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LibGPIB::Agilent4279A Class Reference

Class documentation goes here. More...

#include <Agilent4279A.h>

Inheritance diagram for LibGPIB::Agilent4279A:

List of all members.

Public Types

Typedefs

typedef MeasurementRange AutoBiasRange

Enumerations

enum MeasurementParameter {
  MPAR_CP_D = 1,
  MPAR1 = 1,
  MPAR_CP_Q = 2,
  MPAR2 = 2,
  MPAR_CP_G = 3,
  MPAR3 = 3,
  MPAR_CS_D = 4,
  MPAR4 = 4,
  MPAR_CS_Q = 5,
  MPAR5 = 5,
  MPAR_CS_RS = 6,
  MPAR6 = 6
}

The allowed values of measurement parameter passed to MPAR command. More...

enum OscillatorLevel {
  OSC_20_mV = 1,
  OSC_50_mV = 2,
  OSC_100_mV = 3,
  OSC_200_mV = 4,
  OSC_500_mV = 5,
  OSC_1000_mV = 6
}

The oscillator level values. More...

enum DCBias {
  BIAS_OFF = 0,
  BIAS_ON = 1
}

enum DCBiasMode {
  SPOT_BIAS = 1,
  BMOD1 = 1,
  PROG_SWEEP_BIAS = 2,
  BMOD2 = 2,
  EXT_BIAS = 3,
  BMOD3 = 3
}

enum MeasurementRange {
  RANGE_AUTO = 0,
  RANG0 = 0,
  RANGE_2pF = 1,
  RANG1 = 1,
  RANGE_8pF = 2,
  RANG2 = 2,
  RANGE_32pF = 3,
  RANG3 = 3,
  RANGE_128pF = 4,
  RANG4 = 4,
  RANGE_512pF = 5,
  RANG5 = 5,
  RANGE_1024pF = 6,
  RANG6 = 6
}

enum AutoBiasPolarity {
  AUTO_BIAS_POLARITY_OFF = 0,
  APOL0 = 0,
  AUTO_BIAS_POLARITY_ON = 1,
  APOL1 = 1
}

enum IntegrationTime {
  INTEGRATION_TIME_SHORT = 1,
  ITIM1 = 1,
  INTEGRATION_TIME_MEDIUM = 2,
  ITIM2 = 2,
  INTEGRATION_TIME_LONG = 3,
  ITIM3 = 3
}

enum TriggerMode {
  INT_TRIG = 1,
  TRIG1 = 1,
  EXT_TRIG = 2,
  TRIG2 = 2,
  MAN_TRIG = 3,
  TRIG3 = 3
}

enum CableLengthValue {
  LENGTH_0METER = 0,
  CABL0 = 0,
  LENGTH_1METER = 1,
  CABL1 = 1,
  LEGNTH_2METER = 2,
  CABL2 = 2
}

enum OpenCompensations {
  OPEN_COMPENSATION_INVALID = 0,
  OPEN0 = 0,
  OPEN_COMPENSATION_VALID = 1,
  OPEN1 = 1
}

enum ShortCompensations {
  SHORT_COMPENSATION_INVALID = 0,
  SHOR0 = 0,
  SHORT_COMPENSATION_VALID = 1,
  SHOR1 = 1
}

enum StandardCompMode {
  C_D = 1,
  SPAR1 = 1,
  C_G = 2,
  SPAR2 = 2
}

enum StdCompValid {
  STD_COMPENSATION_INVALID = 0,
  STD0 = 0,
  STD_COMPENSATION_VALID = 1,
  STD1 = 1
}

enum OffsetA {
  OFFSET_A_INVALID = 0,
  AOFF0 = 0,
  OFFSET_A_VALID = 1,
  AOFF1 = 1
}

enum OffsetB {
  OFFSET_B_INVALID = 0,
  BOFF0 = 0,
  OFFSET_B_VALID = 1,
  BOFF1 = 1
}

enum DisplayPage {
  MEAS_PAGE = 1,
  DPAG1 = 1,
  STATUS_PAGE = 2,
  DPAG2 = 2,
  BLANK_PAGE = 3,
  DPAG3 = 3
}

enum MonitorDisplay {
  MONITOR_DISPLAY_OFF = 0,
  VMON0 = 0,
  MONITOR_DISPLAY_OPEN = 1,
  VMON1 = 1,
  MONITOR_DISPLAY_SHORT = 2,
  VMON2 = 2,
  MONITOR_DISPLAY_STD_MEAS = 3,
  VMOS3 = 3,
  MONITOR_DISPLAY_STD_REF = 4,
  VMOS4 = 4,
  MONITOR_DISPLAY_OFFSET = 5,
  VMOS5 = 5
}

