15 Einträge gefunden

1. Porösizierte Glaskeramik-Substrate für die Radarsensorik

   1. Talai, Armin
   2. Kölpin, Alexander
   3. Bittner, Achim
   4. Steinhäußer, Frank
   5. Schmid, Ulrich

   2018 - TUHH Open Research
2. Concentration and temperature dependent selectivity of the LTCC porosification process with phosphoric acid

   1. Steinhäußer, Frank
   2. Talai, Armin
   3. Göltl, Gwen
   4. Steiger-Thirsfeld, Andreas
   5. Bittner, Achim
   6. Weigel, Robert
   7. Kölpin, Alexander

   2017 - TUHH Open Research
3. Pulse plated silver metallization on porosified LTCC substrates for high frequency applications

   1. Steinhäußer, Frank
   2. Talai, Armin
   3. Sandulache, Gabriela
   4. Weigel, Robert
   5. Kölpin, Alexander
   6. Hansal, Wolfgang
   7. Bittner, Achim

   2016 - TUHH Open Research
4. Permittivity reduction and surface modification by porosification of LTCC

   1. Steinhäußer, Frank
   2. Talai, Armin
   3. Weigel, Robert
   4. Kölpin, Alexander
   5. Bittner, Achim
   6. Schmid, Ulrich

   2016 - TUHH Open Research
5. Embedded cavity based dielectric loss measurements for LTCC substrates up to 110 GHz

   1. Talai, Armin
   2. Steinhäußer, Frank
   3. Bittner, Achim
   4. Schmid, Ulrich
   5. Weigel, Robert
   6. Schwanke, Dieter
   7. Rittweg, Thomas

   2016 - TUHH Open Research
6. A method for the determination of the complex permittivity by detuned ring resonators for bulk materials up to 110 GHz

   1. Talai, Armin
   2. Steinhäußer, Frank
   3. Bittner, Achim
   4. Schmid, Ulrich
   5. Weigel, Robert
   6. Kölpin, Alexander

   2015 - TUHH Open Research
7. A semi double-ridged quasi TE-waveguide based microwave bulk material characterization system

   1. Talai, Armin
   2. Mann, Sebastian
   3. Steinhäußer, Frank
   4. Schmid, Ulrich
   5. Weigel, Robert
   6. Bittner, Achim
   7. Kölpin, Alexander

   2015 - TUHH Open Research
8. A permittivity characterization method by detuned ring-resonators for bulk materials up to 110 GHz

   1. Talai, Armin
   2. Steinhäußer, Frank
   3. Bittner, Achim
   4. Schmid, Ulrich
   5. Weigel, Robert
   6. Kölpin, Alexander

   2014 - TUHH Open Research
9. A simplified equivalent model for microwave characteristics of porosified LTCC

   1. Talai, Armin
   2. Steinhäußer, Frank
   3. Bittner, Achim
   4. Schmid, Ulrich
   5. Weigel, Robert
   6. Kölpin, Alexander

   2014 - TUHH Open Research
10. Electromagnetic analysis of conductor track surface roughnesses from 1 GHz to 110 GHz

    1. Talai, Armin
    2. Steinhäußer, Frank
    3. Gmeiner, Björn
    4. Wegener, Moritz
    5. Bittner, Achim
    6. Deisinger, Ulrike
    7. Schmid, Ulrich

    2014 - TUHH Open Research
11. The influence by trapezoidal conductor shapes on ring-resonator based material characterization up to 110 GHz

    1. Talai, Armin
    2. Weigel, Robert
    3. Kölpin, Alexander
    4. Steinhäußer, Frank
    5. Bittner, Achim
    6. Schmid, Ulrich

    2014 - TUHH Open Research
12. Graphical based characterisation and modelling of material gradients in porosified LTCC

    1. Steinhäußer, Frank
    2. Talai, Armin
    3. Steiger-Thirsfeld, Andreas
    4. Kölpin, Alexander
    5. Weigel, Robert
    6. Bittner, Achim
    7. Schmid, Ulrich

    2014 - TUHH Open Research
13. Electromagnetic analysis of fringed microstrip lines on porosified LTCC

    1. Talai, Armin
    2. Steinhauser, Frank
    3. Gmeiner, Björn
    4. Bittner, Achim
    5. Rude, Ulrich
    6. Schmid, Ulrich
    7. Weigel, Robert

    2013 - TUHH Open Research
14. Electromagnetic field analysis with advanced structural modeling of microstrips on porosified LTCC

    1. Talai, Armin
    2. Weigel, Robert
    3. Kölpin, Alexander
    4. Gmeiner, Björn
    5. Rude, Ulrich
    6. Steinhäußer, Frank
    7. Bittner, Achim

    2013 - TUHH Open Research
15. A finite 3D field simulation method for permittivity gradient implementation of a novel porosification process in LTCC

    1. Talai, Armin
    2. Steinhäußer, Frank
    3. Schmid, Ulrich
    4. Weigel, Robert
    5. Bittner, Achim
    6. Kölpin, Alexander

    2013 - TUHH Open Research