Three Receivers Calibration: all links to relative
Convert all documentation links to relative path links.
This way they also work in local documentation.
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"source": [
- "This example demonstrates how to create a [TwoPortOnePath](http://scikit-rf.readthedocs.org/en/latest/reference/calibration/generated/skrf.calibration.calibration.TwoPortOnePath.html#skrf.calibration.calibration.TwoPortOnePath) and [EnhancedResponse](http://scikit-rf.readthedocs.org/en/latest/reference/calibration/generated/skrf.calibration.calibration.EnhancedResponse.html#skrf.calibration.calibration.EnhancedResponse) calibration from measurements taken on a Agilent PNAX with a set of VDI WR-12 TXRX-RX Frequency Extender heads. Comparisons between the two algorithms are made by correcting an asymmetric DUT."
+ "This example demonstrates how to create a [TwoPortOnePath](../../api/calibration/generated/skrf.calibration.calibration.TwoPortOnePath.rst) and [EnhancedResponse](../../api/calibration/generated/skrf.calibration.calibration.EnhancedResponse.rst) calibration from measurements taken on a Agilent PNAX with a set of VDI WR-12 TXRX-RX Frequency Extender heads. Comparisons between the two algorithms are made by correcting an asymmetric DUT."
]
},
{
"source": [
"### Measure the Calibration Standands and DUT\n",
"\n",
- "First, one measures the S-parameters of the Open, Short, and Load standards on the VNA according to the standard SOLT calibration procedures. We assume the reader is familiar with this task in scikit-rf. If not, it's fully described in the [SOLT example](https://scikit-rf.readthedocs.io/en/latest/examples/metrology/SOLT.html).\n",
+ "First, one measures the S-parameters of the Open, Short, and Load standards on the VNA according to the standard SOLT calibration procedures. We assume the reader is familiar with this task in scikit-rf. If not, it's fully described in the [SOLT example](./SOLT.ipynb).\n",
"\n",
"When calibrating a three-receiver VNA, the process is almost identical. But note that there are a few minor differences. First, the Open, Short, and Load standards are only measured at port 1, not port 2. The VNA cannot measure in the reverse orientation, so there's no reason to perform OSL calibration at port 2 (unless one needs the optional isolation calibration). \n",
"\n",
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"source": [
- "In the code that follows a TwoPortOnePath calibration is created from corresponding measured and ideal responses of the calibration standards. The measured networks are read from disk, while their corresponding ideal responses are generated using scikit-rf. More information about using scikit-rf to do offline calibrations can be found [here](http://scikit-rf.readthedocs.org/en/latest/tutorials/calibration.html). "
+ "In the code that follows a TwoPortOnePath calibration is created from corresponding measured and ideal responses of the calibration standards. The measured networks are read from disk, while their corresponding ideal responses are generated using scikit-rf. More information about using scikit-rf to do offline calibrations can be found [here](../../tutorials/Calibration.ipynb)."
]
},
{
