N9330B机械T型校准器是否有技术规格？

请参考N9330B-201机械T-Calibrator的以下规格。
性能：概述：工作温度：+20°C至+ 26°C（68°F至79°F）存储温度：-40°C至+ 75°C（-40°F至+ 167°F）频率范围：直流 - 6 GHz阻抗：50
OHMS输入功率：+ 25dBm MAX。
源匹配：≥35dB指向性：≥42dB跟踪：≤1.5开路：男性偏移长度：21.315mm相位容差：1.25返回损耗：≤0.10dB（DC至6 GHz）短路：男性偏移长度：21.315mm相位容差：0.85返回
损耗：≤0.05dB（DC至6 GHz）负载：直流电阻：50 0.5 OHMS。
回归损耗：≥44dB（DC至6 GHz）



     以下为原文

  Please refer to the below specification of N9330B-201 Mechanical T-Calibrator.

PERFORMANCE:
GENERAL:
OPERATING TEMP: +20 C TO +26 C (68 F TO 79 F)
STORAGE TEMP: -40 C TO +75 C (-40 F TO +167 F)
FREQUENCY RANGE: DC - 6 GHz
IMPEDANCE: 50 OHMS
INPUT POWER: +25dBm MAX.
SOURCE MATCH: ≥ 35dB
DIRECTIVITY: ≥ 42dB
TRACKING: ≤ 1.5

OPEN:
MALE OFFSET LENGTH: 21.315mm
PHASE TOLERANCE: 1.25
RETURN LOSS: ≤ 0.10dB (DC TO 6 GHz)

SHORT:
MALE OFFSET LENGTH: 21.315mm
PHASE TOLERANCE: 0.85
RETURN LOSS: ≤ 0.05dB (DC TO 6 GHz)

LOAD:
DC RESISTANCE: 50 0.5 OHMS.
RETURN LOSS: ≥ 44dB (DC TO 6 GHz)

> {quote：title = xingsali写道：} {quote}>请参考下面的N9330B-201型机械T-Calibrator规格。
我没有其中的一个，但是因为你发布了规范，我快速浏览了一下，但是有一些东西缺失会让设备与其他安捷伦（或任何其他品牌）一起使用
的VNA。
我知道刚购买了FieldFox的人，如果知道了重要的值，那么该设备可能会与FieldFox一起使用。
> OPEN：>男性偏移长度：21.315mm>相位容差：1.25>返回损耗：≤0.10dB（DC到6 GHz）你有C0，C1，C2和C3吗？
他们当然很重要。
>简短：>男性偏移长度：21.315mm>相位容差：0.85>返回损耗：≤0.05dB（DC至6 GHz）您是否有L0，L1，L2和L3？
如果他们都是零，我不会感到惊讶，但也许他们不是。
戴夫



     以下为原文

  > {quote:title=xingsali wrote:}{quote}
> Please refer to the below specification of N9330B-201 Mechanical T-Calibrator.

I don't have one of these, but since you did post the spec, I had a quick look, but there are a few things missing that would allow the device to be used with other Agilent (or any other make for that matter) VNAs. I know someone who has just purchased a FieldFox, and potentially that device could be used with a FieldFox if the important values were known. 

> OPEN:
> MALE OFFSET LENGTH: 21.315mm
> PHASE TOLERANCE: 1.25
> RETURN LOSS: ≤ 0.10dB (DC TO 6 GHz)

Do you have C0, C1, C2 and C3? They would certainly be important. 

> SHORT:
> MALE OFFSET LENGTH: 21.315mm
> PHASE TOLERANCE: 0.85
> RETURN LOSS: ≤ 0.05dB (DC TO 6 GHz)

Do you have L0, L1, L2 and L3? I would not be surprised if they are all zero, but maybe they are not. 

Dave

这正是我想要的，谢谢！



     以下为原文

  That was exactly what I was looking for, thanks!

> {quote：title = wreeve写道：} {quote}>这正是我想要的，谢谢！
我可以理解你想知道负载的回波损耗，但是我很困惑在不知道边缘电容和电感系数的情况下使用偏移距离。
戴夫



     以下为原文

  > {quote:title=wreeve wrote:}{quote}
> That was exactly what I was looking for, thanks!

I can understand you wanting to know the return loss of the load, but I'm perplexed what use the offset distances are to you without also knowing the fringing capacitance and inductance coefficients. 

Dave