Ivi.Fgen.Interop
IVI Fgen class-compliant root interface
Opens the I/O session to the instrument. Driver methods and properties that access the instrument are only accessible after Initialize is called. Initialize optionally performs a Reset and queries the instrument to validate the instrument model.
An IVI logical name or an instrument specific string that identifies the address of the instrument, such as a VISA resource descriptor string.
Specifies whether to verify the ID of the instrument.
Specifies whether to reset the instrument.
The user can use the OptionsString parameter to specify the initial values of
certain IVI inherent attributes for the session. The format of an assignment in the OptionsString parameter
is "Name=Value",
where Name is one of: RangeCheck, QuerytInstrStatus, Cache, Simulate, RecordCoercions, InterchangeCheck,
or DriverSetup. Value is either true or false except for DriverSetup.
If the Options String parameter contains an assignment for the Driver Setup attribute,
the Initialize function assumes that everything following "DriverSetup=" is part of the assignment.
Closes the I/O session to the instrument. Driver methods and properties that access the instrument are not accessible after Close is called.
If the function generator is in the Configuration State, this function moves the function generator to the Output Generation State. If the function generator is already in the Output Generation State, this function does nothing and returns Success.
If the function generator is in the Output Generation State, this function moves the function generator to the Configuration State. If the function generator is already in the Configuration State, the function does nothing and returns Success.
Pointer to the IIviDriverOperation interface
Pointer to the IIviDriverIdentity interface
Pointer to the IIviDriverUtility interface
Initialized is True between a successful call to the Initialize method and a successful call to the Close method, and False at all other times.
Reference to the class-compliant IIviFgenOutput interface
Reference to the class-compliant IIviFgenTrigger interface
Reference to the class-compliant IIviFgenStandardWaveform interface
Reference to the class-compliant IIviFgenArbitrary interface
Reference to the class-compliant IIviFgenAM interface
Reference to the class-compliant IIviFgenFM interface
IVI Fgen class-compliant output interface
If true, the signal the function generator produces appears at the output connector.
If true, the signal the function generator produces appears at the output connector.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
Provides an indication whether the signal the function generator produces appears at the output connector.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
True if the signal the function generator produces appears at the output connector.
Sets whether the signal the function generator produces appears at the output connector.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
If true, the signal the function generator produces appears at the output connector.
The impedance of the output channel. The units are Ohms.
The impedance of the output channel. The units are Ohms.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
Retrieves a channel's impedance.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
The impedance of the output channel. The units are Ohms.
Sets channel's impedance.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
The impedance of the output channel. The units are Ohms.
The mode that determines how the function generator produces waveforms. This attribute determines
which extension group's functions and attributes are used to configure the waveform the function generator produces.
The mode that determines how the function generator produces waveforms. This attribute determines
which extension group's functions and attributes are used to configure the waveform the function generator produces.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
Retrieves a channel's operation mode.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
The mode that determines how the function generator produces output on a channel.
Sets a channel's operation mode.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
The mode that determines how the function generator produces output on a channel.
The source of the reference clock. The function generator derives frequencies and sample rates that it
uses to generate waveforms from the reference clock.
The number of output channels supported by the instrument.
Retrieves the name of a channel.
Retrieves the name of a channel.
The one-based index into the collection of channel names.
Retrieves the name of a channel.
The one-based index into the collection of channel names.
The name of the output channel specified.
IVI Fgen class-compliant trigger interface
Sends a software trigger, which will cause the function generator to generate output.
The number of waveform cycles that the function generator produces after it receives a trigger.
The number of waveform cycles that the function generator produces after it receives a trigger.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
Retrieves a channel's burst count.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
The number of waveform cycles that the function generator produces after it receives a trigger.
Sets a channel's burst count.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
The number of waveform cycles that the function generator produces after it receives a trigger.
The rate at which the function generator's internal trigger source produces a trigger, in triggers per second.
The trigger source. After the function generator receives a trigger from this source, it produces a signal.
Retrieves a channel's trigger source.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
The trigger source. After the function generator receives a trigger from this source, it produces a signal.
Sets a channel's trigger source.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
The trigger source. After the function generator receives a trigger from this source, it produces a signal.
