ローデ・シュワルツ・ジャパン Product Lineup

Are you struggling with debugging electronic circuits or dealing with noise issues? "Can't find abnormal signals that occur only rarely." "It takes time to evaluate noise at multiple locations." We will solve the above problems! # Features # 1. 100 times faster than competitors! Instantly capture intermittent faults at "4.5 million waveforms per second." The waveform update rate is over 100 times that of typical oscilloscopes. Rare abnormal signals that occur in milliseconds or microseconds, as well as hard-to-catch intermittent faults, are displayed on the screen instantly without missing a beat. 2. No sensitivity limitations! The "digital trigger" reliably captures even minute signals. Breaks the limitations of conventional analog triggers that fail to trigger on small abnormal signals due to insufficient trigger sensitivity. With no sensitivity restrictions, even the smallest signal changes can be reliably captured and evaluated. 3. Four times the work efficiency! "Multi-channel FFT" for centralized monitoring of noise at multiple locations. Unlike other products that can only perform FFT on one channel, this device can execute high-speed FFT on up to four channels simultaneously. This allows for the observation and comparison of noise at multiple locations on the circuit board at once, significantly improving the efficiency of identifying noise sources.

Are you struggling with these troubles in the circuit verification field? "Even after adjusting the trigger level, the signal is too weak to trigger, causing the screen to scroll." "I can't catch the tiny error signals buried in noise, so I can't give the quality assurance OK." "Even though it's certain that a malfunction is occurring, the oscilloscope is displaying a downsampled waveform." The "MXO 3 Oscilloscope" fundamentally resolves these trigger limitations. 【Three Strengths】 1. Digital Trigger with No Sensitivity Limits: Our unique technology breaks through the sensitivity barrier, allowing 100% triggering on extremely small signals that were overlooked with analog methods. 2. Ultra-fast Update Rate of 4.5 Million Waveforms per Second: With an update rate that surpasses competitors by more than 100 times, it eliminates screen dead time (non-display time) to the utmost limit. 3. Simultaneous FFT Analysis on 4 Channels: Frequency domain analysis is performed in parallel across all channels, allowing for immediate visualization of where noise is propagating from. *For more details, please download the PDF or feel free to contact us.

Are you hearing cries like these before product shipment or during debugging? "I can only do FFT on one channel, and it's painful to keep reconnecting the probe to search for noise." "While I'm reconnecting, the noise state changes, making it impossible to make accurate comparative evaluations." "I spend days identifying which component is the noise source (the perpetrator) and which one is the victim." The "MXO 3 Oscilloscope" fundamentally reduces the labor involved in noise countermeasures. 【Three Strengths】 1. Up to 4-channel high-speed FFT: Unlike other products that are limited to 1 channel, it can perform high-speed FFT on 4 channels simultaneously, allowing for instant comparison of spectra from multiple locations. 2. Ultra-fast operation with 4.5 million waveform updates per second: It offers overwhelming responsiveness not only in the time domain but also in the frequency domain, ensuring that sudden burst noise is not missed. 3. High-precision digital trigger: It can reliably trigger on small signals that are often buried in noise, allowing for pinpoint capture of noise at the desired moment. It enhances noise evaluation efficiency by about four times and dramatically compresses the countermeasure period. *For more details, please download the PDF or feel free to contact us.

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.

Do you have any of these concerns? - When measuring the power-up timing of BMS or onboard chargers, there aren't enough channels, leading to repeated measurements. - Unable to debug the communication waveforms of CAN FD or automotive Ethernet and the transient behavior of the actual power supply simultaneously. - During long evaluation tests, the sampling rate drops, causing transient abnormal waveforms to be overlooked. The oscilloscope 'R&S MXO 5' fundamentally resolves these issues. ◇ Synchronous verification of power sequences with up to 8 channels measured simultaneously Collect multiple signal lines from battery management systems and OBCs with a single device. Accurately verify the timing discrepancies of multi-system startups and shutdowns. ◇ Multi-channel simultaneous debugging of communication waveforms and power behavior Simultaneously display bus signals from CAN, CAN FD, LIN, and various automotive Ethernet alongside the behavior of the power lines. Instantly identify the impact of power noise when communication errors occur. ◇ High-speed sampling maintenance with 500M points memory across all channels Maintain high-resolution sampling even during long tests. Analyze while retaining detailed waveform data. A live demo showcasing the clear performance differences from conventional models is currently available on our website.

