7 size size NOUN bam-6040 10 8 of of ADP bam-6040 10 9 the the DET bam-6040 10 10 implanted implant VERB bam-6040 10 11 systems system NOUN bam-6040 10 12 strongly strongly ADV bam-6040 10 13 restricts restrict VERB bam-6040 10 14 the the DET bam-6040 10 15 energy energy NOUN bam-6040 10 16 budget budget NOUN bam-6040 10 17 of of ADP bam-6040 10 18 the the DET bam-6040 10 19 battery battery NOUN bam-6040 10 20 . . PUNCT bam-6040 11 1 1 1 NUM bam-6040 11 2 inductive inductive ADJ bam-6040 11 3 powering powering NOUN bam-6040 11 4 is be AUX bam-6040 11 5 based base VERB bam-6040 11 6 on on ADP bam-6040 11 7 the the DET bam-6040 11 8 magnetic magnetic ADJ bam-6040 11 9 coupling coupling NOUN bam-6040 11 10 of of ADP bam-6040 11 11 two two NUM bam-6040 11 12 coils coil NOUN bam-6040 11 13 : : PUNCT bam-6040 11 14 one one NUM bam-6040 11 15 ( ( PUNCT bam-6040 11 16 coil coil NOUN bam-6040 11 17 1 1 NUM bam-6040 11 18 ) ) PUNCT bam-6040 11 19 outside outside ADP bam-6040 11 20 the the DET bam-6040 11 21 body body NOUN bam-6040 11 22 , , PUNCT bam-6040 11 23 transmitting transmit VERB bam-6040 11 24 the the DET bam-6040 11 25 energy energy NOUN bam-6040 11 26 , , PUNCT bam-6040 11 27 and and CCONJ bam-6040 11 28 another another PRON bam-6040 11 29 ( ( PUNCT bam-6040 11 30 coil coil NOUN bam-6040 11 31 2 2 NUM bam-6040 11 32 ) ) PUNCT bam-6040 11 33 implanted implant VERB bam-6040 11 34 within within ADP bam-6040 11 35 the the DET bam-6040 11 36 body body NOUN bam-6040 11 37 , , PUNCT bam-6040 11 38 receiving receive VERB bam-6040 11 39 the the DET bam-6040 11 40 energy energy NOUN bam-6040 11 41 . . PUNCT bam-6040 12 1 this this DET bam-6040 12 2 energy energy NOUN bam-6040 12 3 is be AUX bam-6040 12 4 delivered deliver VERB bam-6040 12 5 to to ADP bam-6040 12 6 a a DET bam-6040 12 7 rechargeable rechargeable ADJ bam-6040 12 8 battery battery NOUN bam-6040 12 9 or or CCONJ bam-6040 12 10 can can AUX bam-6040 12 11 be be AUX bam-6040 12 12 used use VERB bam-6040 12 13 directly directly ADV bam-6040 12 14 by by ADP bam-6040 12 15 the the DET bam-6040 12 16 implant implant NOUN bam-6040 12 17 to to PART bam-6040 12 18 perform perform VERB bam-6040 12 19 the the DET bam-6040 12 20 stimulation stimulation NOUN bam-6040 12 21 . . PUNCT bam-6040 13 1 the the DET bam-6040 13 2 energy energy NOUN bam-6040 13 3 provided provide VERB bam-6040 13 4 to to ADP bam-6040 13 5 the the DET bam-6040 13 6 primary primary ADJ bam-6040 13 7 circuit circuit NOUN bam-6040 13 8 by by ADP bam-6040 13 9 a a DET bam-6040 13 10 dc dc PROPN bam-6040 13 11 supply supply NOUN bam-6040 13 12 source source NOUN bam-6040 13 13 is be AUX bam-6040 13 14 converted convert VERB bam-6040 13 15 into into ADP bam-6040 13 16 an an DET bam-6040 13 17 alternative alternative ADJ bam-6040 13 18 signal signal NOUN bam-6040 13 19 by by ADP bam-6040 13 20 a a DET bam-6040 13 21 power power NOUN bam-6040 13 22 amplifier amplifier NOUN bam-6040 13 23 ( ( PUNCT bam-6040 13 24 pa pa PROPN bam-6040 13 25 ) ) PUNCT bam-6040 13 26 . . PUNCT bam-6040 14 1 this this DET bam-6040 14 2 signal signal NOUN bam-6040 14 3 flows flow VERB bam-6040 14 4 through through ADP bam-6040 14 5 the the DET bam-6040 14 6 primary primary ADJ bam-6040 14 7 coil coil NOUN bam-6040 14 8 and and CCONJ bam-6040 14 9 generates generate VERB bam-6040 14 10 an an DET bam-6040 14 11 oscillating oscillate VERB bam-6040 14 12 magnetic magnetic ADJ bam-6040 14 13 field field NOUN bam-6040 14 14 sensed sense VERB bam-6040 14 15 by by ADP bam-6040 14 16 the the DET bam-6040 14 17 secondary secondary ADJ bam-6040 14 18 coil coil NOUN bam-6040 14 19 inside inside ADP bam-6040 14 20 the the DET bam-6040 14 21 body body NOUN bam-6040 14 22 . . PUNCT bam-6040 15 1 magnetic magnetic ADJ bam-6040 15 2 energy energy NOUN bam-6040 15 3 is be AUX bam-6040 15 4 then then ADV bam-6040 15 5 transformed transform VERB bam-6040 15 6 to to ADP bam-6040 15 7 electrical electrical ADJ bam-6040 15 8 energy energy NOUN bam-6040 15 9 via via ADP bam-6040 15 10 a a DET bam-6040 15 11 resonant resonant ADJ bam-6040 15 12 secondary secondary ADJ bam-6040 15 13 circuit circuit NOUN bam-6040 15 14 . . PUNCT bam-6040 16 1 finally finally ADV bam-6040 16 2 , , PUNCT bam-6040 16 3 it it PRON bam-6040 16 4 is be AUX bam-6040 16 5 turned turn VERB bam-6040 16 6 into into ADP bam-6040 16 7 a a DET bam-6040 16 8 dc dc PROPN bam-6040 16 9 signal signal NOUN bam-6040 16 10 by by ADP bam-6040 16 11 a a DET bam-6040 16 12 power power NOUN bam-6040 16 13 rectifier rectifier NOUN bam-6040 16 14 . . PUNCT bam-6040 17 1 despite despite SCONJ bam-6040 17 2 its its PRON bam-6040 17 3 widespread widespread ADJ bam-6040 17 4 use use NOUN bam-6040 17 5 , , PUNCT bam-6040 17 6 inductive inductive ADJ bam-6040 17 7 powering power VERB bam-6040 17 8 technology technology NOUN bam-6040 17 9 still still ADV bam-6040 17 10 presents present VERB bam-6040 17 11 numerous numerous ADJ bam-6040 17 12 challenges challenge NOUN bam-6040 17 13 when when SCONJ bam-6040 17 14 it it PRON bam-6040 17 15 comes come VERB bam-6040 17 16 to to ADP bam-6040 17 17 applying apply VERB bam-6040 17 18 it it PRON bam-6040 17 19 to to ADP bam-6040 17 20 implantable implantable ADJ bam-6040 17 21 medical medical ADJ bam-6040 17 22 devices device NOUN bam-6040 17 23 . . PUNCT bam-6040 18 1 the the DET bam-6040 18 2 complexity complexity NOUN bam-6040 18 3 of of ADP bam-6040 18 4 the the DET bam-6040 18 5 interactions interaction NOUN bam-6040 18 6 between between ADP bam-6040 18 7 the the DET bam-6040 18 8 different different ADJ bam-6040 18 9 factors factor NOUN bam-6040 18 10 on on ADP bam-6040 18 11 which which PRON bam-6040 18 12 the the DET bam-6040 18 13 power power NOUN bam-6040 18 14 transfer transfer NOUN bam-6040 18 15 system system NOUN bam-6040 18 16 ( ( PUNCT bam-6040 18 17 pts pt NOUN bam-6040 18 18 ) ) PUNCT bam-6040 18 19 relies relie NOUN bam-6040 18 20 implies imply VERB bam-6040 18 21 an an DET bam-6040 18 22 in in ADP bam-6040 18 23 - - PUNCT bam-6040 18 24 depth depth NOUN bam-6040 18 25 study study NOUN bam-6040 18 26 leading lead VERB bam-6040 18 27 to to ADP bam-6040 18 28 the the DET bam-6040 18 29 identification identification NOUN bam-6040 18 30 of of ADP bam-6040 18 31 a a DET bam-6040 18 32 reliable reliable ADJ bam-6040 18 33 and and CCONJ bam-6040 18 34 efficient efficient ADJ bam-6040 18 35 design design NOUN bam-6040 18 36 procedure procedure NOUN bam-6040 18 37 the the DET bam-6040 18 38 proposed propose VERB bam-6040 18 39 paper paper NOUN bam-6040 18 40 consolidates consolidate VERB bam-6040 18 41 current current ADJ bam-6040 18 42 literature literature NOUN bam-6040 18 43 to to PART bam-6040 18 44 produce produce VERB bam-6040 18 45 a a DET bam-6040 18 46 coherent coherent ADJ bam-6040 18 47 methodology methodology NOUN bam-6040 18 48 that that PRON bam-6040 18 49 is be AUX bam-6040 18 50 validated validate VERB bam-6040 18 51 on on ADP bam-6040 18 52 a a DET bam-6040 18 53 case case NOUN bam-6040 18 54 study study NOUN bam-6040 18 55 through through ADP bam-6040 18 56 simulations simulation NOUN bam-6040 18 57 and and CCONJ bam-6040 18 58 measurements measurement NOUN bam-6040 18 59 . . PUNCT bam-6040 19 1 materials material NOUN bam-6040 19 2 and and CCONJ bam-6040 19 3 methods method NOUN bam-6040 19 4 the the DET bam-6040 19 5 global global ADJ bam-6040 19 6 design design NOUN bam-6040 19 7 methodology methodology NOUN bam-6040 19 8 chart chart NOUN bam-6040 19 9 flow flow NOUN bam-6040 19 10 is be AUX bam-6040 19 11 presented present VERB bam-6040 19 12 in in ADP bam-6040 19 13 fig fig NOUN bam-6040 19 14 . . PUNCT bam-6040 20 1 1 1 X bam-6040 20 2 . . PUNCT bam-6040 20 3 the the DET bam-6040 20 4 system system NOUN bam-6040 20 5 can can AUX bam-6040 20 6 be be AUX bam-6040 20 7 decoupled decouple VERB bam-6040 20 8 according accord VERB bam-6040 20 9 to to ADP bam-6040 20 10 its its PRON bam-6040 20 11 physical physical ADJ bam-6040 20 12 and and CCONJ bam-6040 20 13 electrical electrical ADJ bam-6040 20 14 parts part NOUN bam-6040 20 15 . . PUNCT bam-6040 21 1 two two NUM bam-6040 21 2 main main ADJ bam-6040 21 3 aspects aspect NOUN bam-6040 21 4 are be AUX bam-6040 21 5 thus thus ADV bam-6040 21 6 to to PART bam-6040 21 7 be be AUX bam-6040 21 8 considered consider VERB bam-6040 21 9 for for ADP bam-6040 21 10 the the DET bam-6040 21 11 design design NOUN bam-6040 21 12 methodology methodology NOUN bam-6040 21 13 : : PUNCT bam-6040 21 14 the the DET bam-6040 21 15 magnetic magnetic PROPN bam-6040 21 16 link link NOUN bam-6040 21 17 design design NOUN bam-6040 21 18 and and CCONJ bam-6040 21 19 the the DET bam-6040 21 20 electronic electronic ADJ bam-6040 21 21 design design NOUN bam-6040 21 22 . . PUNCT bam-6040 22 1 the the DET bam-6040 22 2 magnetic magnetic PROPN bam-6040 22 3 link link NOUN bam-6040 22 4 design design NOUN bam-6040 22 5 is be AUX bam-6040 22 6 based base VERB bam-6040 22 7 on on ADP bam-6040 22 8 the the DET bam-6040 22 9 optimization optimization NOUN bam-6040 22 10 of of ADP bam-6040 22 11 the the DET bam-6040 22 12 magnetic magnetic ADJ bam-6040 22 13 coupling coupling NOUN bam-6040 22 14 between between ADP bam-6040 22 15 the the DET bam-6040 22 16 transmitter transmitter NOUN bam-6040 22 17 and and CCONJ bam-6040 22 18 the the DET bam-6040 22 19 receiver receiver NOUN bam-6040 22 20 , , PUNCT bam-6040 22 21 and and CCONJ bam-6040 22 22 aims aim VERB bam-6040 22 23 to to PART bam-6040 22 24 minimize minimize VERB bam-6040 22 25 the the DET bam-6040 22 26 power power NOUN bam-6040 22 27 loss loss NOUN bam-6040 22 28 between between ADP bam-6040 22 29 them they PRON bam-6040 22 30 . . PUNCT bam-6040 23 1 it it PRON bam-6040 23 2 only only ADV bam-6040 23 3 depends depend VERB bam-6040 23 4 on on ADP bam-6040 23 5 the the DET bam-6040 23 6 material material NOUN bam-6040 23 7 properties property NOUN bam-6040 23 8 and and CCONJ bam-6040 23 9 the the DET bam-6040 23 10 coil coil NOUN bam-6040 23 11 geometries geometry NOUN bam-6040 23 12 and and CCONJ bam-6040 23 13 placement placement NOUN bam-6040 23 14 . . PUNCT bam-6040 24 1 it it PRON bam-6040 24 2 is be AUX bam-6040 24 3 therefore therefore ADV bam-6040 24 4 the the DET bam-6040 24 5 first first ADJ bam-6040 24 6 step step NOUN bam-6040 24 7 of of ADP bam-6040 24 8 the the DET bam-6040 24 9 design design NOUN bam-6040 24 10 procedure procedure NOUN bam-6040 24 11 . . PUNCT bam-6040 25 1 the the DET bam-6040 25 2 electronic electronic ADJ bam-6040 25 3 design design NOUN bam-6040 25 4 can can AUX bam-6040 25 5 in in ADP bam-6040 25 6 itself itself PRON bam-6040 25 7 be be AUX bam-6040 25 8 split split VERB bam-6040 25 9 into into ADP bam-6040 25 10 two two NUM bam-6040 25 11 steps step NOUN bam-6040 25 12 : : PUNCT bam-6040 25 13 the the DET bam-6040 25 14 design design NOUN bam-6040 25 15 of of ADP bam-6040 25 16 the the DET bam-6040 25 17 secondary secondary ADJ bam-6040 25 18 circuit circuit NOUN bam-6040 25 19 and and CCONJ bam-6040 25 20 then then ADV bam-6040 25 21 the the DET bam-6040 25 22 determination determination NOUN bam-6040 25 23 of of ADP bam-6040 25 24 the the DET bam-6040 25 25 primary primary ADJ bam-6040 25 26 circuit circuit NOUN bam-6040 25 27 components component NOUN bam-6040 25 28 . . PUNCT bam-6040 26 1 this this DET bam-6040 26 2 division division NOUN bam-6040 26 3 into into ADP bam-6040 26 4 subsystems subsystem NOUN bam-6040 26 5 is be AUX bam-6040 26 6 convenient convenient ADJ bam-6040 26 7 to to PART bam-6040 26 8 tune tune VERB bam-6040 26 9 each each DET bam-6040 26 10 oscillating oscillate VERB bam-6040 26 11 circuit circuit NOUN bam-6040 26 12 individually individually ADV bam-6040 26 13 . . PUNCT bam-6040 27 1 it it PRON bam-6040 27 2 reduces reduce VERB bam-6040 27 3 the the DET bam-6040 27 4 risk risk NOUN bam-6040 27 5 of of ADP bam-6040 27 6 having have VERB bam-6040 27 7 to to PART bam-6040 27 8 change change VERB bam-6040 27 9 the the DET bam-6040 27 10 secondary secondary ADJ bam-6040 27 11 coil coil NOUN bam-6040 27 12 or or CCONJ bam-6040 27 13 circuit circuit NOUN bam-6040 27 14 after after ADP bam-6040 27 15 a a DET bam-6040 27 16 modification modification NOUN bam-6040 27 17 of of ADP bam-6040 27 18 the the DET bam-6040 27 19 primary primary ADJ bam-6040 27 20 circuit circuit NOUN bam-6040 27 21 . . PUNCT bam-6040 28 1 subsequently subsequently ADV bam-6040 28 2 , , PUNCT bam-6040 28 3 it it PRON bam-6040 28 4 limits limit VERB bam-6040 28 5 the the DET bam-6040 28 6 number number NOUN bam-6040 28 7 of of ADP bam-6040 28 8 inductive inductive ADJ bam-6040 28 9 powering powering NOUN bam-6040 28 10 of of ADP bam-6040 28 11 subcutaneous subcutaneous ADJ bam-6040 28 12 stimulators stimulator NOUN bam-6040 28 13 eur eur PROPN bam-6040 28 14 j j PROPN bam-6040 28 15 transl transl PROPN bam-6040 28 16 myol myol NOUN bam-6040 28 17 26 26 NUM bam-6040 28 18 ( ( PUNCT bam-6040 28 19 2 2 NUM bam-6040 28 20 ) ) PUNCT bam-6040 28 21 155 155 NUM bam-6040 28 22 - - SYM bam-6040 28 23 160 160 NUM bam-6040 28 24 156 156 NUM bam-6040 28 25 iterations iteration NOUN bam-6040 28 26 of of ADP bam-6040 28 27 the the DET bam-6040 28 28 design design NOUN bam-6040 28 29 procedure procedure NOUN bam-6040 28 30 . . PUNCT bam-6040 29 1 in in ADP bam-6040 29 2 this this DET bam-6040 29 3 paper paper NOUN bam-6040 29 4 , , PUNCT bam-6040 29 5 we we PRON bam-6040 29 6 present present VERB bam-6040 29 7 an an DET bam-6040 29 8 example example NOUN bam-6040 29 9 of of ADP bam-6040 29 10 an an DET bam-6040 29 11 application application NOUN bam-6040 29 12 for for ADP bam-6040 29 13 this this DET bam-6040 29 14 methodology methodology NOUN bam-6040 29 15 with with ADP bam-6040 29 16 given give VERB bam-6040 29 17 specifications specification NOUN bam-6040 29 18 : : PUNCT bam-6040 29 19 constant constant ADJ bam-6040 29 20 60ma 60ma ADJ bam-6040 29 21 current current NOUN bam-6040 29 22 through through ADP bam-6040 29 23 a a DET bam-6040 29 24 load load NOUN bam-6040 29 25 at at ADP bam-6040 29 26 5v 5v PROPN bam-6040 29 27 nominal nominal ADJ bam-6040 29 28 voltage voltage NOUN bam-6040 29 29 ; ; PUNCT bam-6040 29 30 a a DET bam-6040 29 31 nominal nominal ADJ bam-6040 29 32 transfer transfer NOUN bam-6040 29 33 distance distance NOUN bam-6040 29 34 𝑧 𝑧 NOUN bam-6040 29 35 of of ADP bam-6040 29 36 15 15 NUM bam-6040 29 37 mm mm NOUN bam-6040 29 38 between between ADP bam-6040 29 39 transmitter transmitter NOUN bam-6040 29 40 and and CCONJ bam-6040 29 41 receiver receiver NOUN bam-6040 29 42 coils coil NOUN bam-6040 29 43 , , PUNCT bam-6040 29 44 while while SCONJ bam-6040 29 45 the the DET bam-6040 29 46 outer outer ADJ bam-6040 29 47 diameter diameter NOUN bam-6040 29 48 π‘‘π‘œπ‘’π‘‘2 π‘‘π‘œπ‘’π‘‘2 NOUN bam-6040 29 49 of of ADP bam-6040 29 50 the the DET bam-6040 29 51 implanted implant VERB bam-6040 29 52 coil coil NOUN bam-6040 29 53 should should AUX bam-6040 29 54 not not PART bam-6040 29 55 exceed exceed VERB bam-6040 29 56 26 26 NUM bam-6040 29 57 mm mm NOUN bam-6040 29 58 . . PUNCT bam-6040 30 1 step step NOUN bam-6040 30 2 1 1 NUM bam-6040 30 3 : : PUNCT bam-6040 30 4 frequency frequency NOUN bam-6040 30 5 choice choice NOUN bam-6040 30 6 the the DET bam-6040 30 7 choice choice NOUN bam-6040 30 8 of of ADP bam-6040 30 9 the the DET bam-6040 30 10 operating operating NOUN bam-6040 30 11 frequency frequency NOUN bam-6040 30 12 is be AUX bam-6040 30 13 highly highly ADV bam-6040 30 14 critical critical ADJ bam-6040 30 15 . . PUNCT bam-6040 31 1 the the DET bam-6040 31 2 magnetic magnetic PROPN bam-6040 31 3 link link NOUN bam-6040 31 4 efficiency efficiency NOUN bam-6040 31 5 increases increase NOUN bam-6040 31 6 when when SCONJ bam-6040 31 7 the the