Public Methods

Other Public Methods

void SetMeasurementParameter (enum MeasurementParameter mparam)

This function sets the measurement parameter using the MPAR command. More...

void SetOscillatorLevel (enum OscillatorLevel mparam)

Command to set the oscillator level default setting is OSC1, but can change the number 1-6. More...

void SetDCBias (enum DCBias mparam)

Command turns the dc bias ON or OFF. More...

void SetDCBiasMode (enum DCBiasMode mparam)

Command sets the dc bias mode. More...

void SetDCSpotBiasVoltage (double bias_value)

Set the dc bias voltage in the spot bias mode The default setting is SBI = 0 (set dc bias to 0V) Can have a range from 0V to +-38V.

void CreateSweepPointTable ( vector<pair<double, enum MeasurementRange> >& bias_range_table )

Command to create the sweep point table. More...

void SetAutoBiasPolarity (enum AutoBiasPolarity mparam)

Turns the auto bias polarity control function On or Off default setting is APOL0, Off.

void SetAutoBiasPolarityRange (enum AutoBiasRange mparam)

Command to set the measurement range. More...

void SetIntegrationTime (enum IntegrationTime mparam)

Set the integration time. More...

void SetAveragingRate (int ave_rate)

Averaging rate. More...

void SetTriggerDelayTime (double delay)

Trigger delay time. More...

void SetStepDelayTime (double delay)

Step delay time, default setting is SDEL=0 Value: 3 to 1000ms.

void SetCableLength (enum CableLengthValue length)

Cable length, default settin gis CABL1 Cable length 0, 1, 2m (0-2).

void SetTriggerMode (enum TriggerMode mparam)

Sets the trigger mode, default setting is TRIG1 Parameters: INT_TRIG, EXT_TRIG, MAN_TRIG (1-3).

void SetOpenCompensations (enum OpenCompensations mparam)

Command makes the OPEN compensation data valid or invalid. More...

void MakeOpenMeasurment ()

Command to make an OPEN compensation measurement.

void GetOpenMeasurementData (double& capacitance, double& conductance)

Return the OPEN measurement data (ASCII format only). More...

void SetShortCompensations (enum ShortCompensations mparam)

Command makes the short compensation data valid or invalid. More...

void MakeShortMeasurement ()

Make SHORT compensation measuremnets.

void GetShortMeasurementData (double& inductance, double& resistance)

Command to return the short measurement data (ASCII format only). More...

void SetStandardCompMode (enum StandardCompMode mparam)

Sets the STANDARD compensation parameter, default is SPAR1 Parameter: 1 (set to C-D) , 2 (set to C-G).

void SetStandardCompRefCap (float c_value)

Set the standard compensation rference value (C) which is stroed in nonvolatile memory. More...

void SetStandardCompRefDissFact (float d_value)

Set the standard compensation reference value for the dissipation factor, D, which is stored in nonvolatile memory DSTD= , commands. More...

void SetStandardCompRefCond (float g_value)

Set the standard compensation reference value (G) which is stored in nonvolatile memory GSTD=, commands. More...

void MakeStandardCompMeasurement ()

This command makes the STANDARD compensation measurement.

void SetStdCompDataValid (enum StdCompValid mparam)

Command makes the STANDARD compensation data valid or invalid Default setting is STD0 Control Parameter: 0 (Make std compen. More...

void GetStdCompMeasData (double& capacitance, double& dissipation_factor)

Command returns the STANDARD compensation measurement data (ASCII format).

void GetStdCompRefData (double& capacitance, double& dissipation_factor)

Command returns the STANDARD compensation reference data (ASCII format).

void SetCompDataNum (int value)

Set the compensation data number Default setting is CNO=0 Value: 0 to 15 in 1 step.

void ExecuteTempComp ()

Command minimizes measurement error entroduced by temp change.

void SetOffsetA (enum OffsetA mparam)

This command makes the offset A data valid or invalid Default setting is AOFF0 Control Parameter: 0 (Make offset A data invalid) 1 (Make offset A data valid).

void SetOffsetB (enum OffsetB mparam)

Command makes the offest B data valid or invalid Default setting is BOFF0 Control Parameter: 0 (Make offset B data invalid) 1 (Make offset B data valid).

