首先是一个小洛杉矶命名法： - 只有一个“触发器”。
每个存储的跟踪发生一次。
按“运行”后，分析仪会根据您的“存储”设置开始保存数据。
- 另外，您可以控制在什么条件下存储数据在您的情况下，只需要在“EOC”信号转换时将所有通道存储在所有通道上。
有两种方法可以做到这一点。
- 如果EOC信号连接到其中一个识别的“时钟”通道（每个盒中有一个，仅在前4个盒中），则可以使用“状态”模式，具有双边沿时钟。
洛杉矶环境中的“时钟”与几乎任何其他环境中的“时钟”不同。
这意味着“将所有已识别通道上的数据移动到LA存储器中”。
这是使用LA的标准方法。
- 如果EOC信号未连接到“时钟”通道，则可以使用“过渡时序”模式。
在此模式下，分析仪仅在通道发生变化时存储数据。
通常它会存储任何频道是否有变化。
但是，您可以修改设置，以便只有在SPECIFIC通道上有更改时才会存储在所有通道上。
它非常有用，因为它实际上存储了更改前后的数据（以及有关何时发生的信息），然后当它在波形中显示数据时，它正确显示时间刻度Al免责声明：为了更可靠的响应，
您应该考虑致电当地的安捷伦技术呼叫中心。
安捷伦论坛在“可用”的基础上进行监控，并不一定是解决技术问题的最快方式。
以上来自于谷歌翻译
以下为原文
First a little LA nomenclature:
- There is only one "Trigger". It occurs once per stored trace. The analyzer starts saving data, according to your "storage" setting, as soon as you press "Run".
- Separately, you can control under what conditions you store data
In your case, you only want to store everything on all channels whenever there's a transition on the "EOC" signal. There are 2 ways to do this.
- If the EOC signal is connected to one of the identified 'Clock' channels (there is one per pod, only on the first 4 pods), you can use "State" mode, with double edge clocking. "Clock" in the context of an LA is different than "Clock" in almost any other context. It means "move the data on all identified channels into LA memory". This is a standard way to use an LA.
- If the EOC signal is not connected to a 'Clock' channel, you can use "Transitional Timing" mode. In this mode, the analyzer will only store data when there is a change on a channel. Normally it stores if there a change on ANY channel. You can, however, modify the settings, so that it stores on ALL channels, only if there is a change on SPECIFIC channels. It's very useful, because it actually stores the data both before and after the change (along with information about when that happened), then when it displays the data in the waveform, it correctly displays the time scale
Al
Disclaimer: For more reliable response, you should consider calling your local Agilent Technical Call Center. The Agilent Forums are monitored on an "as available" basis, and aren't necessarily the fastest way to get technical questions answered.
首先是一个小洛杉矶命名法： - 只有一个“触发器”。
每个存储的跟踪发生一次。
按“运行”后，分析仪会根据您的“存储”设置开始保存数据。
- 另外，您可以控制在什么条件下存储数据在您的情况下，只需要在“EOC”信号转换时将所有通道存储在所有通道上。
有两种方法可以做到这一点。
- 如果EOC信号连接到其中一个识别的“时钟”通道（每个盒中有一个，仅在前4个盒中），则可以使用“状态”模式，具有双边沿时钟。
洛杉矶环境中的“时钟”与几乎任何其他环境中的“时钟”不同。
这意味着“将所有已识别通道上的数据移动到LA存储器中”。
这是使用LA的标准方法。
- 如果EOC信号未连接到“时钟”通道，则可以使用“过渡时序”模式。
在此模式下，分析仪仅在通道发生变化时存储数据。
通常它会存储任何频道是否有变化。
但是，您可以修改设置，以便只有在SPECIFIC通道上有更改时才会存储在所有通道上。
它非常有用，因为它实际上存储了更改前后的数据（以及有关何时发生的信息），然后当它在波形中显示数据时，它正确显示时间刻度Al免责声明：为了更可靠的响应，
您应该考虑致电当地的安捷伦技术呼叫中心。
安捷伦论坛在“可用”的基础上进行监控，并不一定是解决技术问题的最快方式。
以上来自于谷歌翻译
以下为原文
First a little LA nomenclature:
- There is only one "Trigger". It occurs once per stored trace. The analyzer starts saving data, according to your "storage" setting, as soon as you press "Run".
- Separately, you can control under what conditions you store data
In your case, you only want to store everything on all channels whenever there's a transition on the "EOC" signal. There are 2 ways to do this.
- If the EOC signal is connected to one of the identified 'Clock' channels (there is one per pod, only on the first 4 pods), you can use "State" mode, with double edge clocking. "Clock" in the context of an LA is different than "Clock" in almost any other context. It means "move the data on all identified channels into LA memory". This is a standard way to use an LA.
- If the EOC signal is not connected to a 'Clock' channel, you can use "Transitional Timing" mode. In this mode, the analyzer will only store data when there is a change on a channel. Normally it stores if there a change on ANY channel. You can, however, modify the settings, so that it stores on ALL channels, only if there is a change on SPECIFIC channels. It's very useful, because it actually stores the data both before and after the change (along with information about when that happened), then when it displays the data in the waveform, it correctly displays the time scale
Al
Disclaimer: For more reliable response, you should consider calling your local Agilent Technical Call Center. The Agilent Forums are monitored on an "as available" basis, and aren't necessarily the fastest way to get technical questions answered.
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