20240022236. ELECTRONIC CIRCUIT AND CALCULATOR simplified abstract (KABUSHIKI KAISHA TOSHIBA)
Contents
ELECTRONIC CIRCUIT AND CALCULATOR
Organization Name
Inventor(s)
Noritsugu Shiokawa of Yokohama Kanagawa (JP)
Tamio Kawaguchi of Kawasaki Kanagawa (JP)
Hayato Goto of Kawasaki Kanagawa (JP)
Taro Kanao of Kumagaya Saitama (JP)
Yinghao Ho of Kawasaki Kanagawa (JP)
ELECTRONIC CIRCUIT AND CALCULATOR - A simplified explanation of the abstract
This abstract first appeared for US patent application 20240022236 titled 'ELECTRONIC CIRCUIT AND CALCULATOR
Simplified Explanation
The abstract describes an electronic circuit that includes a band-pass filter, first circuits, a first port, and a second port. The band-pass filter consists of filter resonators, where two adjacent filter resonators can be coupled together. Each of the first circuits includes a first qubit and a first readout resonator, where the first readout resonator is coupled with the first qubit. One of the filter resonators can be coupled with the first readout resonator of one of the first circuits, and another one of the filter resonators can be coupled with the first readout resonator of another one of the first circuits. The filter resonators include first, second, and third filter resonators, where the first filter resonator is coupled with the first port, the second filter resonator is coupled with the second port, and the third filter resonator is positioned between the first and second filter resonators.
- An electronic circuit with a band-pass filter and multiple first circuits is described.
- The band-pass filter consists of filter resonators that can be coupled together.
- Each first circuit includes a first qubit and a first readout resonator, which are coupled together.
- The filter resonators can be coupled with the first readout resonators of the first circuits.
- The filter resonators include first, second, and third filter resonators.
- The first and second filter resonators are coupled with the first and second ports, respectively.
- The third filter resonator is positioned between the first and second filter resonators.
Potential Applications
- This technology can be applied in electronic circuits for signal processing and filtering.
- It can be used in communication systems to improve signal quality and reduce interference.
- The band-pass filter can be utilized in audio systems to enhance specific frequency ranges.
Problems Solved
- The circuit solves the problem of filtering unwanted frequencies in electronic systems.
- It addresses the challenge of coupling filter resonators and readout resonators effectively.
- The technology provides a solution for achieving precise control over the filtering process.
Benefits
- The electronic circuit allows for efficient filtering of signals within specific frequency ranges.
- It enables improved signal quality and reduces interference in various applications.
- The coupling of filter resonators and readout resonators enhances the performance and control of the circuit.
Original Abstract Submitted
according to one embodiment, an electronic circuit includes a band-pass filter, first circuits, a first port, and a second port. the band-pass filter includes filter resonators. two adjacent filter resonators included in the filter resonators are mutually couplable. each of the first circuits includes a first qubit and a first readout resonator. the first readout resonator is couplable with the first qubit. one of the filter resonators is couplable with the first readout resonator of one of the first circuits. another one of the filter resonators is couplable with the first readout resonator of another one of the first circuits. the filter resonators include first, second, and third filter resonators. the first filter resonator is couplable with the first port. the second filter resonator is couplable with the second port. the third filter resonator is between the first filter resonator and the second filter resonator.