void SetOffAData (float data)

Command sets the offset A data which is stored in nonvolatile memory.

void SetOffBData (float data)

Command sets the offset B data which is stored in nonvolatile memory.

void SetDisplayPage (enum DisplayPage page)

Command sets the display page Default setting is DPAG1 Control Parameter: 1 (Set the display page to MEAS PAGE) 2 (Set the display page to STATUS PAGE) 3 (Set the display page to BLANK PAGE).

void SetDisplayDigits (int num_of_digits)

Command sets the number of display digits Default setting is DDIG6 (6 digits) Control Parameter: 4 (Set 4 display digits) 5 (Set 5 display digits) 6 (Set 6 display digits).

void SetMonitorDisplay (enum MonitorDisplay display_mode)

Command selects the monitor display on the monitor line Default setting is VMON0 (monitor display OFF) Control Parameter: 0 (Set monitor display to OFF) 1 (Set monitor display to OPEN data) 2 (Set monitor display to SHORT data) 3 (Set monitor display to STD meas data) 4 (Set monitor display to STD ref. More...

Detailed Description

Class documentation goes here.

Author(s):: $Author: pagey $ Manish P. Pagey

Version:: $Id: Agilent4279A.h,v 1.3 2000/08/04 07:03:16 pagey Exp $

Definition at line 25 of file Agilent4279A.h.

Member Typedef Documentation

typedef MeasurementRange LibGPIB::Agilent4279A::AutoBiasRange

Definition at line 401 of file Agilent4279A.h.

Member Enumeration Documentation

enum LibGPIB::Agilent4279A::AutoBiasPolarity

Enumeration values:

AUTO_BIAS_POLARITY_OFF	Set auto bias polarity OFF.
APOL0
AUTO_BIAS_POLARITY_ON	Set auto bias polarity ON.
APOL1

Definition at line 185 of file Agilent4279A.h.

enum LibGPIB::Agilent4279A::CableLengthValue

Enumeration values:

LENGTH_0METER	Set the cable length to 0m.
CABL0
LENGTH_1METER	Set the cable length to 1m.
CABL1
LEGNTH_2METER	Set the cable length to 2m.
CABL2

Definition at line 240 of file Agilent4279A.h.

enum LibGPIB::Agilent4279A::DCBias

Enumeration values:

BIAS_OFF	Turn DC bias off.
BIAS_ON	Turn DC bias on.

Definition at line 109 of file Agilent4279A.h.

enum LibGPIB::Agilent4279A::DCBiasMode

Enumeration values:

SPOT_BIAS	Set the dc bias mode to SPOT BIAS.
BMOD1
PROG_SWEEP_BIAS	Set the dc bias mode to PROG SWEEP BIAS.
BMOD2
EXT_BIAS	Set the dc bias mode to EXT BIAS.
BMOD3

Definition at line 121 of file Agilent4279A.h.

enum LibGPIB::Agilent4279A::DisplayPage

Enumeration values:

MEAS_PAGE	set the display page to MEAS PAGE.
DPAG1
STATUS_PAGE	set the display page to STATUS PAGE.
DPAG2
BLANK_PAGE	set the display page to BLANK PAGE.
DPAG3

Definition at line 337 of file Agilent4279A.h.

enum LibGPIB::Agilent4279A::IntegrationTime

Enumeration values:

INTEGRATION_TIME_SHORT	set the integration time to SHORT.
ITIM1
INTEGRATION_TIME_MEDIUM	set the integration time to SHORT.
ITIM2
INTEGRATION_TIME_LONG	set the integration time to SHORT.
ITIM3

Definition at line 200 of file Agilent4279A.h.

enum LibGPIB::Agilent4279A::MeasurementParameter

The allowed values of measurement parameter passed to MPAR command.

measurment parameters are Cp-D, Cp-Q, Cp-G, Cs-D, Cs-Q, Cs-Rs (1-6)

Enumeration values:

MPAR_CP_D	Sets the measurement parameter to Cp-D.
MPAR1
MPAR_CP_Q	Sets the measurement parameter to Cp-Q.
MPAR2
MPAR_CP_G	Sets the measurement parameter to Cp-G.
MPAR3
MPAR_CS_D	Sets the measurement parameter to Cs-D.
MPAR4
MPAR_CS_Q	Sets the measurement parameter to Cs-Q.
MPAR5
MPAR_CS_RS	Sets the measurement parameter to Cs-Rs.
MPAR6

