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| C | Capacity between wires for one meter cable |
| Cshield | Capacity between one wire and shield |
| L | Inductance for one meter cable |
| Rcable | DC resistance for one meter of wire |
| Rshield | DC resistance for one meter of shield |
| Length | Total length of cable |
| Rs | Source impedance |
| Rl | Load impedance |
| Curve plot | Show a curveplot of frequence responce |
| Waveforms | Try cable with different waveforms |
| Input/output | Use a complex source/load network |
| -3 dB Freq | This is calculated form RCL and ignoring any transmission line effects |
| Cable Zo | Impedance of cable at specified frequence |
| Signal velocity | Speed of signal at specified frequence, shown in absolute speed and percent of c |
| Gain | Gain of cable (Will be below 1) |
| Phase | Phase of output signal |
| Signal in B | Crosstalk to B wire |
| Phase of B | Phase of signal in B wire |
| Signal in gnd | Signal in gnd connection |
| Freq | Calculate cable parameters and transmission fr this frequence |
| Volt (RMS) | Analyze with this voltage |
| dBm | Specify signal as dB with reference at 1mW over 600 ohm |
| RMS voltage | RMS voltage and dB level (Ref: 1mW over 600 ohm) |
| Peak-peak voltage | Above value multiplied by sqrt(8) |
| Slew rate | The maximum slew rate of the voltage |
| Source cable i/Source cable current | Maximum current going into the cable to charge/discharge the cable capacity |
| Source load current | Maximum current used to supply the load |
| Noise floor | Comparing the signal to "Johnson" noise |
| Limit | Used when calculating cutoff frequence, usual 3 dB |
| Freq n | Analyze at these frequences, write DC to do a DC analyse |
| Sections | How many section to do the calculations on, more sections give better result but are slower |
| Zo | Impedance of cable |
| C | Capacitance of cable |
| R | DC resistance of cable |
| Copy to analyze | Copy entered and calculated parameters to analyze page |