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DSOX6B10T252BW 参数 Datasheet PDF下载

DSOX6B10T252BW图片预览
型号: DSOX6B10T252BW
PDF下载: 下载PDF文件 查看货源
内容描述: [InfiniiVision 6000 X-Series Oscilloscopes]
分类和应用:
文件页数/大小: 45 页 / 3290 K
品牌: KEYSIGHT [ Keysight Technologies ]
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10 | Keysight | InfiniiVision 6000 X-Series Oscilloscopes - Data Sheet  
New Standard for Price Performance: Bandwidth, Visualization, and Integration  
Visualization (Continued)  
Visualize signal integrity: Optional jitter analysis  
and real-time eye diagram analysis  
Jitter measurement has become a popular debugging technique.  
However, traditional jitter analysis options are often costly and  
focused on characterizations that may not be suited for real-time  
debugging. The 6000 X-Series DSOX6JITTER option focuses on  
real-time debugging for your everyday jitter analysis. Start your  
analysis with the dedicated jitter button.  
– The integrated oscilloscope feature ensures the best real-  
time user debugging experience, unlike a separate software  
package  
– Flexible clock recovery, supporting  
Figure 17. Press the jitter button on the front panel to directly access the  
jitter menu.  
Constant frequency  
First-order PLL (loop bandwidth)  
Second-order PLL (loop bandwidth and damping factor)  
Explicit clock  
– Flexible jitter measurements  
Data TIE  
Clock TIE  
N-period  
Period-period  
+ width to + width  
- width to - width  
+ duty cycle  
– Flexible jitter and jitter component graphical representations  
Jitter measurement histogram  
Displays the distribution of the jitter  
Figure 18. Clock recovery menu and jitter  
measurement menu.  
– Jitter measurement trend  
Graphically represents the jitter value time-correlated to  
the input clock data signal under test  
Smoothing can be applied  
– Jitter spectrum  
FFT analysis of the jitter trend to determine the frequency  
component of the jitter  
Figure 19 is an example of a data TIE (time interval error) analysis  
on a 1-Gbp PRBS (pseudo-random bit sequence) signal. The  
data TIE measured 50-ps rms TIE jitter. The jitter trend and trend  
smoothing plot quickly revealed the injected jitter to be square  
periodic jitter. The jitter spectrum plot and frequency peak search  
found the main jitter component to be near 500 kHz, contributing  
42 ps. The event table also listed higher harmonic components  
and their jitter contribution values. Finally, the histogram shape  
showed a clear bimodal distribution indicating the presence of  
deterministic jitter.  
Figure 19. Analyzing periodic jitter (square) on a 1-Gbps PRBS signal.  
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