Definition at line 41 of file Agilent4279A.h.

enum LibGPIB::Agilent4279A::MeasurementRange

Enumeration values:

RANGE_AUTO	set the measurement range to Auto range.
RANG0
RANGE_2pF	set the measurement range to 2pF range.
RANG1
RANGE_8pF	set the measurement range to 8pF range.
RANG2
RANGE_32pF	set the measurement range to 32pF range.
RANG3
RANGE_128pF	set the measurement range to 128pF range.
RANG4
RANGE_512pF	set the measurement range to 512pF range.
RANG5
RANGE_1024pF	set the measurement range to 1024pF range.
RANG6

Definition at line 141 of file Agilent4279A.h.

enum LibGPIB::Agilent4279A::MonitorDisplay

Enumeration values:

MONITOR_DISPLAY_OFF	set the monitor display to OFF.
VMON0
MONITOR_DISPLAY_OPEN	set the monitor display to OPEN data.
VMON1
MONITOR_DISPLAY_SHORT	set the monitor display to SHORT data.
VMON2
MONITOR_DISPLAY_STD_MEAS	set the monitor display to STD meas data.
VMOS3
MONITOR_DISPLAY_STD_REF	set the monitor display to STD ref. data
VMOS4
MONITOR_DISPLAY_OFFSET	set the monitor display to OFFSET data.
VMOS5

Definition at line 357 of file Agilent4279A.h.

enum LibGPIB::Agilent4279A::OffsetA

Enumeration values:

OFFSET_A_INVALID	make offset A data invalid.
AOFF0
OFFSET_A_VALID	make offset A data valid.
AOFF1

Definition at line 309 of file Agilent4279A.h.

enum LibGPIB::Agilent4279A::OffsetB

Enumeration values:

OFFSET_B_INVALID	make offset B data invalid.
BOFF0
OFFSET_B_VALID	make offset B data valid.
BOFF1

Definition at line 323 of file Agilent4279A.h.

enum LibGPIB::Agilent4279A::OpenCompensations

Enumeration values:

OPEN_COMPENSATION_INVALID	make the open compen. data invalid
OPEN0
OPEN_COMPENSATION_VALID	make the open compen. data valid
OPEN1

Definition at line 254 of file Agilent4279A.h.

enum LibGPIB::Agilent4279A::OscillatorLevel

The oscillator level values.

Enumeration values:

OSC_20_mV	Set the oscillator level to 20mV.
OSC_50_mV	Set the oscillator level to 50mV.
OSC_100_mV	Set the oscillator level to 100mV.
OSC_200_mV	Set the oscillator level to 200mV.
OSC_500_mV	Set the oscillator level to 500mV.
OSC_1000_mV	Set the oscillator level to 1000mV.

Definition at line 77 of file Agilent4279A.h.

enum LibGPIB::Agilent4279A::ShortCompensations

Enumeration values:

SHORT_COMPENSATION_INVALID	make the short compen. data invalid
SHOR0
SHORT_COMPENSATION_VALID	make the short compen. data valid
SHOR1

Definition at line 267 of file Agilent4279A.h.

enum LibGPIB::Agilent4279A::StandardCompMode

Enumeration values:

C_D	set the parameter to C-D.
SPAR1
C_G	set the parameter to C-G.
SPAR2

Definition at line 281 of file Agilent4279A.h.

enum LibGPIB::Agilent4279A::StdCompValid

Enumeration values:

STD_COMPENSATION_INVALID	make the std compen. data invalid
STD0
STD_COMPENSATION_VALID	make the std compen. data vaild
STD1

Definition at line 295 of file Agilent4279A.h.

enum LibGPIB::Agilent4279A::TriggerMode

Enumeration values:

INT_TRIG	set trigger mode to INT_TRIG.
TRIG1
EXT_TRIG	set trigger mode to EXT_TRIG.
TRIG2
MAN_TRIG	set trigger mode to MAN_TRIG.
TRIG3

Definition at line 220 of file Agilent4279A.h.

Member Function Documentation

void LibGPIB::Agilent4279A::CreateSweepPointTable ( vector<pair<double,enum MeasurementRange>>& bias_range_table )

Command to create the sweep point table.

Max sweep points is 51. Default setting is BTAB=0,0 The parameters are the dc bias voltage, which is set from 0V to +- 38V and the measurement range: Auto, 2, 8, 32, 128, 512, 1024 pF (0-6)

void LibGPIB::Agilent4279A::ExecuteTempComp ( )

Command minimizes measurement error entroduced by temp change.

void LibGPIB::Agilent4279A::GetOpenMeasurementData ( double & capacitance,

double & conductance )

Return the OPEN measurement data (ASCII format only).

