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A novel nickel/gold based electroplated 4-bit RF MEMS phase shifter is designed, fabricated and tested. The proposed design can candle high power and utilizes CPW transmission lines that use 8 latching SPDT RF MEMS switches that can work at 80°K. The design is based on 4 cascaded phase shifting units where every unit has two different electrical lengths of CPW transmission lines. Every unit has one...
A novel nickel/gold based electroplated 4-bit RF MEMS phase shifter is designed, fabricated and tested. The proposed design can candle high power and utilizes CPW transmission lines that use 8 latching SPDT RF MEMS switches that can work at 80°K. The design is based on 4 cascaded phase shifting units where every unit has two different electrical lengths of CPW transmission lines. Every unit has one...
A novel mm-wave MEMS phase shifter based on a slow wave structure is introduced. The phase shifter uses co-planer wave guide that has the signal line loaded with inductors through capacitive coupling. The inductor and the capacitive coupling capacitor are designed to work for the mm-wave frequency range. Integrated metal to metal RF MEMS switches are designed such that inductors can be shortened to...
A novel mm-wave MEMS phase shifter based on a slow wave structure is introduced. The phase shifter uses co-planer wave guide that has the signal line loaded with inductors through capacitive coupling. The inductor and the capacitive coupling capacitor are designed to work for the mm-wave frequency range. Integrated metal to metal RF MEMS switches are designed such that inductors can be shortened to...
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