Use zone trigger to define trigger events graphically, also on your math signals. See how you can use this standard and unique capability on MXO oscilloscopes to trigger on specific events on your math signal.
Use zone trigger to define trigger events graphically, also in the frequency domain. See how you can use this standard and unique capability on MXO oscilloscopes to trigger on certain events in the frequency domain.
This video shows you how you can better place and stabilize your probes using the the Rohde & Schwarz 2D positioner for passive probes and the 3D positioner for other probes.
Quickly and reliably trigger and decode packets from your I2C bus using either the analog or digital channels as serial bus inputs. See how you can flexibly configure the trigger, change the bit rate or threshold voltage or display a decode table.
Quickly and reliably trigger and decode packets from your LIN bus using either the analog or digital channels as serial bus inputs. See how you can flexibly configure the trigger, change the bit rate or threshold voltage or display a decode table.
This video shows how you can use the MXO Series K36 Frequency Response Analysis option to characterize the frequency response of your electric devices.
Quickly and reliably trigger and decode packets from your RS232 or RS485 buses using either the analog or digital channels as serial bus inputs. See how you can flexibly configure the trigger, change the data format or display a decode table.
Quickly and reliably trigger and decode packets from your SPI bus using either the analog or digital channels as serial bus inputs. See how you can flexibly configure the trigger or display the decode table.
CAN bus trigger and decode using the R&S®MXO4 oscilloscope
Watch this video to get a practical demonstration of how to use the MXO4 oscilloscope’s CAN bus trigger and decode capability to debug CAN interfaces and busses.
All R&S®MXO 4 series oscilloscopes have the necessary hardware built into every instrument - all the user needs are the logic probes required to start using the 16 digital channels.
The R&S®MXO 4 oscilloscopes includes a standard VESA pattern (100mm x 100mm) at the back of the instrument, giving greater flexibility when working on a crowded bench.
Unlike older analog trigger architectures, the R&S®MXO 4 series incorporates a digital trigger system offering numerous advantages such as the industry's most sensitivity enabling users to isolate difficult-to-find signal anomalies.
The R&S®MXO 4 series oscilloscopes incorporate a 12 bit A/D converter for precise vertical sampling to give users the highest accuracy, even at the fastest sample rates. Additionally, the standard HD mode offers users a tradeoff between bandwidth and resolution, achieving up to 18 bit vertical resolution.
The toolbar enables quick access to important tools. The R&S®MXO 4 series oscilloscopes enables users to choose from a variety of tools and arrange them with maximum flexibility.
Intuitive user menu for straight forward workflows
The R&S®MXO 4 series oscilloscopes are extremely easy to use. The main menu icon provides access to all instrument settings. Or easily search for any oscilloscope parameter by simply typing it in the search bar.
The R&S®MXO 4 series oscilloscopes offers superior RF measurement capabilities. The pristine RF characteristics of the instrument and dedicated controls balance great spectrum performance with the synchronized time domain view.
Find signal anomalies quickly with the R&S®MXO 4 series oscilloscopes unparalleled update rates. A dedicated ASIC: the MXO-EP integrated into the signal processing path helps to acquire, process and display up to 4.5 million waveforms/s.
The R&S®MXO 4 series oscilloscopes are engineered with the lowest-in-industry system measurement noise of just 22 µV AC (RMS) at 1 mV/div with 20 MHz bandwidth.
Debugging and validating power rails are made more efficient by the R&S®MXO 4 series oscilloscopes. It offers many advantages such as large DC offset control to measure small voltages, finding coupled sources of interference with fast spectrum and numerous others.
Remotely control the R&S®MXO 4 series oscilloscope and view the display on a PC or mobile device. View the same user interface as the oscilloscope remotely.
With 5 math channels and over 15 different functions, performing in-depth analysis on live or captured waveforms are always available with the R&S®MXO 4 series oscilloscopes
More acquisition memory gives oscilloscopes the ability to capture more time while retaining highest sample rate and bandwidth. With 400 Mpoints acquisition memory, standard on all four channels simultaneously, the R&S®MXO 4 series oscilloscope offers the ability to capture more time intervals and zoom into the details without aliasing.
Configure the spectrum analysis function of the R&S®MXO 4 series oscilloscope by simply entering typical parameters such as center frequency, span or resolution bandwidth (RBW). The spectrum settings are independent of the time domain settings yet are fully time-correlated.
The R&S®MXO 4 series oscilloscopes offers a fully integrated two-channel 100 MHz arbitrary waveform generator with a wide range of waveforms and modulation types.