DET bam-6040 31 8 coupling coupling NOUN bam-6040 31 9 coefficient coefficient VERB bam-6040 31 10 π‘˜ π‘˜ PROPN bam-6040 31 11 and and CCONJ bam-6040 31 12 the the DET bam-6040 31 13 quality quality NOUN bam-6040 31 14 factors factor NOUN bam-6040 31 15 of of ADP bam-6040 31 16 the the DET bam-6040 31 17 coils coil NOUN bam-6040 31 18 𝑄1 𝑄1 NOUN bam-6040 31 19 and and CCONJ bam-6040 31 20 𝑄2 𝑄2 PROPN bam-6040 31 21 increase increase NOUN bam-6040 31 22 ( ( PUNCT bam-6040 31 23 see see VERB bam-6040 31 24 section section PROPN bam-6040 31 25 b. b. PROPN bam-6040 31 26 ) ) PUNCT bam-6040 31 27 . . PUNCT bam-6040 32 1 regarding regard VERB bam-6040 32 2 the the DET bam-6040 32 3 coupling coupling NOUN bam-6040 32 4 coefficient coefficient NOUN bam-6040 32 5 , , PUNCT bam-6040 32 6 it it PRON bam-6040 32 7 can can AUX bam-6040 32 8 be be AUX bam-6040 32 9 enhanced enhance VERB bam-6040 32 10 by by ADP bam-6040 32 11 using use VERB bam-6040 32 12 larger large ADJ bam-6040 32 13 coils coil NOUN bam-6040 32 14 that that PRON bam-6040 32 15 imply imply AUX bam-6040 32 16 using use VERB bam-6040 32 17 a a DET bam-6040 32 18 lower low ADJ bam-6040 32 19 frequency frequency NOUN bam-6040 32 20 . . PUNCT bam-6040 33 1 besides besides SCONJ bam-6040 33 2 , , PUNCT bam-6040 33 3 a a DET bam-6040 33 4 decrease decrease NOUN bam-6040 33 5 in in ADP bam-6040 33 6 frequency frequency NOUN bam-6040 33 7 leads lead VERB bam-6040 33 8 to to ADP bam-6040 33 9 the the DET bam-6040 33 10 reduction reduction NOUN bam-6040 33 11 of of ADP bam-6040 33 12 the the DET bam-6040 33 13 quality quality NOUN bam-6040 33 14 factors factor NOUN bam-6040 33 15 of of ADP bam-6040 33 16 the the DET bam-6040 33 17 coils coil NOUN bam-6040 33 18 . . PUNCT bam-6040 34 1 on on ADP bam-6040 34 2 the the DET bam-6040 34 3 other other ADJ bam-6040 34 4 hand hand NOUN bam-6040 34 5 , , PUNCT bam-6040 34 6 the the DET bam-6040 34 7 choice choice NOUN bam-6040 34 8 of of ADP bam-6040 34 9 a a DET bam-6040 34 10 higher high ADJ bam-6040 34 11 frequency frequency NOUN bam-6040 34 12 leads lead VERB bam-6040 34 13 to to ADP bam-6040 34 14 a a DET bam-6040 34 15 higher high ADJ bam-6040 34 16 energy energy NOUN bam-6040 34 17 absorption absorption NOUN bam-6040 34 18 by by ADP bam-6040 34 19 the the DET bam-6040 34 20 patient patient NOUN bam-6040 34 21 's 's PART bam-6040 34 22 tissues tissue NOUN bam-6040 34 23 . . PUNCT bam-6040 35 1 moreover moreover ADV bam-6040 35 2 , , PUNCT bam-6040 35 3 higher high ADJ bam-6040 35 4 frequencies frequency NOUN bam-6040 35 5 will will AUX bam-6040 35 6 affect affect VERB bam-6040 35 7 the the DET bam-6040 35 8 power power NOUN bam-6040 35 9 amplifier amplifier NOUN bam-6040 35 10 and and CCONJ bam-6040 35 11 rectifier rectifier NOUN bam-6040 35 12 efficiencies efficiency NOUN bam-6040 35 13 and and CCONJ bam-6040 35 14 enlarge enlarge VERB bam-6040 35 15 the the DET bam-6040 35 16 undesired undesired ADJ bam-6040 35 17 equivalent equivalent ADJ bam-6040 35 18 series series NOUN bam-6040 35 19 resistance resistance NOUN bam-6040 35 20 𝐸𝑆𝑅 𝐸𝑆𝑅 PROPN bam-6040 35 21 of of ADP bam-6040 35 22 the the DET bam-6040 35 23 coils coil NOUN bam-6040 35 24 because because SCONJ bam-6040 35 25 of of ADP bam-6040 35 26 the the DET bam-6040 35 27 skin skin NOUN bam-6040 35 28 and and CCONJ bam-6040 35 29 proximity proximity NOUN bam-6040 35 30 effects effect NOUN bam-6040 35 31 . . PUNCT bam-6040 36 1 2 2 NUM bam-6040 36 2 besides besides SCONJ bam-6040 36 3 , , PUNCT bam-6040 36 4 designers designer NOUN bam-6040 36 5 should should AUX bam-6040 36 6 also also ADV bam-6040 36 7 keep keep VERB bam-6040 36 8 in in ADP bam-6040 36 9 mind mind NOUN bam-6040 36 10 the the DET bam-6040 36 11 allowable allowable ADJ bam-6040 36 12 frequency frequency NOUN bam-6040 36 13 allocation allocation NOUN bam-6040 36 14 for for ADP bam-6040 36 15 medical medical ADJ bam-6040 36 16 devices device NOUN bam-6040 36 17 3 3 NUM bam-6040 36 18 . . PUNCT bam-6040 37 1 considering consider VERB bam-6040 37 2 those those DET bam-6040 37 3 facts fact NOUN bam-6040 37 4 , , PUNCT bam-6040 37 5 inductive inductive ADJ bam-6040 37 6 powering power VERB bam-6040 37 7 systems system NOUN bam-6040 37 8 for for ADP bam-6040 37 9 medical medical ADJ bam-6040 37 10 implants implant NOUN bam-6040 37 11 generally generally ADV bam-6040 37 12 operate operate VERB bam-6040 37 13 in in ADP bam-6040 37 14 the the DET bam-6040 37 15 range range NOUN bam-6040 37 16 of of ADP bam-6040 37 17 hundreds hundred NOUN bam-6040 37 18 of of ADP bam-6040 37 19 kilohertz kilohertz NOUN bam-6040 37 20 to to ADP bam-6040 37 21 several several ADJ bam-6040 37 22 tens ten NOUN bam-6040 37 23 of of ADP bam-6040 37 24 megahertz megahertz NOUN bam-6040 37 25 . . PUNCT bam-6040 38 1 4 4 NUM bam-6040 38 2 – – PUNCT bam-6040 38 3 12 12 NUM bam-6040 38 4 to to PART bam-6040 38 5 clarify clarify VERB bam-6040 38 6 the the DET bam-6040 38 7 problem problem NOUN bam-6040 38 8 , , PUNCT bam-6040 38 9 the the DET bam-6040 38 10 choice choice NOUN bam-6040 38 11 of of ADP bam-6040 38 12 the the DET bam-6040 38 13 working working NOUN bam-6040 38 14 frequency frequency NOUN bam-6040 38 15 has have AUX bam-6040 38 16 been be AUX bam-6040 38 17 defined define VERB bam-6040 38 18 at at ADP bam-6040 38 19 the the DET bam-6040 38 20 beginning beginning NOUN bam-6040 38 21 of of ADP bam-6040 38 22 the the DET bam-6040 38 23 procedure procedure NOUN bam-6040 38 24 . . PUNCT bam-6040 39 1 considering consider VERB bam-6040 39 2 the the DET bam-6040 39 3 small small ADJ bam-6040 39 4 size size NOUN bam-6040 39 5 of of ADP bam-6040 39 6 the the DET bam-6040 39 7 coils coil NOUN bam-6040 39 8 generally generally ADV bam-6040 39 9 designed design VERB bam-6040 39 10 for for ADP bam-6040 39 11 industrial industrial ADJ bam-6040 39 12 purposes purpose NOUN bam-6040 39 13 , , PUNCT bam-6040 39 14 6.78 6.78 NUM bam-6040 39 15 mhz mhz NOUN bam-6040 39 16 , , PUNCT bam-6040 39 17 the the DET bam-6040 39 18 lowest low ADJ bam-6040 39 19 fcc fcc PROPN bam-6040 39 20 - - PUNCT bam-6040 39 21 approved approve VERB bam-6040 39 22 ism ism NOUN bam-6040 39 23 frequency frequency NOUN bam-6040 39 24 13 13 NUM bam-6040 39 25 was be AUX bam-6040 39 26 chosen choose VERB bam-6040 39 27 step step NOUN bam-6040 39 28 2 2 NUM bam-6040 39 29 : : PUNCT bam-6040 39 30 magnetic magnetic ADJ bam-6040 39 31 link link NOUN bam-6040 39 32 design design VERB bam-6040 39 33 the the DET bam-6040 39 34 magnetic magnetic ADJ bam-6040 39 35 link link NOUN bam-6040 39 36 efficiency efficiency NOUN bam-6040 39 37 between between ADP bam-6040 39 38 the the DET bam-6040 39 39 transmitter transmitter NOUN bam-6040 39 40 and and CCONJ bam-6040 39 41 receiver receiver ADJ bam-6040 39 42 coils coil NOUN bam-6040 39 43 is be AUX bam-6040 39 44 directly directly ADV bam-6040 39 45 proportional proportional ADJ bam-6040 39 46 to to ADP bam-6040 39 47 the the DET bam-6040 39 48 design design NOUN bam-6040 39 49 factor factor NOUN bam-6040 39 50 𝑋 𝑋 NOUN bam-6040 39 51 = = PUNCT bam-6040 39 52 π‘˜2𝑄1𝑄2 π‘˜2𝑄1𝑄2 PROPN bam-6040 39 53 1,4 1,4 NUM bam-6040 39 54 , , PUNCT bam-6040 39 55 where where SCONJ bam-6040 39 56 π‘˜ π‘˜ PROPN bam-6040 39 57 is be AUX bam-6040 39 58 the the DET bam-6040 39 59 coupling coupling NOUN bam-6040 39 60 coefficient coefficient NOUN bam-6040 39 61 , , PUNCT bam-6040 39 62 a a DET bam-6040 39 63 dimensionless dimensionless NOUN bam-6040 39 64 quantity quantity NOUN bam-6040 39 65 equal equal ADJ bam-6040 39 66 to to ADP bam-6040 39 67 the the DET bam-6040 39 68 fraction fraction NOUN bam-6040 39 69 of of ADP bam-6040 39 70 the the DET bam-6040 39 71 magnetic magnetic ADJ bam-6040 39 72 flux flux NOUN bam-6040 39 73 generated generate VERB bam-6040 39 74 by by ADP bam-6040 39 75 the the DET bam-6040 39 76 primary primary ADJ bam-6040 39 77 coil coil NOUN bam-6040 39 78 that that PRON bam-6040 39 79 flows flow VERB bam-6040 39 80 through through ADP bam-6040 39 81 the the DET bam-6040 39 82 secondary secondary ADJ bam-6040 39 83 coil coil NOUN bam-6040 39 84 , , PUNCT bam-6040 39 85 and and CCONJ bam-6040 39 86 where where SCONJ bam-6040 39 87 𝑄𝑖 𝑄𝑖 PROPN bam-6040 39 88 are be AUX bam-6040 39 89 the the DET bam-6040 39 90 quality quality NOUN bam-6040 39 91 factors factor NOUN bam-6040 39 92 of of ADP bam-6040 39 93 the the DET bam-6040 39 94 respective respective ADJ bam-6040 39 95 coils coil NOUN bam-6040 39 96 characterizing characterize VERB bam-6040 39 97 the the DET bam-6040 39 98 ratio ratio NOUN bam-6040 39 99 of of ADP bam-6040 39 100 the the DET bam-6040 39 101 stored store VERB bam-6040 39 102 energy energy NOUN bam-6040 39 103 to to ADP bam-6040 39 104 the the DET bam-6040 39 105 energy energy NOUN bam-6040 39 106 dissipated dissipate VERB bam-6040 39 107 in in ADP bam-6040 39 108 the the DET bam-6040 39 109 coils coil NOUN bam-6040 39 110 . . PUNCT bam-6040 40 1 eq eq X bam-6040 40 2 . . NOUN bam-6040 40 3 1 1 NUM bam-6040 40 4 is be AUX bam-6040 40 5 an an DET bam-6040 40 6 approximation approximation NOUN bam-6040 40 7 of of ADP bam-6040 40 8 the the DET bam-6040 40 9 q q ADJ bam-6040 40 10 - - PUNCT bam-6040 40 11 factors factor NOUN bam-6040 40 12 valid valid ADJ bam-6040 40 13 for for ADP bam-6040 40 14 inductive inductive ADJ bam-6040 40 15 powering power VERB bam-6040 40 16 coils coil NOUN bam-6040 40 17 4,5 4,5 NUM bam-6040 40 18 : : PUNCT bam-6040 40 19 ο€  ο€  NUM bam-6040 40 20 𝑄i 𝑄i NOUN bam-6040 40 21 = = PUNCT bam-6040 40 22 πœ”πΏi πœ”πΏi PROPN bam-6040 40 23 𝑅i 𝑅i PROPN bam-6040 40 24 ο€  ο€  PROPN bam-6040 40 25   PUNCT bam-6040 40 26 where where SCONJ bam-6040 40 27 πœ” πœ” NOUN bam-6040 40 28 is be AUX bam-6040 40 29 the the DET bam-6040 40 30 angular angular ADJ bam-6040 40 31 resonant resonant ADJ bam-6040 40 32 frequency frequency NOUN bam-6040 40 33 , , PUNCT bam-6040 40 34 𝐿𝑖 𝐿𝑖 PROPN bam-6040 40 35 and and CCONJ bam-6040 40 36 𝑅𝑖 𝑅𝑖 PROPN bam-6040 40 37 are be AUX bam-6040 40 38 respectively respectively ADV bam-6040 40 39 the the DET bam-6040 40 40 self self NOUN bam-6040 40 41 - - PUNCT bam-6040 40 42 inductances inductance NOUN bam-6040 40 43 and and CCONJ bam-6040 40 44 the the DET bam-6040 40 45 𝐸𝑆𝑅 𝐸𝑆𝑅 PROPN bam-6040 40 46 of of ADP bam-6040 40 47 the the DET bam-6040 40 48 coils coil NOUN bam-6040 40 49 𝑖. 𝑖. ADV bam-6040 40 50 optimizing optimize VERB bam-6040 40 51 the the DET bam-6040 40 52 magnetic magnetic ADJ bam-6040 40 53 link link NOUN bam-6040 40 54 is be AUX bam-6040 40 55 performed perform VERB bam-6040 40 56 by by ADP bam-6040 40 57 maximizing maximize VERB bam-6040 40 58 the the DET bam-6040 40 59 coupling coupling NOUN bam-6040 40 60 coefficient coefficient NOUN bam-6040 40 61 and and CCONJ bam-6040 40 62 the the DET bam-6040 40 63 coils coil NOUN bam-6040 40 64 quality quality NOUN bam-6040 40 65 factors factor NOUN bam-6040 40 66 . . PUNCT bam-6040 41 1 however however ADV bam-6040 41 2 , , PUNCT bam-6040 41 3 there there PRON bam-6040 41 4 is be VERB bam-6040 41 5 a a DET bam-6040 41 6 limit limit NOUN bam-6040 41 7 on on ADP bam-6040 41 8 𝑄1 𝑄1 NOUN bam-6040 41 9 since since SCONJ bam-6040 41 10 it it PRON bam-6040 41 11 could could AUX bam-6040 41 12 lead lead VERB bam-6040 41 13 to to ADP bam-6040 41 14 a a DET bam-6040 41 15 high high ADJ bam-6040 41 16 and and CCONJ bam-6040 41 17 dangerous dangerous ADJ bam-6040 41 18 voltage voltage NOUN bam-6040 41 19 at at ADP bam-6040 41 20 the the DET bam-6040 41 21 extremities extremity NOUN bam-6040 41 22 of of ADP bam-6040 41 23 the the DET bam-6040 41 24 coil coil NOUN bam-6040 41 25 1.4 1.4 NUM bam-6040 41 26 the the DET bam-6040 41 27 coupling coupling NOUN bam-6040 41 28 coefficient coefficient NOUN bam-6040 41 29 does do AUX bam-6040 41 30 not not PART bam-6040 41 31 depend depend VERB bam-6040 41 32 on on ADP bam-6040 41 33 the the DET bam-6040 41 34 circuit circuit NOUN bam-6040 41 35 topology topology NOUN bam-6040 41 36 . . PUNCT bam-6040 42 1 also also ADV bam-6040 42 2 , , PUNCT bam-6040 42 3 since since SCONJ bam-6040 42 4 the the DET bam-6040 42 5 mutual mutual ADJ bam-6040 42 6 inductance inductance NOUN bam-6040 42 7 𝑀 𝑀 PROPN bam-6040 42 8 is be AUX bam-6040 42 9 proportional proportional ADJ bam-6040 42 10 to to PART bam-6040 42 11 𝑁1𝑁2 𝑁1𝑁2 VERB bam-6040 42 12 , , PUNCT bam-6040 42 13 and and CCONJ bam-6040 42 14 𝐿𝑖 𝐿𝑖 NOUN bam-6040 42 15 proportional proportional ADJ bam-6040 42 16 to to ADP bam-6040 42 17 𝑁𝑖 𝑁𝑖 PROPN bam-6040 42 18 2 2 NUM bam-6040 42 19 , , PUNCT bam-6040 42 20 π‘˜ π‘˜ PRON bam-6040 42 21 does do AUX bam-6040 42 22 not not PART bam-6040 42 23 depend depend VERB bam-6040 42 24 on on ADP bam-6040 42 25 the the DET bam-6040 42 26 number number NOUN bam-6040 42 27 of of ADP bam-6040 42 28 coil coil NOUN bam-6040 42 29 turns turn NOUN bam-6040 42 30 . . PUNCT bam-6040 43 1 the the DET bam-6040 43 2 main main ADJ bam-6040 43 3 focus focus NOUN bam-6040 43 4 of of ADP bam-6040 43 5 the the DET bam-6040 43 6 magnetic magnetic ADJ bam-6040 43 7 design design NOUN bam-6040 43 8 consists consist VERB bam-6040 43 9 thus thus ADV bam-6040 43 10 in in ADP bam-6040 43 11 maximizing maximize VERB bam-6040 43 12 π‘˜ π‘˜ X bam-6040 43 13 by by ADP bam-6040 43 14 fixing fix VERB bam-6040 43 15 appropriate appropriate ADJ bam-6040 43 16 coil coil NOUN bam-6040 43 17 geometries geometry NOUN bam-6040 43 18 as as SCONJ bam-6040 43 19 suggested suggest VERB bam-6040 43 20 by by ADP bam-6040 43 21 r. r. PROPN bam-6040 43 22 r. r. PROPN bam-6040 43 23 harrisson harrisson PROPN bam-6040 43 24 . . PUNCT bam-6040 44 1 4 4 NUM bam-6040 44 2 the the DET bam-6040 44 3 latter latter NOUN bam-6040 44 4 uses use VERB bam-6040 44 5 the the DET bam-6040 44 6 current current ADJ bam-6040 44 7 sheet sheet NOUN bam-6040 44 8 approximation approximation NOUN bam-6040 44 9 to to PART bam-6040 44 10 analytically analytically ADV bam-6040 44 11 compute compute VERB bam-6040 44 12 the the DET bam-6040 44 13 inductance inductance NOUN bam-6040 44 14 of of ADP bam-6040 44 15 planar planar ADJ bam-6040 44 16 spiral spiral ADJ bam-6040 44 17 coils coil NOUN bam-6040 44 18 . . PUNCT bam-6040 45 1 4,14,15 4,14,15 NUM bam-6040 45 2 this this DET bam-6040 45 3 type type NOUN bam-6040 45 4 of of ADP bam-6040 45 5 coils coil NOUN bam-6040 45 6 is be AUX bam-6040 45 7 the the DET bam-6040 45 8 most most ADV bam-6040 45 9 appropriate appropriate ADJ bam-6040 45 10 for for ADP bam-6040 45 11 subcutaneous subcutaneous ADJ bam-6040 45 12 applications application NOUN bam-6040 45 13 as as SCONJ bam-6040 45 14 they they PRON bam-6040 45 15 offer offer VERB bam-6040 45 16 the the DET bam-6040 45 17 most most ADJ bam-6040 45 18 comfort comfort NOUN bam-6040 45 19 6 6 NUM bam-6040 45 20 and and CCONJ bam-6040 45 21 as as SCONJ bam-6040 45 22 they they PRON bam-6040 45 23 present present VERB bam-6040 45 24 a a DET bam-6040 45 25 remarkable remarkable ADJ bam-6040 45 26 mutual mutual ADJ bam-6040 45 27 inductance inductance NOUN bam-6040 45 28 . . PUNCT bam-6040 46 1 7,8 7,8 NUM bam-6040 46 2 𝑀 𝑀 PROPN bam-6040 46 3 can can AUX bam-6040 46 4 be be AUX bam-6040 46 5 estimated estimate VERB bam-6040 46 6 by by ADP bam-6040 46 7 calculating calculate VERB bam-6040 46 8 the the DET bam-6040 46 9 mutual mutual ADJ bam-6040 46 10 inductances inductance NOUN bam-6040 46 11 between between ADP bam-6040 46 12 two two NUM bam-6040 46 13 pairs pair NOUN bam-6040 46 14 of of ADP bam-6040 46 15 circular circular ADJ bam-6040 46 16 single single ADJ bam-6040 46 17 coils coil NOUN bam-6040 46 18 equivalent equivalent ADJ bam-6040 46 19 to to ADP bam-6040 46 20 the the DET bam-6040 46 21 spiral spiral ADJ bam-6040 46 22 coils coil NOUN bam-6040 46 23 . . PUNCT bam-6040 47 1 4,7 4,7 