Features:

MXO58 8CH 100 MHZ, with ARB Generator.

• PACKAGE WITH MXO5 AND OPTION B6 (ARBITRARY WAVEFORM GENERATOR)
• 8 channels / 100 MHz bandwidth
• Mixed signal analysis with option MXO5-B1 (sold separately)
• Sample rate up to 5 GSa/s
• 500 Mpt per channel standard memory (1 Gpt via option)
• 12-bit ADC at all sample rates
• 18-bit architecture with HD mode
• 15.6" full HD touchscreen
• Most sensitive trigger in the industry - down to 0.0001 div
• Best-in-class trigger jitter of less than 1 ps

Rohde & Schwarz MXO58-BASC

• PACKAGE WITH MXO5 AND OPTION B6 (ARBITRARY WAVEFORM GENERATOR)
• 8 channels / 100 MHz bandwidth
• Mixed signal analysis with option MXO5-B1 (sold separately)
• Sample rate up to 5 GSa/s
• 500 Mpt per channel standard memory (1 Gpt via option)

Digital Oscilloscope (8 Channel / 100 MHz) with Option MXO5-B6 (AWG)

What is the MXO58-BASC?

The Rohde & Schwarz MXO58-BASC is a package containing the MXO5 (8 analog channels / 100 MHz) and the arbitrary waveform generator option (MXO5-B6).

MXO5-B6 waveform generator option

Get fully the integrated two-channel 100 MHz arbitrary waveform generator with the R&S MXO5-B6 option. This compact and configurable solution offers exceptional versatility for various applications, from hardware prototyping to classroom usage. With a sampling rate of 625 Msample/s and 16-bit resolution, the generator delivers reliable performance and precise control as a function or modulation generator.

Stimulate your device under test with a diverse range of waveforms. Choose from sine, square/pulse, ramp, triangle, sine cardinal (sinc), arbitrary and noise waveforms. Easily customize the frequency, amplitude, offset and noise parameters for each waveform, tailoring the stimulus to your specific needs. Get integrated arbitrary waveform generation capabilities. Take advantage of the modulation feature to explore advanced signal variations.

12-bit ADC with 18-bit architecture for HD mode

The R&S MXO 5 Series oscilloscopes incorporate a 12-bit A/D converter on all input channels. The 4096 quantization levels deliver precise vertical resolution at all sampling rates for uncompromising capture of signal details. The 18-bit architecture with HD mode also enhances the ADC resolution. The R&S MXO 5 Series has up to eight channels with 12-bit precision and an uncompromised sampling rate.

Quickly and reliably detect sporadic signal faults

The high acquisition rate greatly improves the probability of finding rare and sporadic events that other oscilloscopes cannot. The R&S MXO 5 can confidently capture all events even when the triggers are seemingly too close.

With over 4.5 million waveforms/s, the R&S MXO 5 Series oscilloscope has the lowest blind time thanks to a trigger rearm of just 21 ns.

Low noise with vertical sensitivity down to 500 µV/div

The R&S MXO 5 Series oscilloscope has outstanding sensitivity down to 500 µV/div without any unexpected reductions in bandwidth. The offset of ±2 V on 50 ? coupling and ±5 V on 1 M? coupling lets users easily place the signal at the center of the screen to examine DC noise and ripple. The oscilloscope must have low noise levels to accurately quantify small signals.

World’s most sensitive and hysteresis-adjustable trigger

The R&S MXO 5 Series digital trigger is up to 10000 times more sensitive than competing trigger systems. Triggering sensitivity lets users isolate difficult-to-find, small physical layer anomalies in the presence of large signals, speeding up debugging and troubleshooting. Users have full control of the trigger hysteresis settings for added flexibility with desired trigger noise suppression.

Pristine RF measurements, now with more capabilities

Improve overall RF insights with up to four highly capable, simultaneous spectrum displays. The powerful MXO-EP ASIC architecture and additional processing capabilities give the oscilloscopes ultrafast 45000 FFT/s on up to four simultaneous spectrum displays.

The superior RF performance outshines all oscilloscopes in its class. The deep record length and spectral control independent of the time domain waveforms make RF analysis a breeze. The wide frequency range and low noise density generate a truly usable spectral trace for RF insight.

As with a spectrum analyzer, spectral traces are easy to configure along with navigation to presentations of various spectral results such as max. and min. hold, or even an average trace to clean up noise. The R&S MXO 5 also has log-log scale presentations to help observe EMI-related spectral events in wide frequency ranges.