Relating to methods for digital to analogue converters in surface ion traps
AssigneesUniversal Quantum Ltd, The University of Sussex
InventorsZak David Romaszko, Iain McIntosh Hunter, Harold Godwin
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Abstract
A surface ion trap comprising a plurality of electrodes and DACs, each electrode being controlled by a DAC, wherein a first set of DACs control the electrodes configured to trap an ion in a first area and a second set of DACs control the electrodes configured to trap an ion in a second area wherein the first set of DACs are configured to operate with low noise and low bandwidth and the second set of DACs are configured to operate with a high bandwidth and high noise.
Claims15
An ion trap comprising a plurality of electrodes and DACs, each electrode being controlled by a DAC, wherein a first set of DACs controls the electrodes configured to trap an ion in a first area and a second set of DACs controls the electrodes configured to trap an ion in a second area, and wherein the first set of DACs is configured to operate with low noise and the second set of DACs is configured to operate with a high bandwidth.
An ion trap quantum computer comprising:
- an ion trap comprising a plurality of electrodes and DACs, each electrode being controlled by a DAC, wherein a first set of DACs controls the electrodes configured to trap an ion in a first area and a second set of DACs controls the electrodes configured to trap an ion in a second area, and wherein the first set of DACs is configured to operate with low noise and the second set of DACs is configured to operate with a high bandwidth.
Dependencies are inferred from the claim text.