Resonators for high power high temperature superconducting devices
First Claim
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1. A TM0i0 mode planar high temperature superconductor resonator, where i is a whole integer≧
- 1, in a microstrip line form comprising a shaped high temperature superconductor film and at least one high temperature superconductor ground plate deposited on opposite sides of a dielectric substrate, said shaped high temperature superconductor film has an aperture in a center thereof and said shaped high temperature superconductor film has a shape of a polygon and said aperture comprises means for frequency tuning the resonator, wherein the polygon shaped high temperature superconductor film has an octagon shape.
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Abstract
TM0i0 mode (i=1, 2, 3, . . . ) planar high temperature superconductor resonators useful in high temperature superconducting filters, filter banks and multiplexers comprise a shaped high temperature superconductor film and a high temperature superconductor ground plate deposited on opposite sides of a dielectric substrate, wherein the shaped high temperature superconductor film has an aperture in the center thereof and has a shape selected from the group consisting of circles and polygons.
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Citations
4 Claims
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1. A TM0i0 mode planar high temperature superconductor resonator, where i is a whole integer≧
- 1, in a microstrip line form comprising a shaped high temperature superconductor film and at least one high temperature superconductor ground plate deposited on opposite sides of a dielectric substrate, said shaped high temperature superconductor film has an aperture in a center thereof and said shaped high temperature superconductor film has a shape of a polygon and said aperture comprises means for frequency tuning the resonator, wherein the polygon shaped high temperature superconductor film has an octagon shape.
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2. A TM0i0 mode planar high temperature superconductor resonator, where i is a whole integer≧
- 1, in a microstrip line form comprising a shaped high temperature superconductor film and at least one high temperature superconductor ground plate deposited on opposite sides of a dielectric substrate;
wherein said shaped high temperature superconductor film has an aperture in a center thereof and said shaped high temperature superconductor film has a shape of a polygon and said aperture comprises means for frequency tuning the resonator, said resonator further comprising a second high temperature film concentrically located relative to the aperture in the center of the shaped high temperature superconductor film.
- 1, in a microstrip line form comprising a shaped high temperature superconductor film and at least one high temperature superconductor ground plate deposited on opposite sides of a dielectric substrate;
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3. A TM0i0 mode planar high temperature superconductor resonator, where i is a whole integer≧
- 1, in a strip line form comprising, in order,
(a) a first high temperature superconducting ground plate; (b) a first dielectric substrate being desposited upon said ground plate; (c) a shaped high temperature superconductor film being deposited upon said first dielectric substrate; (d) a second dielectric substrate being deposited upon said superconductor film; and (e) a second high temperature superconductor ground plate being deposited upon said second dielectric substrate; wherein said shaped high temperature superconductor film has an aperture in a center thereof and said shaped high temperature superconductor film has a shape of a polygon, and said aperture comprises means for frequency tuning the resonator, wherein the polygon shaped high temperature superconductor film has an octagon shape.
- 1, in a strip line form comprising, in order,
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4. A TM0i0 mode planar high temperature superconductor resonator, where i is a whole integer≧
- 1, in a strip line form comprising, in order;
(a) a first high temperature superconducting ground plate; (b) a first dielectric substrate being deposited upon said ground plate; (c) a shaped high temperature superconductor film being deposited upon said first dielectric substrate; (d) a second dielectric substrate being deposited upon said superconductor film; and (e) a second high temperature superconductor ground plate being deposited upon said second dielectric substrate; wherein said shaped high temperature superconductor film has an aperture in a center thereof and said shaped high temperature superconductor film has a shape selected from the group consisting of a circle and a polygon, and wherein said aperture comprises means for frequency tuning the resonator, said resonator further comprising a second high temperature film concentrically located relative to the aperture in the center of the shaped high temperature superconductor film.
- 1, in a strip line form comprising, in order;
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