# :FUNCtion:PARameters:DEMBed:RCORr

DeEmbed (2 port) Parameters Commands

- :FUNCtion:PARameters:DEMBed:ALIGn
- :FUNCtion:PARameters:DEMBed:BANDwidth
- :FUNCtion:PARameters:DEMBed:BLIMit
- :FUNCtion:PARameters:DEMBed:BSPan?
- :FUNCtion:PARameters:DEMBed:CFRequency
- :FUNCtion:PARameters:DEMBed:FNAMe
- :FUNCtion:PARameters:DEMBed:IMPulse
- :FUNCtion:PARameters:DEMBed:MEASsim
- :FUNCtion:PARameters:DEMBed:NGAin
- :FUNCtion:PARameters:DEMBed:RCORr
- :FUNCtion:PARameters:DEMBed:RESolution
- :FUNCtion:PARameters:DEMBed:SPAN
- :FUNCtion:PARameters:DEMBed:STEP

## Command Syntax

    :FUNCtionN:PARameters:DEMBed:RCORr <percent>

<percent> is an integer.

Where N identifies one of up to 64 possible operators {1:64} that can be defined as part of a math function. The operators are numbered in the order that they were originally added to the function.

## Query Syntax

    :FUNCtionN:PARameters:DEMBed:RCORr?

## Description

For a 2-Port DeEmbedding operator (`:FUNCtion:FOPerator`), the Response Correction percent linearly scales the amount of correction applied to the non-DC frequency components of the measured signal. This lets you trade off the amount of correction to apply through the transformation function versus the increase in noise it may create at higher frequencies. In other words, you can fine-tune the amount of high-frequency noise versus the sharpness of the step response edge.

If you are making averaged mode measurements or applying a transfer function that does not magnify the noise, use the full correction by setting the Response Correction percent to 100%. However, if you are working with eye diagrams or making jitter measurements and the transfer function is magnifying the noise, you may want to limit the correction by selecting a lower percentage.