Parameters:

capacitance	The measured capacitance will be returned through this reference.
conductance	The measured conductance will be returned through this reference.

void LibGPIB::Agilent4279A::GetShortMeasurementData ( double & inductance,

double & resistance )

Command to return the short measurement data (ASCII format only).

Parameters:

inductance	The measured value of the inductance will be returned through this reference.
resistance	The mesaured value of the resistance will be returned through this reference.

void LibGPIB::Agilent4279A::GetStdCompMeasData ( double & capacitance,

double & dissipation_factor )

Command returns the STANDARD compensation measurement data (ASCII format).

void LibGPIB::Agilent4279A::GetStdCompRefData ( double & capacitance,

double & dissipation_factor )

Command returns the STANDARD compensation reference data (ASCII format).

void LibGPIB::Agilent4279A::MakeOpenMeasurment ( )

Command to make an OPEN compensation measurement.

void LibGPIB::Agilent4279A::MakeShortMeasurement ( )

Make SHORT compensation measuremnets.

void LibGPIB::Agilent4279A::MakeStandardCompMeasurement ( )

This command makes the STANDARD compensation measurement.

void LibGPIB::Agilent4279A::SetAutoBiasPolarity ( enum AutoBiasPolarity mparam )

Turns the auto bias polarity control function On or Off default setting is APOL0, Off.

void LibGPIB::Agilent4279A::SetAutoBiasPolarityRange ( enum AutoBiasRange mparam )

Command to set the measurement range.

Default setting is RANG0. AUTO, 2, 8, 32, 128, 512, 1024 (0-6 control parameter)

void LibGPIB::Agilent4279A::SetAveragingRate ( int ave_rate )

Averaging rate.

Default settingis AVE=1 Value: 1, 2, 4, 8, 16, 128, or 256

void LibGPIB::Agilent4279A::SetCableLength ( enum CableLengthValue length )

Cable length, default settin gis CABL1 Cable length 0, 1, 2m (0-2).

void LibGPIB::Agilent4279A::SetCompDataNum ( int value )

Set the compensation data number Default setting is CNO=0 Value: 0 to 15 in 1 step.

void LibGPIB::Agilent4279A::SetDCBias ( enum DCBias mparam )

Command turns the dc bias ON or OFF.

The default setting is BIAS0 (dc bias OFF).

Example:

SetDCBias(OFF) ;

void LibGPIB::Agilent4279A::SetDCBiasMode ( enum DCBiasMode mparam )

Command sets the dc bias mode.

The default setting is BMOD1 (SPOT BIAS) There are 3 modes, SPOT BIAS, PROG SWEEP BIAS, EXT BIAS (1-3)

void LibGPIB::Agilent4279A::SetDCSpotBiasVoltage ( double bias_value )

Set the dc bias voltage in the spot bias mode The default setting is SBI = 0 (set dc bias to 0V) Can have a range from 0V to +-38V.

void LibGPIB::Agilent4279A::SetDisplayDigits ( int num_of_digits )

Command sets the number of display digits Default setting is DDIG6 (6 digits) Control Parameter: 4 (Set 4 display digits) 5 (Set 5 display digits) 6 (Set 6 display digits).

void LibGPIB::Agilent4279A::SetDisplayPage ( enum DisplayPage page )

Command sets the display page Default setting is DPAG1 Control Parameter: 1 (Set the display page to MEAS PAGE) 2 (Set the display page to STATUS PAGE) 3 (Set the display page to BLANK PAGE).

void LibGPIB::Agilent4279A::SetIntegrationTime ( enum IntegrationTime mparam )

Set the integration time.

Default setting is ITIM2 SHORT, MEDIUM, LONG (1-3)

void LibGPIB::Agilent4279A::SetMeasurementParameter ( enum MeasurementParameter mparam )

This function sets the measurement parameter using the MPAR command.

The default value is MPAR_CP_D or MPAR1.

