Videos

R&S®ZNB40 offers wide frequency range from 100 kHz to 40 GHz with four ports and 2nd signal generator

Its wide frequency range from 100 kHz to 40 GHz makes the R&S ZNB40 the ideal choice for 5G component characterization, signal integrity measurements and A&D applications. The 2- and 4-port R&S ZNB40 with their 100 kHz start frequency feature excellent RF raw performance and fundamental mixing up to 40 GHz that results in a very low trace noise.

Signal integrity – measuring rise time using a true differential signal (part 2 of 4)

Learn more about time domain reflectometry (TDR) and time domain transmission (TDT) for signal integrity applications using the R&S®ZVA vector network analyzer from Rohde & Schwarz. This video series demonstrates the calibration of a four-port network analyzer and the measurement of rise time, impedance vs. distance and skew on a board with differential lines.

Power Integrity Testing

R&S®MXO 5 SERIES OSCILLOSCOPE Use the R&S®MXO 5 Series oscilloscopes with the industry’s largest offset for your power integrity measurements.

Closely connected: power integrity and signal integrity

Keynote speech from Steven Sandler, industry expert and CEO of Picotest Engineers tend to see power integrity and signal integrity as separate, unrelated disciplines, but in reality they are closely related. The relationship between these disciplines needs to be considered during the design to optimize performance and to avoid expensive design flaws that are difficult to correct.

Signal Integrity Measurements

In combination with the time domain option R&S®ZNA-K2 and the extended time domain option R&S®ZNA-K20, the R&S®ZNA VNA offers a variety of signal integrity measurements.

DDR3 signal integrity debugging

How to perform signal integrity debugging on a DDR3 device. How to perform signal integrity debugging on a DDR3 device Video, RTO2000, Oscilloscope, DDR3 DDR3 signal integrity debugging

Power integrity test

The spectrum view provides even deeper insight into the signal. Video, RTO2000, Oscilloscope, Power integrity test Today’s highly integrated electronic devices use smaller voltage levels and therefore require much smaller ripple levels on the power rails for reliable operation.

Signal integrity debugging

Shown on a USB 3.1 Gen1 device Video, RTO2000, Oscilloscope, Signal integrity debugging Shown on a USB 3.1 Gen1 device

Power Integrity - capture 1

Disturbance signals on the DC power supply network can lead to EMC problems or impair the functioning of a circuit. To assess the quality of the power supply for such components, Rohde & Schwarz offers the R&S®RT-ZPR20 power rail probe.

Signal integrity measurements with jitter analysis

RTO2000, jitter analysis, signal integrity measurements R&S®RTO oscilloscopes are ideally suited for jitter measurements. The sensitive, broadband, low-noise frontend combined with the high-precision, single-core A/D converter ensures exact results. Another strength of R&S®RTO oscilloscopes is their wide range of analysis options.

Debugging high-speed designs with high-performance oscilloscopes and network analyzers

Measurement methods and solutions for signal integrity of PCB transmission lines, cables and connectors conclude this theme. Video, Oscilloscope, Debugging high-speed designs We discuss key test challenges and present methods and tools for debugging digital designs including high-speed interfaces with a data rate of up to 5 Gbps.

Signal integrity – measuring differential impedance vs. distance (part 3 of 4)

Learn more about time domain reflectometry (TDR) and time domain transmission (TDT) for signal integrity applications using the R&S®ZVA vector network analyzer from Rohde & Schwarz. This video series demonstrates the calibration of a four-port network analyzer and the measurement of rise time, impedance vs. distance and skew on a board with differential lines.

Embedding & Equalization with the R&S RTP Oscilloscope (Part 3)

Verifying the Impact with Eye Diagram The Eye Diagram is an effective tool to validate signal integrity. This video compares the eye diagram on a signal acquired at the output of a USB transmitter versus a waveform with some added cable emulation. The Eye Diagram is an effective tool to validate signal integrity.

Signal integrity – measuring time domain skew between two lines on a differential transmission (part 4 of 4)

Learn more about time domain reflectometry (TDR) and time domain transmission (TDT) for signal integrity applications using the R&S®ZVA vector network analyzer from Rohde & Schwarz. This video series demonstrates the calibration of a four-port network analyzer and the measurement of rise time, impedance vs. distance and skew on a board with differential lines.