IVI Fgen class-compliant standard waveform interface
Configures the function generator attributes that affect standard waveform generation. When the Waveform parameter is set to Waveform DC, this function ignores the Amplitude, Frequency, and Start Phase parameters.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual name in the configuration store. For single output instruments, the driver may define the empty string as valid ChannelName.
Specifies the standard waveform. This value sets the Waveform property
Specifies the waveform amplitude. This value sets the Amplitude property
Specifies the waveform's DC offset. Tthis value sets the DC Offset attribute.
Specifies the waveform frequency. Tthis value sets the Frequency attribute.
Specifies the waveform start phase. This value sets the Start Phase attribute.
The duty cycle for a square waveform. This attribute affects function generator behavior only when the
Waveform attribute is set to Waveform Square. The value is expressed as a percentage.
The duty cycle for a square waveform. This attribute affects function generator behavior only when the
Waveform attribute is set to Waveform Square. The value is expressed as a percentage.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
Retrieves a channel's duty cycle.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
The duty cycle for a square waveform. This attribute affects function generator behavior only when the
Waveform attribute is set to Waveform Square. The value is expressed as a percentage.
Sets a channel's duty cycle.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
The duty cycle for a square waveform. This attribute affects function generator behavior only when the
Waveform attribute is set to Waveform Square. The value is expressed as a percentage.
The amplitude of the standard waveform output by the function generator. When the Waveform attribute
is set to Waveform DC, this attribute does not affect signal output. The units are volts.
The amplitude of the standard waveform output by the function generator. When the Waveform attribute
is set to Waveform DC, this attribute does not affect signal output. The units are volts.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
Retrieves a channel's amplitude.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
The amplitude of the standard waveform output by the function generator. When the Waveform attribute
is set to Waveform DC, this attribute does not affect signal output. The units are volts.
Sets a channel's amplitude.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
The amplitude of the standard waveform output by the function generator. When the Waveform attribute
is set to Waveform DC, this attribute does not affect signal output. The units are volts.
The DC offset of the standard waveform output by the function generator. If the Waveform attribute
is set to Waveform DC, this attribute specifies the DC level the function generator produces. The units are volts.
The DC offset of the standard waveform output by the function generator. If the Waveform attribute
is set to Waveform DC, this attribute specifies the DC level the function generator produces. The units are volts.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
Retrieves a channel's DC offset.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
The DC offset of the standard waveform output by the function generator. If the Waveform attribute
is set to Waveform DC, this attribute specifies the DC level the function generator produces. The units are volts.
Sets a channel's DC offset.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
The DC offset of the standard waveform output by the function generator. If the Waveform attribute
is set to Waveform DC, this attribute specifies the DC level the function generator produces. The units are volts.
The frequency of the standard waveform output by the function generator. When the Waveform
attribute is set to Waveform DC, this attribute does not affect signal output. The units are Hertz.
The frequency of the standard waveform output by the function generator. When the Waveform
attribute is set to Waveform DC, this attribute does not affect signal output. The units are Hertz.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
Retrieves a channel's frequency.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
The frequency of the standard waveform output by the function generator. When the Waveform
attribute is set to Waveform DC, this attribute does not affect signal output. The units are Hertz.
Sets a channel's frequency.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
The frequency of the standard waveform output by the function generator. When the Waveform
attribute is set to Waveform DC, this attribute does not affect signal output. The units are Hertz.
The start phase of the standard waveform output by the function generator. When the Waveform
attribute is set to Waveform DC, this attribute does not affect signal output. The units are degrees.
The start phase of the standard waveform output by the function generator. When the Waveform
attribute is set to Waveform DC, this attribute does not affect signal output. The units are degrees.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
Retrieves a channel's start phase.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
The start phase of the standard waveform output by the function generator. When the Waveform
attribute is set to Waveform DC, this attribute does not affect signal output. The units are degrees.
Sets a channel's start phase.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
The start phase of the standard waveform output by the function generator. When the Waveform
attribute is set to Waveform DC, this attribute does not affect signal output. The units are degrees.
The standard waveform output by the function generator.
The standard waveform output by the function generator.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
Retrieves a channel's waveform.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
The standard waveform output by the function generator.
Sets a channel's waveform.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
The standard waveform output by the function generator.