NUM bam-6040 47 2 harrisson harrisson NOUN bam-6040 47 3 's 's PART bam-6040 47 4 methodology methodology NOUN bam-6040 47 5 for for ADP bam-6040 47 6 maximum maximum ADJ bam-6040 47 7 coupling coupling NOUN bam-6040 47 8 leads lead VERB bam-6040 47 9 to to ADP bam-6040 47 10 the the DET bam-6040 47 11 coils coil NOUN bam-6040 47 12 outer outer ADJ bam-6040 47 13 and and CCONJ bam-6040 47 14 inner inner ADJ bam-6040 47 15 diameters diameter NOUN bam-6040 47 16 π‘‘π‘œπ‘’π‘‘π‘– π‘‘π‘œπ‘’π‘‘π‘– ADJ bam-6040 47 17 , , PUNCT bam-6040 47 18 𝑑𝑖𝑛𝑖 𝑑𝑖𝑛𝑖 VERB bam-6040 47 19 depending depend VERB bam-6040 47 20 on on ADP bam-6040 47 21 the the DET bam-6040 47 22 ratio ratio NOUN bam-6040 47 23 of of ADP bam-6040 47 24 the the DET bam-6040 47 25 transfer transfer NOUN bam-6040 47 26 distance distance NOUN bam-6040 47 27 and and CCONJ bam-6040 47 28 the the DET bam-6040 47 29 outer outer ADJ bam-6040 47 30 diameter diameter NOUN bam-6040 47 31 of of ADP bam-6040 47 32 the the DET bam-6040 47 33 receiver receiver NOUN bam-6040 47 34 𝑧 𝑧 X bam-6040 47 35 π‘‘π‘œπ‘’π‘‘2 π‘‘π‘œπ‘’π‘‘2 NOUN bam-6040 47 36 , , PUNCT bam-6040 47 37 which which PRON bam-6040 47 38 are be AUX bam-6040 47 39 the the DET bam-6040 47 40 system system NOUN bam-6040 47 41 main main ADJ bam-6040 47 42 geometrical geometrical ADJ bam-6040 47 43 constraints constraint NOUN bam-6040 47 44 . . PUNCT bam-6040 48 1 once once ADV bam-6040 48 2 this this DET bam-6040 48 3 geometry geometry NOUN bam-6040 48 4 is be AUX bam-6040 48 5 fixed fix VERB bam-6040 48 6 , , PUNCT bam-6040 48 7 coil coil NOUN bam-6040 48 8 1 1 NUM bam-6040 48 9 can can AUX bam-6040 48 10 be be AUX bam-6040 48 11 defined define VERB bam-6040 48 12 , , PUNCT bam-6040 48 13 enhancing enhance VERB bam-6040 48 14 𝑄1 𝑄1 NOUN bam-6040 48 15 by by ADP bam-6040 48 16 determining determine VERB bam-6040 48 17 the the DET bam-6040 48 18 appropriate appropriate ADJ bam-6040 48 19 number number NOUN bam-6040 48 20 of of ADP bam-6040 48 21 turns turn NOUN bam-6040 48 22 and and CCONJ bam-6040 48 23 choosing choose VERB bam-6040 48 24 wires wire NOUN bam-6040 48 25 of of ADP bam-6040 48 26 specific specific ADJ bam-6040 48 27 diameters diameter NOUN bam-6040 48 28 . . PUNCT bam-6040 49 1 proximity proximity NOUN bam-6040 49 2 and and CCONJ bam-6040 49 3 skin skin NOUN bam-6040 49 4 effects effect NOUN bam-6040 49 5 should should AUX bam-6040 49 6 also also ADV bam-6040 49 7 be be AUX bam-6040 49 8 considered consider VERB bam-6040 49 9 : : PUNCT bam-6040 49 10 litz litz NOUN bam-6040 49 11 wires wire NOUN bam-6040 49 12 are be AUX bam-6040 49 13 recommended recommend VERB bam-6040 49 14 to to PART bam-6040 49 15 reduce reduce VERB bam-6040 49 16 the the DET bam-6040 49 17 coils coil NOUN bam-6040 49 18 𝐸𝑆𝑅.5,16,17 𝐸𝑆𝑅.5,16,17 ADJ bam-6040 49 19 only only ADV bam-6040 49 20 the the DET bam-6040 49 21 gross gross ADJ bam-6040 49 22 geometry geometry NOUN bam-6040 49 23 of of ADP bam-6040 49 24 fig fig NOUN bam-6040 49 25 1 1 NUM bam-6040 49 26 . . PUNCT bam-6040 50 1 design design NOUN bam-6040 50 2 methodology methodology NOUN bam-6040 50 3 chart chart NOUN bam-6040 50 4 flow flow NOUN bam-6040 50 5 presenting present VERB bam-6040 50 6 the the DET bam-6040 50 7 different different ADJ bam-6040 50 8 steps step NOUN bam-6040 50 9 to to PART bam-6040 50 10 follow follow VERB bam-6040 50 11 from from ADP bam-6040 50 12 the the DET bam-6040 50 13 initial initial ADJ bam-6040 50 14 requirements requirement NOUN bam-6040 50 15 and and CCONJ bam-6040 50 16 constraints constraint NOUN bam-6040 50 17 to to ADP bam-6040 50 18 the the DET bam-6040 50 19 obtainment obtainment NOUN bam-6040 50 20 of of ADP bam-6040 50 21 an an DET bam-6040 50 22 efficient efficient ADJ bam-6040 50 23 power power NOUN bam-6040 50 24 transfer transfer NOUN bam-6040 50 25 system system NOUN bam-6040 50 26 , , PUNCT bam-6040 50 27 and and CCONJ bam-6040 50 28 the the DET bam-6040 50 29 possible possible ADJ bam-6040 50 30 simulations simulation NOUN bam-6040 50 31 to to PART bam-6040 50 32 perform perform VERB bam-6040 50 33 in in ADP bam-6040 50 34 parallel parallel NOUN bam-6040 50 35 in in ADP bam-6040 50 36 order order NOUN bam-6040 50 37 to to PART bam-6040 50 38 improve improve VERB bam-6040 50 39 the the DET bam-6040 50 40 analytical analytical ADJ bam-6040 50 41 and and CCONJ bam-6040 50 42 experimental experimental ADJ bam-6040 50 43 process process NOUN bam-6040 50 44 . . PUNCT bam-6040 51 1 inductive inductive ADJ bam-6040 51 2 powering powering NOUN bam-6040 51 3 of of ADP bam-6040 51 4 subcutaneous subcutaneous ADJ bam-6040 51 5 stimulators stimulator NOUN bam-6040 51 6 eur eur PROPN bam-6040 51 7 j j PROPN bam-6040 51 8 transl transl PROPN bam-6040 51 9 myol myol NOUN bam-6040 51 10 26 26 NUM bam-6040 51 11 ( ( PUNCT bam-6040 51 12 2 2 NUM bam-6040 51 13 ) ) PUNCT bam-6040 51 14 155 155 NUM bam-6040 51 15 - - SYM bam-6040 51 16 160 160 NUM bam-6040 51 17 157 157 NUM bam-6040 51 18 the the DET bam-6040 51 19 coil coil NOUN bam-6040 51 20 2 2 NUM bam-6040 51 21 is be AUX bam-6040 51 22 defined define VERB bam-6040 51 23 at at ADP bam-6040 51 24 this this DET bam-6040 51 25 stage stage NOUN bam-6040 51 26 : : PUNCT bam-6040 51 27 𝐿2 𝐿2 PROPN bam-6040 51 28 and and CCONJ bam-6040 51 29 𝑄2 𝑄2 PROPN bam-6040 51 30 impact impact VERB bam-6040 51 31 the the DET bam-6040 51 32 secondary secondary ADJ bam-6040 51 33 circuit circuit NOUN bam-6040 51 34 efficiency efficiency NOUN bam-6040 51 35 and and CCONJ bam-6040 51 36 will will AUX bam-6040 51 37 be be AUX bam-6040 51 38 designed design VERB bam-6040 51 39 to to PART bam-6040 51 40 match match VERB bam-6040 51 41 the the DET bam-6040 51 42 load load NOUN bam-6040 51 43 corresponding correspond VERB bam-6040 51 44 to to ADP bam-6040 51 45 the the DET bam-6040 51 46 power power NOUN bam-6040 51 47 requirements requirement NOUN bam-6040 51 48 . . PUNCT bam-6040 52 1 the the DET bam-6040 52 2 use use NOUN bam-6040 52 3 of of ADP bam-6040 52 4 magnetic magnetic ADJ bam-6040 52 5 materials material NOUN bam-6040 52 6 could could AUX bam-6040 52 7 improve improve VERB bam-6040 52 8 the the DET bam-6040 52 9 coupling coupling NOUN bam-6040 52 10 between between ADP bam-6040 52 11 the the DET bam-6040 52 12 coils coil NOUN bam-6040 52 13 , , PUNCT bam-6040 52 14 but but CCONJ bam-6040 52 15 this this PRON bam-6040 52 16 has have AUX bam-6040 52 17 not not PART bam-6040 52 18 been be AUX bam-6040 52 19 considered consider VERB bam-6040 52 20 in in ADP bam-6040 52 21 the the DET bam-6040 52 22 present present ADJ bam-6040 52 23 paper paper NOUN bam-6040 52 24 . . PUNCT bam-6040 53 1 moreover moreover ADV bam-6040 53 2 , , PUNCT bam-6040 53 3 magnetic magnetic ADJ bam-6040 53 4 materials material NOUN bam-6040 53 5 can can AUX bam-6040 53 6 have have VERB bam-6040 53 7 a a DET bam-6040 53 8 dangerous dangerous ADJ bam-6040 53 9 impact impact NOUN bam-6040 53 10 when when SCONJ bam-6040 53 11 it it PRON bam-6040 53 12 comes come VERB bam-6040 53 13 to to ADP bam-6040 53 14 mri mri NOUN bam-6040 53 15 compatibility compatibility NOUN bam-6040 53 16 . . PUNCT bam-6040 54 1 table table NOUN bam-6040 54 2 1 1 NUM bam-6040 54 3 presents present VERB bam-6040 54 4 the the DET bam-6040 54 5 results result NOUN bam-6040 54 6 obtained obtain VERB bam-6040 54 7 at at ADP bam-6040 54 8 the the DET bam-6040 54 9 end end NOUN bam-6040 54 10 of of ADP bam-6040 54 11 the the DET bam-6040 54 12 magnetic magnetic ADJ bam-6040 54 13 design design NOUN bam-6040 54 14 for for ADP bam-6040 54 15 our our PRON bam-6040 54 16 example example NOUN bam-6040 54 17 . . PUNCT bam-6040 55 1 coil coil NOUN bam-6040 55 2 1 1 NUM bam-6040 55 3 is be AUX bam-6040 55 4 defined define VERB bam-6040 55 5 and and CCONJ bam-6040 55 6 has have VERB bam-6040 55 7 an an DET bam-6040 55 8 inductance inductance NOUN bam-6040 55 9 of of ADP bam-6040 55 10 19ΞΌh 19ΞΌh ADJ bam-6040 55 11 . . PUNCT bam-6040 56 1 step step NOUN bam-6040 56 2 3 3 NUM bam-6040 56 3 : : PUNCT bam-6040 56 4 secondary secondary ADJ bam-6040 56 5 circuit circuit NOUN bam-6040 56 6 design design VERB bam-6040 56 7 the the DET bam-6040 56 8 first first ADJ bam-6040 56 9 part part NOUN bam-6040 56 10 of of ADP bam-6040 56 11 the the DET bam-6040 56 12 secondary secondary ADJ bam-6040 56 13 circuit circuit NOUN bam-6040 56 14 design design NOUN bam-6040 56 15 consists consist VERB bam-6040 56 16 in in ADP bam-6040 56 17 choosing choose VERB bam-6040 56 18 a a DET bam-6040 56 19 rectifier rectifier NOUN bam-6040 56 20 . . PUNCT bam-6040 57 1 here here ADV bam-6040 57 2 , , PUNCT bam-6040 57 3 we we PRON bam-6040 57 4 suggest suggest VERB bam-6040 57 5 a a DET bam-6040 57 6 reliable reliable ADJ bam-6040 57 7 and and CCONJ bam-6040 57 8 simple simple ADJ bam-6040 57 9 full full ADJ bam-6040 57 10 - - PUNCT bam-6040 57 11 bridge bridge NOUN bam-6040 57 12 rectifier rectifier NOUN bam-6040 57 13 9 9 NUM bam-6040 57 14 since since SCONJ bam-6040 57 15 the the DET bam-6040 57 16 secondary secondary ADJ bam-6040 57 17 voltage voltage NOUN bam-6040 57 18 is be AUX bam-6040 57 19 expected expect VERB bam-6040 57 20 large large ADJ bam-6040 57 21 enough enough ADV bam-6040 57 22 to to PART bam-6040 57 23 provide provide VERB bam-6040 57 24 the the DET bam-6040 57 25 required require VERB bam-6040 57 26 output output NOUN bam-6040 57 27 voltage voltage NOUN bam-6040 57 28 despite despite SCONJ bam-6040 57 29 the the DET bam-6040 57 30 two two NUM bam-6040 57 31 diodes diode NOUN bam-6040 57 32 voltage voltage NOUN bam-6040 57 33 drops drop NOUN bam-6040 57 34 . . PUNCT bam-6040 58 1 an an DET bam-6040 58 2 equivalent equivalent ADJ bam-6040 58 3 load load NOUN bam-6040 58 4 π‘…π‘™π‘œπ‘Žπ‘‘ π‘…π‘™π‘œπ‘Žπ‘‘ ADP bam-6040 58 5 representing represent VERB bam-6040 58 6 the the DET bam-6040 58 7 rectifier rectifier NOUN bam-6040 58 8 and and CCONJ bam-6040 58 9 the the DET bam-6040 58 10 output output NOUN bam-6040 58 11 load load NOUN bam-6040 58 12 𝑅𝐷𝐢 𝑅𝐷𝐢 ADV bam-6040 58 13 is be AUX bam-6040 58 14 calculated calculate VERB bam-6040 58 15 according accord VERB bam-6040 58 16 to to ADP bam-6040 58 17 eq eq NOUN bam-6040 58 18 . . PROPN bam-6040 59 1 2 2 NUM bam-6040 59 2 . . NOUN bam-6040 59 3 12 12 NUM bam-6040 59 4 the the DET bam-6040 59 5 circuit circuit NOUN bam-6040 59 6 is be AUX bam-6040 59 7 then then ADV bam-6040 59 8 represented represent VERB bam-6040 59 9 by by ADP bam-6040 59 10 a a DET bam-6040 59 11 simple simple ADJ bam-6040 59 12 rlc rlc PROPN bam-6040 59 13 model model PROPN bam-6040 59 14 . . PUNCT bam-6040 60 1 ο€  ο€  VERB bam-6040 61 1 π‘…π‘™π‘œπ‘Žπ‘‘ π‘…π‘™π‘œπ‘Žπ‘‘ PROPN bam-6040 61 2 = = PUNCT bam-6040 61 3 𝑅𝐷𝐢 𝑅𝐷𝐢 ADP bam-6040 61 4 2 2 NUM bam-6040 61 5 ( ( PUNCT bam-6040 61 6 1 1 NUM bam-6040 61 7 + + NUM bam-6040 61 8 2π‘‰π‘‘π‘–π‘œπ‘‘π‘’ 2π‘‰π‘‘π‘–π‘œπ‘‘π‘’ PROPN bam-6040 61 9 π‘‰π‘œπ‘’π‘‘ π‘‰π‘œπ‘’π‘‘ PROPN bam-6040 61 10 ) ) PUNCT bam-6040 61 11 ο€  ο€  PROPN bam-6040 61 12   VERB bam-6040 62 1 where where SCONJ bam-6040 62 2 π‘‰π‘œπ‘’π‘‘ π‘‰π‘œπ‘’π‘‘ ADJ bam-6040 62 3 the the DET bam-6040 62 4 output output NOUN bam-6040 62 5 voltage voltage NOUN bam-6040 62 6 of of ADP bam-6040 62 7 the the DET bam-6040 62 8 pts pt NOUN bam-6040 62 9 and and CCONJ bam-6040 62 10 π‘‰π‘‘π‘–π‘œπ‘‘π‘’ π‘‰π‘‘π‘–π‘œπ‘‘π‘’ PROPN bam-6040 62 11 the the DET bam-6040 62 12 diodes diode NOUN bam-6040 62 13 forward forward ADV bam-6040 62 14 voltage voltage NOUN bam-6040 62 15 . . PUNCT bam-6040 63 1 secondly secondly ADV bam-6040 63 2 , , PUNCT bam-6040 63 3 the the DET bam-6040 63 4 choice choice NOUN bam-6040 63 5 of of ADP bam-6040 63 6 the the DET bam-6040 63 7 resonant resonant ADJ bam-6040 63 8 capacitor capacitor NOUN bam-6040 63 9 𝐢2 𝐢2 PROPN bam-6040 63 10 and and CCONJ bam-6040 63 11 the the DET bam-6040 63 12 receiver receiver ADJ bam-6040 63 13 coil coil NOUN bam-6040 63 14 configuration configuration NOUN bam-6040 63 15 is be AUX bam-6040 63 16 made make VERB bam-6040 63 17 . . PUNCT bam-6040 64 1 series series NOUN bam-6040 64 2 - - PUNCT bam-6040 64 3 resonant resonant PROPN bam-6040 64 4 drivers driver NOUN bam-6040 64 5 act act VERB bam-6040 64 6 as as ADP bam-6040 64 7 current current ADJ bam-6040 64 8 sources source NOUN bam-6040 64 9 while while SCONJ bam-6040 64 10 parallel parallel ADJ bam-6040 64 11 - - PUNCT bam-6040 64 12 resonant resonant NOUN bam-6040 64 13 drivers driver NOUN bam-6040 64 14 act act VERB bam-6040 64 15 as as ADP bam-6040 64 16 voltage voltage NOUN bam-6040 64 17 sources source NOUN bam-6040 64 18 . . PUNCT bam-6040 65 1 the the DET bam-6040 65 2 decision decision NOUN bam-6040 65 3 depends depend VERB bam-6040 65 4 on on ADP bam-6040 65 5 the the DET bam-6040 65 6 value value NOUN bam-6040 65 7 of of ADP bam-6040 65 8 the the DET bam-6040 65 9 load load NOUN bam-6040 65 10 and and CCONJ bam-6040 65 11 on on ADP bam-6040 65 12 the the DET bam-6040 65 13 rectifier rectifier NOUN bam-6040 65 14 . . PUNCT bam-6040 66 1 a a DET bam-6040 66 2 parallel parallel ADJ bam-6040 66 3 circuit circuit NOUN bam-6040 66 4 appeared appear VERB bam-6040 66 5 the the DET bam-6040 66 6 most most ADV bam-6040 66 7 suited suited ADJ bam-6040 66 8 for for ADP bam-6040 66 9 this this DET bam-6040 66 10 system system NOUN bam-6040 66 11 . . PUNCT bam-6040 67 1 1,11,12 1,11,12 NUM bam-6040 67 2 then then ADV bam-6040 67 3 , , PUNCT bam-6040 67 4 the the DET bam-6040 67 5 number number NOUN bam-6040 67 6 of of ADP bam-6040 67 7 turns turn NOUN bam-6040 67 8 𝑁2 𝑁2 NOUN bam-6040 67 9 and and CCONJ bam-6040 67 10 the the DET bam-6040 67 11 inductance inductance NOUN bam-6040 67 12 𝐿2 𝐿2 NOUN bam-6040 67 13 of of ADP bam-6040 67 14 the the DET bam-6040 67 15 coil coil NOUN bam-6040 67 16 2 2 NUM bam-6040 67 17 is be AUX bam-6040 67 18 determined determine VERB bam-6040 67 19 . . PUNCT bam-6040 68 1 in in ADP bam-6040 68 2 order order NOUN bam-6040 68 3 to to PART bam-6040 68 4 enhance enhance VERB bam-6040 68 5 the the DET bam-6040 68 6 system system NOUN bam-6040 68 7 efficiency efficiency NOUN bam-6040 68 8 , , PUNCT bam-6040 68 9 it it PRON bam-6040 68 10 is be AUX bam-6040 68 11 important important ADJ bam-6040 68 12 to to PART bam-6040 68 13 match match VERB bam-6040 68 14 the the DET bam-6040 68 15 resonant resonant ADJ bam-6040 68 16 components component NOUN bam-6040 68 17 l2 l2 NOUN bam-6040 68 18 and and CCONJ bam-6040 68 19 c2 c2 PROPN bam-6040 68 20 to to ADP bam-6040 68 21 the the DET bam-6040 68 22 load load NOUN bam-6040 68 23 . . PUNCT bam-6040 69 1 it it PRON bam-6040 69 2 is be AUX bam-6040 69 3 done do VERB bam-6040 69 4 via via ADP bam-6040 69 5 the the DET bam-6040 69 6 optimization optimization NOUN bam-6040 69 7 of of ADP bam-6040 69 8 the the DET bam-6040 69 9 efficiency efficiency NOUN bam-6040 69 10 with with ADP bam-6040 69 11 respect respect NOUN bam-6040 69 12 to to ADP bam-6040 69 13 the the DET bam-6040 69 14 parameter parameter NOUN bam-6040 69 15 Ξ± Ξ± PROPN bam-6040 69 16 defined define VERB bam-6040 69 17 by by ADP bam-6040 69 18 g. g. PROPN bam-6040 69 19 vandervoorde vandervoorde PROPN bam-6040 69 20 and and CCONJ bam-6040 69 21 r. r. PROPN bam-6040 69 22 puers puer NOUN bam-6040 69 23 11 11 NUM bam-6040 69 24 as as ADP bam-6040 69 25 a a DET bam-6040 69 26 dimensionless dimensionless NOUN bam-6040 69 27 quantity quantity NOUN bam-6040 69 28 corresponding correspond VERB bam-6040 69 29 to to ADP bam-6040 69 30 the the DET bam-6040 69 31 ratio ratio NOUN bam-6040 69 32 of of ADP bam-6040 69 33 rload rload NOUN bam-6040 69 34 to to ADP bam-6040 69 35 the the DET bam-6040 69 36 reactance reactance NOUN bam-6040 69 37 of of ADP bam-6040 69 38 c2 c2 PROPN bam-6040 69 39 . . PUNCT bam-6040 70 1 depending depend VERB bam-6040 70 2 on on ADP bam-6040 