Do you have any of these concerns? - Unable to capture sporadic unwanted radiation (EMI) due to slow drawing and low reproducibility with a spectrum analyzer. - The timing of waveform fluctuations in the time domain does not match the occurrence of noise peaks in the frequency domain, making it difficult to identify the cause. - After bringing it to the EMC test site, it became clear that there were insufficient countermeasures, leading to increased re-measurement costs and time. The oscilloscope 'R&S MXO 5' fundamentally resolves these issues. ◇ Ultra-fast FFT analysis function with over 45,000 times per second Eliminates the slowness of FFT with conventional measuring instruments. With overwhelming processing speed, it captures peaks of intermittent and transient unwanted radiation noise without missing them. ◇ Real-time simultaneous tracking of time domain and frequency domain Displays time domain waveforms and FFT spectra at exactly the same timing. You can easily identify which signal line's switching or distortion is the source of the noise at a glance. ◇ Separation of minor noise due to extensive dynamic range With excellent vertical resolution and low noise floor, it allows for clear separation and observation of minor harmonic noise and leaking electromagnetic fields lurking near the main signal. A live demo showcasing the clear performance differences compared to conventional models is currently available on our website.

Do you have any of these concerns? ■ Unable to simultaneously observe the waveforms of three-phase and six-phase motor drive circuits, leading to setbacks in inter-phase synchronization evaluation. ■ The minute voltage ripple during high-speed switching is buried in noise, making it impossible to accurately measure conduction losses. ■ Insufficient memory capacity prevents analysis of waveforms before and after transient phenomena. The oscilloscope 'R&S MXO 5' fundamentally solves these issues. ◇ Full utilization of 8 channels simultaneously and 500M points of long memory It can measure up to 8 channels simultaneously. With a large-capacity memory that operates in parallel across all channels, it can record all waveforms of multi-phase inverters for extended periods, allowing for retrospective analysis without missing any data. ◇ High-precision voltage and current measurement with standard 12-bit ADC It features higher resolution drawing capabilities than conventional devices, sharply depicting minute changes in voltage and current during the high-speed operation of power semiconductors like SiC and GaN. ◇ Low-noise design that clearly depicts minute signals Thanks to excellent low-noise performance and high sensitivity, it can accurately measure minute ripple voltages superimposed on high voltages. A live demo showcasing the clear performance differences compared to conventional models is currently available on our website.

Do you have any of these concerns? - Unable to accurately observe the startup sequence of multi-rail power supplies around FPGAs and ASICs across all systems. - Unable to distinguish minute power supply noise (power integrity) in devices with less than 12 bits. - It takes time to verify the timing margins (setup time, etc.) of clock signals and numerous data lines. The oscilloscope 'R&S MXO 5' fundamentally solves these issues. ◇ Comprehensive capture of critical synchronization timing for multi-rail power supplies With simultaneous observation of up to 8 channels, it captures the power sequence of complex multi-system power supplies on a single screen. ◇ High-precision PI analysis with standard 12-bit ADC and low noise performance Thanks to the low-noise design of the front end and high resolution, it clearly visualizes millivolt-level small ripples and voltage drops due to transient responses superimposed on the core power supply. ◇ Standard memory of 500M points in parallel across all channels Records the behavior of the circuit board over long periods while maintaining high sampling speeds. It accurately captures voltage drop phenomena that can cause unexpected resets or malfunctions. A live demo showcasing the clear performance differences compared to conventional models is currently available on our website.

The "R&S RTP" is a high-performance oscilloscope that, thanks to its customized front-end ASIC and real-time processing hardware, can perform extremely accurate measurements at unprecedented speeds while maintaining a compact form factor. This product achieves high-class signal integrity and high capture rates. With front-end components designed by Rohde & Schwarz, it realizes an expandable oscilloscope platform ranging from 4GHz to 8GHz. 【Features】 ■ Real-time signal integrity ■ Functions of multiple measuring instruments ■ Compact and flexible setup ■ Comprehensive probe portfolio *For more details, please refer to the PDF materials or feel free to contact us.

The "R&S RTM3000" is an oscilloscope designed as a tool for everyday problem-solving. It features the Power of Ten (10-bit ADC, 10 times the memory, 10.1-inch touchscreen) and is compatible with all Rohde & Schwarz probes through the Rohde & Schwarz probe interface. Additionally, it is offered at a very attractive price, meeting important conditions for investment protection. 【Features】 ■ 100 MHz to 1 GHz ■ 10-bit ADC ■ 80 M samples of standard memory ■ 10.1-inch capacitive touchscreen *For more details, please refer to the PDF document or feel free to contact us.

The "R&S MXO 5 Series" is a high-speed, accurate signal analysis oscilloscope with a maximum of 8 channels, achieving an update rate of 4.5 million waveforms per second. Each channel is equipped with a digital trigger system with a minimum vertical axis of 0.0001 div. The system architecture, which realizes 18-bit vertical axis resolution, ensures reliable triggering even for minute waveforms. 【Features】 ■ Performs 45,000 FFTs per second, capable of simultaneous analysis of up to 4 spectra ■ Standard memory of 500M points is parallelly equipped for each channel ■ Equipped with a 15.6-inch full HD capacitive touchscreen ■ Available in 8-channel and 4-channel models ■ Bandwidth: 8 channels: 100MHz to 2GHz, 4 channels: 350MHz to 2GHz A live demo showcasing the clear performance differences from conventional models is currently available on our website. *For more details, please check our website. Feel free to contact us with any inquiries.

The "MXO 4 Series" is a product that achieves high-speed analysis with rapid insights through groundbreaking technological innovation. It features a 13.3-inch full HD capacitive touchscreen and an intuitive user interface, allowing users to master the operation in just 15 minutes. It achieves an update speed exceeding 4.5 million waveforms per second and is equipped with one of the industry's largest standard memory capacities of 400 million points per channel. 【Features】 ■ Achieves an update speed exceeding 4.5 million waveforms per second ■ 12-bit ADC available at all sampling rates ■ Fastest in its class with highly accurate spectrum analysis ■ Equipped with one of the industry's largest standard memory capacities of 400 million points per channel ■ Industry-leading trigger rearming time of 21 ns ■ Class-leading trigger jitter of less than 1 ps *For more details, please download the PDF or feel free to contact us.

The "MXO 3 Series" is a product that combines advanced hardware and software technology to achieve fast and highly accurate measurements in a compact form. It provides the freedom and versatility required for business without compromising on results. It boasts top-class accuracy in its category and is equipped with a high-sensitivity digital trigger that can detect even the slightest changes in minute signals. Due to its small footprint and lightweight design, it can be easily installed on crowded benches, and moving it to different measurement locations is also straightforward. 【Features】 ■ Industry-leading update speed (4.5 million times/second) ■ Top-class real-time signal capture (up to 99%) ■ High-performance and highly flexible digital trigger ■ 125M points of large-capacity standard memory ■ All models feature a space-saving design that fits neatly on a bench *For more details, please download the PDF or feel free to contact us.

The "R&S RTB 2 Series" is an oscilloscope that combines advanced operational concepts with the Power of Ten, making it an ideal general-purpose tool for students, enthusiasts, technicians, and engineers. Equipped with our customized 10-bit A/D converter, it offers four times the resolution compared to traditional 8-bit A/D converters. The improved resolution allows for sharper waveforms, revealing the details of signals. 【Features】 ■ 10-bit ADC ■ 10M points of memory ■ 10.1-inch capacitive touchscreen ■ Startup time of just 10 seconds ■ A single device serving ten functions *For more details, please download the PDF or feel free to contact us.