IVI Fgen class-compliant arbitrary sequence and waveform common interface
Removes all previously created arbitrary waveforms and sequences from the function generator's memory and invalidates all waveform and sequence handles.
The gain of the arbitrary waveform the function generator produces. This value is unitless.
The offset of the arbitrary waveform the function generator produces. The units are volts.
The gain of the arbitrary waveform the function generator produces. This value is unitless.
The name of a channel.
The offset of the arbitrary waveform the function generator produces. The units are volts.
The name of a channel.
Retrieves the gain.
The name of a channel.
The gain of the arbitrary waveform the function generator produces. This value is unitless.
Retrieves the offset.
The name of a channel.
The offset of the arbitrary waveform the function generator produces. The units are volts.
Sets the gain.
The name of a channel.
The gain of the arbitrary waveform the function generator produces. This value is unitless.
Retrieves the offset.
The name of a channel.
The offset of the arbitrary waveform the function generator produces. The units are volts.
The sample rate of the arbitrary waveforms the function generator produces. The units are samples per second.
Reference to the class-compliant IIviFgenArbitrarySequence interface
Reference to the class-compliant IIviFgenArbitraryWaveform interface
IVI Fgen class-compliant arbitrary sequence interface
Configures the attributes of the function generator that affect arbitrary sequence generation.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
Specifies the handle that identifies the arbitrary sequence to produce. This value sets the
Arbitrary Sequence Handle property.
Specifies the arbitrary waveform gain. Tthis value sets the Arbitrary Gain property.
Specifies the arbitrary waveform offset. This value sets the Arbitrary Offset property.
Removes a previously created arbitrary sequence from the function generator's memory and invalidates the
sequence's handle.
Specifies the handle that identifies the arbitrary sequence to clear.
Creates an arbitrary waveform sequence from an array of waveform handles and a corresponding array of loop counts,
and returns a handle that identifies the sequence. The handle is used by the Configure, and Clear methods.
Specifies the array of waveform handles for the new arbitrary sequence. Each WfmHandle array
element has a corresponding LoopCount array element that specifies how many times that waveform is repeated.
Specifies the array of loop counts for the new arbitrary sequence. Each LoopCount array element
corresponds to a WfmHandle array element and indicates how many times to repeat that waveform. Each element of the
LoopCount array must be less than or equal to the maximum number of loop counts the function generator allows. The
function generator's maximum loop count is stored in the Loop Count Max attribute.
Returns the handle that identifies the new arbitrary sequence.
The maximum number of arbitrary waveforms that the function generator allows in an arbitrary sequence.
The minimum number of arbitrary waveforms that the function generator allows in an arbitrary sequence.
The maximum number of times that the function generator can repeat a waveform in a sequence.
The maximum number of arbitrary sequences that the function generator allows.
IVI Fgen class-compliant arbitrary waveform interface
Configures the attributes of the function generator that affect arbitrary waveform generation.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
Specifies the handle that identifies the arbitrary waveform to produce. This value sets the
Arbitrary Waveform Handle attribute.
Specifies the arbitrary waveform gain. This value sets the Arbitrary Gain attribute.
Specifies the arbitrary waveform offset. This value sets the Arbitrary Offset attribute.
Removes a previously created arbitrary waveform from the function generator's memory and invalidates the
waveform's handle.
Specifies the handle that identifies the arbitrary waveform to clear.
Creates an arbitrary waveform and returns a handle to it. The handle is used by the Configure, Clear, and
ArbitrarySequence.Create methods.
Specifies the array of data to use for the new arbitrary waveform. The array must have at least
as many elements as the value in the Size parameter. The array's elements must be normalized between -1.00 and +1.00.
Returns the handle that identifies the new arbitrary waveform.
The rate at which an entire arbitrary waveform is generated. The units are in Hertz.
The rate at which an entire arbitrary waveform is generated. The units are in Hertz.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
The rate at which an entire arbitrary waveform is generated. The units are in Hertz.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
The frequency.
The rate at which an entire arbitrary waveform is generated. The units are in Hertz.
The ChannelName parameter may be a string defined by the driver or supplied as a virtual
name in the configuration store. For single output instruments, the driver may define the empty string as valid
ChannelName.
The frequency.