70 3 the the DET bam-6040 70 4 resonant resonant ADJ bam-6040 70 5 circuit circuit NOUN bam-6040 70 6 type type NOUN bam-6040 70 7 , , PUNCT bam-6040 70 8 the the DET bam-6040 70 9 efficiency efficiency NOUN bam-6040 70 10 formula formula NOUN bam-6040 70 11 varies vary VERB bam-6040 70 12 and and CCONJ bam-6040 70 13 is be AUX bam-6040 70 14 developed develop VERB bam-6040 70 15 in in ADP bam-6040 70 16 . . PROPN bam-6040 71 1 1 1 NUM bam-6040 71 2 the the DET bam-6040 71 3 Ξ± Ξ± NOUN bam-6040 71 4 obtained obtain VERB bam-6040 71 5 at at ADP bam-6040 71 6 maximum maximum ADJ bam-6040 71 7 efficiency efficiency NOUN bam-6040 71 8 Ξ±opt Ξ±opt NOUN bam-6040 71 9 ( ( PUNCT bam-6040 71 10 eq eq NOUN bam-6040 71 11 . . NOUN bam-6040 71 12 4 4 NUM bam-6040 71 13 ) ) PUNCT bam-6040 71 14 11 11 NUM bam-6040 71 15 allows allow VERB bam-6040 71 16 the the DET bam-6040 71 17 computation computation NOUN bam-6040 71 18 of of ADP bam-6040 71 19 c2 c2 PROPN bam-6040 71 20 in in ADP bam-6040 71 21 function function NOUN bam-6040 71 22 of of ADP bam-6040 71 23 the the DET bam-6040 71 24 load load NOUN bam-6040 71 25 ( ( PUNCT bam-6040 71 26 eq eq NOUN bam-6040 71 27 . . PROPN bam-6040 71 28 5 5 NUM bam-6040 71 29 ) ) PUNCT bam-6040 71 30 . . PUNCT bam-6040 72 1 l2 l2 NOUN bam-6040 72 2 is be AUX bam-6040 72 3 finally finally ADV bam-6040 72 4 deduced deduce VERB bam-6040 72 5 from from ADP bam-6040 72 6 equation equation NOUN bam-6040 72 7 of of ADP bam-6040 72 8 parallel parallel PROPN bam-6040 72 9 rlc rlc PROPN bam-6040 72 10 resonance resonance NOUN bam-6040 72 11 ( ( PUNCT bam-6040 72 12 eq eq NOUN bam-6040 72 13 . . PROPN bam-6040 72 14 6 6 NUM bam-6040 72 15 ) ) PUNCT bam-6040 72 16 . . PUNCT bam-6040 73 1 ο€  ο€  NUM bam-6040 73 2 𝛼 𝛼 NOUN bam-6040 73 3 = = NOUN bam-6040 73 4 πœ”πΆ2π‘…π‘™π‘œπ‘Žπ‘‘ο€ ο€  πœ”πΆ2π‘…π‘™π‘œπ‘Žπ‘‘ο€ ο€  PUNCT bam-6040 73 5   NOUN bam-6040 73 6 ο€  ο€  PUNCT bam-6040 73 7 π›Όπ‘œπ‘π‘‘ π›Όπ‘œπ‘π‘‘ NOUN bam-6040 73 8 = = SYM bam-6040 73 9 𝑄2 𝑄2 PROPN bam-6040 73 10 √1+𝑋 √1+𝑋 PROPN bam-6040 73 11 = = PROPN bam-6040 74 1 𝛼 𝛼 X bam-6040 74 2 @ @ ADP bam-6040 74 3 πœ•πœ‚ πœ•πœ‚ PROPN bam-6040 74 4 πœ•π›Ό πœ•π›Ό NOUN bam-6040 74 5 = = SYM bam-6040 74 6 0ο€ ο€  0ο€ ο€  NUM bam-6040 74 7   PUNCT bam-6040 74 8 ο€  ο€  PUNCT bam-6040 74 9 𝐢2 𝐢2 X bam-6040 74 10 = = NOUN bam-6040 74 11 π›Όπ‘œπ‘π‘‘ π›Όπ‘œπ‘π‘‘ ADJ bam-6040 74 12 πœ”π‘…π‘™π‘œπ‘Žπ‘‘ πœ”π‘…π‘™π‘œπ‘Žπ‘‘ ADJ bam-6040 74 13 ο€ ο€ ο€  ο€ ο€ ο€  ADJ bam-6040 74 14   PROPN bam-6040 74 15 ο€  ο€  VERB bam-6040 74 16 πœ” πœ” PART bam-6040 74 17 = = PUNCT bam-6040 74 18 √ √ NUM bam-6040 74 19 1 1 NUM bam-6040 74 20 𝐿2𝐢2 𝐿2𝐢2 NOUN bam-6040 74 21 βˆ’ βˆ’ NOUN bam-6040 74 22 1 1 NUM bam-6040 75 1 π‘…π‘™π‘œπ‘Žπ‘‘ π‘…π‘™π‘œπ‘Žπ‘‘ PROPN bam-6040 75 2 2𝐢2 2𝐢2 NUM bam-6040 75 3 2ο€ ο€  2ο€ ο€  NUM bam-6040 75 4   PUNCT bam-6040 75 5 since since SCONJ bam-6040 75 6 the the DET bam-6040 75 7 calculation calculation NOUN bam-6040 75 8 of of ADP bam-6040 75 9 coil coil NOUN bam-6040 75 10 2 2 NUM bam-6040 75 11 parameters parameter NOUN bam-6040 75 12 depends depend VERB bam-6040 75 13 on on ADP bam-6040 75 14 its its PRON bam-6040 75 15 quality quality NOUN bam-6040 75 16 factor factor NOUN bam-6040 75 17 𝑄2 𝑄2 PROPN bam-6040 75 18 , , PUNCT bam-6040 75 19 the the DET bam-6040 75 20 previous previous ADJ bam-6040 75 21 computations computation NOUN bam-6040 75 22 consist consist VERB bam-6040 75 23 in in ADP bam-6040 75 24 several several ADJ bam-6040 75 25 iterations iteration NOUN bam-6040 75 26 , , PUNCT bam-6040 75 27 starting start VERB bam-6040 75 28 with with ADP bam-6040 75 29 a a DET bam-6040 75 30 first first ADJ bam-6040 75 31 estimation estimation NOUN bam-6040 75 32 of of ADP bam-6040 75 33 𝑄2 𝑄2 PROPN bam-6040 75 34 ( ( PUNCT bam-6040 75 35 typically typically ADV bam-6040 75 36 between between ADP bam-6040 75 37 10 10 NUM bam-6040 75 38 and and CCONJ bam-6040 75 39 200 200 NUM bam-6040 75 40 ) ) PUNCT bam-6040 75 41 . . PUNCT bam-6040 76 1 16 16 NUM bam-6040 76 2 at at ADP bam-6040 76 3 each each DET bam-6040 76 4 iteration iteration NOUN bam-6040 76 5 , , PUNCT bam-6040 76 6 new new ADJ bam-6040 76 7 values value NOUN bam-6040 76 8 are be AUX bam-6040 76 9 calculated calculate VERB bam-6040 76 10 for for ADP bam-6040 76 11 𝐢2 𝐢2 PROPN bam-6040 76 12 , , PUNCT bam-6040 76 13 𝐿2 𝐿2 NOUN bam-6040 76 14 and and CCONJ bam-6040 76 15 𝐸𝑆𝑅2 𝐸𝑆𝑅2 PROPN bam-6040 76 16 until until SCONJ bam-6040 76 17 the the DET bam-6040 76 18 value value NOUN bam-6040 76 19 of of ADP bam-6040 76 20 𝑄2 𝑄2 PROPN bam-6040 76 21 is be AUX bam-6040 76 22 stable stable ADJ bam-6040 76 23 . . PUNCT bam-6040 77 1 once once ADV bam-6040 77 2 𝐿2 𝐿2 PROPN bam-6040 77 3 is be AUX bam-6040 77 4 determined determine VERB bam-6040 77 5 , , PUNCT bam-6040 77 6 and and CCONJ bam-6040 77 7 since since SCONJ bam-6040 77 8 the the DET bam-6040 77 9 geometrical geometrical ADJ bam-6040 77 10 dimensions dimension NOUN bam-6040 77 11 have have AUX bam-6040 77 12 been be AUX bam-6040 77 13 defined define VERB bam-6040 77 14 during during ADP bam-6040 77 15 the the DET bam-6040 77 16 magnetic magnetic ADJ bam-6040 77 17 design design NOUN bam-6040 77 18 , , PUNCT bam-6040 77 19 𝑁2 𝑁2 NOUN bam-6040 77 20 is be AUX bam-6040 77 21 given give VERB bam-6040 77 22 by by ADP bam-6040 77 23 to to ADP bam-6040 77 24 the the DET bam-6040 77 25 current current ADJ bam-6040 77 26 sheet sheet NOUN bam-6040 77 27 approximation approximation NOUN bam-6040 77 28 . . PUNCT bam-6040 78 1 14 14 NUM bam-6040 78 2 the the DET bam-6040 78 3 circuit circuit NOUN bam-6040 78 4 on on ADP bam-6040 78 5 the the DET bam-6040 78 6 right right NOUN bam-6040 78 7 of of ADP bam-6040 78 8 fig fig NOUN bam-6040 78 9 3 3 NUM bam-6040 78 10 is be AUX bam-6040 78 11 obtained obtain VERB bam-6040 78 12 at at ADP bam-6040 78 13 this this DET bam-6040 78 14 stage stage NOUN bam-6040 78 15 . . PUNCT bam-6040 79 1 coil coil NOUN bam-6040 79 2 2 2 NUM bam-6040 79 3 is be AUX bam-6040 79 4 now now ADV bam-6040 79 5 defined define VERB bam-6040 79 6 : : PUNCT bam-6040 79 7 it it PRON bam-6040 79 8 has3 has3 PROPN bam-6040 79 9 turns turn VERB bam-6040 79 10 ( ( PUNCT bam-6040 79 11 see see VERB bam-6040 79 12 fig fig NOUN bam-6040 79 13 . . PUNCT bam-6040 80 1 2 2 NUM bam-6040 80 2 ) ) PUNCT bam-6040 80 3 and and CCONJ bam-6040 80 4 an an DET bam-6040 80 5 inductance inductance NOUN bam-6040 80 6 of of ADP bam-6040 80 7 0.48Β΅h 0.48Β΅h NOUN bam-6040 80 8 . . PUNCT bam-6040 81 1 the the DET bam-6040 81 2 impedance impedance NOUN bam-6040 81 3 of of ADP bam-6040 81 4 the the DET bam-6040 81 5 secondary secondary ADJ bam-6040 81 6 circuit circuit NOUN bam-6040 81 7 will will AUX bam-6040 81 8 be be AUX bam-6040 81 9 seen see VERB bam-6040 81 10 by by ADP bam-6040 81 11 the the DET bam-6040 81 12 primary primary ADJ bam-6040 81 13 circuit circuit NOUN bam-6040 81 14 through through ADP bam-6040 81 15 the the DET bam-6040 81 16 magnetic magnetic ADJ bam-6040 81 17 link link NOUN bam-6040 81 18 : : PUNCT bam-6040 81 19 it it PRON bam-6040 81 20 is be AUX bam-6040 81 21 called call VERB bam-6040 81 22 the the DET bam-6040 81 23 reflected reflect VERB bam-6040 81 24 impedance impedance NOUN bam-6040 81 25 π‘…π‘Ÿπ‘’π‘“π‘™ π‘…π‘Ÿπ‘’π‘“π‘™ PROPN bam-6040 81 26 which which PRON bam-6040 81 27 is be AUX bam-6040 81 28 real real ADJ bam-6040 81 29 if if SCONJ bam-6040 81 30 the the DET bam-6040 81 31 operating operating NOUN bam-6040 81 32 frequency frequency NOUN bam-6040 81 33 is be AUX bam-6040 81 34 equal equal ADJ bam-6040 81 35 to to ADP bam-6040 81 36 the the DET bam-6040 81 37 secondary secondary ADJ bam-6040 81 38 resonant resonant ADJ bam-6040 81 39 frequency frequency NOUN bam-6040 81 40 . . PUNCT bam-6040 82 1 depending depend VERB bam-6040 82 2 on on ADP bam-6040 82 3 the the DET bam-6040 82 4 coupling coupling NOUN bam-6040 82 5 strength strength NOUN bam-6040 82 6 , , PUNCT bam-6040 82 7 π‘…π‘Ÿπ‘’π‘“π‘™ π‘…π‘Ÿπ‘’π‘“π‘™ PROPN bam-6040 82 8 will will AUX bam-6040 82 9 influence influence VERB bam-6040 82 10 more more ADV bam-6040 82 11 or or CCONJ bam-6040 82 12 less less ADJ bam-6040 82 13 the the DET bam-6040 82 14 transmitter transmitter NOUN bam-6040 82 15 circuit circuit NOUN bam-6040 82 16 . . PUNCT bam-6040 83 1 18–20 18–20 NUM bam-6040 83 2 this this PRON bam-6040 83 3 is be AUX bam-6040 83 4 the the DET bam-6040 83 5 reason reason NOUN bam-6040 83 6 why why SCONJ bam-6040 83 7 the the DET bam-6040 83 8 secondary secondary ADJ bam-6040 83 9 circuit circuit NOUN bam-6040 83 10 is be AUX bam-6040 83 11 designed design VERB bam-6040 83 12 before before ADP bam-6040 83 13 the the DET bam-6040 83 14 primary primary NOUN bam-6040 83 15 . . PUNCT bam-6040 84 1 step step NOUN bam-6040 84 2 4 4 NUM bam-6040 84 3 : : PUNCT bam-6040 84 4 primary primary ADJ bam-6040 84 5 circuit circuit NOUN bam-6040 84 6 design design NOUN bam-6040 84 7 once once SCONJ bam-6040 84 8 the the DET bam-6040 84 9 secondary secondary ADJ bam-6040 84 10 circuit circuit NOUN bam-6040 84 11 has have AUX bam-6040 84 12 been be AUX bam-6040 84 13 fixed fix VERB bam-6040 84 14 , , PUNCT bam-6040 84 15 the the DET bam-6040 84 16 primary primary ADJ bam-6040 84 17 circuit circuit NOUN bam-6040 84 18 is be AUX bam-6040 84 19 conceived conceive VERB bam-6040 84 20 . . PUNCT bam-6040 85 1 first first ADV bam-6040 85 2 of of ADP bam-6040 85 3 all all PRON bam-6040 85 4 , , PUNCT bam-6040 85 5 the the DET bam-6040 85 6 pa pa PROPN bam-6040 85 7 is be AUX bam-6040 85 8 chosen choose VERB bam-6040 85 9 . . PUNCT bam-6040 86 1 it it PRON bam-6040 86 2 is be AUX bam-6040 86 3 then then ADV bam-6040 86 4 necessary necessary ADJ bam-6040 86 5 to to PART bam-6040 86 6 adapt adapt VERB bam-6040 86 7 the the DET bam-6040 86 8 driving drive VERB bam-6040 86 9 circuit circuit NOUN bam-6040 86 10 components component NOUN bam-6040 86 11 in in ADP bam-6040 86 12 function function NOUN bam-6040 86 13 of of ADP bam-6040 86 14 the the DET bam-6040 86 15 coil coil NOUN bam-6040 86 16 impedance impedance NOUN bam-6040 86 17 , , PUNCT bam-6040 86 18 the the DET bam-6040 86 19 frequency frequency NOUN bam-6040 86 20 , , PUNCT bam-6040 86 21 the the DET bam-6040 86 22 reflected reflected ADJ bam-6040 86 23 impedance impedance NOUN bam-6040 86 24 ( ( PUNCT bam-6040 86 25 if if SCONJ bam-6040 86 26 the the DET bam-6040 86 27 coupling coupling NOUN bam-6040 86 28 is be AUX bam-6040 86 29 important important ADJ bam-6040 86 30 enough enough ADV bam-6040 86 31 to to PART bam-6040 86 32 have have VERB bam-6040 86 33 a a DET bam-6040 86 34 significant significant ADJ bam-6040 86 35 influence influence NOUN bam-6040 86 36 on on ADP bam-6040 86 37 the the DET bam-6040 86 38 pa pa PROPN bam-6040 86 39 operation operation PROPN bam-6040 86 40 ) ) PUNCT bam-6040 86 41 and and CCONJ bam-6040 86 42 the the DET bam-6040 86 43 coils coil NOUN bam-6040 86 44 coupling couple VERB bam-6040 86 45 . . PUNCT bam-6040 87 1 the the DET bam-6040 87 2 class class NOUN bam-6040 87 3 e e PROPN bam-6040 87 4 pa pa PROPN bam-6040 87 5 is be AUX bam-6040 87 6 chosen choose VERB bam-6040 87 7 because because SCONJ bam-6040 87 8 of of ADP bam-6040 87 9 its its PRON bam-6040 87 10 high high ADJ bam-6040 87 11 efficiency efficiency NOUN bam-6040 87 12 especially especially ADV bam-6040 87 13 for for ADP bam-6040 87 14 frequencies frequency NOUN bam-6040 87 15 in in ADP bam-6040 87 16 the the DET bam-6040 87 17 range range NOUN bam-6040 87 18 of of ADP bam-6040 87 19 3mhz 3mhz NUM bam-6040 87 20 to to ADP bam-6040 87 21 1ghz 1ghz NUM bam-6040 87 22 . . PUNCT bam-6040 88 1 19 19 NUM bam-6040 89 1 the the DET bam-6040 89 2 pa pa PROPN bam-6040 89 3 efficiency efficiency NOUN bam-6040 89 4 is be AUX bam-6040 89 5 essentially essentially ADV bam-6040 89 6 due due ADJ bam-6040 89 7 to to ADP bam-6040 89 8 the the DET bam-6040 89 9 minimization minimization NOUN bam-6040 89 10 of of ADP bam-6040 89 11 the the DET bam-6040 89 12 power power NOUN bam-6040 89 13 loss loss NOUN bam-6040 89 14 obtained obtain VERB bam-6040 89 15 by by ADP bam-6040 89 16 preventing prevent VERB bam-6040 89 17 the the DET bam-6040 89 18 current current NOUN bam-6040 89 19 to to PART bam-6040 89 20 flow flow VERB bam-6040 89 21 through through ADP bam-6040 89 22 the the DET bam-6040 89 23 transistor transistor NOUN bam-6040 89 24 when when SCONJ bam-6040 89 25 its its PRON bam-6040 89 26 drain drain NOUN bam-6040 89 27 - - PUNCT bam-6040 89 28 source source NOUN bam-6040 89 29 voltage voltage NOUN bam-6040 89 30 𝑉𝑑𝑠 𝑉𝑑𝑠 PROPN bam-6040 89 31 is be AUX bam-6040 89 32 not not PART bam-6040 89 33 zero zero NUM bam-6040 89 34 , , PUNCT bam-6040 89 35 and and CCONJ bam-6040 89 36 vice vice NOUN bam-6040 89 37 - - NOUN bam-6040 89 38 versa versa ADJ bam-6040 89 39 . . PUNCT bam-6040 90 1 it it PRON bam-6040 90 2 is be AUX bam-6040 90 3 necessary necessary ADJ bam-6040 90 4 to to PART bam-6040 90 5 adapt adapt VERB bam-6040 90 6 the the DET bam-6040 90 7 components component NOUN bam-6040 90 8 to to ADP bam-6040 90 9 the the DET bam-6040 90 10 primary primary ADJ bam-6040 90 11 load load NOUN bam-6040 90 12 i.e. i.e. ADV bam-6040 90 13 to to ADP bam-6040 90 14 π‘…π‘Ÿπ‘’π‘“π‘™ π‘…π‘Ÿπ‘’π‘“π‘™ PROPN bam-6040 90 15 ( ( PUNCT bam-6040 90 16 eq eq NOUN bam-6040 90 17 . . PROPN bam-6040 90 18 7 7 NUM bam-6040 90 19 for for ADP bam-6040 90 20 a a DET bam-6040 90 21 parallel parallel ADJ bam-6040 90 22 secondary secondary ADJ bam-6040 90 23 circuit circuit NOUN bam-6040 90 24 ) ) PUNCT bam-6040 90 25 𝐸𝑆𝑅1 𝐸𝑆𝑅1 PROPN bam-6040 90 26 , , PUNCT bam-6040 90 27 and and CCONJ bam-6040 90 28 the the DET bam-6040 90 29 driver driver NOUN bam-6040 90 30 output output NOUN bam-6040 90 31 impedance impedance NOUN bam-6040 90 32 in in ADP bam-6040 90 33 order order NOUN bam-6040 90 34 to to PART bam-6040 90 35 approach approach VERB bam-6040 90 36 the the DET bam-6040 90 37 targeted target VERB bam-6040 90 38 signals signal NOUN bam-6040 90 39 . . PUNCT bam-6040 91 1 ο€  ο€  VERB bam-6040 91 2 π‘…π‘Ÿπ‘’π‘“π‘™ π‘…π‘Ÿπ‘’π‘“π‘™ NOUN bam-6040 91 3 = = PUNCT bam-6040 92 1 ( ( PUNCT bam-6040 92 2 πœ”π‘€)2 πœ”π‘€)2 VERB bam-6040 92 3 𝐸𝑆𝑅2+π‘…π‘™π‘œπ‘Žπ‘‘ 𝐸𝑆𝑅2+π‘…π‘™π‘œπ‘Žπ‘‘ NOUN bam-6040 92 4 ο€±ο€Έ= ο€±ο€Έ= PROPN bam-6040 92 5 π‘˜2𝐿1πœ” π‘˜2𝐿1πœ” PROPN bam-6040 92 6 𝛼𝑄2 𝛼𝑄2 PROPN bam-6040 92 7 𝛼+𝑄2 𝛼+𝑄2 PROPN bam-6040 92 8 ο€  ο€  PROPN bam-6040 92 9 ο€± ο€± PROPN bam-6040 92 10 ο€ ο€  ο€ ο€  PROPN bam-6040 92 11   PUNCT bam-6040 92 12 fig fig NOUN bam-6040 92 13 2 2 NUM bam-6040 92 14 . . PUNCT bam-6040 92 15 designed design VERB bam-6040 92 16 coils coil NOUN bam-6040 92 17 where where SCONJ bam-6040 92 18 the the DET bam-6040 92 19 coil coil NOUN bam-6040 92 20 1 1 NUM bam-6040 92 21 and and CCONJ bam-6040 92 22 2 2 NUM bam-6040 92 23 are be AUX bam-6040 92 24 respectively respectively ADV bam-6040 92 25 the the DET bam-6040 92 26 primary primary NOUN bam-6040 92 27 and and CCONJ bam-6040 92 28 the the DET bam-6040 92 29 secondary secondary ADJ bam-6040 92 30 coils coil NOUN bam-6040 92 31 . . PUNCT bam-6040 93 1 table1 table1 PROPN bam-6040 93 2 . . PUNCT bam-6040 94 1 magnetic magnetic ADJ bam-6040 94 2 design design NOUN bam-6040 94 3 outputs output NOUN bam-6040 94 4 ( ( PUNCT bam-6040 94 5 where where SCONJ bam-6040 94 6 z z NOUN bam-6040 94 7 is be AUX bam-6040 94 8 the the DET bam-6040 94 9 transfer transfer NOUN bam-6040 94 10 distance distance NOUN bam-6040 94 11 between between ADP bam-6040 94 12 the the DET bam-6040 94 13 coils coil NOUN bam-6040 94 14 ) ) PUNCT bam-6040 94 15 coil coil NOUN bam-6040 94 16 1 1 NUM bam-6040 94 17 coil coil NOUN bam-6040 94 18 2 2 NUM bam-6040 94 19 outer outer ADJ bam-6040 94 20 diameter diameter NOUN bam-6040 94 21 ( ( PUNCT bam-6040 94 22 mm mm NOUN bam-6040 