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SDS-Remote 为 Siglent 示波器带来高级用户功能。
SDS-Remote Brings Power-User Features to Siglent Scope

Many oscilloscopes have provisions to be connected to a computer and used remotely, but most of those interfaces are fairly rudimentary. To address this, [Winfried] has developed the SDS-Remote, a remote interface for the Siglent SDS 1000X-E series oscilloscopes.

The 1000X-E series oscilloscopes have both USB and network interfaces, and the SDS-Remote can use either (though the USB interface is still somewhat experimental). SDS-Remote allows for remote controlling the oscilloscope, capturing waveforms super handy as it lets you export a CSV file of the waveforms for further analysis. You can also capture screenshots of the scope through the web interface, making it much easier to compare waveforms as you’re working on a project. The built-in data logging lets you run long experiments and save out their results. The macro recorder lets you automate complex tests using SCPI commands and brings basic scripting to the interface without needing to run separate code. There’s also a mechanism to integrate an AI LLM to help translate common language into the correct scope configuration.

Thanks [Winfried] for sharing this awesome web interface for the oscilloscope no doubt it’ll be a welcome upgrade for those already remote controlling their Siglent scope. Head over to his GitHub page and check it out for yourself! Have you written any improved user interfaces for your equipment? Be sure to let us know what you’ve done so we can share with others who may find use in an interface that offers more than came with the product.

 

🤖 AI 总结
Winfried开发的SDS-Remote为Siglent示波器增强了远程操控功能,弥补了多数示波器远程

Many oscilloscopes have provisions to be connected to a computer and used remotely, but most of those interfaces are fairly rudimentary. To address this, [Winfried] has developed the SDS-Remote, a remote interface for the Siglent SDS 1000X-E series oscilloscopes.

The 1000X-E series oscilloscopes have both USB and network interfaces, and the SDS-Remote can use either (though the USB interface is still somewhat experimental). SDS-Remote allows for remote controlling the oscilloscope, capturing waveforms super handy as it lets you export a CSV file of the waveforms for further analysis. You can also capture screenshots of the scope through the web interface, making it much easier to compare waveforms as you’re working on a project. The built-in data logging lets you run long experiments and save out their results. The macro recorder lets you automate complex tests using SCPI commands and brings basic scripting to the interface without needing to run separate code. There’s also a mechanism to integrate an AI LLM to help translate common language into the correct scope configuration.

Thanks [Winfried] for sharing this awesome web interface for the oscilloscope no doubt it’ll be a welcome upgrade for those already remote controlling their Siglent scope. Head over to his GitHub page and check it out for yourself! Have you written any improved user interfaces for your equipment? Be sure to let us know what you’ve done so we can share with others who may find use in an interface that offers more than came with the product.

 

原文
SDS-Remote Brings Power-User Features to Siglent Scope

Many oscilloscopes have provisions to be connected to a computer and used remotely, but most of those interfaces are fairly rudimentary. To address this, [Winfried] has developed the SDS-Remote, a remote interface for the Siglent SDS 1000X-E series oscilloscopes.

The 1000X-E series oscilloscopes have both USB and network interfaces, and the SDS-Remote can use either (though the USB interface is still somewhat experimental). SDS-Remote allows for remote controlling the oscilloscope, capturing waveforms super handy as it lets you export a CSV file of the waveforms for further analysis. You can also capture screenshots of the scope through the web interface, making it much easier to compare waveforms as you’re working on a project. The built-in data logging lets you run long experiments and save out their results. The macro recorder lets you automate complex tests using SCPI commands and brings basic scripting to the interface without needing to run separate code. There’s also a mechanism to integrate an AI LLM to help translate common language into the correct scope configuration.

Thanks [Winfried] for sharing this awesome web interface for the oscilloscope no doubt it’ll be a welcome upgrade for those already remote controlling their Siglent scope. Head over to his GitHub page and check it out for yourself! Have you written any improved user interfaces for your equipment? Be sure to let us know what you’ve done so we can share with others who may find use in an interface that offers more than came with the product.

 

中文翻译
SDS-Remote 为 Siglent 示波器带来高级用户功能。

许多示波器都支持连接电脑进行远程操作,但大多数这类接口功能相当简陋。为了解决这个问题,[Winfried] 开发了 SDS-Remote,这是一款针对 Siglent SDS 1000X-E 系列示波器的远程接口。

1000X-E 系列示波器同时具备 USB 和网络接口,SDS-Remote 可以兼容两种连接方式(不过 USB 接口仍处于实验阶段)。SDS-Remote 能够远程控制示波器、捕获波形——尤其方便的是,它可以将波形导出为 CSV 文件以便进一步分析。您还可以通过 Web 界面截取示波器屏幕图像,从而在项目中更轻松地对比波形。内置的数据记录功能让您可以运行长时间实验并保存结果。宏记录器允许您使用 SCPI 命令自动化复杂测试,并在无需编写独立代码的情况下为接口带来基础脚本能力。此外,还提供了一种集成 AI 大语言模型的机制,帮助将自然语言转换为正确的示波器配置。

感谢 [Winfried] 分享这款出色的示波器 Web 界面——毫无疑问,对于那些已经在远程控制 Siglent 示波器的用户来说,这将是一个受欢迎的升级。请前往他的 GitHub 页面亲自查看!您是否为自己的设备编写过改进的用户界面?请务必告诉我们您的成果,以便我们分享给其他可能受益于这款功能超出原厂产品的界面的用户。