The maximum number of arbitrary waveforms that the function generator allows.
The size of each arbitrary waveform must be a multiple of a quantum value. This attribute returns the
quantum value the function generator allows. For example, if this attribute returns a value of 8, all waveform
sizes must be a multiple of 8.
The maximum number of points the function generator allows in an arbitrary waveform.
The minimum number of points the function generator allows in an arbitrary waveform.
IVI Fgen class-compliant AM interface
Configures the attributes that control the function generator's internal amplitude modulating waveform source.
Specifies the internal modulation depth. This value sets the AM Internal Depth property.
Specifies the waveform the function generator uses for the internal modulating waveform source. This value sets the AM Internal Waveform property.
Specifies the frequency of the internal modulating waveform source. This value sets the AM Internal Frequency property.
If true, the function generator applies amplitude modulation to the signal that the function generator produces.
If true, the function generator applies amplitude modulation to the signal that the function generator produces.
The name of a channel.
Provides an indication whether AM is enabled on a channel.
The name of a channel.
True if the function generator applies amplitude modulation to the signal that the function generator produces.
The source of the signal that the function generator uses as the modulating waveform. Applies only when the AM Enabled attribute is set to True.
The source of the signal that the function generator uses as the modulating waveform. Applies only when the AM Enabled attribute is set to True.
The name of a channel.
The source of the signal that the function generator uses as the modulating waveform. Applies only when the AM Enabled
attribute is set to True.
The name of a channel.
One of the values of IviFgenAMSourceEnum.
Enables or disables AM on a channel.
The name of a channel.
True enables AM.
Selects the source of the signal that the function generator uses as the modulating waveform.
Applies only when the AM Enabled attribute is set to True.
The name of a channel.
One of the values of IviFgenAMSourceEnum.
The extent of modulation the function generator applies to the carrier waveform when the AM Source attribute is set to AM Internal. The unit is percentage. Applies only when the AM Source attribute is set to AM Internal.
The frequency of the internal modulating waveform source. The units are Hertz. Applies only when the AM Source attribute is set to AM Internal.
The waveform of the internal modulating waveform source. Applies only when the AM Source attribute is set to AM Internal.
IVI Fgen class-compliant FM interface
Configures the attributes that control the function generator's internal frequency modulating waveform source.
Specifies the internal modulation deviation. This value sets the FM Internal Deviation property.
Specifies the waveform the function generator uses for the internal modulating waveform source. This value sets the FM Internal Waveform property.
Specifies the frequency of the internal modulating waveform source. This value setsthe FM Internal Frequency property.
If true, the function generator applies frequency modulation to the carrier waveform.
The source of the signal that the function generator uses as the modulating waveform. Applies only when the FM Enabled attribute is set to True.
If true, the function generator applies frequency modulation to the carrier waveform.
The name of a channel.
The source of the signal that the function generator uses as the modulating waveform. Applies only when the FM Enabled attribute is set to True.
The name of a channel.
Provides an indication whether FM is enabled on a channel.
The name of a channel.
True if the function generator applies frequency modulation to the signal that the function generator produces.
The source of the signal that the function generator uses as the modulating waveform.
Applies only when the FM Enabled attribute is set to True.
The name of a channel.
One of the values of IviFgenFMSourceEnum.
Enables or disables AM on a channel.
The name of a channel.
True enables FM.
Selects the source of the signal that the function generator uses as the modulating waveform.
Applies only when the FM Enabled attribute is set to True.
The name of a channel.
One of the values of IviFgenFMSourceEnum.
The maximum frequency deviation the function generator applies to the carrier waveform when the FM Source attribute is set to FM Internal. Applies only when the FM Source attribute is set to FM Internal.
The frequency of the internal modulating waveform source. The units are hertz. Applies only when the FM Source attribute is set to FM Internal.
The waveform of the internal modulating waveform source. Applies only when the FM Source attribute is set to FM Internal.
IVI Fgen class-compliant values for output Mode
The driver uses the attributes and functions of the IviFgenStdFunc extension group to configure the function generator's output signal.
The driver uses the attributes and functions of the IviFgenArbWfm extension group to configure the function generator's output signal.
The driver uses the attributes and functions of the IviFgenArbSeq extension group to configure the function generator's output signal.