94 23 ) ) PUNCT bam-6040 94 24 56.0 56.0 NUM bam-6040 94 25 25.4 25.4 NUM bam-6040 94 26 inner inner ADJ bam-6040 94 27 diameter diameter NOUN bam-6040 94 28 ( ( PUNCT bam-6040 94 29 mm mm NOUN bam-6040 94 30 ) ) PUNCT bam-6040 94 31 11.2 11.2 NUM bam-6040 94 32 16.3 16.3 NUM bam-6040 94 33 turns turn VERB bam-6040 94 34 number number NOUN bam-6040 94 35 26 26 NUM bam-6040 94 36 not not PART bam-6040 94 37 defined define VERB bam-6040 94 38 coupling couple VERB bam-6040 94 39 coefficient coefficient NOUN bam-6040 94 40 0.15 0.15 NUM bam-6040 94 41 ( ( PUNCT bam-6040 94 42 at at ADP bam-6040 94 43 z=15 z=15 PRON bam-6040 94 44 mm mm PRON bam-6040 94 45 ) ) PUNCT bam-6040 94 46 inductive inductive VERB bam-6040 94 47 powering powering NOUN bam-6040 94 48 of of ADP bam-6040 94 49 subcutaneous subcutaneous ADJ bam-6040 94 50 stimulators stimulator NOUN bam-6040 94 51 eur eur PROPN bam-6040 94 52 j j PROPN bam-6040 94 53 transl transl PROPN bam-6040 94 54 myol myol NOUN bam-6040 94 55 26 26 NUM bam-6040 94 56 ( ( PUNCT bam-6040 94 57 2 2 NUM bam-6040 94 58 ) ) PUNCT bam-6040 94 59 155 155 NUM bam-6040 94 60 - - SYM bam-6040 94 61 160 160 NUM bam-6040 94 62 158 158 NUM bam-6040 94 63 frederick frederick PROPN bam-6040 94 64 h. h. PROPN bam-6040 94 65 raab raab PROPN bam-6040 94 66 12,21 12,21 NUM bam-6040 94 67 designed design VERB bam-6040 94 68 equations equation NOUN bam-6040 94 69 particularly particularly ADV bam-6040 94 70 appropriate appropriate ADJ bam-6040 94 71 for for ADP bam-6040 94 72 inductive inductive ADJ bam-6040 94 73 powering powering NOUN bam-6040 94 74 systems system NOUN bam-6040 94 75 allowing allow VERB bam-6040 94 76 to to PART bam-6040 94 77 get get VERB bam-6040 94 78 the the DET bam-6040 94 79 tuning tuning NOUN bam-6040 94 80 components component NOUN bam-6040 94 81 estimation estimation NOUN bam-6040 94 82 1 1 NUM bam-6040 94 83 . . PUNCT bam-6040 95 1 the the DET bam-6040 95 2 effective effective ADJ bam-6040 95 3 components component NOUN bam-6040 95 4 values value NOUN bam-6040 95 5 differ differ VERB bam-6040 95 6 from from ADP bam-6040 95 7 those those PRON bam-6040 95 8 ideally ideally ADV bam-6040 95 9 designed design VERB bam-6040 95 10 : : PUNCT bam-6040 95 11 it it PRON bam-6040 95 12 is be AUX bam-6040 95 13 possible possible ADJ bam-6040 95 14 to to PART bam-6040 95 15 adjust adjust VERB bam-6040 95 16 them they PRON bam-6040 95 17 to to PART bam-6040 95 18 obtain obtain VERB bam-6040 95 19 effectively effectively ADV bam-6040 95 20 a a DET bam-6040 95 21 high high ADJ bam-6040 95 22 efficiency efficiency NOUN bam-6040 95 23 operation operation NOUN bam-6040 95 24 by by ADP bam-6040 95 25 using use VERB bam-6040 95 26 sokal sokal PROPN bam-6040 95 27 's 's PART bam-6040 95 28 method method NOUN bam-6040 95 29 . . PUNCT bam-6040 96 1 19 19 NUM bam-6040 96 2 once once SCONJ bam-6040 96 3 this this DET bam-6040 96 4 adjustment adjustment NOUN bam-6040 96 5 is be AUX bam-6040 96 6 done do VERB bam-6040 96 7 , , PUNCT bam-6040 96 8 the the DET bam-6040 96 9 complete complete ADJ bam-6040 96 10 design design NOUN bam-6040 96 11 optimizing optimize VERB bam-6040 96 12 the the DET bam-6040 96 13 efficiencies efficiency NOUN bam-6040 96 14 of of ADP bam-6040 96 15 the the DET bam-6040 96 16 magnetic magnetic PROPN bam-6040 96 17 link link PROPN bam-6040 96 18 , , PUNCT bam-6040 96 19 the the DET bam-6040 96 20 secondary secondary ADJ bam-6040 96 21 and and CCONJ bam-6040 96 22 the the DET bam-6040 96 23 primary primary ADJ bam-6040 96 24 circuits circuit NOUN bam-6040 96 25 , , PUNCT bam-6040 96 26 is be AUX bam-6040 96 27 finished finish VERB bam-6040 96 28 . . PUNCT bam-6040 97 1 the the DET bam-6040 97 2 circuit circuit NOUN bam-6040 97 3 ( ( PUNCT bam-6040 97 4 fig fig NOUN bam-6040 97 5 . . PUNCT bam-6040 97 6 3 3 X bam-6040 97 7 ) ) PUNCT bam-6040 97 8 can can AUX bam-6040 97 9 be be AUX bam-6040 97 10 tested test VERB bam-6040 97 11 for for ADP bam-6040 97 12 its its PRON bam-6040 97 13 output output NOUN bam-6040 97 14 power power NOUN bam-6040 97 15 and and CCONJ bam-6040 97 16 efficiency efficiency NOUN bam-6040 97 17 . . PUNCT bam-6040 98 1 results result VERB bam-6040 98 2 the the DET bam-6040 98 3 results result NOUN bam-6040 98 4 of of ADP bam-6040 98 5 this this DET bam-6040 98 6 section section NOUN bam-6040 98 7 correspond correspond VERB bam-6040 98 8 to to ADP bam-6040 98 9 coils coil NOUN bam-6040 98 10 laterally laterally ADV bam-6040 98 11 and and CCONJ bam-6040 98 12 angularly angularly ADV bam-6040 98 13 aligned align VERB bam-6040 98 14 separated separate VERB bam-6040 98 15 by by ADP bam-6040 98 16 an an DET bam-6040 98 17 air air NOUN bam-6040 98 18 gap gap NOUN bam-6040 98 19 of of ADP bam-6040 98 20 10 10 NUM bam-6040 98 21 to to PART bam-6040 98 22 30 30 NUM bam-6040 98 23 mm mm NOUN bam-6040 98 24 . . PUNCT bam-6040 98 25 fig fig NOUN bam-6040 98 26 . . PUNCT bam-6040 99 1 4 4 NUM bam-6040 99 2 represents represent VERB bam-6040 99 3 the the DET bam-6040 99 4 total total ADJ bam-6040 99 5 efficiency efficiency NOUN bam-6040 99 6 ( ( PUNCT bam-6040 99 7 i.e. i.e. X bam-6040 99 8 the the DET bam-6040 99 9 ratio ratio NOUN bam-6040 99 10 of of ADP bam-6040 99 11 the the DET bam-6040 99 12 output output NOUN bam-6040 99 13 power power NOUN bam-6040 99 14 at at ADP bam-6040 99 15 𝑅𝐷𝐢 𝑅𝐷𝐢 PROPN bam-6040 99 16 to to ADP bam-6040 99 17 the the DET bam-6040 99 18 input input NOUN bam-6040 99 19 power power NOUN bam-6040 99 20 from from ADP bam-6040 99 21 the the DET bam-6040 99 22 supply supply NOUN bam-6040 99 23 ) ) PUNCT bam-6040 99 24 , , PUNCT bam-6040 99 25 the the DET bam-6040 99 26 efficiency efficiency NOUN bam-6040 99 27 before before ADP bam-6040 99 28 rectification rectification NOUN bam-6040 99 29 ( ( PUNCT bam-6040 99 30 i.e. i.e. X bam-6040 99 31 the the DET bam-6040 99 32 ratio ratio NOUN bam-6040 99 33 of of ADP bam-6040 99 34 the the DET bam-6040 99 35 power power NOUN bam-6040 99 36 received receive VERB bam-6040 99 37 at at ADP bam-6040 99 38 the the DET bam-6040 99 39 secondary secondary ADJ bam-6040 99 40 coil coil NOUN bam-6040 99 41 to to ADP bam-6040 99 42 the the DET bam-6040 99 43 input input NOUN bam-6040 99 44 power power NOUN bam-6040 99 45 from from ADP bam-6040 99 46 the the DET bam-6040 99 47 supply supply NOUN bam-6040 99 48 ) ) PUNCT bam-6040 99 49 and and CCONJ bam-6040 99 50 the the DET bam-6040 99 51 output output NOUN bam-6040 99 52 power power NOUN bam-6040 99 53 of of ADP bam-6040 99 54 the the DET bam-6040 99 55 pts pt NOUN bam-6040 99 56 . . PUNCT bam-6040 100 1 this this DET bam-6040 100 2 result result NOUN bam-6040 100 3 is be AUX bam-6040 100 4 obtained obtain VERB bam-6040 100 5 by by ADP bam-6040 100 6 varying vary VERB bam-6040 100 7 the the DET bam-6040 100 8 value value NOUN bam-6040 100 9 of of ADP bam-6040 100 10 the the DET bam-6040 100 11 c1ser c1ser PROPN bam-6040 100 12 capacitor capacitor NOUN bam-6040 100 13 ( ( PUNCT bam-6040 100 14 see see VERB bam-6040 100 15 fig fig NOUN bam-6040 100 16 . . PUNCT bam-6040 101 1 3 3 NUM bam-6040 101 2 ) ) PUNCT bam-6040 101 3 around around ADP bam-6040 101 4 the the DET bam-6040 101 5 ideal ideal ADJ bam-6040 101 6 class class NOUN bam-6040 101 7 e e NOUN bam-6040 101 8 operating operating NOUN bam-6040 101 9 point point NOUN bam-6040 101 10 for for ADP bam-6040 101 11 a a DET bam-6040 101 12 switch switch NOUN bam-6040 101 13 command command NOUN bam-6040 101 14 frequency frequency NOUN bam-6040 101 15 of of ADP bam-6040 101 16 6.78mhz 6.78mhz NUM bam-6040 101 17 . . PUNCT bam-6040 102 1 the the DET bam-6040 102 2 maximum maximum ADJ bam-6040 102 3 total total ADJ bam-6040 102 4 efficiency efficiency NOUN bam-6040 102 5 does do AUX bam-6040 102 6 not not PART bam-6040 102 7 correspond correspond VERB bam-6040 102 8 to to ADP bam-6040 102 9 the the DET bam-6040 102 10 ideal ideal ADJ bam-6040 102 11 class class NOUN bam-6040 102 12 e e NOUN bam-6040 102 13 operating operating NOUN bam-6040 102 14 point point NOUN bam-6040 102 15 ( ( PUNCT bam-6040 102 16 measure measure NOUN bam-6040 102 17 6 6 NUM bam-6040 102 18 on on ADP bam-6040 102 19 fig fig NOUN bam-6040 102 20 . . PUNCT bam-6040 103 1 1 1 NUM bam-6040 103 2 ) ) PUNCT bam-6040 103 3 where where SCONJ bam-6040 103 4 the the DET bam-6040 103 5 drain drain NOUN bam-6040 103 6 voltage voltage NOUN bam-6040 103 7 and and CCONJ bam-6040 103 8 its its PRON bam-6040 103 9 derivative derivative NOUN bam-6040 103 10 are be AUX bam-6040 103 11 zero zero NUM bam-6040 103 12 at at ADP bam-6040 103 13 transistor transistor NOUN bam-6040 103 14 switch switch NOUN bam-6040 103 15 on on ADP bam-6040 103 16 . . PUNCT bam-6040 104 1 however however ADV bam-6040 104 2 , , PUNCT bam-6040 104 3 that that DET bam-6040 104 4 point point NOUN bam-6040 104 5 corresponds correspond VERB bam-6040 104 6 to to ADP bam-6040 104 7 the the DET bam-6040 104 8 maximal maximal ADJ bam-6040 104 9 efficiency efficiency NOUN bam-6040 104 10 before before ADP bam-6040 104 11 the the DET bam-6040 104 12 signal signal NOUN bam-6040 104 13 rectification rectification NOUN bam-6040 104 14 . . PUNCT bam-6040 105 1 at at ADP bam-6040 105 2 this this DET bam-6040 105 3 operating operating NOUN bam-6040 105 4 point point NOUN bam-6040 105 5 , , PUNCT bam-6040 105 6 the the DET bam-6040 105 7 overall overall ADJ bam-6040 105 8 efficiency efficiency NOUN bam-6040 105 9 is be AUX bam-6040 105 10 17.8 17.8 NUM bam-6040 105 11 % % NOUN bam-6040 105 12 and and CCONJ bam-6040 105 13 the the DET bam-6040 105 14 efficiency efficiency NOUN bam-6040 105 15 without without ADP bam-6040 105 16 the the DET bam-6040 105 17 rectification rectification NOUN bam-6040 105 18 is be AUX bam-6040 105 19 49.3 49.3 NUM bam-6040 105 20 % % NOUN bam-6040 105 21 . . PUNCT bam-6040 106 1 since since SCONJ bam-6040 106 2 the the DET bam-6040 106 3 high high ADJ bam-6040 106 4 rectification rectification NOUN bam-6040 106 5 losses loss NOUN bam-6040 106 6 reduce reduce VERB bam-6040 106 7 consequently consequently ADV bam-6040 106 8 the the DET bam-6040 106 9 overall overall ADJ bam-6040 106 10 efficiency efficiency NOUN bam-6040 106 11 , , PUNCT bam-6040 106 12 schottky schottky NOUN bam-6040 106 13 diodes diode NOUN bam-6040 106 14 are be AUX bam-6040 106 15 used use VERB bam-6040 106 16 for for ADP bam-6040 106 17 the the DET bam-6040 106 18 rectifier rectifier NOUN bam-6040 106 19 in in ADP bam-6040 106 20 the the DET bam-6040 106 21 subsequent subsequent ADJ bam-6040 106 22 text text NOUN bam-6040 106 23 ( ( PUNCT bam-6040 106 24 e.g. e.g. ADV bam-6040 106 25 fig fig NOUN bam-6040 106 26 . . PUNCT bam-6040 107 1 5 5 NUM bam-6040 107 2 & & CCONJ bam-6040 107 3 6 6 NUM bam-6040 107 4 ) ) PUNCT bam-6040 107 5 . . PUNCT bam-6040 108 1 regarding regard VERB bam-6040 108 2 the the DET bam-6040 108 3 output output NOUN bam-6040 108 4 power power NOUN bam-6040 108 5 , , PUNCT bam-6040 108 6 it it PRON bam-6040 108 7 rises rise VERB bam-6040 108 8 until until ADP bam-6040 108 9 its its PRON bam-6040 108 10 maximum maximum NOUN bam-6040 108 11 of of ADP bam-6040 108 12 325mw 325mw NOUN bam-6040 108 13 corresponding correspond VERB bam-6040 108 14 to to ADP bam-6040 108 15 a a DET bam-6040 108 16 system system NOUN bam-6040 108 17 efficiency efficiency NOUN bam-6040 108 18 of of ADP bam-6040 108 19 24.4 24.4 NUM bam-6040 108 20 % % NOUN bam-6040 108 21 . . PUNCT bam-6040 109 1 fig fig NOUN bam-6040 109 2 . . PUNCT bam-6040 110 1 4 4 NUM bam-6040 110 2 helps help VERB bam-6040 110 3 to to PART bam-6040 110 4 understand understand VERB bam-6040 110 5 the the DET bam-6040 110 6 implication implication NOUN bam-6040 110 7 of of ADP bam-6040 110 8 the the DET bam-6040 110 9 different different ADJ bam-6040 110 10 sources source NOUN bam-6040 110 11 of of ADP bam-6040 110 12 power power NOUN bam-6040 110 13 loss loss NOUN bam-6040 110 14 : : PUNCT bam-6040 110 15 the the DET bam-6040 110 16 pa pa PROPN bam-6040 110 17 , , PUNCT bam-6040 110 18 the the DET bam-6040 110 19 loose loose ADJ bam-6040 110 20 coupling coupling NOUN bam-6040 110 21 , , PUNCT bam-6040 110 22 and and CCONJ bam-6040 110 23 the the DET bam-6040 110 24 rectifier rectifier NOUN bam-6040 110 25 . . PUNCT bam-6040 111 1 since since SCONJ bam-6040 111 2 the the DET bam-6040 111 3 magnetic magnetic ADJ bam-6040 111 4 loss loss NOUN bam-6040 111 5 is be AUX bam-6040 111 6 related relate VERB bam-6040 111 7 to to ADP bam-6040 111 8 the the DET bam-6040 111 9 link link NOUN bam-6040 111 10 gain gain NOUN bam-6040 111 11 depending depend VERB bam-6040 111 12 only only ADV bam-6040 111 13 on on ADP bam-6040 111 14 the the DET bam-6040 111 15 geometry geometry NOUN bam-6040 111 16 , , PUNCT bam-6040 111 17 the the DET bam-6040 111 18 principal principal ADJ bam-6040 111 19 factor factor NOUN bam-6040 111 20 influencing influence VERB bam-6040 111 21 the the DET bam-6040 111 22 efficiency efficiency NOUN bam-6040 111 23 before before ADP bam-6040 111 24 rectification rectification NOUN bam-6040 111 25 is be AUX bam-6040 111 26 the the DET bam-6040 111 27 pa pa PROPN bam-6040 111 28 . . PUNCT bam-6040 112 1 this this PRON bam-6040 112 2 explains explain VERB bam-6040 112 3 that that SCONJ bam-6040 112 4 the the DET bam-6040 112 5 best good ADJ bam-6040 112 6 efficiency efficiency NOUN bam-6040 112 7 before before ADP bam-6040 112 8 rectification rectification NOUN bam-6040 112 9 is be AUX bam-6040 112 10 found find VERB bam-6040 112 11 at at ADP bam-6040 112 12 the the DET bam-6040 112 13 class class NOUN bam-6040 112 14 e e NOUN bam-6040 112 15 operating operating NOUN bam-6040 112 16 point point NOUN bam-6040 112 17 . . PUNCT bam-6040 113 1 for for ADP bam-6040 113 2 subsequent subsequent ADJ bam-6040 113 3 measures measure NOUN bam-6040 113 4 ( ( PUNCT bam-6040 113 5 for for ADP bam-6040 113 6 which which PRON bam-6040 113 7 the the DET bam-6040 113 8 switch switch NOUN bam-6040 113 9 command command NOUN bam-6040 113 10 frequency frequency NOUN bam-6040 113 11 is be AUX bam-6040 113 12 higher high ADJ bam-6040 113 13 than than ADP bam-6040 113 14 the the DET bam-6040 113 15 resonant resonant ADJ bam-6040 113 16 frequency frequency NOUN bam-6040 113 17 ) ) PUNCT bam-6040 113 18 , , PUNCT bam-6040 113 19 the the DET bam-6040 113 20 decrease decrease NOUN bam-6040 113 21 of of ADP bam-6040 113 22 output output NOUN bam-6040 113 23 power power NOUN bam-6040 113 24 and and CCONJ bam-6040 113 25 efficiency efficiency NOUN bam-6040 113 26 is be AUX bam-6040 113 27 due due ADJ bam-6040 113 28 to to ADP bam-6040 113 29 the the DET bam-6040 113 30 pa pa PROPN bam-6040 113 31 losses loss NOUN bam-6040 113 32 . . PUNCT bam-6040 114 1 when when SCONJ bam-6040 114 2 the the DET bam-6040 114 3 pa pa PROPN bam-6040 114 4 is be AUX bam-6040 114 5 switched switch VERB bam-6040 114 6 at at ADP bam-6040 114 7 a a DET bam-6040 114 8 frequency frequency NOUN bam-6040 114 9 lower low ADJ bam-6040 114 10 than than ADP bam-6040 114 11 the the DET bam-6040 114 12 frequency frequency NOUN bam-6040 114 13 needed need VERB bam-6040 114 14 to to PART bam-6040 114 15 get get VERB bam-6040 114 16 the the DET bam-6040 114 17 right right ADJ bam-6040 114 18 class class NOUN bam-6040 114 19 e e NOUN bam-6040 114 20 operation operation NOUN bam-6040 114 21 , , PUNCT bam-6040 114 22 the the DET bam-6040 114 23 output output NOUN bam-6040 114 24 power power NOUN bam-6040 114 25 and and CCONJ bam-6040 114 26 the the DET bam-6040 114 27 overall overall ADJ bam-6040 114 28 efficiency efficiency NOUN bam-6040 114 29 rise rise NOUN bam-6040 114 30 despite despite SCONJ bam-6040 114 31 the the DET bam-6040 114 32 class class NOUN bam-6040 114 33 e e NOUN bam-6040 114 34 losses loss NOUN