Main Page:UserGuide:Generating Waveforms - Revision history

SuzieSheehy at 13:26, 26 June 2017

2017-06-26T13:26:29Z

← Older revision		Revision as of 13:26, 26 June 2017
Line 40:		Line 40:

	USING PYTHON CONTROL COMMANDS:		USING PYTHON CONTROL COMMANDS:

	Note that you can test basic SCPI commands in ArbConnect by going to System > Command Editor which is a good 'half way house' during development.		Note that you can test basic SCPI commands in ArbConnect by going to System > Command Editor which is a good 'half way house' during development.

SuzieSheehy at 13:26, 26 June 2017

2017-06-26T13:26:09Z

← Older revision		Revision as of 13:26, 26 June 2017
Line 24:		Line 24:
	After defining all required segments:		After defining all required segments:
	In Arbitrary/Sequence panel:		In Arbitrary/Sequence panel:
	Make sure the samples/sec is set correctly		*Make sure the samples/sec is set correctly
	Select SCLK (internal clock)		*Select SCLK (internal clock)
	Sequence > Mixed		*Sequence > Mixed
	Memory Management > Waveform Studio		*Memory Management > Waveform Studio
	Close		*Close

	In Main Panel:		In Main Panel:
	Parameters > Amplitude		*Parameters > Amplitude
	Function > Arbitrary		*Function > Arbitrary
	Run Mode > Continuous (if that's required)		*Run Mode > Continuous (if that's required)
	Channel > (Choose your channel)		*Channel > (Choose your channel)

	To run:		To run:
	Output Control > On/Off toggle		*Output Control > On/Off toggle

	USING PYTHON CONTROL COMMANDS:		USING PYTHON CONTROL COMMANDS:
	Note that you can test basic SCPI commands in ArbConnect by going to System > Command Editor which is a good 'half way house' during development.		Note that you can test basic SCPI commands in ArbConnect by going to System > Command Editor which is a good 'half way house' during development.

SuzieSheehy at 12:01, 26 June 2017

2017-06-26T12:01:37Z

← Older revision		Revision as of 12:01, 26 June 2017
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	'''WaveComposer:'''		'''WaveComposer:'''

			[[File:Wavecomposer-1.png\|500px]]

	You need to use a combination of the samples/sec (found in Arbitrary/Sequence panel) and the 'wavelength' which defines the number of points on the horizontal axis. The wavelength box defaults to 1024 points in horizontal. So for a 1MHz sine wave with 100 points defined per wavelength, you could use 100MS/sec (in Arbitrary/Sequence) and then choose to use 100 points in the 'wavelength' box.		You need to use a combination of the samples/sec (found in Arbitrary/Sequence panel) and the 'wavelength' which defines the number of points on the horizontal axis. The wavelength box defaults to 1024 points in horizontal. So for a 1MHz sine wave with 100 points defined per wavelength, you could use 100MS/sec (in Arbitrary/Sequence) and then choose to use 100 points in the 'wavelength' box.

			[[File:Arbsequencepanel.png\|500px]]

	Note you can save a waveform and insert it into the 'equation' option.		Note you can save a waveform and insert it into the 'equation' option.

SuzieSheehy at 12:00, 26 June 2017

2017-06-26T12:00:28Z

← Older revision		Revision as of 12:00, 26 June 2017
Line 3:		Line 3:

	USING ARBCONNECT SOFTWARE:		USING ARBCONNECT SOFTWARE:
	[[File:Arbconnect-front.png\|~~220px~~]]
			[[File:Arbconnect-front.png\|500px]]

	Composers > Wave (brings up the WaveComposer panel to edit waveforms)		Composers > Wave (brings up the WaveComposer panel to edit waveforms)

SuzieSheehy at 12:00, 26 June 2017

2017-06-26T12:00:13Z

← Older revision		Revision as of 12:00, 26 June 2017
Line 3:		Line 3:

	USING ARBCONNECT SOFTWARE:		USING ARBCONNECT SOFTWARE:
	[[File:~~arbconnect~~-front.~~jpg~~\|220px]]		[[File:Arbconnect-front.png\|220px]]

	Composers > Wave (brings up the WaveComposer panel to edit waveforms)		Composers > Wave (brings up the WaveComposer panel to edit waveforms)

SuzieSheehy at 11:59, 26 June 2017

2017-06-26T11:59:06Z

← Older revision		Revision as of 11:59, 26 June 2017
Line 3:		Line 3:

	USING ARBCONNECT SOFTWARE:		USING ARBCONNECT SOFTWARE:
			[[File:arbconnect-front.jpg\|220px]]

	Composers > Wave (brings up the WaveComposer panel to edit waveforms)		Composers > Wave (brings up the WaveComposer panel to edit waveforms)
	You can create as many segments as you like here.		You can create as many segments as you like here.

