產品介紹
產品定位與應用Keysight / Agilent / HP MSOX3024T Keysight MSOX3024T Mixed Signal Oscilloscope 混合訊號示波器 屬於頻譜與訊號分析設備,適合用於載波、雜訊、諧波、雜散、調變品質、通訊訊號與 EMI 預掃測試等情境。
實際量測範圍與選配需依機身配置、附件與校正狀態確認。
選型時建議同步確認頻率範圍、分析頻寬、相位雜訊、DANL、前置放大器、追蹤產生器與量測應用軟體,避免後續因選配、治具或校正條件不符而影響測試進度。
弘燁科技可依目前庫存、附件組合、校正需求與交期,協助比對同級替代型號並整理詢價所需資訊。
規格
主要規格與效能(Core Specifications)
產品定位(Product Overview)
Keysight InfiniiVision MSOX3024T Mixed Signal Oscilloscope 提供直覺化觸控操作、高更新率與整合式分析功能,可在數秒內隔離並定位任何關鍵訊號,提升研發與除錯效率。
- 200 MHz Bandwidth(Upgradeable up to 1 GHz)
- 4 Analog Channels + 16 Digital Channels(MSO)
- 適合混合訊號與嵌入式系統量測
- Sample Rate:5 GSa/s
- Memory:4 Mpts Smart Memory(支援 Segmented Memory)
- 有效擷取長時間與重複性事件
- Industry-leading >1,000,000 wfms/s
- 高機率捕捉隨機、低頻與偶發性異常訊號
顯示與操作介面(Display & UI)
- 8.5-inch Capacitive Touch Display
- 支援觸控操作與圖形化區域設定
觸發與搜尋(Trigger & Search)
- InfiniiScan Hardware-based Zone Touch Trigger
- Standard Trigger Modes
- 快速定位異常波形與特定事件
整合式分析能力(Integrated Analysis)
- Speed Analysis with Correlated 6-in-1 Instrument Integration
- 支援示波、邏輯分析、序列解碼、WaveGen 等多功能整合
- I²C, SPI, UART
- CAN, CAN-FD, CAN Symbolic
- LIN, FlexRay, SENT
- I²S, MIL-STD-1553, ARINC 429
- 適合車用、工控與通訊系統驗證
系統擴充性(Scalability)
典型應用(Applications)
- 5G / LTE / Wi-Fi 6 / Wi-Fi 7 通訊模組驗證(控制與基頻)
- CAN / CAN-FD / LIN / FlexRay 車用電子測試
- NB-IoT、工控設備與感測系統除錯
- 研發實驗室 / 教學實驗室 / QA / 產線 EOL 測試
原廠英文說明
Isolate Any Signal in SecondsThe 4-channel InfiniiVision MSOX3024T oscilloscope puts measurement insight at your fingertips. With simplified triggering, a capacitive touch screen, excellent signal integrity and integrated analysis capabilities, you have the performance and functionality you need to isolate signals in seconds.Industry-Leading Uncompromised Update RateThe 200 MHz MSOX3024T offers upgradable bandwidths to 1 GHz and several benchmark features in addition to the touch screen interface and graphical zone triggering capability. An industry-leading uncompromised update rate of one million waveforms per second gives you visibility into subtle signal details, giving you the highest probability of capturing random and infrequent events that you would miss on an oscilloscope with a lower waveform update rate