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Development Trend of Dielectric Material

NTK Dielectric Material. Development Trend of Dielectric Material. Development Trend of Dielectric Material. 1000000. Current Material. Development. New Material. Q24. D02. G28. D51. 100000. A. C. Ｆ ×Q (1/tan delta). N87. E43. F31. Low Loss. High Frequency. U07. 10000. T. L.

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Development Trend of Dielectric Material

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  1. NTK Dielectric Material Development Trend of Dielectric Material NTK CONFIDENTIAL

  2. Development Trend of Dielectric Material 1000000 Current Material Development New Material Q24 D02 G28 D51 100000 A C Ｆ×Q (1/tan delta) N87 E43 F31 Low Loss High Frequency U07 10000 T L Higher Q Higher Er Miniaturization 1000 10 20 30 40 50 60 70 80 90 100 Er NTK CONFIDENTIAL

  3. Characteristics of NTK Dielectric Material NTK CONFIDENTIAL

  4. NTK Dielectric Resonators Shape and Type of Dielectric Resonator and Dielectric Substrate Development Trend of Dielectric Resonator NTK CONFIDENTIAL

  5. Shape and Type of Dielectric Resonator and Dielectric Substrate Shapes of Dielectric Resonator Dielectric Substrate / Dielectric Resonator Support Item MDD (TE mode) MDD (TM mode) MDC MDP Type Picture2 Picture8 Picture3 Picture6 Shape Dielectric Resonator with Support Dielectric Substrate Item MDG MDE MDS Type Picture4 Picture5 Picture7 Shape NTK CONFIDENTIAL

  6. Available Size and Q value of Resonator Available Now Under Review O.D.=35mm Q=34,000 O.D.=34mm Q=42,000 O.D.=67mm Q=42,000 O.D.=32mm Q=24,000 O.D.=32mm Q=37,000 O.D.=16mm Q=27,000 O.D.=58mm Q=38,000 O.D.=25mm Q=21,000 O.D.=46mm Q=10,000 O.D.=19mm Q=5,400 0.5 1 2 5 10 Frequency (GHz) NTK CONFIDENTIAL

  7. Available Tf of Resonator Available Now Under Review +3.0ppm/deg.C -0.5ppm/deg.C -6.5ppm/deg.C~ -1.0ppm/deg.C ~ +11.0ppm/deg.C -2.5ppm/deg.C ~ +6.5ppm/ deg.C -3.5ppm/deg.C ~ +12.5ppm/ deg.C 0ppm/deg.C 0ppm/deg.C ~ +10ppm/deg.C -6 -5 -4 -3 -2 -1 0 1 2 3 4 5 6 7 8 9 10 11 12 13 Tf (ppm/ deg.C) NTK CONFIDENTIAL

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