bam-6040 114 35 : : PUNCT bam-6040 114 36 for for ADP bam-6040 114 37 those those DET bam-6040 114 38 operating operate VERB bam-6040 114 39 frequencies frequency NOUN bam-6040 114 40 , , PUNCT bam-6040 114 41 the the DET bam-6040 114 42 input input NOUN bam-6040 114 43 consumption consumption NOUN bam-6040 114 44 increases increase NOUN bam-6040 114 45 which which PRON bam-6040 114 46 also also ADV bam-6040 114 47 increases increase VERB bam-6040 114 48 the the DET bam-6040 114 49 primary primary ADJ bam-6040 114 50 coil coil NOUN bam-6040 114 51 voltage voltage NOUN bam-6040 114 52 . . PUNCT bam-6040 115 1 since since SCONJ bam-6040 115 2 the the DET bam-6040 115 3 gain gain NOUN bam-6040 115 4 is be AUX bam-6040 115 5 nearly nearly ADV bam-6040 115 6 constant constant ADJ bam-6040 115 7 , , PUNCT bam-6040 115 8 the the DET bam-6040 115 9 secondary secondary ADJ bam-6040 115 10 voltage voltage NOUN bam-6040 115 11 increases increase NOUN bam-6040 115 12 too too ADV bam-6040 115 13 and and CCONJ bam-6040 115 14 enhances enhance VERB bam-6040 115 15 the the DET bam-6040 115 16 rectifier rectifier NOUN bam-6040 115 17 efficiency efficiency NOUN bam-6040 115 18 . . PUNCT bam-6040 116 1 9 9 NUM bam-6040 116 2 the the DET bam-6040 116 3 decrease decrease NOUN bam-6040 116 4 of of ADP bam-6040 116 5 the the DET bam-6040 116 6 output output NOUN bam-6040 116 7 power power NOUN bam-6040 116 8 and and CCONJ bam-6040 116 9 of of ADP bam-6040 116 10 the the DET bam-6040 116 11 efficiency efficiency NOUN bam-6040 116 12 only only ADV bam-6040 116 13 appears appear VERB bam-6040 116 14 when when SCONJ bam-6040 116 15 these these DET bam-6040 116 16 power power NOUN bam-6040 116 17 gains gain NOUN bam-6040 116 18 can can AUX bam-6040 116 19 not not PART bam-6040 116 20 compensate compensate VERB bam-6040 116 21 the the DET bam-6040 116 22 losses loss NOUN bam-6040 116 23 in in ADP bam-6040 116 24 the the DET bam-6040 116 25 pa pa PROPN bam-6040 116 26 switch switch NOUN bam-6040 116 27 anymore anymore ADV bam-6040 116 28 . . PUNCT bam-6040 117 1 fig fig NOUN bam-6040 117 2 . . PUNCT bam-6040 118 1 5 5 NUM bam-6040 118 2 shows show VERB bam-6040 118 3 that that SCONJ bam-6040 118 4 the the DET bam-6040 118 5 maximal maximal ADJ bam-6040 118 6 transfer transfer NOUN bam-6040 118 7 efficiency efficiency NOUN bam-6040 118 8 and and CCONJ bam-6040 118 9 output output NOUN bam-6040 118 10 power power NOUN bam-6040 118 11 are be AUX bam-6040 118 12 obtained obtain VERB bam-6040 118 13 around around ADP bam-6040 118 14 a a DET bam-6040 118 15 transfer transfer NOUN bam-6040 118 16 distance distance NOUN bam-6040 118 17 of of ADP bam-6040 118 18 16 16 NUM bam-6040 118 19 mm mm NOUN bam-6040 118 20 . . PUNCT bam-6040 119 1 for for ADP bam-6040 119 2 8v 8v NUM bam-6040 119 3 supply supply NOUN bam-6040 119 4 , , PUNCT bam-6040 119 5 the the DET bam-6040 119 6 efficiency efficiency NOUN bam-6040 119 7 reaches reach VERB bam-6040 119 8 38.1 38.1 NUM bam-6040 119 9 % % NOUN bam-6040 119 10 and and CCONJ bam-6040 119 11 the the DET bam-6040 119 12 output output NOUN bam-6040 119 13 power power NOUN bam-6040 119 14 equals equal VERB bam-6040 119 15 244mw 244mw NOUN bam-6040 119 16 . . PUNCT bam-6040 120 1 the the DET bam-6040 120 2 improvement improvement NOUN bam-6040 120 3 in in ADP bam-6040 120 4 efficiency efficiency NOUN bam-6040 120 5 compared compare VERB bam-6040 120 6 to to ADP bam-6040 120 7 fig fig NOUN bam-6040 120 8 . . PUNCT bam-6040 120 9 4 4 NUM bam-6040 120 10 ( ( PUNCT bam-6040 120 11 where where SCONJ bam-6040 120 12 the the DET bam-6040 120 13 maximum maximum ADJ bam-6040 120 14 efficiency efficiency NOUN bam-6040 120 15 was be AUX bam-6040 120 16 only only ADV bam-6040 120 17 24.4 24.4 NUM bam-6040 120 18 % % NOUN bam-6040 120 19 ) ) PUNCT bam-6040 120 20 is be AUX bam-6040 120 21 due due ADJ bam-6040 120 22 to to ADP bam-6040 120 23 the the DET bam-6040 120 24 use use NOUN bam-6040 120 25 of of ADP bam-6040 120 26 schotkky schotkky ADJ bam-6040 120 27 diodes diode NOUN bam-6040 120 28 . . PUNCT bam-6040 121 1 the the DET bam-6040 121 2 transfer transfer NOUN bam-6040 121 3 distances distance NOUN bam-6040 121 4 considered consider VERB bam-6040 121 5 for for ADP bam-6040 121 6 the the DET bam-6040 121 7 subcutaneous subcutaneous ADJ bam-6040 121 8 implant implant NOUN bam-6040 121 9 are be AUX bam-6040 121 10 generally generally ADV bam-6040 121 11 ranging range VERB bam-6040 121 12 from from ADP bam-6040 121 13 15 15 NUM bam-6040 121 14 to to PART bam-6040 121 15 20 20 NUM bam-6040 121 16 mm mm NOUN bam-6040 121 17 . . PUNCT bam-6040 122 1 at at ADP bam-6040 122 2 20 20 NUM bam-6040 122 3 mm mm NOUN bam-6040 122 4 , , PUNCT bam-6040 122 5 the the DET bam-6040 122 6 efficiency efficiency NOUN bam-6040 122 7 is be AUX bam-6040 122 8 still still ADV bam-6040 122 9 of of ADP bam-6040 122 10 32.6 32.6 NUM bam-6040 122 11 % % NOUN bam-6040 122 12 for for ADP bam-6040 122 13 an an DET bam-6040 122 14 output output NOUN bam-6040 122 15 power power NOUN bam-6040 122 16 of of ADP bam-6040 122 17 208mw 208mw NOUN bam-6040 122 18 . . PUNCT bam-6040 123 1 fig fig NOUN bam-6040 123 2 . . PUNCT bam-6040 124 1 6 6 NUM bam-6040 124 2 shows show VERB bam-6040 124 3 that that SCONJ bam-6040 124 4 the the DET bam-6040 124 5 pts pt NOUN bam-6040 124 6 enables enable VERB bam-6040 124 7 to to PART bam-6040 124 8 deliver deliver VERB bam-6040 124 9 more more ADJ bam-6040 124 10 than than ADP bam-6040 124 11 the the DET bam-6040 124 12 targeted target VERB bam-6040 124 13 300mw 300mw PROPN bam-6040 124 14 required require VERB bam-6040 124 15 by by ADP bam-6040 124 16 the the DET bam-6040 124 17 initial initial ADJ bam-6040 124 18 power power NOUN bam-6040 124 19 demand demand NOUN bam-6040 124 20 to to ADP bam-6040 124 21 the the DET bam-6040 124 22 load load NOUN bam-6040 124 23 for for ADP bam-6040 124 24 a a DET bam-6040 124 25 supply supply NOUN bam-6040 124 26 voltage voltage NOUN bam-6040 124 27 of of ADP bam-6040 124 28 9v 9v NOUN bam-6040 124 29 and and CCONJ bam-6040 124 30 a a DET bam-6040 124 31 transfer transfer NOUN bam-6040 124 32 distance distance NOUN bam-6040 124 33 of of ADP bam-6040 124 34 21 21 NUM bam-6040 124 35 mm mm NOUN bam-6040 124 36 . . PUNCT bam-6040 125 1 the the DET bam-6040 125 2 corresponding corresponding ADJ bam-6040 125 3 efficiency efficiency NOUN bam-6040 125 4 is be AUX bam-6040 125 5 of of ADP bam-6040 125 6 33.3 33.3 NUM bam-6040 125 7 % % NOUN bam-6040 125 8 . . PUNCT bam-6040 126 1 discussion discussion NOUN bam-6040 126 2 tests test VERB bam-6040 126 3 on on ADP bam-6040 126 4 efficiency efficiency NOUN bam-6040 126 5 and and CCONJ bam-6040 126 6 output output NOUN bam-6040 126 7 power power NOUN bam-6040 126 8 tend tend VERB bam-6040 126 9 to to PART bam-6040 126 10 validate validate VERB bam-6040 126 11 the the DET bam-6040 126 12 proposed propose VERB bam-6040 126 13 design design NOUN bam-6040 126 14 procedure procedure NOUN bam-6040 126 15 : : PUNCT bam-6040 126 16 it it PRON bam-6040 126 17 leads lead VERB bam-6040 126 18 to to ADP bam-6040 126 19 a a DET bam-6040 126 20 system system NOUN bam-6040 126 21 presenting present VERB bam-6040 126 22 a a DET bam-6040 126 23 large large ADJ bam-6040 126 24 efficiency efficiency NOUN bam-6040 126 25 ( ( PUNCT bam-6040 126 26 e.g. e.g. ADV bam-6040 126 27 up up ADP bam-6040 126 28 to to PART bam-6040 126 29 34 34 NUM bam-6040 126 30 % % NOUN bam-6040 126 31 at at ADP bam-6040 126 32 21 21 NUM bam-6040 126 33 mm mm NOUN bam-6040 126 34 ) ) PUNCT bam-6040 126 35 . . PUNCT bam-6040 127 1 for for ADP bam-6040 127 2 the the DET bam-6040 127 3 secondary secondary ADJ bam-6040 127 4 circuit circuit NOUN bam-6040 127 5 , , PUNCT bam-6040 127 6 the the DET bam-6040 127 7 rectification rectification NOUN bam-6040 127 8 efficiency efficiency NOUN bam-6040 127 9 can can AUX bam-6040 127 10 become become VERB bam-6040 127 11 highly highly ADV bam-6040 127 12 critical critical ADJ bam-6040 127 13 , , PUNCT bam-6040 127 14 in in ADP bam-6040 127 15 particular particular ADJ bam-6040 127 16 for for ADP bam-6040 127 17 low low ADJ bam-6040 127 18 power power NOUN bam-6040 127 19 applications application NOUN bam-6040 127 20 with with ADP bam-6040 127 21 weak weak ADJ bam-6040 127 22 link link NOUN bam-6040 127 23 gain gain NOUN bam-6040 127 24 . . PUNCT bam-6040 128 1 therefore therefore ADV bam-6040 128 2 , , PUNCT bam-6040 128 3 high high ADJ bam-6040 128 4 fig fig NOUN bam-6040 128 5 3 3 NUM bam-6040 128 6 . . PUNCT bam-6040 128 7 power power NOUN bam-6040 128 8 transfer transfer NOUN bam-6040 128 9 system system NOUN bam-6040 128 10 pts pt NOUN bam-6040 128 11 obtained obtain VERB bam-6040 128 12 at at ADP bam-6040 128 13 the the DET bam-6040 128 14 end end NOUN bam-6040 128 15 of of ADP bam-6040 128 16 the the DET bam-6040 128 17 design design NOUN bam-6040 128 18 methodology methodology NOUN bam-6040 128 19 for for ADP bam-6040 128 20 our our PRON bam-6040 128 21 example example NOUN bam-6040 128 22 . . PUNCT bam-6040 129 1 fig fig NOUN bam-6040 129 2 4 4 NUM bam-6040 129 3 . . PUNCT bam-6040 129 4 efficiency efficiency NOUN bam-6040 129 5 before before ADP bam-6040 129 6 and and CCONJ bam-6040 129 7 after after ADP bam-6040 129 8 rectification rectification NOUN bam-6040 129 9 , , PUNCT bam-6040 129 10 output output NOUN bam-6040 129 11 power power NOUN bam-6040 129 12 and and CCONJ bam-6040 129 13 screenshots screenshot NOUN bam-6040 129 14 of of ADP bam-6040 129 15 drain drain NOUN bam-6040 129 16 voltage voltage NOUN bam-6040 129 17 π‘‰π‘‘π‘Ÿπ‘Žπ‘–π‘› π‘‰π‘‘π‘Ÿπ‘Žπ‘–π‘› PROPN bam-6040 129 18 , , PUNCT bam-6040 129 19 gate gate NOUN bam-6040 129 20 voltage voltage NOUN bam-6040 129 21 𝑉𝐢𝑂𝑀 𝑉𝐢𝑂𝑀 PROPN bam-6040 129 22 and and CCONJ bam-6040 129 23 voltage voltage VERB bam-6040 129 24 at at ADP bam-6040 129 25 the the DET bam-6040 129 26 load load NOUN bam-6040 129 27 𝑉𝐷𝐢 𝑉𝐷𝐢 PROPN bam-6040 129 28 for for ADP bam-6040 129 29 different different ADJ bam-6040 129 30 class class NOUN bam-6040 129 31 e e NOUN bam-6040 129 32 power power NOUN bam-6040 129 33 amplifier amplifier NOUN bam-6040 129 34 operating operating NOUN bam-6040 129 35 points point NOUN bam-6040 129 36 . . PUNCT bam-6040 130 1 inductive inductive ADJ bam-6040 130 2 powering powering NOUN bam-6040 130 3 of of ADP bam-6040 130 4 subcutaneous subcutaneous ADJ bam-6040 130 5 stimulators stimulator NOUN bam-6040 130 6 eur eur PROPN bam-6040 130 7 j j PROPN bam-6040 130 8 transl transl PROPN bam-6040 130 9 myol myol NOUN bam-6040 130 10 26 26 NUM bam-6040 130 11 ( ( PUNCT bam-6040 130 12 2 2 NUM bam-6040 130 13 ) ) PUNCT bam-6040 130 14 155 155 NUM bam-6040 130 15 - - SYM bam-6040 130 16 160 160 NUM bam-6040 130 17 159 159 NUM bam-6040 130 18 primary primary ADJ bam-6040 130 19 voltage voltage NOUN bam-6040 130 20 is be AUX bam-6040 130 21 usually usually ADV bam-6040 130 22 needed need VERB bam-6040 130 23 and and CCONJ bam-6040 130 24 class class NOUN bam-6040 130 25 e e NOUN bam-6040 130 26 pa pa PROPN bam-6040 130 27 are be AUX bam-6040 130 28 recommended recommend VERB bam-6040 130 29 . . PUNCT bam-6040 131 1 a a DET bam-6040 131 2 trade trade NOUN bam-6040 131 3 - - PUNCT bam-6040 131 4 off off NOUN bam-6040 131 5 can can AUX bam-6040 131 6 be be AUX bam-6040 131 7 found find VERB bam-6040 131 8 between between ADP bam-6040 131 9 the the DET bam-6040 131 10 losses loss NOUN bam-6040 131 11 of of ADP bam-6040 131 12 the the DET bam-6040 131 13 primary primary NOUN bam-6040 131 14 and and CCONJ bam-6040 131 15 the the DET bam-6040 131 16 secondary secondary ADJ bam-6040 131 17 circuits circuit NOUN bam-6040 131 18 in in ADP bam-6040 131 19 order order NOUN bam-6040 131 20 to to PART bam-6040 131 21 maximize maximize VERB bam-6040 131 22 the the DET bam-6040 131 23 efficiency efficiency NOUN bam-6040 131 24 and and CCONJ bam-6040 131 25 the the DET bam-6040 131 26 expected expect VERB bam-6040 131 27 output output NOUN bam-6040 131 28 power power NOUN bam-6040 131 29 over over ADP bam-6040 131 30 the the DET bam-6040 131 31 required require VERB bam-6040 131 32 range range NOUN bam-6040 131 33 of of ADP bam-6040 131 34 transfer transfer NOUN bam-6040 131 35 distance distance NOUN bam-6040 131 36 . . PUNCT bam-6040 132 1 this this DET bam-6040 132 2 methodology methodology NOUN bam-6040 132 3 presents present VERB bam-6040 132 4 some some DET bam-6040 132 5 limitations limitation NOUN bam-6040 132 6 : : PUNCT bam-6040 132 7 depending depend VERB bam-6040 132 8 on on ADP bam-6040 132 9 the the DET bam-6040 132 10 initial initial ADJ bam-6040 132 11 requirements requirement NOUN bam-6040 132 12 , , PUNCT bam-6040 132 13 some some DET bam-6040 132 14 components component NOUN bam-6040 132 15 can can AUX bam-6040 132 16 show show VERB bam-6040 132 17 very very ADV bam-6040 132 18 small small ADJ bam-6040 132 19 values value NOUN bam-6040 132 20 , , PUNCT bam-6040 132 21 comparable comparable ADJ bam-6040 132 22 to to ADP bam-6040 132 23 parasitic parasitic ADJ bam-6040 132 24 impedances impedance NOUN bam-6040 132 25 , , PUNCT bam-6040 132 26 therefore therefore ADV bam-6040 132 27 having have VERB bam-6040 132 28 fluctuating fluctuate VERB bam-6040 132 29 and and CCONJ bam-6040 132 30 unexpected unexpected ADJ bam-6040 132 31 impacts impact NOUN bam-6040 132 32 on on ADP bam-6040 132 33 the the DET bam-6040 132 34 results result NOUN bam-6040 132 35 . . PUNCT bam-6040 133 1 this this PRON bam-6040 133 2 justifies justify VERB bam-6040 133 3 the the DET bam-6040 133 4 necessity necessity NOUN bam-6040 133 5 of of ADP bam-6040 133 6 an an DET bam-6040 133 7 iterative iterative NOUN bam-6040 133 8 testing testing NOUN bam-6040 133 9 in in ADP bam-6040 133 10 order order NOUN bam-6040 133 11 to to PART bam-6040 133 12 guaranty guaranty VERB bam-6040 133 13 the the DET bam-6040 133 14 optimal optimal ADJ bam-6040 133 15 power power NOUN bam-6040 133 16 transfer transfer NOUN bam-6040 133 17 . . PUNCT bam-6040 134 1 moreover moreover ADV bam-6040 134 2 , , PUNCT bam-6040 134 3 the the DET bam-6040 134 4 class class NOUN bam-6040 134 5 e e PROPN bam-6040 134 6 pa pa PROPN bam-6040 134 7 is be AUX bam-6040 134 8 very very ADV bam-6040 134 9 sensitive sensitive ADJ bam-6040 134 10 to to ADP bam-6040 134 11 frequency frequency NOUN bam-6040 134 12 shifts shift NOUN bam-6040 134 13 . . PUNCT bam-6040 135 1 coils coil NOUN bam-6040 135 2 misalignment misalignment NOUN bam-6040 135 3 or or CCONJ bam-6040 135 4 deformations deformation NOUN bam-6040 135 5 therefore therefore ADV bam-6040 135 6 become become VERB bam-6040 135 7 quickly quickly ADV bam-6040 135 8 a a DET bam-6040 135 9 problem problem NOUN bam-6040 135 10 . . PUNCT bam-6040 136 1 further further ADJ bam-6040 136 2 improvements improvement NOUN bam-6040 136 3 can can AUX bam-6040 136 4 be be AUX bam-6040 136 5 brought bring VERB bam-6040 136 6 by by ADP bam-6040 136 7 adding add VERB bam-6040 136 8 a a DET bam-6040 136 9 feedback feedback NOUN bam-6040 136 10 regulation regulation NOUN bam-6040 136 11 on on ADP bam-6040 136 12 the the DET bam-6040 136 13 operating operate VERB bam-6040 136 14 frequency frequency NOUN bam-6040 136 15 of of ADP bam-6040 136 16 the the DET bam-6040 136 17 class class NOUN bam-6040 136 18 e e PROPN bam-6040 136 19 pa pa PROPN bam-6040 136 20 . . PUNCT bam-6040 137 1 moreover moreover ADV bam-6040 137 2 , , PUNCT bam-6040 137 3 numerical numerical ADJ bam-6040 137 4 simulations simulation NOUN bam-6040 137 5 ( ( PUNCT bam-6040 137 6 see see VERB bam-6040 137 7 fig fig NOUN bam-6040 137 8 . . PUNCT bam-6040 138 1 1 1 X bam-6040 138 2 ) ) PUNCT bam-6040 138 3 allow allow VERB bam-6040 138 4 considering consider VERB bam-6040 138 5 coils