05 | Keysight | N5465A InfiniiSim Waveform Transformation Toolset for Infiniium Oscilloscopes - Data Sheet

InfiniiSim waveform transformation toolset offers a wide breadth

of possibilities to suit your goals:

One block for simplest path compensation

Many times you will want simply to compensate for the loss of a

channel element such as a cable or fixture. The one block model

shown right gets this job done. It can also be extended to a

remove/replace operation by changing simulation parameters.

Three block analysis for true channel element

removal and insertion

When the most precision is required for a single channel element

removal and insertion is required you will need at least the 3 block

model. This model uses block descriptions for the transmitter

and the oscilloscope as well as the channel to describe the full

system. The inclusion of the transmitter and oscilloscope blocks

enable most complete waveform rendering by including the

reflective S-parameter elements in the mathematical calculation

of the transfer function used to transform from the measurement,

M to the simulated measurement, S.

General purpose configurations

The InfiniiSim waveform transformation toolset includes three

general purpose topologies to enable detail tailoring of the

description of your circuit. For probe modeling, the general

purpose probe topology is used while for SMA differential probe

usage, the general purpose 6 block model will find use in a

majority of cases. For those very sophisticated applications,

possibly using both high impedance probes and differential SMA

probe heads, the general purpose model can be used to describe

these complex scenarios.

Figure 2. One block channel element removal.

Figure 3. Three block analysis for channel element insertion.

Figure 4. InfiniiSim can handle the most sophisticated system

configurations with the general purpose 9-block configuration shown

above.

Model your System as Detailed as you Need