LOW-COST PROCESS-INDEPENDENT RF MEMS SWITCH
First Claim
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1. A MEMS switch, comprising:
- a monocrystalline device layer;
a base layer;
a buried oxide layer between and coupled to both said device layer and said base layer; and
a first electrical contact that is stationary with respect to said base layer;
wherein a portion of said device layer is movable with respect to said base layer, said movable portion having a second electrical contact formed thereon from a material different than said monocrystalline device layer and operatively positioned relative to said first electrical contact such that said first electrical contact is connected to said second electrical contact in a closed state of said MEMS switch and disconnected from said second electrical contact in an open state of said MEMS switch.
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Abstract
A radio frequency (RF) micro-electro-mechanical systems (MEMS) switch and high yield manufacturing method. The switch can be fabricated with very high yield despite the high variability of the manufacturing process parameters. The switch is fabricated with monocrystalline material, e.g., silicon, as the moving portion. The switch fabrication process is compatible with CMOS electronics fabricated on Silicon-on-Insulator (SOI) substrates. The switch comprises a movable portion having conductive portion selectively positioned with a bias voltage to conductively bridge a gap in a signal line.
13 Citations
2 Claims
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1. A MEMS switch, comprising:
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a monocrystalline device layer; a base layer; a buried oxide layer between and coupled to both said device layer and said base layer; and a first electrical contact that is stationary with respect to said base layer; wherein a portion of said device layer is movable with respect to said base layer, said movable portion having a second electrical contact formed thereon from a material different than said monocrystalline device layer and operatively positioned relative to said first electrical contact such that said first electrical contact is connected to said second electrical contact in a closed state of said MEMS switch and disconnected from said second electrical contact in an open state of said MEMS switch.
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2-47. -47. (canceled)
Specification
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Current AssigneeAdam Fruehling, Dimitrios Peroulis
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Original AssigneeAdam Fruehling, Dimitrios Peroulis
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InventorsPeroulis, Dimitrios, Fruehling, Adam
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Application NumberUS13/404,880Publication NumberTime in Patent OfficeDaysField of SearchUS Class Current200/181CPC Class CodesH01H 1/0036 Switches making use of micr...H01H 59/0009 making use of micromechanics
