By effectively utilizing the AWG and digitizer, various quantum operations for quantum computing can be optimized.
We believe that SPECTRUM's AWG (Arbitrary Waveform Generator) and digitizer can contribute to the field of Quantum Computing (including Superconductors, Silicon, Neutral atoms, Trapped ions, Cavity QED, Diamond NV centers, Photonics methods, etc.). - The signals generated by the AWG can be directly applied to qubits or used to control lasers via AOM, AOD, and EOM, enabling quantum operations within the qubit and the reading of the qubit's state. With the DDS (Digital Data Synthesis) function, devices can be controlled quickly with simple commands, allowing for fast and complex quantum operations. Additionally, using the digitizer, signals from the qubit can be collected quickly and continuously, either directly or converted from optical signals to electrical signals through a photoelectric conversion device if the signals are optical. - The AWG and digitizer are compact and have diverse functionalities, making them useful not only in the basic research phase but also in the development phase. *For more details, please refer to the PDF document or feel free to contact us.
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basic information
The DDS (Direct Digital Synthesis) function added to the AWG is a method for generating arbitrary periodic waveforms from a single fixed-frequency reference clock, which is useful for signal generation applications that require fast frequency switching or fine-tuning. The implemented DDS function has multiple "DDS cores," enabling waveform outputs such as multi-carrier and multi-tone. The phase and frequency settings of each DDS core are determined by describing the required cores and their positions in a memory lookup table (LUT). Amplitude values, slopes, and other parameters can also be configured. The M4i.66xx series has 23 cores and can generate up to 20 sine waves. In high-speed DMA mode, more advanced frequency changes, such as shaped slopes or modulated sine wave signals, can be performed using DDS command sequences (with DDS command processing at 10 million times/sec). By using this DDS function, qubit peripheral devices (AOM, AOD, EOM, etc.) or qubits can be controlled rapidly with simple commands, enabling fast and complex quantum operations within the qubit.
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For more details, please refer to the PDF document or feel free to contact us.
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Electronics Co., Ltd. IMT Division specializes in the individual sales of high-speed digitizers, AWGs (Arbitrary Waveform Generators), and digital I/O from the German company Spectrum, as well as the development and sales of integrated measurement systems and streaming systems using these products. With our extensive knowledge of products and a robust support system, which is possible because we specialize in high-speed digitizers, we propose comprehensive measurement systems that cater to various applications.
![[Application Example] Achieving the movement of a single atom](https://image.mono.ipros.com/public/product/image/3aa/2001511549/IPROS11775136819852788612.PNG?w=280&h=280)