coil NOUN bam-6040 138 6 misalignments misalignment NOUN bam-6040 138 7 , , PUNCT bam-6040 138 8 complex complex ADJ bam-6040 138 9 geometries geometry NOUN bam-6040 138 10 , , PUNCT bam-6040 138 11 and and CCONJ bam-6040 138 12 heating heating NOUN bam-6040 138 13 of of ADP bam-6040 138 14 tissues tissue NOUN bam-6040 138 15 . . PUNCT bam-6040 139 1 the the DET bam-6040 139 2 development development NOUN bam-6040 139 3 of of ADP bam-6040 139 4 numerical numerical ADJ bam-6040 139 5 models model NOUN bam-6040 139 6 will will AUX bam-6040 139 7 thus thus ADV bam-6040 139 8 induce induce VERB bam-6040 139 9 further further ADJ bam-6040 139 10 improvement improvement NOUN bam-6040 139 11 of of ADP bam-6040 139 12 the the DET bam-6040 139 13 design design NOUN bam-6040 139 14 procedure procedure NOUN bam-6040 139 15 that that PRON bam-6040 139 16 , , PUNCT bam-6040 139 17 hopefully hopefully ADV bam-6040 139 18 , , PUNCT bam-6040 139 19 will will AUX bam-6040 139 20 enable enable VERB bam-6040 139 21 researchers researcher NOUN bam-6040 139 22 to to PART bam-6040 139 23 identify identify VERB bam-6040 139 24 more more ADV bam-6040 139 25 easily easily ADV bam-6040 139 26 the the DET bam-6040 139 27 critical critical ADJ bam-6040 139 28 features feature NOUN bam-6040 139 29 of of ADP bam-6040 139 30 their their PRON bam-6040 139 31 design design NOUN bam-6040 139 32 and and CCONJ bam-6040 139 33 to to PART bam-6040 139 34 proceed proceed VERB bam-6040 139 35 in in ADP bam-6040 139 36 a a DET bam-6040 139 37 consistent consistent ADJ bam-6040 139 38 way way NOUN bam-6040 139 39 . . PUNCT bam-6040 140 1 we we PRON bam-6040 140 2 hope hope VERB bam-6040 140 3 that that SCONJ bam-6040 140 4 this this DET bam-6040 140 5 methodology methodology NOUN bam-6040 140 6 can can AUX bam-6040 140 7 be be AUX bam-6040 140 8 applied apply VERB bam-6040 140 9 to to ADP bam-6040 140 10 any any DET bam-6040 140 11 type type NOUN bam-6040 140 12 of of ADP bam-6040 140 13 implantable implantable NOUN bam-6040 140 14 inductively inductively ADV bam-6040 140 15 powered power VERB bam-6040 140 16 system system NOUN bam-6040 140 17 . . PUNCT bam-6040 141 1 further further ADJ bam-6040 141 2 work work NOUN bam-6040 141 3 will will AUX bam-6040 141 4 include include VERB bam-6040 141 5 the the DET bam-6040 141 6 validation validation NOUN bam-6040 141 7 of of ADP bam-6040 141 8 this this DET bam-6040 141 9 methodology methodology NOUN bam-6040 141 10 on on ADP bam-6040 141 11 various various ADJ bam-6040 141 12 hardware hardware NOUN bam-6040 141 13 systems system NOUN bam-6040 141 14 comprising comprise VERB bam-6040 141 15 classical classical ADJ bam-6040 141 16 telemetry telemetry NOUN bam-6040 141 17 based base VERB bam-6040 141 18 on on ADP bam-6040 141 19 the the DET bam-6040 141 20 inductive inductive ADJ bam-6040 141 21 link link NOUN bam-6040 141 22 and and CCONJ bam-6040 141 23 more more ADV bam-6040 141 24 particularly particularly ADV bam-6040 141 25 lsk lsk PROPN bam-6040 141 26 10 10 NUM bam-6040 141 27 , , PUNCT bam-6040 141 28 benefiting benefit VERB bam-6040 141 29 from from ADP bam-6040 141 30 the the DET bam-6040 141 31 coils coil NOUN bam-6040 141 32 coupling couple VERB bam-6040 141 33 optimisation optimisation NOUN bam-6040 141 34 . . PUNCT bam-6040 142 1 contributions contribution NOUN bam-6040 142 2 cg cg PROPN bam-6040 142 3 performed perform VERB bam-6040 142 4 a a DET bam-6040 142 5 deep deep ADJ bam-6040 142 6 review review NOUN bam-6040 142 7 of of ADP bam-6040 142 8 the the DET bam-6040 142 9 existing exist VERB bam-6040 142 10 litterature litterature NOUN bam-6040 142 11 . . PUNCT bam-6040 143 1 she she PRON bam-6040 143 2 also also ADV bam-6040 143 3 designed design VERB bam-6040 143 4 , , PUNCT bam-6040 143 5 tuned tune VERB bam-6040 143 6 and and CCONJ bam-6040 143 7 tested test VERB bam-6040 143 8 the the DET bam-6040 143 9 electronics electronic NOUN bam-6040 143 10 circuits circuit NOUN bam-6040 143 11 and and CCONJ bam-6040 143 12 performed perform VERB bam-6040 143 13 a a DET bam-6040 143 14 practical practical ADJ bam-6040 143 15 implementation implementation NOUN bam-6040 143 16 of of ADP bam-6040 143 17 the the DET bam-6040 143 18 proposed propose VERB bam-6040 143 19 methodology methodology NOUN bam-6040 143 20 . . PUNCT bam-6040 144 1 ad ad NOUN bam-6040 144 2 and and CCONJ bam-6040 144 3 va va PROPN bam-6040 144 4 helped help VERB bam-6040 144 5 during during ADP bam-6040 144 6 the the DET bam-6040 144 7 elaboration elaboration NOUN bam-6040 144 8 of of ADP bam-6040 144 9 the the DET bam-6040 144 10 methodology methodology NOUN bam-6040 144 11 and and CCONJ bam-6040 144 12 the the DET bam-6040 144 13 prototype prototype NOUN bam-6040 144 14 testing testing NOUN bam-6040 144 15 . . PUNCT bam-6040 145 1 ll ll AUX bam-6040 145 2 gave give VERB bam-6040 145 3 his his PRON bam-6040 145 4 expertise expertise NOUN bam-6040 145 5 on on ADP bam-6040 145 6 the the DET bam-6040 145 7 power power NOUN bam-6040 145 8 requirements requirement NOUN bam-6040 145 9 of of ADP bam-6040 145 10 neurostimulators neurostimulator NOUN bam-6040 145 11 and and CCONJ bam-6040 145 12 reviewed review VERB bam-6040 145 13 the the DET bam-6040 145 14 work work NOUN bam-6040 145 15 . . PUNCT bam-6040 146 1 pd pd PROPN bam-6040 146 2 gave give VERB bam-6040 146 3 his his PRON bam-6040 146 4 expertise expertise NOUN bam-6040 146 5 on on ADP bam-6040 146 6 the the DET bam-6040 146 7 wireless wireless ADJ bam-6040 146 8 power power NOUN bam-6040 146 9 transfer transfer NOUN bam-6040 146 10 for for ADP bam-6040 146 11 implantable implantable ADJ bam-6040 146 12 devices device NOUN bam-6040 146 13 and and CCONJ bam-6040 146 14 helped help VERB bam-6040 146 15 designing design VERB bam-6040 146 16 the the DET bam-6040 146 17 driving drive VERB bam-6040 146 18 circuit circuit NOUN bam-6040 146 19 of of ADP bam-6040 146 20 the the DET bam-6040 146 21 class class NOUN bam-6040 146 22 e e PROPN bam-6040 146 23 pa pa PROPN bam-6040 146 24 . . PUNCT bam-6040 147 1 this this DET bam-6040 147 2 work work NOUN bam-6040 147 3 was be AUX bam-6040 147 4 supervised supervise VERB bam-6040 147 5 by by ADP bam-6040 147 6 pd pd PROPN bam-6040 147 7 and and CCONJ bam-6040 147 8 an an PRON bam-6040 147 9 . . PUNCT bam-6040 148 1 acknowledgements acknowledgement NOUN bam-6040 148 2 research research NOUN bam-6040 148 3 supported support VERB bam-6040 148 4 by by ADP bam-6040 148 5 synergia synergia NOUN bam-6040 148 6 medical medical ADJ bam-6040 148 7 , , PUNCT bam-6040 148 8 mont mont NOUN bam-6040 148 9 - - PUNCT bam-6040 148 10 saintguibert saintguibert PROPN bam-6040 148 11 , , PUNCT bam-6040 148 12 belgium belgium NOUN bam-6040 148 13 . . PUNCT bam-6040 149 1 conflict conflict NOUN bam-6040 149 2 of of ADP bam-6040 149 3 interest interest NOUN bam-6040 149 4 the the DET bam-6040 149 5 authors author NOUN bam-6040 149 6 declare declare VERB bam-6040 149 7 no no DET bam-6040 149 8 potential potential ADJ bam-6040 149 9 conflict conflict NOUN bam-6040 149 10 of of ADP bam-6040 149 11 interests interest NOUN bam-6040 149 12 . . PUNCT bam-6040 150 1 corresponding correspond VERB bam-6040 150 2 author author NOUN bam-6040 150 3 carmen carman NOUN bam-6040 150 4 godfraind godfraind NOUN bam-6040 150 5 , , PUNCT bam-6040 150 6 syngeria syngeria NOUN bam-6040 150 7 medical medical ADJ bam-6040 150 8 , , PUNCT bam-6040 150 9 mont mont NOUN bam-6040 150 10 - - PUNCT bam-6040 150 11 saintguibert saintguibert PROPN bam-6040 150 12 , , PUNCT bam-6040 150 13 belgium belgium NOUN bam-6040 150 14 e e NOUN bam-6040 150 15 - - NOUN bam-6040 150 16 mail mail NOUN bam-6040 150 17 : : PUNCT bam-6040 150 18 carmen.godfraind@synergiam.com carmen.godfraind@synergiam.com X bam-6040 150 19 e e NOUN bam-6040 150 20 - - NOUN bam-6040 150 21 mails mail NOUN bam-6040 150 22 of of ADP bam-6040 150 23 coauthors coauthor NOUN bam-6040 150 24 adrien adrien PROPN bam-6040 150 25 debelle debelle PROPN bam-6040 150 26 : : PUNCT bam-6040 150 27 addebell@ulb.ac.be addebell@ulb.ac.be PROPN bam-6040 150 28 laurent laurent PROPN bam-6040 150 29 lonys lonys PROPN bam-6040 150 30 : : PUNCT bam-6040 150 31 llonys@ulb.ac.be llonys@ulb.ac.be PROPN bam-6040 150 32 vicente vicente PROPN bam-6040 150 33 acuΓ±a acuΓ±a ADJ bam-6040 150 34 : : PUNCT bam-6040 150 35 vicente.acuna.otarola@ulb.ac.be vicente.acuna.otarola@ulb.ac.be ADJ bam-6040 150 36 pascal pascal PROPN bam-6040 150 37 doguet doguet NOUN bam-6040 150 38 : : PUNCT bam-6040 150 39 pascal.doguet@synergiam.com pascal.doguet@synergiam.com PROPN bam-6040 150 40 antoine antoine PROPN bam-6040 150 41 nonclercq nonclercq PROPN bam-6040 150 42 : : PUNCT bam-6040 150 43 anoncler@ulb.ac.be anoncler@ulb.ac.be NOUN bam-6040 150 44 references reference NOUN bam-6040 150 45 1 1 NUM bam-6040 150 46 . . PUNCT bam-6040 151 1 schuylenbergh schuylenbergh PROPN bam-6040 151 2 k k PROPN bam-6040 151 3 van van PROPN bam-6040 151 4 , , PUNCT bam-6040 151 5 puers puers PROPN bam-6040 151 6 r. r. PROPN bam-6040 151 7 inductive inductive PROPN bam-6040 151 8 powering powering NOUN bam-6040 151 9 : : PUNCT bam-6040 151 10 basic basic ADJ bam-6040 151 11 theory theory NOUN bam-6040 151 12 and and CCONJ bam-6040 151 13 application application NOUN bam-6040 151 14 to to ADP bam-6040 151 15 biomedical biomedical ADJ bam-6040 151 16 systems system NOUN bam-6040 151 17 . . PUNCT bam-6040 152 1 analog analog NOUN bam-6040 152 2 circuits circuit NOUN bam-6040 152 3 and and CCONJ bam-6040 152 4 signal signal VERB bam-6040 152 5 processing processing NOUN bam-6040 152 6 2009 2009 NUM bam-6040 152 7 . . PUNCT bam-6040 153 1 2 2 X bam-6040 153 2 . . X bam-6040 153 3 bosshard bosshard NOUN bam-6040 153 4 r r PROPN bam-6040 153 5 , , PUNCT bam-6040 153 6 muhlethaler muhlethaler PROPN bam-6040 153 7 j j PROPN bam-6040 153 8 , , PUNCT bam-6040 153 9 kolar kolar PROPN bam-6040 153 10 jw jw PROPN bam-6040 153 11 , , PUNCT bam-6040 153 12 stevanovic stevanovic PROPN bam-6040 153 13 i. i. PROPN bam-6040 153 14 optimized optimize VERB bam-6040 153 15 magnetic magnetic ADJ bam-6040 153 16 design design NOUN bam-6040 153 17 for for ADP bam-6040 153 18 inductive inductive ADJ bam-6040 153 19 power power NOUN bam-6040 153 20 transfer transfer NOUN bam-6040 153 21 coils coil NOUN bam-6040 153 22 . . PUNCT bam-6040 154 1 conf conf NOUN bam-6040 154 2 proc proc PROPN bam-6040 154 3 ieee ieee PROPN bam-6040 154 4 appl appl PROPN bam-6040 154 5 power power PROPN bam-6040 154 6 electron electron PROPN bam-6040 154 7 conf conf PROPN bam-6040 154 8 expo expo PROPN bam-6040 154 9 apec apec PROPN bam-6040 154 10 2013:1812 2013:1812 NUM bam-6040 154 11 - - SYM bam-6040 154 12 1819 1819 NUM bam-6040 154 13 . . PUNCT bam-6040 155 1 3 3 X bam-6040 155 2 . . X bam-6040 155 3 ecc ecc PROPN bam-6040 155 4 within within ADP bam-6040 155 5 cept cept NOUN bam-6040 155 6 . . PUNCT bam-6040 156 1 the the DET bam-6040 156 2 european european ADJ bam-6040 156 3 table table NOUN bam-6040 156 4 of of ADP bam-6040 156 5 frequency frequency NOUN bam-6040 156 6 allocations allocation NOUN bam-6040 156 7 and and CCONJ bam-6040 156 8 applications application NOUN bam-6040 156 9 in in ADP bam-6040 156 10 frequency frequency NOUN bam-6040 156 11 range range NOUN bam-6040 156 12 8.3 8.3 NUM bam-6040 156 13 khz khz NOUN bam-6040 156 14 to to ADP bam-6040 156 15 3000 3000 NUM bam-6040 156 16 ghz ghz NOUN bam-6040 156 17 . . PUNCT bam-6040 156 18 ; ; PUNCT bam-6040 156 19 2013 2013 NUM bam-6040 156 20 . . PUNCT bam-6040 157 1 4 4 X bam-6040 157 2 . . X bam-6040 157 3 harrison harrison PROPN bam-6040 157 4 rr rr PROPN bam-6040 157 5 . . PUNCT bam-6040 158 1 designing design VERB bam-6040 158 2 efficient efficient ADJ bam-6040 158 3 inductive inductive ADJ bam-6040 158 4 power power NOUN bam-6040 158 5 links link NOUN bam-6040 158 6 for for ADP bam-6040 158 7 implantable implantable ADJ bam-6040 158 8 devices device NOUN bam-6040 158 9 . . PUNCT bam-6040 159 1 2007 2007 NUM bam-6040 159 2 ieee ieee PROPN bam-6040 159 3 int int PROPN bam-6040 159 4 symp symp PROPN bam-6040 159 5 circuits circuit NOUN bam-6040 159 6 syst syst VERB bam-6040 159 7 2007:2080 2007:2080 PROPN bam-6040 159 8 - - SYM bam-6040 159 9 2083 2083 NUM bam-6040 159 10 . . PUNCT bam-6040 160 1 5 5 NUM bam-6040 160 2 . . X bam-6040 160 3 artan artan PROPN bam-6040 160 4 ns ns NUM bam-6040 160 5 , , PUNCT bam-6040 160 6 patel patel PROPN bam-6040 160 7 rc rc PROPN bam-6040 160 8 , , PUNCT bam-6040 160 9 ning ning NOUN bam-6040 160 10 c c PROPN bam-6040 160 11 , , PUNCT bam-6040 160 12 chao chao PROPN bam-6040 160 13 hj hj PROPN bam-6040 160 14 . . PROPN bam-6040 160 15 highefficiency highefficiency PROPN bam-6040 160 16 wireless wireless ADJ bam-6040 160 17 power power NOUN bam-6040 160 18 delivery delivery NOUN bam-6040 160 19 for for ADP bam-6040 160 20 medical medical ADJ bam-6040 160 21 implants implant NOUN bam-6040 160 22 using use VERB bam-6040 160 23 hybrid hybrid ADJ bam-6040 160 24 coils coil NOUN bam-6040 160 25 . . PUNCT bam-6040 161 1 conf conf PROPN bam-6040 161 2 proc proc PROPN bam-6040 161 3 ieee ieee PROPN bam-6040 161 4 eng eng PROPN bam-6040 161 5 med med PROPN bam-6040 161 6 biol biol PROPN bam-6040 161 7 soc soc NOUN bam-6040 161 8 2012:1683 2012:1683 NOUN bam-6040 161 9 - - SYM bam-6040 161 10 1686 1686 NUM bam-6040 161 11 . . PUNCT bam-6040 161 12 fig fig NOUN bam-6040 161 13 5 5 NUM bam-6040 161 14 . . PUNCT bam-6040 161 15 system system NOUN bam-6040 161 16 efficiency efficiency NOUN bam-6040 161 17 and and CCONJ bam-6040 161 18 output output NOUN bam-6040 161 19 power power NOUN bam-6040 161 20 variation variation NOUN bam-6040 161 21 with with ADP bam-6040 161 22 the the DET bam-6040 161 23 transfer transfer NOUN bam-6040 161 24 distance distance NOUN bam-6040 161 25 z. z. PROPN bam-6040 161 26 supply supply PROPN bam-6040 161 27 voltage voltage PROPN bam-6040 161 28 𝑉𝑐𝑐=8v 𝑉𝑐𝑐=8v PROPN bam-6040 161 29 ; ; PUNCT bam-6040 161 30 rectifiction rectifiction NOUN bam-6040 161 31 diodes diode VERB bam-6040 161 32 forward forward ADV bam-6040 161 33 voltage voltage NOUN bam-6040 161 34 π‘‰π‘‘π‘–π‘œπ‘‘π‘’=0.35v π‘‰π‘‘π‘–π‘œπ‘‘π‘’=0.35v PROPN bam-6040 161 35 . . PUNCT bam-6040 162 1 fig fig NOUN bam-6040 162 2 6 6 NUM bam-6040 162 3 . . PUNCT bam-6040 162 4 system system NOUN bam-6040 162 5 efficiency efficiency NOUN bam-6040 162 6 and and CCONJ bam-6040 162 7 the the DET bam-6040 162 8 output output NOUN bam-6040 162 9 power power NOUN bam-6040 162 10 variation variation NOUN bam-6040 162 11 with with ADP bam-6040 162 12 the the DET bam-6040 162 13 supply supply NOUN bam-6040 162 14 voltage voltage NOUN bam-6040 162 15 . . PUNCT bam-6040 163 1 power power NOUN bam-6040 163 2 transfer transfer NOUN bam-6040 163 3 distance distance NOUN bam-6040 163 4 z=21 z=21 NOUN bam-6040 163 5 mm mm NOUN bam-6040 163 6 ; ; PUNCT bam-6040 163 7 rectification rectification NOUN bam-6040 163 8 diodes diode NOUN bam-6040 163 9 forward forward ADV bam-6040 163 10 voltage voltage NOUN bam-6040 163 11 π‘‰π‘‘π‘–π‘œπ‘‘π‘’=0.35v π‘‰π‘‘π‘–π‘œπ‘‘π‘’=0.35v PROPN bam-6040 163 12 . . PUNCT bam-6040 164 1 inductive inductive ADJ bam-6040 164 2 powering powering NOUN bam-6040 164 3 of of ADP bam-6040 164 4 subcutaneous subcutaneous ADJ bam-6040 164 5 stimulators stimulator NOUN bam-6040 164 6 eur eur PROPN bam-6040 164 7 j j PROPN bam-6040 164 8 transl transl PROPN bam-6040 164 9 myol myol NOUN bam-6040 164 10 26 26 NUM bam-6040 164 11 ( ( PUNCT bam-6040 164 12 2 2 NUM bam-6040 164 13 ) ) PUNCT bam-6040 164 14 155 155 NUM bam-6040 164 15 - - SYM bam-6040 164 16 160 160 NUM bam-6040 164 17 160 160 NUM bam-6040 164 18 6 6 NUM bam-6040 164 19 . . PUNCT bam-6040 165 1 ma ma PROPN bam-6040 