SuzieSheehy at 11:36, 26 June 2017

2017-06-26T11:36:14Z

← Older revision		Revision as of 11:36, 26 June 2017
Line 3:		Line 3:

	USING ARBCONNECT SOFTWARE:		USING ARBCONNECT SOFTWARE:

	Composers > Wave (brings up the WaveComposer panel to edit waveforms)		Composers > Wave (brings up the WaveComposer panel to edit waveforms)
	You can create as many segments as you like here.		You can create as many segments as you like here.

SuzieSheehy at 11:32, 26 June 2017

2017-06-26T11:32:57Z

← Older revision		Revision as of 11:32, 26 June 2017
Line 32:		Line 32:
	To run:		To run:
	Output Control > On/Off toggle		Output Control > On/Off toggle

	USING PYTHON CONTROL COMMANDS:		USING PYTHON CONTROL COMMANDS:
			Note that you can test basic SCPI commands in ArbConnect by going to System > Command Editor which is a good 'half way house' during development.

SuzieSheehy at 10:40, 26 June 2017

2017-06-26T10:40:08Z

← Older revision		Revision as of 10:40, 26 June 2017
Line 15:		Line 15:
	For a multi-segment waveform:		For a multi-segment waveform:
	After defining each segment: -> hit 'DOWNLOAD' button to save to software		After defining each segment: -> hit 'DOWNLOAD' button to save to software

	After defining all required segments:		After defining all required segments:
	Make sure the samples/sec is set correctly ~~in Arbitrary/Sequence panel~~		In Arbitrary/Sequence panel:
			Make sure the samples/sec is set correctly
	Select SCLK (internal clock)		Select SCLK (internal clock)
			Sequence > Mixed
			Memory Management > Waveform Studio
			Close

			In Main Panel:
			Parameters > Amplitude
			Function > Arbitrary
			Run Mode > Continuous (if that's required)
			Channel > (Choose your channel)

			To run:
			Output Control > On/Off toggle
	USING PYTHON CONTROL COMMANDS:		USING PYTHON CONTROL COMMANDS:

SuzieSheehy: Created page with "Generating arbitrary waveforms using the Tabor WW1074. Also see the Tabor user manual (under 'IBEX Manuals' on control computer). USING ARBCONNECT SOFTWARE: Composers > Wav..."

2017-06-26T10:34:58Z

Created page with "Generating arbitrary waveforms using the Tabor WW1074. Also see the Tabor user manual (under 'IBEX Manuals' on control computer). USING ARBCONNECT SOFTWARE: Composers > Wav..."

New page

Generating arbitrary waveforms using the Tabor WW1074.
Also see the Tabor user manual (under 'IBEX Manuals' on control computer).

USING ARBCONNECT SOFTWARE:

Composers > Wave (brings up the WaveComposer panel to edit waveforms)
You can create as many segments as you like here.

'''WaveComposer:'''

You need to use a combination of the samples/sec (found in Arbitrary/Sequence panel) and the 'wavelength' which defines the number of points on the horizontal axis. The wavelength box defaults to 1024 points in horizontal. So for a 1MHz sine wave with 100 points defined per wavelength, you could use 100MS/sec (in Arbitrary/Sequence) and then choose to use 100 points in the 'wavelength' box.

Note you can save a waveform and insert it into the 'equation' option.

For a multi-segment waveform:
After defining each segment: -> hit 'DOWNLOAD' button to save to software
After defining all required segments:
Make sure the samples/sec is set correctly in Arbitrary/Sequence panel
Select SCLK (internal clock)

USING PYTHON CONTROL COMMANDS: