Welcome to the next generation of oscilloscope technology, the R&S MXO 5 Series, explicitly designed to meet and surpass all your electronic testing challenges. This revolutionary technology is your passport to a more efficient understanding and testing of electronic systems.

With models boasting impressive four and eight channel capabilities, the R&S®MXO 5 is in a league of its own. Its superior specifications stand as a testament to its top-notch performance in the industry.

R&S®MXO 5 Series, base models

Why Choose the R&S®MXO 5? Discover the Benefits of this Outstanding Product

Discover the power of performance with the R&S®MXO 5, a true game-changer in the realm of speed and precision. This cutting-edge device boasts rapid acquisitions with multiple channels, math functions and an impressive 21 ns rearm time for minimal blind time. With its unparalleled spectrum analysis capabilities, it allows for simultaneous operation of up to four analyses, delivering fast and pristine results.

The R&S®MXO 5 stands as a testament to uncompromised performance, offering the highest vertical offset range of ±5 V at 0.5 mV/div for exceptional signal fidelity. It features a low noise floor and the industry’s most sensitive trigger down to a remarkable 0.0001 div. Coupled with the best-in-class trigger jitter of less than 1 ps, it promises flawless digital triggering at 18-bit HD resolution with adjustable sensitivity.

Equipped with the deepest standard memory in its class, the R&S®MXO 5 can handle up to 1 million waveform segments. With a 12-bit ADC/18-bit HD resolution, it delivers the highest precision. Furthermore, it provides deep memory capture with 500 million points/channel and the industry’s fastest acquisitions at a staggering 4.5 million waveforms/s.

The R&S®MXO 5’s impressive features are complemented by a stunning 15.6″ Full HD touchscreen, offering increased visibility and user convenience. It covers a bandwidth range from 100 MHz to 2 GHz and boasts an impressive sample rate of up to 5 Gsample/s.

Experience the evolution in speed, precision, and sensitivity with the R&S®MXO 5. The ultimate choice for those seeking unparalleled performance.

Embracing cutting-edge technology in power conversion testing, the R&S®MXO 5 is a revolutionary solution geared towards facilitating the growth and development of wide bandgap power semiconductors, a vital component of renewable energy and electrification. With eight channels offering comprehensive visibility of three-phase and six-phase motor drives and inverters, the R&S®MXO 5 provides an unmatched testing performance.

POWER SEQUENCING AND INTEGRITY

The R&S®MXO 5 ensures flawless power sequencing, a critical aspect of all electronic circuits. Equipped with the ability to observe up to eight analog channels and reference waveforms concurrently, it guarantees precise power amplitude at the right time. It comes with a standard 500 Mpoints, crucial for recording over extended periods and achieving a substantial sample rate for observing small signal events.

AUTOMOTIVE ANALYSIS

In the rapidly evolving world of electric motors and inverters, the R&S®MXO 5 provides vital insight into their efficiency and drive power. With its eight channels, it can monitor PWM controlled gates, critical for multiphase topologies. It’s the ideal tool for assessing compliance requirements and decoding automotive protocol in the emerging domain controller networks seen in autonomous and smart cars.

SIGNAL INTEGRITY AND DEBUGGING

For signal testing where error detection is paramount, the R&S®MXO 5 offers a waveform acquisition rate of over 4.5 million. It can detect rare and sporadic events that other oscilloscopes might miss, even with up to four channels activated. With four hardware-accelerated spectrum channels, it can perform up to 180,000 FFT/s, ideal for testing and debugging harmonic, EMI, or other applications requiring superior spectrum capabilities.

ACCELERATED INSIGHTS

With over 4.5 million acquisitions/s, the R&S®MXO 5 is the world’s first 8-channel oscilloscope designed to reveal infrequent anomalies instantly. Its real-time signal capture is up to 90%, thanks to the MXO-EP ASIC and a dedicated PC system for responsive analysis.

CAPTURE EVEN MORE TIME

The R&S®MXO 5 comes with the industry’s deepest memory on eight channels, standard segmented memory, and history mode. These features ensure comprehensive coverage and analysis of data over time.

SEE SIGNALS ACCURATELY

The R&S®MXO 5 boasts the lowest measurement noise and highest vertical resolution on eight channels. Features like a 12-bit ADC, 18-bit architecture with HD mode, and low noise of 130 μV contribute to its accuracy.

TRIGGER ON EVERY DETAIL

The high precision digital trigger on the R&S®MXO 5 is a world-first for 8-channel oscilloscopes, with a sensitivity down to 0.0001 vertical division and user-adjustable trigger hysteresis.

MULTISPECTRAL EVOLUTION

With 12 pristine RF measurements and more capabilities, the R&S®MXO 5 is the first 8-channel oscilloscope boasting 4 spectra with independent time and frequency control.

SUPERIOR USER EXPERIENCE

With its toolbar, advanced usability and R&S®SmartGrid, the R&S®MXO 5 offers an unparalleled user experience, making it a definitive choice in the industry.

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See the big picture with up to 1.5 GHz of bandwidth and 5 Gsample/s sample rate. The large 13.3” Full HD capacitive touchscreen with SmartGrid waveform layout, color-coded controls, and clear menus making it easy to see complex waveforms. No other oscilloscope in the world updates faster in real-time, at a rate of 4.5 million acquisitions per second. With this kind of detail and signal visibility, engineers can spot rare events as they happen.

The Rohde & Schwarz MXO 4 Series Oscilloscope is a powerful instrument that offers a standard acquisition memory of 400 Mpoints on all four channels. With an optional 800 Mpts interleaved (400 Mpts- 4 chanels, 800 Mpts – 2 chanels ), the oscilloscope has up to 100 times the standard memory of comparable instruments.

R&S MXO 4 is ideal for general purpose measurement, serial data analysis, jitter analysis, embedded design verification, frequency response analysis, and more. No matter what your application, the R&S MXO 4 Series has the power and flexibility to handle it. From basic signal analysis to advanced embedded design debug, these oscilloscopes have the features and performance you need to get the job done right.

See your signals with clarity, the highest vertical resolution and the lowest measurement noise.

The best user experience

Advanced usability and ease of use, as well as fast remote control, are all included in the interface.

1 – Toolbar  |  2 – Main menu  |  3 – Signal activators  |  4 – R&S®SmartGrid  |  5 – Signal toolbar  |  6 – Box design

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The NGU SMUs include six current ranges from 10 µA with 100 pA resolution, to 10 A with 10 µA resolution. For all ranges, accuracy up to 0.025 % is achieved. Voltage is measured with 10 µV resolution in the 20 V range and 1 µV resolution in the 6 V range.

For the typical measurement problem of capacitance at the input to the device under test, the R&S NGU features a variable capacitance mode adjustable in steps from 1 µF to 470 µF, compensating the capacitance, so that the current is displayed as if it was measured directly at the device under test. Devices up to 20 V, 8 A, and 60 W are all supported.

R&S NGU Features:

• Easy operation
• High-resolution touchscreen
• Color coding of operating modes
• Graphical display
• QuickArb function
• EasyRamp function
• Save and recall instrument settings

What sets the R&S NGU source measure unit apart?

• Two quadrants: source or sink operation
• Minimum residual ripple and noise to supply interference
• free voltage to sensitive DUTs
• Fast regulation of output voltage with minimum overshoot and very fast load recovery time
• Acquisition rate of up to 500 ksample/s to capture extremely fast variations in voltage or current
• Voltage priority and current priority mode
• High-capacitance mode
• Battery simulation

R&S NGU201 – for the wireless communications specialist

• Two quadrants: operates as source and sink
• Variable output impedance and constant resistance mode
• Digital voltmeter (DVM) function
• Battery simulation

The Rohde & Schwarz NGU201 source measure unit is tuned for battery drain analysis of any battery-powered device up to 60 W, including mobile phones, tablets and IoT devices, for example. Furthermore, it can be used for
battery tests and simulations, thanks to its adjustable output impedance and optional battery simulation tool

R&S NGU401 – the semiconductor testing specialist

• Four quadrants: source or sink operation with arbitrary polarity
• Modulation input

The R&S NGU401 source measure unit is the specialist for semiconductor testing. It is designed for general purpose applications that span many different industries and many different devices under test. The R&S NGU401 source measure unit can act as bipolar power supply or bipolar electronic load.

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The R&S ENV216 two-line V-network for disturbance voltage measurements on single-phase EUTs

Features

Air-core design and artificial hand

The R&S ENV216 two-line V-network is based on air-core inductances and contains an artificial hand.

Switch-selectable high pass filter of 150 kHz

To prevent the measuring receiver from being overdriven by low-frequency spectra of high level, a 150 kHz highpass filter can be cut in.

Built-in 10 dB attenuator pad

To ensure standard impedance irrespective of the receiver input attenuation, the R&S ENV216 is equipped with a 10 dB attenuator pad.

Built-in pulse limiter (can be switched off)

A built-in pulse limiter which can be switched off protects the receiver input.

Remote control with TTL levels (compatible with Rohde & Schwarz measuring receivers)

TTL control inputs that can be driven by controllers and Rohde & Schwarz measuring receivers are provided for remote control in automatic test systems (phase selection and activation of highpass filter). Optocouplers prevent pick-up of external disturbance.

Key facts

A female connector with protective earth contacts is provided for connecting the EUT. Various models with country-specific connector systems are available.

Owing to its compact design and low weight, the R&S ENV216 is ideal for frequently varying applications and especially for on-site disturbance voltage measurements on single-phase EUTs. Note that high leakage currents are produced because of the standard design of these V-networks. The networks should therefore be connected to a low-impedance protective earth system. In uncertain cases, an isolating transformer should be used

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The R&S HM6050 Two Line Impedance Stabilization Network (LISN)is used as a reproduction of supply networks in order to be able to carry out the line-bound interference emissions as part of measurements and tests for electromagnetic compatibility (EMC).

The HM6050 suppresses high-frequency interference from the supply network, establishes a standardized impedance for the device under test, and decouples the high-frequency radio interference voltages from the device under test in order to be able to supply it to a spectrum analyzer or EMI receiver.

The R&S HM6050 is a single-phase V-network simulation for the frequency range from 9 kHz to 30 MHz (according to CISPR 16) and is suitable for maximum currents up to 16A

Technical data

• Frequency range: 9 kHz to 30 MHz
• The picture resistance: Z=50 Ω II (50 μH + 5 Ω)
• Max. operating current: 16 A
• Hand to the formation: 220 pF + 511 Ω
• Protective conductor according to education: 50 Ω II 50 μH
• Transient Limiter Frequency range: 150 kHz to 30 MHz
• Transient Limiter Transmission loss: 10 dB (+1.5/- 0.5 dB)

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The combination of very good RF characteristics and all of the important functions needed for fast, precise measurement and evaluation of the EMC of a device under test in accordance with commercial standards is unmatched in this class of instrument.

The diverse analysis capabilities, high measurement speed and time-saving automated test routines make the R&S ESL the obvious choice for any development lab that needs to prepare for the final EMC certification tests.

Features & Benefits

Precise, reproducible measurement results due to very good RF characteristics

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High-bandwidth probes are only possible through the use of application-specific integrated circuits (ASIC). Rohde&Schwarz designs these ASICs with particular attention to performance. Low noise, high DC accuracy and minimal drift versus temperature and time are the result.

Individual laser trimming of the probes during production results in particularly high accuracy and a very flat frequency response. The design of the contact accessories also permits a high measurement bandwidth for various contacting methods, including manual contacting, soldering and plug-in connections.

The compact probe head allows measurements even on densely populated printed boards, and the low weight ensures a minimal load at the contact point.

Minimal influence on the measurement signal

When measuring the high-speed signals used in modern electronic designs, the load from the probe must be kept low. Rohde&Schwarz active probes meet this requirement with 1 MΩ input impedance and an input capacitance of < 1 pF. As a result, the probe’s influence on the circuit during measurement is minimized.

The optimized design of the probe tips and accessories ensures accurate rise times and minimizes overshoot and ringing.

Wide dynamic range and high linearity – perfect for spectrum analysis

All Rohde & Schwarz active broadband probes exhibit a wide dynamic range, which is also available at high frequencies. This means that even very fast signals and steep, high-amplitude pulse slopes can be measured.

For measurements involving particularly stringent linearity requirements (such as FFT analyses using the R&S RTO oscilloscopes), an excellent choice is the R&S RT-ZS60 single-ended probe with its exceptionally high linearity (THD of –70 dB at 16 V (peak-to-peak) at 1 GHz). The optional R&S®RT-ZA9 N(m) adapter allows Rohde & Schwarz broadband p

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They feature an extremely low input capacitance and particularly low noise. Their purely passive implementation renders them highly linear and therefore ideal for spectrum analysis applications

The R&S RT-ZZ80 8 GHz probe provides an attenuation factor of 10:1 at an input impedance of 500 Ω || 0.3 pF. Its SMA plug is connected to the oscilloscope via the provided SMA-BNC adapter. The probe can be easily selected as a predefined probe from the R&S RTO oscilloscope menu. And with these simple steps, the instrument is correctly configured.

Maximum bandwidth through customized accessories The maximum probe bandwidth is typically defined by the accessories that are used. Rohde & Schwarz supplies accessories tailored to both the probe and the application to ensure that the maximum bandwidth is available for various contacting methods. The extensive standard accessories for the R&S RT-ZZ80 include solder-in pins, rigid tips, solder-in ground pins, spring-loaded ground tips and adapters for pin connectors.

Because all probe tips have the same design, the R&S RT-ZZ80 accessories are compatible with both single-ended and differential active probes (R&S RT-ZS60 and R&S RT-ZD40).

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R&S RT-Zxx Standard Passive Oscilloscope Probes are the perfect accessory for general measurement applications involving low frequency signals. The very fine, spring-loaded tip allows precise and reliable contacting of signal lines.

Rohde & Schwarz passive probes are the all-rounders in the world of probes. They are low-cost, general purpose probing solutions for a broad range of applications. The BNC connector allows them to be used on almost any oscilloscope.

Passive probes with readout pin enable Rohde & Schwarz oscilloscopes to automatically detect the attenuation factor. A spring-loaded tip ensures good contact with the device under test.

Rohde & Schwarz Digital Oscilloscopes Probes & Accessories Brochure

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