QPT has developed the next generation of ultra-efficient motor controllers (VFD), based around Infineon’s ultra-fast GaN transistors. The high-frequency (1MHz) GaN-based drive generates very pure sine outputs, which has other benefits: essentially no dV/dt stress, further helping efficiency; si...
QPT has developed the next generation of ultra-efficient motor controllers (VFD), based around Infineon’s ultra-fast GaN transistors. The high-frequency (1MHz) GaN-based drive generates very pure sine outputs, which has other benefits: essentially no dV/dt stress, further helping efficiency; si...
QPT’s “Intelligent Power Module” enables companies to develop motor drives that reduce losses by 80%, are up to 20x smaller than existing solutions, drive the motor with a sine wave, and significantly reduce system costs. Finally unleashing the full potential of Gallium Nitride (GaN) ...
QPT 对于一个演化过程U,我们可以将其分解为Krauss算子的线性组合, U=∑αiAi在量子计算中,我们往往会选择{I,σx,σy,σz}。 当我们输入一个初态ρl,经过演化后,我们得到末态的密度矩阵为, ρm=UρlU†=χijAiρlAj†如果我们将密度矩阵分解为矩阵空间基的线性组合, ...
QPT for PowerPoint 是在由Accenture开发类别 Home & Hobby Shareware 软件。 最新版本是 QPT for PowerPoint 的目前未知。 它最初被添加到我们的数据库 2018/03/26 上。 QPT for PowerPoint 在下列操作系统上运行: Windows/Mac。 QPT for PowerPoint 已不被评为由我们用户尚未。
商标名称 QPT 国际分类 第09类-科学仪器 商标状态 商标注册申请 申请/注册号 61402529 申请日期 2021-12-14 申请人名称(中文) 厦门领能贸易有限公司 申请人名称(英文) - 申请人地址(中文) 福建省厦门市思明区湖滨西路7号7D室之六 申请人地址(英文) - 初审公告期号 - 初审公告日期 2022-03-13 注册公告期号...
Step2 安装:python -m pip install qpt 开始打包 方式一、撰写打包脚本[推荐] 撰写以下代码即可完成打包: # 导入QPTfromqpt.executorimportCreateExecutableModuleasCEM# ---关于路径的部分,强烈建议使用绝对路径避免出现问题---module = CEM(work_dir="./sample_program",# [项目文件夹]待打包的目录,并且该目录下...
QPT has developed the next generation of ultra-efficient motor controllers (VFD), based around Infineon’s ultra-fast GaN transistors. The high-frequency (1MHz) GaN-based drive generates very pure sine outputs, which has other benefits: essentially no dV/dt stress, further helping efficiency; si...
QPT 的创始人兼首席执行官 Rob Gwynne（上图）解释说：“电源工程师专注于成为某一领域的专家，并且已经开发出适用于 10-100Khz 开关的技能和设计方法，这是 Si 和 SiC 晶体管的工作频率。 我能够以 RF 工程师的身份看待这个问题，并创建一个解决方案，使 GaN 晶体管能够以其高达 20 MHz 的全部潜力运行，并...