wwceramics. org/ACT Polymer-Ceramic Composites of 0-3 Connectivity Table l. continued Polymer Ref PMN-PT/BaTiO3(3: 1) 0.7 0.017 10 KHz Bhalla et aL.77 PZ 0.4 Bhalla et aL77 EEEEEEEEEE PMN-PT 805 ooooooooooooo Windlass et aL7 0.6 Ramajo and colleagues BaTio 5 Lee et alsl SrTiO3 00 5 10 GHz Lee et al SroCezT112O36 0.4 14.1 0.022 8GHz subodh et aL.74 BaTiO3 0.45 13.1 I GHz lee et al8 PMN-PT-BT 07 110 Rao et al82 a(li, Nb)TiO3 0.3 8.0 I MHz George and Sebastian Ca(Li, Nb)TiO3-Ag 0.3Ag818,000 I MHz George and Sebastian Ca(Li, Nb)TiO3-Ag 0.26Ag I MHz George and Sebastian (BaosRo. 1)(Tio. Zro.1)O3 70 wt% 25.2 0.035 I MHz Yang et al. Batio Amin et a PVDF TGS ng e PVDF bTiO 0.62 Yamazaki and PVDF ZT 05 100Hz Yao et aL89 PVDF Batio T P(VDF/TrFe) 05 118 Abdullah and Das P(VDF/TrFe 05 Dias and Das Gupta P(VDF/TrFe) bTiO:: Ca Dias and Das gupta° Nio.. 2,OA 2 Y TMPTA Cdo 0.2 2200 Popielarz and Chiang COC 0.25 0.0023 Polyphenelene sulfide BST 13.5 0.0025 Hu et aL26 Mica/SrTiO3 0.38 6.4 0.0052 38 Batio Batio 0.1 0.0082 u er RT Duroid 6010 LM PTFE-ceramic 10.24 0.0018 RT Duroid 5880 PTFE-glass microfibers 2 GHz Rogers RT Duroid 5870 PTFE-glass microfibers 2.33 0.0023 GHz Roge RT Duroid 6002 10GHz Rogers RO4533 3 RO4534 RO4535 RO4350 3.45 10GHz Rogers FR4 10 GHz Roge TFG 3.2 0.003 10G TPG30 2.87 10 GHz Taconic TLG-29, TLG-30 287-3.50.0024-0.002910 GHz Taconic TLG-32. TLG-33 TLG-34, TLG-35 TLT PTFE-fiber glass 2 0.0006 I MHz Taconic TLP PTFE→ fber glass 0.0009 10GHz Taconic TLC 2.75-3.200.0030 10 GHz Taconic 2.95-3.00 0.0028 10 GHz Taconic RF-35 10 GHz Taconic RF-35P 0.0035 10GHz Taconic TSM-30 0.0012 10 GHz TaconicTable I. Continued Polymer Filler Vf er Tan d Fo Ref Epoxy PMN-PT/BaTiO3 (3:1) 0.7 89 0.017 10 KHz Bhalla et al. 77 Epoxy PZT 0.4 110 Bhalla et al. 77 Epoxy PMN-PT 135 Windlass et al. 78 Epoxy BaTiO3 0.6 45 0.035 Ramajo and colleagues79,80 Epoxy BaTiO3 0.5 24 Lee et al. 81 Epoxy SrTiO3 0.5 21 10 GHz Lee et al. 81 Epoxy Sr9Ce2Ti12O36 0.4 14.1 0.022 8 GHz Subodh et al. 74 Epoxy BaTiO3 0.45 13.1 0.025 1 GHz Lee et al. 81 Epoxy PMN-PT-BT 0.7 110 0.016 Rao et al. 82 Epoxy Ca(Li,Nb)TiO3 0.3 8.0 0.009 1 MHz George and Sebastian83 Epoxy Ca(Li,Nb)TiO3–Ag 0.3 Ag 818,000 2.6 1 MHz George and Sebastian83 Epoxy Ca(Li,Nb)TiO3–Ag 0.26 Ag 72.3 0.065 1 MHz George and Sebastian83 Epoxy (Ba0.9Sr0.1)(Ti0.9Zr0.1)O3 70 wt% 25.2 0.035 1 MHz Yang et al. 84 Rubber BaTiO3 0.3 17 Amin et al. 85 PVDF TGS 0.8 12 Fang et al. 86 PVDF PbTiO3 0.62 54 Yamazaki and Kitayama87 PVDF PZT 0.5 90 Abdullah88 PVDF PZT 0.7 140 0.3 100 Hz Yao et al. 89 PVDF BaTiO3 0.2 20 Tripathi et al. 90 P(VDF/TrFe) PZT 0.5 118 Abdullah and Das Gupta91 P(VDF/TrFe) PZT 0.5 80 Dias and Das Gupta92 P(VDF/TrFe) PbTiO3:Ca 0.6 66 Dias and Das Gupta6 HDPE Ni0.8Zn0.2Fe2O4 0.4 4.2 0.01 Yang et al. 93 TMPTA CdO 0.2 2200 0.1 1 KHz Popielarz and Chiang94 COC BST 0.25 6 0.0023 1 GHz Hu et al. 24 Polyphenelene sulfide (PPS) BST 0.7 13.5 0.0025 1 GHz Hu et al. 26 PPS Mica/SrTiO3 0.38 6.4 0.0052 210GHz Che et al. 38 Polyimide BaTiO3 0.9 117 1 MHz Devaraju et al. 95 Polyimide BaTiO3 0.1 35 0.0082 10 KHz Devaraju et al. 95 RT Duroid 6010 LM PTFE–ceramic — 10.24 0.0018 Rogers RT Duroid 5880 PTFE–glass microfibers — 2.2 — 2 GHz Rogers RT Duroid 5870 PTFE–glass microfibers — 2.33 0.0023 10 GHz Rogers RT Duroid 6002 2.94 0.0012 10 GHZ Rogers RO 4533 3.3 0.0020 Rogers RO 4534 3.4 0.0022 Rogers RO 4535 3.5 0.0032 Rogers RO 4350 3.45 0.004 10GHz Rogers FR4 Fiber glass reinforced epoxy 4.2 0.020 10 GHz Rogers TFG 3.2 0.003 10 GHz Rogers TPG30 2.87 0.0027 10 GHz Taconic TLG-29, TLG-30, TLG-32, TLG-33, TLG-34, TLG-35 2.87–3.5 0.0024–0.0029 10 GHz Taconic TLT PTFE–fiber glass fabric 2.5 0.0006 1 MHz Taconic TLP PTFE–fiber glass fabric 2.17 0.0009 10 GHz Taconic TLC 2.75–3.20 0.0030 10 GHz Taconic TLE 2.95–3.00 0.0028 10 GHz Taconic RF-35 3.5 0.0028 10 GHz Taconic RF-35P 3.5 0.0035 10 GHz Taconic TSM-30 2.94 0.0012 10 GHz Taconic www.ceramics.org/ACT Polymer–Ceramic Composites of 0–3 Connectivity 423