Example:

SetMeasurementParameter(MPAR_CP_D) ;

Parameters:

mparam

The measurement parameter will be set to this value.

void LibGPIB::Agilent4279A::SetMonitorDisplay ( enum MonitorDisplay display_mode )

Command selects the monitor display on the monitor line Default setting is VMON0 (monitor display OFF) Control Parameter: 0 (Set monitor display to OFF) 1 (Set monitor display to OPEN data) 2 (Set monitor display to SHORT data) 3 (Set monitor display to STD meas data) 4 (Set monitor display to STD ref.

data) 5 (Set monitor display to OFFSET data)

void LibGPIB::Agilent4279A::SetOffAData ( float data )

Command sets the offset A data which is stored in nonvolatile memory.

void LibGPIB::Agilent4279A::SetOffBData ( float data )

Command sets the offset B data which is stored in nonvolatile memory.

void LibGPIB::Agilent4279A::SetOffsetA ( enum OffsetA mparam )

This command makes the offset A data valid or invalid Default setting is AOFF0 Control Parameter: 0 (Make offset A data invalid) 1 (Make offset A data valid).

void LibGPIB::Agilent4279A::SetOffsetB ( enum OffsetB mparam )

Command makes the offest B data valid or invalid Default setting is BOFF0 Control Parameter: 0 (Make offset B data invalid) 1 (Make offset B data valid).

void LibGPIB::Agilent4279A::SetOpenCompensations ( enum OpenCompensations mparam )

Command makes the OPEN compensation data valid or invalid.

The default setting is OPEN0 Parameter: 0 (open compen. data invalid) , 1 (open compen. data valid)

void LibGPIB::Agilent4279A::SetOscillatorLevel ( enum OscillatorLevel mparam )

Command to set the oscillator level default setting is OSC1, but can change the number 1-6.

the control parameter choices are 20, 50, 100, 200, 500, 1000mV (1-6)

void LibGPIB::Agilent4279A::SetShortCompensations ( enum ShortCompensations mparam )

Command makes the short compensation data valid or invalid.

Default setting is SHOR0 (data invalid)

void LibGPIB::Agilent4279A::SetStandardCompMode ( enum StandardCompMode mparam )

Sets the STANDARD compensation parameter, default is SPAR1 Parameter: 1 (set to C-D) , 2 (set to C-G).

void LibGPIB::Agilent4279A::SetStandardCompRefCap ( float c_value )

Set the standard compensation rference value (C) which is stroed in nonvolatile memory.

Value: Youcannot use units (F) or suffixes (for example: p (pico) ), with the reference value.

void LibGPIB::Agilent4279A::SetStandardCompRefCond ( float g_value )

Set the standard compensation reference value (G) which is stored in nonvolatile memory GSTD=, commands.

Value: You cannot use a unit (S) or suffixes (for example: m(milli)), with the reference value

void LibGPIB::Agilent4279A::SetStandardCompRefDissFact ( float d_value )

Set the standard compensation reference value for the dissipation factor, D, which is stored in nonvolatile memory DSTD= , commands.

Value: You cannot use a unit (S) or suffixes (for example: m(milli)), with the reference value

Parameters:

d_value

The reference value for the dissipation factor.

void LibGPIB::Agilent4279A::SetStdCompDataValid ( enum StdCompValid mparam )

Command makes the STANDARD compensation data valid or invalid Default setting is STD0 Control Parameter: 0 (Make std compen.

data invalid) 1 (Make std compen. data valid)

void LibGPIB::Agilent4279A::SetStepDelayTime ( double delay )

Step delay time, default setting is SDEL=0 Value: 3 to 1000ms.

void LibGPIB::Agilent4279A::SetTriggerDelayTime ( double delay )

Trigger delay time.

Default setting is TDEL = 0. Value = 0 to 1000ms

void LibGPIB::Agilent4279A::SetTriggerMode ( enum TriggerMode mparam )

Sets the trigger mode, default setting is TRIG1 Parameters: INT_TRIG, EXT_TRIG, MAN_TRIG (1-3).

The documentation for this class was generated from the following file:

Agilent4279A.h

Generated at Tue Aug 8 01:37:55 2000 for libgpib by

Public Types
Typedefs
typedef MeasurementRange	AutoBiasRange
Enumerations
enum	MeasurementParameter { MPAR_CP_D = 1, MPAR1 = 1, MPAR_CP_Q = 2, MPAR2 = 2, MPAR_CP_G = 3, MPAR3 = 3, MPAR_CS_D = 4, MPAR4 = 4, MPAR_CS_Q = 5, MPAR5 = 5, MPAR_CS_RS = 6, MPAR6 = 6 }
	The allowed values of measurement parameter passed to MPAR command. More...
enum	OscillatorLevel { OSC_20_mV = 1, OSC_50_mV = 2, OSC_100_mV = 3, OSC_200_mV = 4, OSC_500_mV = 5, OSC_1000_mV = 6 }
	The oscillator level values. More...
enum	DCBias { BIAS_OFF = 0, BIAS_ON = 1 }
enum	DCBiasMode { SPOT_BIAS = 1, BMOD1 = 1, PROG_SWEEP_BIAS = 2, BMOD2 = 2, EXT_BIAS = 3, BMOD3 = 3 }
enum	MeasurementRange { RANGE_AUTO = 0, RANG0 = 0, RANGE_2pF = 1, RANG1 = 1, RANGE_8pF = 2, RANG2 = 2, RANGE_32pF = 3, RANG3 = 3, RANGE_128pF = 4, RANG4 = 4, RANGE_512pF = 5, RANG5 = 5, RANGE_1024pF = 6, RANG6 = 6 }
enum	AutoBiasPolarity { AUTO_BIAS_POLARITY_OFF = 0, APOL0 = 0, AUTO_BIAS_POLARITY_ON = 1, APOL1 = 1 }
enum	IntegrationTime { INTEGRATION_TIME_SHORT = 1, ITIM1 = 1, INTEGRATION_TIME_MEDIUM = 2, ITIM2 = 2, INTEGRATION_TIME_LONG = 3, ITIM3 = 3 }
enum	TriggerMode { INT_TRIG = 1, TRIG1 = 1, EXT_TRIG = 2, TRIG2 = 2, MAN_TRIG = 3, TRIG3 = 3 }
enum	CableLengthValue { LENGTH_0METER = 0, CABL0 = 0, LENGTH_1METER = 1, CABL1 = 1, LEGNTH_2METER = 2, CABL2 = 2 }
enum	OpenCompensations { OPEN_COMPENSATION_INVALID = 0, OPEN0 = 0, OPEN_COMPENSATION_VALID = 1, OPEN1 = 1 }
enum	ShortCompensations { SHORT_COMPENSATION_INVALID = 0, SHOR0 = 0, SHORT_COMPENSATION_VALID = 1, SHOR1 = 1 }
enum	StandardCompMode { C_D = 1, SPAR1 = 1, C_G = 2, SPAR2 = 2 }
enum	StdCompValid { STD_COMPENSATION_INVALID = 0, STD0 = 0, STD_COMPENSATION_VALID = 1, STD1 = 1 }
enum	OffsetA { OFFSET_A_INVALID = 0, AOFF0 = 0, OFFSET_A_VALID = 1, AOFF1 = 1 }
enum	OffsetB { OFFSET_B_INVALID = 0, BOFF0 = 0, OFFSET_B_VALID = 1, BOFF1 = 1 }
enum	DisplayPage { MEAS_PAGE = 1, DPAG1 = 1, STATUS_PAGE = 2, DPAG2 = 2, BLANK_PAGE = 3, DPAG3 = 3 }
enum	MonitorDisplay { MONITOR_DISPLAY_OFF = 0, VMON0 = 0, MONITOR_DISPLAY_OPEN = 1, VMON1 = 1, MONITOR_DISPLAY_SHORT = 2, VMON2 = 2, MONITOR_DISPLAY_STD_MEAS = 3, VMOS3 = 3, MONITOR_DISPLAY_STD_REF = 4, VMOS4 = 4, MONITOR_DISPLAY_OFFSET = 5, VMOS5 = 5 }
Public Methods
Other Public Methods
void	SetMeasurementParameter (enum MeasurementParameter mparam)
	This function sets the measurement parameter using the MPAR command. More...
void	SetOscillatorLevel (enum OscillatorLevel mparam)
	Command to set the oscillator level default setting is OSC1, but can change the number 1-6. More...
void	SetDCBias (enum DCBias mparam)
	Command turns the dc bias ON or OFF. More...
void	SetDCBiasMode (enum DCBiasMode mparam)
	Command sets the dc bias mode. More...
void	SetDCSpotBiasVoltage (double bias_value)
	Set the dc bias voltage in the spot bias mode The default setting is SBI = 0 (set dc bias to 0V) Can have a range from 0V to +-38V.
void	CreateSweepPointTable ( vector<pair<double, enum MeasurementRange> >& bias_range_table )
	Command to create the sweep point table. More...
void	SetAutoBiasPolarity (enum AutoBiasPolarity mparam)
	Turns the auto bias polarity control function On or Off default setting is APOL0, Off.
void	SetAutoBiasPolarityRange (enum AutoBiasRange mparam)
	Command to set the measurement range. More...
void	SetIntegrationTime (enum IntegrationTime mparam)
	Set the integration time. More...
void	SetAveragingRate (int ave_rate)
	Averaging rate. More...
void	SetTriggerDelayTime (double delay)
	Trigger delay time. More...
void	SetStepDelayTime (double delay)
	Step delay time, default setting is SDEL=0 Value: 3 to 1000ms.
void	SetCableLength (enum CableLengthValue length)
