[python source code]

rosc

The rosc commands module.

These commands are used in the following models: DPO5K, DPO5KB, DPO70KC, DPO70KD, DPO70KDX, DPO7K, DPO7KC, DSA70KC, DSA70KD, MSO5K, MSO5KB, MSO70KC, MSO70KDX

THIS FILE IS AUTO-GENERATED, IT SHOULD NOT BE MANUALLY MODIFIED.

Please report an issue if one is found.

Commands and Queries 
- ROSc:OUT:FREQuency {MHZ10|MHZ100}
- ROSc:OUT:FREQuency?
- ROSc:SOUrce {EXTernal|INTERnal|TEKLink|ULTRAsync}
- ROSc:SOUrce?
- ROSc:STATE?
- ROSc:TRACking {STABle|FAST}
- ROSc:TRACking?

Rosc

Bases: SCPICmdRead

The ROSc command tree.

Usage
  • Using the .query() method will send the ROSc? query.
  • Using the .verify(value) method will send the ROSc? query and raise an AssertionError if the returned value does not match value.
Properties
  • .out: The ROSc:OUT command tree.
  • .source: The ROSc:SOUrce command.
  • .state: The ROSc:STATE command.
  • .tracking: The ROSc:TRACking command.

out property 

out: RoscOut

Return the ROSc:OUT command tree.

Usage
  • Using the .query() method will send the ROSc:OUT? query.
  • Using the .verify(value) method will send the ROSc:OUT? query and raise an AssertionError if the returned value does not match value.
Sub-properties
  • .frequency: The ROSc:OUT:FREQuency command.

source property 

source: RoscSource

Return the ROSc:SOUrce command.

Description
  • This command sets or queries the selected source for the time base reference oscillator. The reference oscillator locks to this source. Depending on the command argument that you specify, you can use an external reference or use the internal crystal oscillator as the time base reference. This command is also useful for synchronizing multiple instruments.
Usage
  • Using the .query() method will send the ROSc:SOUrce? query.
  • Using the .verify(value) method will send the ROSc:SOUrce? query and raise an AssertionError if the returned value does not match value.
  • Using the .write(value) method will send the ROSc:SOUrce value command.
SCPI Syntax 
- ROSc:SOUrce {EXTernal|INTERnal|TEKLink|ULTRAsync}
- ROSc:SOUrce?
Info
  • ULTRAsync specifies the 12.5 GHz UltraSync Clock as the time base reference.
  • INTERnal specifies the internal 10 MHz crystal oscillator as the time base reference.
  • EXTernal specifies the user-supplied external signal as the time base reference.
  • TEKLink specifies the TekLink signal as the time base reference.

state property 

state: RoscState

Return the ROSc:STATE command.

Description
  • This query-only command returns whether the time base reference oscillator is locked. This command will return either LOCKED or UNLOCKED.
Usage
  • Using the .query() method will send the ROSc:STATE? query.
  • Using the .verify(value) method will send the ROSc:STATE? query and raise an AssertionError if the returned value does not match value.
SCPI Syntax 
- ROSc:STATE?

tracking property 

tracking: RoscTracking

Return the ROSc:TRACking command.

Description
  • This command sets or queries the tracking mode for the time base reference oscillator. The reference oscillator locks to the source. Depending on the command argument that you specify, you can use an external reference signal that is fed through or bypasses the phase-locked loop. This command is also useful for synchronizing multiple instruments.
Usage
  • Using the .query() method will send the ROSc:TRACking? query.
  • Using the .verify(value) method will send the ROSc:TRACking? query and raise an AssertionError if the returned value does not match value.
  • Using the .write(value) method will send the ROSc:TRACking value command.
SCPI Syntax 
- ROSc:TRACking {STABle|FAST}
- ROSc:TRACking?
Info
  • STABle tracking mode specifies that the external reference signal is fed through a phase-locked loop that removes jitter from the external reference.
  • FAST tracking mode specifies that the external reference signal bypasses the phase-locked loop.

RoscOut

Bases: SCPICmdRead

The ROSc:OUT command tree.

