“Tektronix oscilloscopes can help you easily find and diagnose jitter caused by power integrity problems. The 6 series B MSO mixed signal oscilloscope has both user-programmable clock recovery methods and many standard specified clock recovery methods.
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Cozy “seize the opportunity” without getting angry
Foreword: I am Xiaotai. Xiaotai can test thousands of Electronic devices a year, but he still has time to take a trip where he can go. How did he do it? The intelligent identification of the Ethernet can quickly pass the security check; use the USB2.0 fast channel to arrive at the departure gate in time, buy a cup of coffee, and just wait for boarding; DDR3 flights can shorten the journey time by one-third and reach the destination faster ; Real-time detection of small air turbulence during the flight, with the help of electronic equipment to adjust the flight posture in time, Xiaotai is completely unaffected; bring the newly purchased noise-canceling headphones to listen to music and enjoy a safe and comfortable travel; when you get off the plane, call us on your mobile phone to tell us The smart car is already in place. The Spectrum View software restores the invisible waveform to the original signal, so that the call is clear and smooth, and the car is lifted smoothly; the smart driverless car makes the journey to the scenic spot easier, one-key start, and a cool large screen Display real-time road conditions, easy and worry-free, and a good mood along the way; as a technological hipster, photo clocking is indispensable. The smart phone designed with the MIPI bus function can restore various beautiful scenery worthy of a circle of friends; ensure that the necessary electronic equipment during the journey is always Online, stable power support is essential. These 9 travel scenes, Xiaotai can easily test them.
Who is Xiaotai? Xiaotai is a Tektronix MSO6B oscilloscope with up to 10G bandwidth, 50G sampling rate, and eight channels. It helps engineers complete tasks in time and travel as they please.[OscilloscopeTravelGuide|Howcananengineerstartajourneythatjustwalksaway?】RevealsthethreeelementsofcomfortabletravelThisarticleisthesecond”Comfortable”CatchtheOpportunity”withoutgettingangry”
Easily find and diagnose jitter caused by power integrity issues
Small air turbulence is detected in real time during the voyage, and the flight posture can be adjusted in time with the help of electronic equipment. Jitter jitter is the measurement result of the time domain change of the signal. It essentially describes how much the signal period deviates from its ideal value. In high-speed systems, timing errors in clocks or oscillator waveforms can limit the maximum rate of a digital I/O interface. Not only that, it will also cause the bit error rate of the communication link to increase, and even limit the dynamic range of the A/D converter. Jitter is measured relative to the system clock. Systems using embedded clocks, that is, recovering clocks from data transitions, will reduce low-frequency jitter, but an oscilloscope that can simulate precise clock recovery methods must be used to analyze these systems.
Tektronix oscilloscopes can help you easily find and diagnose jitter caused by power integrity problems. The 6 series B MSO mixed signal oscilloscope has both user-programmable clock recovery methods and many standard specified clock recovery methods.
Signal integrity analysis focuses on the BER (Bit Error Rate) performance of the transmitter, reference clock, channel, and receiver. The power integrity analysis focuses on the PDN’s ability to provide constant voltage power rails and low impedance loops. Signal integrity and power integrity have a broad correlation. PDN may cause noise and jitter. Circuit design and various components, such as chip packaging, pins, traces, paths, and connectors, will affect the impedance of the PDN, and thus affect the power quality provided.
Regardless of whether we pass the mask test or not, if there are still problems with signal integrity, then we have to perform jitter analysis. Divide jitter into different components and sub-components, as shown in the figure below.
The figure below shows the jitter summary measurement, including bath diagram, eye diagram, TIE spectrum and histogram, jitter measurement results, and waveform.
Uncover the fog of noise and discover the real signal
Put on the newly bought noise-canceling headphones, listen to music, and enjoy a safe and comfortable travel. To allow the oscilloscope to display only the input signal without mixing other signals, the oscilloscope is required to characterize the signal more purely. One of the key features of the 6B series MSO is not only low-noise design, but low-noise performance at high resolution and low-noise performance when the bandwidth is up to 10GHz. Ultra-low noise allows you to see the details of the signal you have never seen before.
• The oscilloscope front-end ASIC chip TEK061 achieves ultra-low noise floor.
• 12-bit resolution at 5 GHz, up to 16-bit resolution at 200 MHz
• Noise at 1 mV/div and 1 GHz • Noise at 50 mV/div and 10 GHz
The Links: 6MBI150UB-120 https://www.slw-ele.com/ltm09c012.html“> LTM09C012
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