165 2 q q PROPN bam-6040 165 3 , , PUNCT bam-6040 165 4 haider haider PROPN bam-6040 165 5 mr mr PROPN bam-6040 165 6 , , PUNCT bam-6040 165 7 yuan yuan PROPN bam-6040 165 8 s s PROPN bam-6040 165 9 , , PUNCT bam-6040 165 10 islam islam PROPN bam-6040 165 11 sk sk PROPN bam-6040 165 12 . . PROPN bam-6040 165 13 poweroscillator poweroscillator PROPN bam-6040 165 14 based base VERB bam-6040 165 15 high high ADJ bam-6040 165 16 efficiency efficiency NOUN bam-6040 165 17 inductive inductive ADJ bam-6040 165 18 powerlink powerlink NOUN bam-6040 165 19 for for ADP bam-6040 165 20 transcutaneous transcutaneous ADJ bam-6040 165 21 power power NOUN bam-6040 165 22 transmission transmission NOUN bam-6040 165 23 . . PUNCT bam-6040 166 1 midwest midwest PROPN bam-6040 166 2 symp symp PROPN bam-6040 166 3 circuits circuit NOUN bam-6040 166 4 syst syst PROPN bam-6040 166 5 2010:537 2010:537 PROPN bam-6040 166 6 - - SYM bam-6040 166 7 540 540 NUM bam-6040 166 8 . . PUNCT bam-6040 167 1 7 7 X bam-6040 167 2 . . X bam-6040 168 1 mutashar mutashar PROPN bam-6040 168 2 s s PROPN bam-6040 168 3 , , PUNCT bam-6040 168 4 hannan hannan PROPN bam-6040 168 5 m m PROPN bam-6040 168 6 a. a. PROPN bam-6040 168 7 , , PUNCT bam-6040 168 8 samad samad PROPN bam-6040 168 9 s s PROPN bam-6040 168 10 a. a. NOUN bam-6040 168 11 , , PUNCT bam-6040 168 12 hussain hussain PROPN bam-6040 168 13 a. a. NOUN bam-6040 168 14 analysis analysis NOUN bam-6040 168 15 and and CCONJ bam-6040 168 16 optimization optimization NOUN bam-6040 168 17 of of ADP bam-6040 168 18 spiral spiral ADJ bam-6040 168 19 circular circular ADJ bam-6040 168 20 inductive inductive ADJ bam-6040 168 21 coupling coupling NOUN bam-6040 168 22 link link NOUN bam-6040 168 23 for for ADP bam-6040 168 24 bio bio ADV bam-6040 168 25 - - PUNCT bam-6040 168 26 implanted implant VERB bam-6040 168 27 applications application NOUN bam-6040 168 28 on on ADP bam-6040 168 29 air air NOUN bam-6040 168 30 and and CCONJ bam-6040 168 31 within within ADP bam-6040 168 32 human human ADJ bam-6040 168 33 tissue tissue NOUN bam-6040 168 34 . . PUNCT bam-6040 169 1 sensors sensor NOUN bam-6040 169 2 ( ( PUNCT bam-6040 169 3 switzerland switzerland NOUN bam-6040 169 4 ) ) PUNCT bam-6040 169 5 2014;14:11522 2014;14:11522 NUM bam-6040 169 6 - - SYM bam-6040 169 7 11541 11541 NUM bam-6040 169 8 . . PUNCT bam-6040 170 1 8 8 X bam-6040 170 2 . . X bam-6040 170 3 chaoui chaoui PROPN bam-6040 170 4 m m PROPN bam-6040 170 5 , , PUNCT bam-6040 170 6 perdriau perdriau ADJ bam-6040 170 7 r r NOUN bam-6040 170 8 , , PUNCT bam-6040 170 9 ghariani ghariani ADJ bam-6040 170 10 h h NOUN bam-6040 170 11 , , PUNCT bam-6040 170 12 lahiani lahiani PROPN bam-6040 170 13 m. m. NOUN bam-6040 170 14 design design NOUN bam-6040 170 15 of of ADP bam-6040 170 16 a a DET bam-6040 170 17 class class NOUN bam-6040 170 18 - - PUNCT bam-6040 170 19 e e NOUN bam-6040 170 20 transcutaneous transcutaneous ADJ bam-6040 170 21 energy energy NOUN bam-6040 170 22 transmitter transmitter NOUN bam-6040 170 23 for for ADP bam-6040 170 24 an an DET bam-6040 170 25 implantable implantable ADJ bam-6040 170 26 system system NOUN bam-6040 170 27 . . PUNCT bam-6040 171 1 microelectron microelectron PROPN bam-6040 171 2 int int PROPN bam-6040 171 3 2012;29:22 2012;29:22 NUM bam-6040 171 4 - - SYM bam-6040 171 5 34 34 NUM bam-6040 171 6 . . NOUN bam-6040 171 7 9 9 NUM bam-6040 171 8 . . NUM bam-6040 171 9 lenaerts lenaerts PROPN bam-6040 171 10 b b PROPN bam-6040 171 11 , , PUNCT bam-6040 171 12 puers puer VERB bam-6040 171 13 r. r. PROPN bam-6040 171 14 power power PROPN bam-6040 171 15 converters converter NOUN bam-6040 171 16 and and CCONJ bam-6040 171 17 voltage voltage NOUN bam-6040 171 18 regulators regulator NOUN bam-6040 171 19 . . PUNCT bam-6040 172 1 in in ADP bam-6040 172 2 : : PUNCT bam-6040 172 3 power power NOUN bam-6040 172 4 . . PUNCT bam-6040 173 1 vol vol NOUN bam-6040 173 2 ; ; PUNCT bam-6040 173 3 2009 2009 NUM bam-6040 173 4 . . PUNCT bam-6040 174 1 10 10 NUM bam-6040 174 2 . . X bam-6040 174 3 tang tang PROPN bam-6040 175 1 z z PROPN bam-6040 175 2 , , PUNCT bam-6040 175 3 smith smith PROPN bam-6040 175 4 b b PROPN bam-6040 175 5 , , PUNCT bam-6040 175 6 schild schild PROPN bam-6040 175 7 jh jh PROPN bam-6040 175 8 , , PUNCT bam-6040 175 9 peckham peckham PROPN bam-6040 175 10 ph ph PROPN bam-6040 175 11 . . PROPN bam-6040 175 12 data datum NOUN bam-6040 175 13 transmission transmission NOUN bam-6040 175 14 from from ADP bam-6040 175 15 an an DET bam-6040 175 16 implantable implantable ADJ bam-6040 175 17 biotelemeter biotelemeter NOUN bam-6040 175 18 by by ADP bam-6040 175 19 load load NOUN bam-6040 175 20 - - PUNCT bam-6040 175 21 shift shift NOUN bam-6040 175 22 keying keying NOUN bam-6040 175 23 using use VERB bam-6040 175 24 circuit circuit NOUN bam-6040 175 25 configuration configuration NOUN bam-6040 175 26 modulator modulator NOUN bam-6040 175 27 . . PUNCT bam-6040 176 1 ieee ieee PROPN bam-6040 176 2 trans trans PROPN bam-6040 176 3 biomed biome VERB bam-6040 176 4 eng eng PROPN bam-6040 176 5 1995;42:524528 1995;42:524528 NUM bam-6040 176 6 . . PROPN bam-6040 176 7 11 11 NUM bam-6040 176 8 . . X bam-6040 177 1 vandevoorde vandevoorde VERB bam-6040 177 2 g g PROPN bam-6040 177 3 , , PUNCT bam-6040 177 4 puers puer NOUN bam-6040 177 5 r. r. PROPN bam-6040 177 6 wireless wireless PROPN bam-6040 177 7 energy energy NOUN bam-6040 177 8 transfer transfer NOUN bam-6040 177 9 for for ADP bam-6040 177 10 stand stand VERB bam-6040 177 11 - - PUNCT bam-6040 177 12 alone alone ADJ bam-6040 177 13 systems system NOUN bam-6040 177 14 : : PUNCT bam-6040 177 15 a a DET bam-6040 177 16 comparison comparison NOUN bam-6040 177 17 between between ADP bam-6040 177 18 low low ADJ bam-6040 177 19 and and CCONJ bam-6040 177 20 high high ADJ bam-6040 177 21 power power NOUN bam-6040 177 22 applicability applicability NOUN bam-6040 177 23 . . PUNCT bam-6040 178 1 sensors sensor NOUN bam-6040 178 2 actuators actuator NOUN bam-6040 178 3 , , PUNCT bam-6040 178 4 a a DET bam-6040 178 5 phys phy NOUN bam-6040 178 6 2001;92:305 2001;92:305 NUM bam-6040 178 7 - - SYM bam-6040 178 8 311 311 NUM bam-6040 178 9 . . NOUN bam-6040 178 10 12 12 NUM bam-6040 178 11 . . PUNCT bam-6040 179 1 lenaerts lenaerts PROPN bam-6040 179 2 b b PROPN bam-6040 179 3 , , PUNCT bam-6040 179 4 puers puer NOUN bam-6040 179 5 r. r. PROPN bam-6040 179 6 omnidirectional omnidirectional PROPN bam-6040 179 7 inductive inductive ADJ bam-6040 179 8 powering power VERB bam-6040 179 9 for for ADP bam-6040 179 10 biomedical biomedical ADJ bam-6040 179 11 implants implant NOUN bam-6040 179 12 . . PUNCT bam-6040 180 1 analog analog NOUN bam-6040 180 2 circuits circuit NOUN bam-6040 180 3 and and CCONJ bam-6040 180 4 signal signal ADJ bam-6040 180 5 processing processing NOUN bam-6040 180 6 . . PUNCT bam-6040 180 7 springer springer NOUN bam-6040 180 8 ; ; PUNCT bam-6040 180 9 2009 2009 NUM bam-6040 180 10 . . PUNCT bam-6040 181 1 13 13 NUM bam-6040 181 2 . . PUNCT bam-6040 182 1 itu itu PROPN bam-6040 182 2 . . PROPN bam-6040 182 3 rec rec PROPN bam-6040 182 4 . . PUNCT bam-6040 182 5 itu itu PROPN bam-6040 182 6 - - PUNCT bam-6040 182 7 r r NOUN bam-6040 182 8 sm.1056 sm.1056 PROPN bam-6040 182 9 : : PUNCT bam-6040 182 10 limitation limitation NOUN bam-6040 182 11 of of ADP bam-6040 182 12 radiation radiation NOUN bam-6040 182 13 from from ADP bam-6040 182 14 industrial industrial ADJ bam-6040 182 15 , , PUNCT bam-6040 182 16 scientific scientific ADJ bam-6040 182 17 and and CCONJ bam-6040 182 18 medical medical ADJ bam-6040 182 19 ( ( PUNCT bam-6040 182 20 ism ism NOUN bam-6040 182 21 ) ) PUNCT bam-6040 182 22 equipment equipment NOUN bam-6040 182 23 1994 1994 NUM bam-6040 182 24 . . PUNCT bam-6040 183 1 14 14 NUM bam-6040 183 2 . . PUNCT bam-6040 184 1 mohan mohan PROPN bam-6040 184 2 ss ss PROPN bam-6040 184 3 , , PUNCT bam-6040 184 4 hershenson hershenson PROPN bam-6040 184 5 mdm mdm PROPN bam-6040 184 6 , , PUNCT bam-6040 184 7 boyd boyd PROPN bam-6040 184 8 sp sp PROPN bam-6040 184 9 , , PUNCT bam-6040 184 10 lee lee PROPN bam-6040 184 11 th th PROPN bam-6040 184 12 . . PUNCT bam-6040 184 13 simple simple ADJ bam-6040 184 14 accurate accurate ADJ bam-6040 184 15 expressions expression NOUN bam-6040 184 16 for for ADP bam-6040 184 17 planar planar ADJ bam-6040 184 18 spiral spiral ADJ bam-6040 184 19 inductances inductance NOUN bam-6040 184 20 . . PUNCT bam-6040 185 1 ieee ieee PROPN bam-6040 185 2 j j PROPN bam-6040 185 3 solid solid ADJ bam-6040 185 4 - - PUNCT bam-6040 185 5 state state NOUN bam-6040 185 6 circuits circuit NOUN bam-6040 185 7 1999;34:1419 1999;34:1419 NUM bam-6040 185 8 - - SYM bam-6040 185 9 1420 1420 NUM bam-6040 185 10 . . PUNCT bam-6040 186 1 15 15 NUM bam-6040 186 2 . . X bam-6040 186 3 pospisilik pospisilik PROPN bam-6040 186 4 m m PROPN bam-6040 186 5 , , PUNCT bam-6040 186 6 kouril kouril PROPN bam-6040 186 7 l l NOUN bam-6040 186 8 , , PUNCT bam-6040 186 9 motyl motyl PROPN bam-6040 186 10 ivo ivo PROPN bam-6040 186 11 , , PUNCT bam-6040 186 12 adamek adamek PROPN bam-6040 186 13 m. m. PROPN bam-6040 186 14 single single ADJ bam-6040 186 15 and and CCONJ bam-6040 186 16 double double ADJ bam-6040 186 17 layer layer NOUN bam-6040 186 18 spiral spiral ADJ bam-6040 186 19 planar planar ADJ bam-6040 186 20 inductors inductor VERB bam-6040 186 21 optimisation optimisation NOUN bam-6040 186 22 with with ADP bam-6040 186 23 the the DET bam-6040 186 24 aid aid NOUN bam-6040 186 25 of of ADP bam-6040 186 26 self self NOUN bam-6040 186 27 - - PUNCT bam-6040 186 28 organising organise VERB bam-6040 186 29 migrating migrating NOUN bam-6040 186 30 algorithm algorithm NOUN bam-6040 186 31 in in ADP bam-6040 186 32 proceedings proceeding NOUN bam-6040 186 33 of of ADP bam-6040 186 34 the the DET bam-6040 186 35 11th 11th ADJ bam-6040 186 36 wseas wseas NOUN bam-6040 186 37 international international ADJ bam-6040 186 38 conference conference NOUN bam-6040 186 39 on on ADP bam-6040 186 40 signal signal ADJ bam-6040 186 41 processing processing NOUN bam-6040 186 42 , , PUNCT bam-6040 186 43 computational computational ADJ bam-6040 186 44 geometry geometry NOUN bam-6040 186 45 and and CCONJ bam-6040 186 46 artificial artificial ADJ bam-6040 186 47 vision vision NOUN bam-6040 186 48 . . PUNCT bam-6040 187 1 venice venice PROPN bam-6040 187 2 : : PUNCT bam-6040 187 3 wseas wseas PROPN bam-6040 187 4 press press NOUN bam-6040 187 5 ( ( PUNCT bam-6040 187 6 it it PRON bam-6040 187 7 ) ) PUNCT bam-6040 187 8 2011 2011 NUM bam-6040 187 9 aug aug PROPN bam-6040 187 10 23 23 NUM bam-6040 187 11 . . PUNCT bam-6040 188 1 16 16 NUM bam-6040 188 2 . . PUNCT bam-6040 189 1 sun sun PROPN bam-6040 189 2 t t PROPN bam-6040 189 3 , , PUNCT bam-6040 189 4 xie xie PROPN bam-6040 189 5 x x PROPN bam-6040 189 6 , , PUNCT bam-6040 189 7 wang wang PROPN bam-6040 189 8 z. z. PROPN bam-6040 189 9 wireless wireless PROPN bam-6040 189 10 power power NOUN bam-6040 189 11 transfer transfer NOUN bam-6040 189 12 for for ADP bam-6040 189 13 medical medical ADJ bam-6040 189 14 microsystems microsystem NOUN bam-6040 189 15 . . PUNCT bam-6040 190 1 springer springer NOUN bam-6040 190 2 ; ; PUNCT bam-6040 190 3 2013 2013 NUM bam-6040 190 4 . . PUNCT bam-6040 191 1 17 17 NUM bam-6040 191 2 . . PUNCT bam-6040 191 3 schuder schuder PROPN bam-6040 191 4 jc jc PROPN bam-6040 191 5 , , PUNCT bam-6040 191 6 gold gold PROPN bam-6040 191 7 jh jh PROPN bam-6040 191 8 , , PUNCT bam-6040 191 9 stephenson stephenson PROPN bam-6040 191 10 he he PRON bam-6040 191 11 . . PUNCT bam-6040 192 1 an an DET bam-6040 192 2 inductively inductively ADV bam-6040 192 3 coupled couple VERB bam-6040 192 4 rf rf NOUN bam-6040 192 5 system system NOUN bam-6040 192 6 for for ADP bam-6040 192 7 the the DET bam-6040 192 8 transmission transmission NOUN bam-6040 192 9 of of ADP bam-6040 192 10 1 1 NUM bam-6040 192 11 kw kw NOUN bam-6040 192 12 of of ADP bam-6040 192 13 power power NOUN bam-6040 192 14 through through ADP bam-6040 192 15 the the DET bam-6040 192 16 skin skin NOUN bam-6040 192 17 . . PUNCT bam-6040 193 1 ieee ieee PROPN bam-6040 193 2 trans trans PROPN bam-6040 193 3 biomed biome VERB bam-6040 193 4 eng eng PROPN bam-6040 193 5 1971;18:265 1971;18:265 NUM bam-6040 193 6 - - SYM bam-6040 193 7 273 273 NUM bam-6040 193 8 . . PUNCT bam-6040 193 9 18 18 NUM bam-6040 193 10 . . PUNCT bam-6040 194 1 ko ko PROPN bam-6040 194 2 wh wh PROPN bam-6040 194 3 , , PUNCT bam-6040 194 4 liang liang PROPN bam-6040 194 5 sp sp PROPN bam-6040 194 6 , , PUNCT bam-6040 194 7 fung fung PROPN bam-6040 194 8 cdf cdf PROPN bam-6040 194 9 . . PUNCT bam-6040 195 1 design design NOUN bam-6040 195 2 of of ADP bam-6040 195 3 radiofrequency radiofrequency NOUN bam-6040 195 4 powered power VERB bam-6040 195 5 coils coil NOUN bam-6040 195 6 for for ADP bam-6040 195 7 implant implant ADJ bam-6040 195 8 instruments instrument NOUN bam-6040 195 9 . . PUNCT bam-6040 196 1 med med ADJ bam-6040 196 2 biol biol PROPN bam-6040 196 3 eng eng PROPN bam-6040 196 4 comput comput VERB bam-6040 196 5 1977;15:634 1977;15:634 PROPN bam-6040 196 6 - - SYM bam-6040 196 7 640 640 NUM bam-6040 196 8 . . PUNCT bam-6040 196 9 19 19 NUM bam-6040 196 10 . . PUNCT bam-6040 196 11 sokal sokal PROPN bam-6040 196 12 n. n. PROPN bam-6040 196 13 class class PROPN bam-6040 196 14 - - PUNCT bam-6040 196 15 e e NOUN bam-6040 196 16 high high ADJ bam-6040 196 17 - - PUNCT bam-6040 196 18 efficiency efficiency NOUN bam-6040 196 19 rf rf ADJ bam-6040 196 20 / / SYM bam-6040 196 21 microwave microwave NOUN bam-6040 196 22 power power NOUN bam-6040 196 23 amplifiers amplifier NOUN bam-6040 196 24 : : PUNCT bam-6040 197 1 principles principle NOUN bam-6040 197 2 of of ADP bam-6040 197 3 operation operation NOUN bam-6040 197 4 , , PUNCT bam-6040 197 5 design design NOUN bam-6040 197 6 procedures procedure NOUN bam-6040 197 7 , , PUNCT bam-6040 197 8 and and CCONJ bam-6040 197 9 experimental experimental ADJ bam-6040 197 10 verification verification NOUN bam-6040 197 11 . . PUNCT bam-6040 198 1 analog analog PROPN bam-6040 198 2 circuit circuit PROPN bam-6040 198 3 des des PROPN bam-6040 198 4 2002:269 2002:269 PROPN bam-6040 198 5 - - PUNCT bam-6040 198 6 301 301 NUM bam-6040 198 7 . . NOUN bam-6040 198 8 20 20 NUM bam-6040 198 9 . . PUNCT bam-6040 199 1 yang yang PROPN bam-6040 199 2 t t PROPN bam-6040 199 3 , , PUNCT bam-6040 199 4 zhao zhao PROPN bam-6040 199 5 c c PROPN bam-6040 199 6 , , PUNCT bam-6040 199 7 chen chen PROPN bam-6040 199 8 d. d. PROPN bam-6040 199 9 feedback feedback VERB bam-6040 199 10 analysis analysis NOUN bam-6040 199 11 of of ADP bam-6040 199 12 transcutaneous transcutaneous ADJ bam-6040 199 13 energy energy NOUN bam-6040 199 14 transmission transmission NOUN bam-6040 199 15 with with ADP bam-6040 199 16 a a DET bam-6040 199 17 variable variable ADJ bam-6040 199 18 load load NOUN bam-6040 199 19 parameter parameter NOUN bam-6040 199 20 . . PUNCT bam-6040 200 1 etri etri PROPN bam-6040 200 2 j j PROPN bam-6040 200 3 2010;32:548554 2010;32:548554 NUM bam-6040 200 4 . . PUNCT bam-6040 201 1 21 21 NUM bam-6040 201 2 . . PUNCT bam-6040 202 1 raab raab PROPN bam-6040 202 2 f. f. PROPN bam-6040 202 3 idealized idealized PROPN bam-6040 202 4 operation operation NOUN bam-6040 202 5 of of ADP bam-6040 202 6 the the DET bam-6040 202 7 class class NOUN bam-6040 202 8 e e NOUN bam-6040 202 9 tuned tune VERB bam-6040 202 10 power power NOUN bam-6040 202 11 amplifier amplifier NOUN bam-6040 202 12 . . PUNCT bam-6040 203 1 ieee ieee PROPN bam-6040 203 2 trans trans PROPN bam-6040 203 3 circuits circuit NOUN bam-6040 203 4 syst syst PROPN bam-6040 203 5 1977;24 1977;24 NOUN bam-6040 203 6 . . PUNCT