Usage
  • Using the .query() method will send the ROSc:OUT? query.
  • Using the .verify(value) method will send the ROSc:OUT? query and raise an AssertionError if the returned value does not match value.
Properties
  • .frequency: The ROSc:OUT:FREQuency command.

frequency property 

frequency: RoscOutFrequency

Return the ROSc:OUT:FREQuency command.

Description
  • This command sets or returns the selected frequency for the timebase reference output signal.
Usage
  • Using the .query() method will send the ROSc:OUT:FREQuency? query.
  • Using the .verify(value) method will send the ROSc:OUT:FREQuency? query and raise an AssertionError if the returned value does not match value.
  • Using the .write(value) method will send the ROSc:OUT:FREQuency value command.
SCPI Syntax 
- ROSc:OUT:FREQuency {MHZ10|MHZ100}
- ROSc:OUT:FREQuency?
Info
  • MHZ10 outputs a 10 MHz reference signal to the REF OUT connector.
  • MHZ100 outputs a 100 MHz reference signal to the REF OUT connector.

RoscOutFrequency

Bases: SCPICmdWrite, SCPICmdRead

The ROSc:OUT:FREQuency command.

Description
  • This command sets or returns the selected frequency for the timebase reference output signal.
Usage
  • Using the .query() method will send the ROSc:OUT:FREQuency? query.
  • Using the .verify(value) method will send the ROSc:OUT:FREQuency? query and raise an AssertionError if the returned value does not match value.
  • Using the .write(value) method will send the ROSc:OUT:FREQuency value command.
SCPI Syntax 
- ROSc:OUT:FREQuency {MHZ10|MHZ100}
- ROSc:OUT:FREQuency?
Info
  • MHZ10 outputs a 10 MHz reference signal to the REF OUT connector.
  • MHZ100 outputs a 100 MHz reference signal to the REF OUT connector.

RoscSource

Bases: SCPICmdWrite, SCPICmdRead

The ROSc:SOUrce command.

Description
  • This command sets or queries the selected source for the time base reference oscillator. The reference oscillator locks to this source. Depending on the command argument that you specify, you can use an external reference or use the internal crystal oscillator as the time base reference. This command is also useful for synchronizing multiple instruments.
Usage
  • Using the .query() method will send the ROSc:SOUrce? query.
  • Using the .verify(value) method will send the ROSc:SOUrce? query and raise an AssertionError if the returned value does not match value.
  • Using the .write(value) method will send the ROSc:SOUrce value command.
SCPI Syntax 
- ROSc:SOUrce {EXTernal|INTERnal|TEKLink|ULTRAsync}
- ROSc:SOUrce?
Info
  • ULTRAsync specifies the 12.5 GHz UltraSync Clock as the time base reference.
  • INTERnal specifies the internal 10 MHz crystal oscillator as the time base reference.
  • EXTernal specifies the user-supplied external signal as the time base reference.
  • TEKLink specifies the TekLink signal as the time base reference.

RoscState

Bases: SCPICmdRead

The ROSc:STATE command.

Description
  • This query-only command returns whether the time base reference oscillator is locked. This command will return either LOCKED or UNLOCKED.
Usage
  • Using the .query() method will send the ROSc:STATE? query.
  • Using the .verify(value) method will send the ROSc:STATE? query and raise an AssertionError if the returned value does not match value.
SCPI Syntax 
- ROSc:STATE?

RoscTracking

Bases: SCPICmdWrite, SCPICmdRead

The ROSc:TRACking command.

Description
  • This command sets or queries the tracking mode for the time base reference oscillator. The reference oscillator locks to the source. Depending on the command argument that you specify, you can use an external reference signal that is fed through or bypasses the phase-locked loop. This command is also useful for synchronizing multiple instruments.
Usage
  • Using the .query() method will send the ROSc:TRACking? query.
  • Using the .verify(value) method will send the ROSc:TRACking? query and raise an AssertionError if the returned value does not match value.
  • Using the .write(value) method will send the ROSc:TRACking value command.
SCPI Syntax 
- ROSc:TRACking {STABle|FAST}
- ROSc:TRACking?
Info
  • STABle tracking mode specifies that the external reference signal is fed through a phase-locked loop that removes jitter from the external reference.
  • FAST tracking mode specifies that the external reference signal bypasses the phase-locked loop.