The "R&S Scope Rider RTH" is a high-performance yet robust and portable design, serving as a versatile measurement tool for development and field use. It exhibits performance and capabilities equivalent to an oscilloscope for development purposes, while also offering the convenience and durability of a battery-operated handheld device. Additionally, it is equipped with up to four CAT IV 600 V rated isolated input channels, allowing for safe measurement of high-voltage electronics. 【Features】 ■ 7-inch, 800×480 pixel capacitive touch display ■ Over 4 hours of battery life ■ Measurement mode switching ■ One-touch report generation: Easily save screenshots/measurements ■ Robust dust and water resistance ■ Large buttons operable while wearing gloves *For more details, please download the PDF or feel free to contact us.

This document is the comprehensive catalog of probes and accessories for Rohde & Schwarz oscilloscopes. It includes a wide range of passive probes, active wideband probes, modular wideband probes, high-voltage probes, EMC near-field probes, and more accessories. We offer a comprehensive range of probe accessories to achieve optimal signal contact and measurement flexibility. [Contents (partial)] ■ Overview ■ Models ■ Selecting the appropriate probe ■ Passive probes ■ Passive wideband probes *For more details, please download the PDF or feel free to contact us.

Our oscilloscope portfolio is constantly being updated with new models, applications, and accessories to achieve high-quality analysis. The "oscilloscope" is equipped with excellent signal reproduction, high-speed acquisition, an innovative triggering system, and an advanced user interface. You can choose from a variety of options, ranging from popular models for service, maintenance, and education to top-class measurement instruments for research and development or EMI debugging in the 600 MHz to 8 GHz range. 【Lineup (partial)】 ■ Oscilloscope Portfolio - RTH1000 - RTC1000 - RTB2000 - RTM3000, etc. *For more details, please refer to the PDF document or feel free to contact us.

This document introduces the effective number of bits (ENOB), a parameter of signal quality. It also includes methods for evaluating the effective number of bits of the R&S RTO digital oscilloscope. 【Contents (excerpt)】 ■ Basics of Effective Number of Bits (ENOB) - Analog-to-Digital Converters and Effective Number of Bits - Ideal Analog-to-Digital Converters - Non-Ideal Analog-to-Digital Converters - Signal Input Section - Evaluation of Effective Number of Bits - Selection of Amplitude Values - Selection of Frequency - Selection of Number of Samples, etc. *For more details, please refer to the PDF document or feel free to contact us.

The trigger is an important element of an oscilloscope. The trigger captures signals under specific conditions, displays repetitive waveforms in a stable manner, and enables detailed analysis. This application note introduces the operating principles of traditional trigger systems and further explains the digital trigger of the R&S RTO oscilloscope, which supports real-time operation. [Contents (excerpt)] ■ Principles of traditional trigger systems - The importance of triggers in oscilloscopes - Implementation of traditional trigger systems - Issues related to analog triggers ■ Digital trigger - Concept of digital triggers - Detection of trigger events using digital triggers - Timing determination of trigger points by digital trigger systems, etc. *For more details, please refer to the PDF document or feel free to contact us.

This document is a User Review from Inoue Workshop. It includes a report on the use of our oscilloscopes, the "Handheld Model" and the "Desktop Model." The company stated, "Not only does it have excellent basic performance, but the comfort of the user interface and the cleverness of the equipment configuration reflect a solid design philosophy common to German products used by professionals. The preconceived notion that there would be little difference from the oscilloscopes I had in mind before trying it out disappeared the more I used it, to the point where I found myself wanting one." [Featured Products] ■ Handheld Model: R&S Scope Rider RTH1004 ■ Desktop Model: R&S RTM3004 *For more details, please refer to the PDF document or feel free to contact us.

The analysis of RF pulses is a crucial aspect of pulse radar applications such as air traffic control (ATC), maritime radar, and scientific measurements of the ionosphere. To obtain essential information for characterizing applications, analyzing the pulse envelope and modulation is indispensable. Using the R&S RTO and R&S RTP oscilloscopes enables precise triggering of pulses, which is a prerequisite for time domain/frequency domain analysis. 【Features】 ■ Analyze RF pulses up to the maximum bandwidth of the used model ■ Accurately trigger on pulse characteristics such as pulse width and power level ■ Digital triggering is a key feature that operates across the entire bandwidth ■ Perform accurate characterization of the envelope and modulation after pulse acquisition ■ Inter-pulse analysis of continuous pulses is also possible *For more details, please refer to the PDF document or feel free to contact us.