:SPRocess:CTLequalizer:DEFinition

Command Syntax

:SPRocessN:CTLequalizer:DEFinition {POLE2 | POLE3 | GAIN2}

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. The following table lists the child commands available for the three CTLE definitions.

Query Syntax

:SPRocessN:CTLequalizer:DEFinition?

Query Response

{POLE2 | POLE3 | IEEE}

Description

Specifies the type of Continuous Time Linear Equalizer (CTLE) operator. You can select a 2 pole CTLE (POLE2), a 3 pole CTLE (POLE3), or a CTLE based on the IEEE 802.3ck standard (GAIN2). The following tables show the valid child commands for configuring the CTLE based on the CTLE's definition as set by this command. Be sure to look at the available factory presets that can be selected with :CTLequalizer:PRESet. To configure the filter's Aliased Noise Processing, use the :SPRocess:CTLequalizer:PNOise command.

Before selecting the type of CTLE, send the :FUNCtion:FOPerator CTLE command to first create the operator.

Commands Available for Defining a CTLE Operator

Child Commands	Description	CTLE Definition Argument
		POLE2	POLE3	GAIN2
:SPRocess:CTLequalizer:DEFinition	Selects type of CTLE	■	■	■
:SPRocess:CTLequalizer:GAIN	DC gain	■	■
:SPRocess:CTLequalizer:GDC	Low frequency gain (Gdc and Gdc2)			■
:SPRocess:CTLequalizer:ZERo	Zero frequency	■	■	■
:SPRocess:CTLequalizer:FZP	Low-frequency zero/pole			■
:SPRocess:CTLequalizer:POLe	Pole frequency	■	■	■
:SPRocess:CTLequalizer:PNOise	Noise processing	■	■	■
:SPRocess:CTLequalizer:PRESets	Recall and save CTLE settings as preset	■	■	■