IVI Fgen class-compliant values for output OperationMode
When in the Output Generation State, the function generator produces output continuously.
When in the Output Generation State, the function generator produces a burst of waveform cycles based on a trigger condition. A burst consists of a discrete number of waveform cycles. The user uses the attribute of the IviFgenTrigger Extension Group to configure the trigger, and the attributes of the IviFgenBurst extension group to configure how the function generator produces bursts.
IVI Fgen class-compliant values for output ReferenceClockSource
The function generator produces the reference clock signal internally.
The function generator receives the reference clock signal from an external source.
The function generator receives the reference clock signal from the RTSI clock source.
IVI Fgen class-compliant values for Trigger Source
The function generator does not produce an output signal until it receives a trigger on its external trigger input terminal.
The function generator does not produce an output signal until the Send Software Trigger function executes. Refer to the Standardized Cross Class Capabilities specification for a complete description of this value and the Send Software Trigger function.
The function generator does not produce an output signal until it receives a trigger from its internal trigger source.
The function generator does not produce an output signal until it receives a trigger from the TTL0 line.
The function generator does not produce an output signal until it receives a trigger from the TTL1 line.
The function generator does not produce an output signal until it receives a trigger from the TTL2 line.
The function generator does not produce an output signal until it receives a trigger from the TTL3 line.
The function generator does not produce an output signal until it receives a trigger from the TTL4 line.
The function generator does not produce an output signal until it receives a trigger from the TTL5 line.
The function generator does not produce an output signal until it receives a trigger from the TTL6 line.
The function generator does not produce an output signal until it receives a trigger from the TTL7 line.
The function generator does not produce an output signal until it receives a trigger from the ECL0 line.
The function generator does not produce an output signal until it receives a trigger from the ECL1 line.
The function generator does not produce an output signal until it receives a trigger from the PXI Star bus.
The function generator does not produce an output signal until it receives a trigger from the RTSI 0 line.
The function generator does not produce an output signal until it receives a trigger from the RTSI 1 line.
The function generator does not produce an output signal until it receives a trigger from the RTSI 2 line.
The function generator does not produce an output signal until it receives a trigger from the RTSI 3 line.
The function generator does not produce an output signal until it receives a trigger from the RTSI 4 line.
The function generator does not produce an output signal until it receives a trigger from the RTSI 5 line.
The function generator does not produce an output signal until it receives a trigger from the RTSI 6 line.
IVI Fgen class-compliant values for Standard Waveform
Configures the function generator to produce a sinusoid waveform.
Configures the function generator to produce a square waveform.
Configures the function generator to produce a triangular waveform.
Configures the function generator to produce a positive ramp waveform.
Configures the function generator to produce a negative ramp waveform.
Configures the function generator to produce a constant voltage.
IVI Fgen class-compliant values for AM Internal Waveform
The function generator uses a sinusoid waveform as the modulating waveform.
The function generator uses a square waveform as the modulating waveform.
The function generator uses a triangle waveform as the modulating waveform.
The function generator uses a positive ramp waveform as the modulating waveform.
The function generator uses a negative ramp waveform as the modulating waveform.
IVI Fgen class-compliant values for AM Source
The function generator uses an internally generated waveform as the modulating waveform. You use the AM Internal Depth, AM Internal Waveform, and AM Internal Frequency attributes to configure the internally generated modulating waveform.
The function generator uses a waveform from an external source as the modulating waveform.
IVI Fgen class-compliant values for FM Internal Waveform
The function generator uses a sinusoid waveform as the modulating waveform.
The function generator uses a square waveform as the modulating waveform.
The function generator uses a triangle waveform as the modulating waveform.
The function generator uses a positive ramp waveform as the modulating waveform.
The function generator uses a negative ramp waveform as the modulating waveform.
IVI Fgen class-compliant values for FM Source
The function generator uses an internally generated waveform as the modulating waveform. You use the FM Internal Deviation, FM Internal Waveform, and FM Internal Frequency attributes to configure the internally generated modulating waveform.
The function generator uses a waveform from an external source as the modulating waveform.
IVI Fgen class defined HRESULTS
The trigger source is not set to software trigger.
No Waveforms Available
Waveform In Use
No Sequences Available
Sequence In Use