Description | Entry Value(s) | Status | Comment |
Analysis name | Alpha-numeric characters or underbar - case sensitive - start with alpha character |
2. Define Channel xxx - model is linear and time invariant (LTI).
Name | Description | Entry Value(s) | Status | Type | Limits | Comment | Action |
ChannelType | Channel specification type | Integer | [ 0, 3] |
0 = None |
3. Setup Analysis - Uses Statistical analysis mode.
Name | Description | Entry Value(s) | Status | Type | Limits | Comment | Action |
BitRate | Bit rate | Real | > 0 | Bits per second | |||
SamplesPerBit | Samples per bit | Integer | [4, 128] | ||||
SetupOptions | Setup analysis options | Integer | [0, 1] |
0 = No |
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TransmitterType | Transmitter type | Integer | [0] |
No Transmitter used |
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ReceiverFEType | Receiver front end type | Integer | [0] |
No Receiver Front End used |
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ReceiverCDRDFEType | Receiver CDR/DFE type | Integer | [0] |
No Receiver CDR/DFE used |
4. Run Analysis
Select to run analysis | Waiting to run |
5. Display Results
Display | Action |
Analysis log file | |
1. Channel spectrum magnitude | |
2. Channel spectrum phase | |
3. Channel data impulse response | |
4. Corrected channel impulse response | |
5. Channel worst/best case eye contours | |
6. Channel amplitude bathtub BER | |
7. Channel waveform |
6. Download Channel Data Files
Item | Action |
Total channel causal impulse file | |
Differential channel band limited 4 Port S-Parameter file (feature not available at this time) | |
Differential channel causal 4 Port S-Parameter file (feature not available at this time) |