	Cable length, default settin gis CABL1 Cable length 0, 1, 2m (0-2).
void	SetTriggerMode (enum TriggerMode mparam)
	Sets the trigger mode, default setting is TRIG1 Parameters: INT_TRIG, EXT_TRIG, MAN_TRIG (1-3).
void	SetOpenCompensations (enum OpenCompensations mparam)
	Command makes the OPEN compensation data valid or invalid. More...
void	MakeOpenMeasurment ()
	Command to make an OPEN compensation measurement.
void	GetOpenMeasurementData (double& capacitance, double& conductance)
	Return the OPEN measurement data (ASCII format only). More...
void	SetShortCompensations (enum ShortCompensations mparam)
	Command makes the short compensation data valid or invalid. More...
void	MakeShortMeasurement ()
	Make SHORT compensation measuremnets.
void	GetShortMeasurementData (double& inductance, double& resistance)
	Command to return the short measurement data (ASCII format only). More...
void	SetStandardCompMode (enum StandardCompMode mparam)
	Sets the STANDARD compensation parameter, default is SPAR1 Parameter: 1 (set to C-D) , 2 (set to C-G).
void	SetStandardCompRefCap (float c_value)
	Set the standard compensation rference value (C) which is stroed in nonvolatile memory. More...
void	SetStandardCompRefDissFact (float d_value)
	Set the standard compensation reference value for the dissipation factor, D, which is stored in nonvolatile memory DSTD= , commands. More...
void	SetStandardCompRefCond (float g_value)
	Set the standard compensation reference value (G) which is stored in nonvolatile memory GSTD=, commands. More...
void	MakeStandardCompMeasurement ()
	This command makes the STANDARD compensation measurement.
void	SetStdCompDataValid (enum StdCompValid mparam)
	Command makes the STANDARD compensation data valid or invalid Default setting is STD0 Control Parameter: 0 (Make std compen. More...
void	GetStdCompMeasData (double& capacitance, double& dissipation_factor)
	Command returns the STANDARD compensation measurement data (ASCII format).
void	GetStdCompRefData (double& capacitance, double& dissipation_factor)
	Command returns the STANDARD compensation reference data (ASCII format).
void	SetCompDataNum (int value)
	Set the compensation data number Default setting is CNO=0 Value: 0 to 15 in 1 step.
void	ExecuteTempComp ()
	Command minimizes measurement error entroduced by temp change.
void	SetOffsetA (enum OffsetA mparam)
	This command makes the offset A data valid or invalid Default setting is AOFF0 Control Parameter: 0 (Make offset A data invalid) 1 (Make offset A data valid).
void	SetOffsetB (enum OffsetB mparam)
	Command makes the offest B data valid or invalid Default setting is BOFF0 Control Parameter: 0 (Make offset B data invalid) 1 (Make offset B data valid).
void	SetOffAData (float data)
	Command sets the offset A data which is stored in nonvolatile memory.
void	SetOffBData (float data)
	Command sets the offset B data which is stored in nonvolatile memory.
void	SetDisplayPage (enum DisplayPage page)
	Command sets the display page Default setting is DPAG1 Control Parameter: 1 (Set the display page to MEAS PAGE) 2 (Set the display page to STATUS PAGE) 3 (Set the display page to BLANK PAGE).
void	SetDisplayDigits (int num_of_digits)
	Command sets the number of display digits Default setting is DDIG6 (6 digits) Control Parameter: 4 (Set 4 display digits) 5 (Set 5 display digits) 6 (Set 6 display digits).
void	SetMonitorDisplay (enum MonitorDisplay display_mode)
	Command selects the monitor display on the monitor line Default setting is VMON0 (monitor display OFF) Control Parameter: 0 (Set monitor display to OFF) 1 (Set monitor display to OPEN data) 2 (Set monitor display to SHORT data) 3 (Set monitor display to STD meas data) 4 (Set monitor display to STD ref. More...