【产品中文介绍】
LDS204手提式宽带数字存储示波器是一款专为移动场景优化的高性能测试设备，兼具实验室级测量精度与现场作业的灵活便携性。该设备采用紧凑型工业设计，整机重量低于2.3kg，配备8英寸高灵敏度触控屏，在保证操作便捷性的同时，有效提升恶劣环境下的抗干扰能力。支持最高200MHz带宽覆盖，配合2GS/s实时采样率，可精准捕捉瞬态信号与复杂波形细节。搭载深度存储技术，单通道最大支持28Mpts存储深度，满足长时间信号监测需求。
智能触发系统提供边沿、脉宽、视频等12种触发模式，结合波形自动设置功能，显著提升复杂信号的分析效率。独特的多窗口显示模式允许用户同时观测触发前/后波形及频域分析结果，为故障诊断提供多维度数据支持。内置可拆卸锂电池组可提供长达6小时的持续工作续航，配合USB-C快充技术，30分钟即可恢复80%电量。标配WiFi/蓝牙双模无线连接，支持PC端远程控制及移动终端数据共享，兼容FTP、Web等多种数据传输协议。提供中/英/西等6国语言界面，配备标准CSV/PNG数据导出格式，便于后期报告生成与数据追溯，适用于电子研发、教学实验、工业维护等多个领域的信号分析需求。
【Product Description in English】
The LDS204 portable broadband digital storage oscilloscope is a high-performance testing instrument optimized for mobile applications, combining laboratory-grade measurement accuracy with field operation flexibility. Featuring a compact industrial design with a total weight under 2.3kg, it integrates an 8-inch high-sensitivity touchscreen that ensures operational convenience while maintaining strong anti-interference capability in challenging environments. With 200MHz bandwidth coverage and 2GS/s real-time sampling rate, it delivers precise capture of transient signals and complex waveform details.
Equipped with deep memory technology, the device provides up to 28Mpts storage depth per channel, enabling extended signal monitoring durations. Its intelligent triggering system offers 12 modes including edge, pulse width, and video triggers, complemented by automatic waveform setup to enhance analysis efficiency. The unique multi-window display mode allows simultaneous observation of pre/post-trigger waveforms and frequency domain analysis results, delivering multidimensional data for fault diagnosis.
A removable lithium battery ensures 6-hour continuous operation, supported by USB-C fast charging that restores 80% power within 30 minutes. Standard WiFi/Bluetooth dual-mode wireless connectivity enables PC remote control and mobile data sharing, compatible with FTP/Web protocols. Featuring 6-language interface and CSV/PNG export formats, it streamlines report generation and data traceability, making it ideal for electronic R&D, educational labs, and industrial maintenance scenarios requiring sophisticated signal analysis.
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