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DSOX6B25T602BW 参数 Datasheet PDF下载

DSOX6B25T602BW图片预览
型号: DSOX6B25T602BW
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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16 | Keysight | InfiniiVision 6000 X-Series Oscilloscopes - Data Sheet  
New Standard for Price Performance: Bandwidth, Visualization, and Integration  
Integration (Continued)  
Integrate frequency measurements: Standard  
10-digit counter and totalizer  
With the 6000 X-Series’ standard 10-digit counter, your  
expectations of an oscilloscope counter will be redefined.  
Traditional oscilloscope counter measurements offer only five  
or six digits of resolution. While this level of precision is fine for  
quick measurements, it falls short of expectations when the  
most critical frequency measurements are being made. With the  
integrated 10-digit counter in the 6000 X-Series, you can see  
your measurements with the precision you would normally expect  
only from a standalone counter. Because the integrated counter  
measures frequencies up to a wide bandwidth of 3.2 GHz, you  
can use it for many high-frequency applications as well. If you  
are looking for the ultimate precision, you can optionally connect  
your 6000 X-Series oscilloscope to your most trusted 10-MHz  
reference source to share a common 10-MHz clock.  
Figure 34. Totalizing the number of CAN errors.  
The totalizer feature of the counter option adds another valuable  
capability to the oscilloscope. It can count the number of events  
(totalize), and it also can monitor the number of trigger-condition-  
qualified events. Note, the trigger-qualified events totalizer  
does not require an actual trigger to occur. It only requires a  
trigger-satisfying event to take place. In other words, the totalizer  
can monitor events faster than the trigger rate of a scope, as fast  
as 25 million events per second (a function of the oscilloscope’s  
holdoff time, which has the minimum of 40 ns). Figures 34 and  
35 show examples of a totalizer counting the number of FlexRay  
error packets and the number of runt signals that took place in a  
design.  
Figure 35. Totalizing the number of runt errors.  
Figure 32. 10-digit counter making precise frequency measurement on a  
2.5-GHz signal.  
Figure 33. The precise 10-digit counter found the true frequency of a  
clock to be a little less than 20 MHz.  
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