Zero missed waveform! A high-speed oscilloscope for early detection of faults.
For those whose debugging is never-ending due to rare bug signals not being captured! With a waveform update speed that is a hundred times faster than competitors, we reliably capture even the smallest signals and dramatically shorten verification time.
Do you have any of these concerns in the development field of electrical and electronic circuits? "Abnormal waveforms that occur only once every few hours are not displayed on the screen, causing delays in identifying the cause." "Due to insufficient trigger sensitivity, minor defect signals are missed, resulting in overlooking critical moments." "Noise evaluations at multiple locations are measured one channel at a time, leading to excessive rework and labor." The "MXO 3 Oscilloscope" fundamentally resolves delays in circuit debugging. 【Three Strengths】 1. Over 100 times faster update rate compared to competitors: With an overwhelming update rate of 4.5 million waveforms per second, it captures even extremely rare defect signals instantly. 2. Unique digital trigger: Without sensitivity limitations, it reliably holds even minor signals that would be missed by analog triggers. 3. 4-channel high-speed FFT: Simultaneously observes noise at multiple locations, eliminating the hassle of measuring one location at a time and increasing noise source identification efficiency by about four times. Why not eliminate the stress of waveform observation during the prototyping and evaluation phases and significantly advance your development schedule? *For more details, please download the PDF or feel free to contact us.
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【Specific Concern Scenarios】 - Analysis of intermittent faults: A process where we want to identify the causes of low-reproducibility error signals and glitches. - Observation of small signals: A site where we want to accurately trigger ripple and minor abnormal voltages in the latest ICs as the voltage levels decrease. - Evaluation of multi-noise: A scenario where we want to simultaneously verify and observe the correlation of cross-talk and noise at multiple locations, such as power lines and signal lines, in one shot. We confidently recommend this to all engineers who want to prevent rework caused by "invisible defects" on circuit boards and streamline evaluation tasks. *For more details, please download the PDF or feel free to contact us.
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【Main Applications】 ■ Power Electronics ■ PMIC, Power Integrity, and Sequence Testing ■ Testing of Embedded Hardware 【Supported Industries】 Electrical and Electronics, Communication Equipment, Automotive (ECU/Inverter), Defense and Aerospace, Universities and Research Institutions 【Supported Processes】 Debugging process of prototype boards, EMC measures and noise evaluation tests, Quality assurance and reliability evaluation before shipment *For more details, please download the PDF or feel free to contact us.
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Rohde & Schwarz was founded in 1933 by Dr. Rohde and Dr. Schwarz. The company has maintained its original purpose since its inception: "to remain a technology company that creates innovative solutions in the fields of electronics and wireless communications, contributing to society." The Rohde & Schwarz Group (headquartered in Munich, Germany) specializes in wireless communications and leads the world in electronic measurement, broadcasting, secure communications, wireless monitoring, and radio detection. Rohde & Schwarz Japan celebrated its 20th anniversary on April 1, 2023.